SCIENTIFIC ABSTRACT ZVEREV, A.YE. - ZVEREV, G.I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R002065710003-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 26, 2002
• Sequence Number: 3
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

S/568 `6
1/000/004/009/011
D2347D3.03
AUTHOR: Zverevy A.Yea
~TITLE; A device transforming linear 4uantities into':the' "DP"
digital code
SOURCE; Avtomaticheskoye upravieniye i ~vychislitellziaiya
tekhnika, no. 49 Moscow 1961,'324 338
TEXT: The author describes a: n6w tranomiti~r of'! small liriear dis-
placements,with a high power ofTesolutIon:Oich'allows ihe:donver-
q
sion of analogue quantitie Iinto discrete ones within th f
a (e range o
displacements of the executive organ of a mAchine tool several me
ters). It is stated that the transmitter was developed at'-che De-
partment of Mathematical Machines of MVTU. The transmitter consists
of two optical rulest a micro-objective sitxiated between these and
a photomultiplier. The object rule is displaceable; the Second rule
and the objective are fixed. Operation of the transmitter-is descri-
bed and design formulas are given. Technology of.manufacture of the
rules is also described. There is a dependence between the accuracy
Card 1/2

S/588/61/00Q/004/00j/01 I
A device transforming linear D234/D30~
of division of the rules and the accuracy of the transmitter., the
author gives graphs of distribution of errors in d-Ivis-Ions forzse-
veral rules manufactured at the Zavod koordin~atno-rastochnykh stan-
kov (Factory of Coordinate Machining Tools) in Moscow. There are 9
figures and 16 references%, 9 Soviet-bloc and 7 no3i.-Soviet-bloe. The
4,most recent references to the English-language publit~.ations read
as follows: P.I. Farmerp "Fairey-Ferranti"O Aircraft 'Produotilon? noo
5, V. 20.q 1958; G.G. Bower, Analog to Digital Comput6rsq Control
Engineeringv noo 11, April 1957j H.B. Harrisong B.A. Horlock and F~
D. Hunt, The inductosyn and its application to a programmed coor-
dinate table. Electronic Engng.9 June 1957; Hayes Diomaster Machine
with Ferranti Electronic Positioning Systemg Machiner (L)~ v. 8%
no. 2277p 1956o

ACC NO# AP7002989 SOURCE COD31 URIOW/R/066702WO-08773088
INMTORS.- Zverevs A. Teq Hironankop A, V,
ORG: none
TITLE% Converter of angular displacements into digital codee, Clasi 42j, No* 189624
SOURCE: 'Izabroteniya, promyshleraWs obrastsy,, tovarnVe stmkij no- 24) 1966j17-88
TOPXC TAGS's analog digital onooderj, anglo okoasur"ent instrument
ABSTRACTz This Author Certificate presents a converter of angular displacements into
digital code. It contains a measuring and indicating screen or diffraction grating,,
a photocallp wd an illuminator* To Inoroaca the converaian awurAj3V, to decroa3a
periodic and cumulative errors in the spacing of the sequence,of lines on the , -
neaaurizzig disk and in its unUormwa=p,, the converter contains one or several (eogep
I.throe spaced at 1200) electromagnetic mechanism with tangential displacement and
torsional oscillation windings connected respectively to do and aa sources (see Fig.
1). The armatures ot the electromagnetic mechanism are rigid.4 coupled to an
:indicator plate or indicator disk with another lined tracko
c
rd
a VDCz 681.142,07-.621,

ACC MRs A?7002989

4 2 Fig. 1 1 - meaeuring grating;
2 - i;~icator grating; 3 - Photo-
c
0111 4 - inuiiinatori 5 - eleotro-
magnetic mechanism armature;

windingj 7 - torsional oscillation
8
- shaper
Winding;

.Orig. art. hast I diagram.
SUB CODE: 091 SUBM DATSo 05M&y6$'

Cowd _Z12

ZVEREV, A.Ye.
Analyzing the precision of the DP converter of minor l4near
displacements of the numerical code. Izv.vyo*,ucheb.zav.,- prib.
4 no.5284F-93 2610 (AURA 14:10)
1. Mskovskoye vyssheye tekhnicheskoye uchiliahche imeni Baumana.
Rekomendovana kafedroy matematicheskikh mashin.
(Blectroate digital computera)

A25
S/145, 1~ot 00/012/007/007
r)3 00 b221/1)309
AUTHOR: Zverev, Aspirant
TITLE: Some design features of a converter,of linear die-
placements into numerical code
PERIODICAL: Izvestiya vysshikh uchebnykh zavedenly. Mashinostroye-
niye, no. 12, 1961, 162-168
TEXT: The anal ogue- to-digital comerter designed by the Department
of Mathematical Machines at MVTU im. N. E. Bauman is described.
The experimental device can be divided into theSollowing units:
Measuring device (cQr.2Verter); pulse separator; reversible counter
and decoder. Themeasuring devicet connected in,:-the general feed-
back, is a photoelectric system in the form of two optical rules,:
The encoder.Afl (DP) contains a light source, optical,system of the
counting ray, projector with correcting elements, and the recorder.
The displacement slide is actuated by a d.c. motor and reducer.
Its reversal is ensured by contactors (W_4,~Cq (Sh-1564), FOCT
(GOST) 3899-58). The.screen rules can be adjusted in three planes.
Card 1/3

3255h
1 Y611000101 2/007/007
B/14 D
Some design features ... D22 302
The two objectives of the prototype are replace d by a prism. The
final variant of the converter has only one source of illumination,-
usually a strobotron. The disadvantages consist of low power of
illumination and short life, as well as high control voltage, A
two-lens condenser is used in the illuminating system for an in-
crease of the enveloping angle. The new variant has an improved ef-
ficiency by forming a narrow ray of light approaching the width of
rule marking. There are no cross distortions because only two rays
are projected on the screen rule. The micro-objective and the~cor-
rection lens provide the final formation of the light ray, The.
width of the latter is the main limiting factor of the resolving
capacity in the system. The additionally illuminated graduations
of the object-rule do not affect the system as they are projected
beyond the screen rule. The photomultiplier 0-91--~,34 (FEU-31 ) with,
a high threshold sensitivity is employed-for recording. The in-
formation pulses from the magnetic tape and the converter (feed-
back) are random in time. A pulse distribution is provided forleli-
minating errors in the reversible counter. The separation timeis
so chosen as to ensure ncrmal operation. The curcuit of the rever-
Card 2/3

32554
S/145 61/000/012/007/007-
Some design features D221/D(3.02
sible counter includes four digital and one sign trigger, two~mul-
ti-vibrators and one contro'i trigge'r. The state~of the latter~.de'!*
termines whether the operation is addition or subtraction.. Valves
provide the additional control depending on the sign of the input
signal. The required delay is secured with one monovibrator OID-4
(0D-1). The decoder consists of two.identical circuits working in
succession, depending,on the state of the sign trigger in the:re-
versible counter. Its operation is based on thelsummation of cur-
rents, so that the output voltage of the amplifying valve is pro-
portional to the input code. The voltage steps can have an ampli-
tude of several vol-ts. The coils of'the electric machine amplifier
form the load of the output stages. The negative feedback consist-
ing of a tachogenerator, and a loop provides the stabilization of
the system. There are 3 figures and.2 Soviet-bloc references.
ASSOCIATION: MVTU im. N. E. Baumana (MVTU im. 11. E. Bauman)
Card 3/3

30482
S/146/6~/004/005/007/011
It r)30 D221/D305
AuTHoa: Zverev,,_~e.

TITLZ: Analysis of accuracy'in the conve rsion of small
linear displacement into a digital. code by the'(DP)
converter
PERIODIGAI,: Izvestiya vysshikh uchebitylth zavedeniy. Priboro-
stroyeniye, v. 4. rto. 5, 1961, 84-93
TEXT:
operation of The paper is.devoted.to
-to-di
analo
it
conversion analyzing accuracy inithe
where the error is due to
.
g
g
,
deviations in the actual values of eleme nt parameters'from their
calculated magnitudes. Only the errors caused by the'dynamic ac-
tions within the element are being considered. The simplified diar
gram of a DP converter is shown in Fig. 1. It c6mprises two scales,
an illuminator and a correcting optical device, as well as an elec-
tronic part. The motion of the object-scale produces'a displace-
ment of the light over the screen scale, and modulates the photo-
Card 1/5

30482
S/146/61/004/005/007/011"
Analysis of accuracy... D221/0305
6e11 output. A plot is given of the' relationsh" between the~pro~
3-P
jection of the fascicle of light rays which passes through the';grad-'
uation apertures of the object-scale ( V) and the thickness of the
mArking ~, for different values of the coiLstant magnification co-
e~f ficient j3 . The lower limit of ~ is controlled ~by the accur-
ikey of reading required, and by the condition of reliability of con-
version b - d > The difference in the intensity of lights
~houia be greater than the absolute value of the threshold signal.,
Two equations are quoted which determine the relationship betii6en I '
~nd These equations take into account the distance between
Ael image plane and the rear aperture diaphragm, the diameter :f
0
the output micro-objective, the length of the light wave, ard in
omexpression also the coefficient of diffraction. The reduction
of graduation width causes a widening of the null maximum over them
screen rule, whereas its enlargement brings closer the minima to-
wards the center of the screen apertvxe, and the null, maximum be-:.,
comes more sharp. The resolving capacity of optical~counting de_~~.
pends on the lezz%th of thelight wave only, and the diffraction diffi-
Card 2/5

/61/064/00.5/007/01L,~..'
Si 146
Analysis of accuracy... D221/005
culties appear when the aperture is, below 4 Jb. Both rules are miAd-
of glass with small linear expansion coefficient of .the types of
u of glabs';
artz, 11ni4peke 11 (pireks), etc. Other optical,proporties
q
are not important. The rules were graduated at.the Leniugradskiy~
optiko-mekhanikches1dy zavod (Leningrad Optical and Mechanical
Plant) and the distribution of pitch errors was investigated. 'Thei!
description is given of plotting curves of errors which-are used to
determine the permitted limits-in pitch errors.' A plot is also il-
lustrated of the coefficient n b-d . determinediby the ratio-
of t and T which are respectively the duration:of pulse and, hi.~~
t a
P t
period bet-men the pulses. The various machining and assemblyl:inaic-
curacies result in changes of the magnitude in the light measured
,.at theoutput. In the ideal case the total amount of light beam i
.given by d where F31 f3 ; F3 is the light be am
Fb Fjh2
~2 agi
falling on the screen rule; a is the area of graduation on.ihe'.'.
gi
Card 3/5

482
S~104/6L/004/005/007/011
Analysis of accuracy... D221/ T,305
object-rule; sg2 Is the area of screen-rule graduation Abstrac-,
ter's note: It appears that h? in the equation should read s.21..
18 is the magnification coefficient. This is followed by a
mathematical analysis of the increment of light bean dFb. Graphs
are shown indicating thia relationship between the latter andthe
size of individual errors. From above P the following conclusions
are made. There are errors which affect little~the total light
b'eam, such as deviations in the form of workpiece (,d x), temperatWv
etc, or those which are important. The last category comprises
errors in the pitch of the object-rule, misalignment,of graduations'
etc. The distribution of pitch errors permits the selection o.f
rule for a given conversion quantity, and thus determines the possi-
ble read-out The over-all dimensions of the analog-to-digitill.
converter provides the specification for These. two quantititi!s
determine the pitch of the screen rule b. The pitch 'of object-rute
a. is governed by the teclmologiccl considerations and the li~,ht
sensitive area of the photo cell., The tridth of:Irad4ations is
Card 4A
J:,

S/146jd/oo,4/m/ool',
Analysis of
accuracyo
J;'
whereas a table provides the Vaitueb'. OU'ta
given by graphs, P
:Kbfedr
for a given . V This article was tecotamende~: ~y tl~a
ematicheskilch mashin.(Department of Mathematical; Ma6hine'
are 6figures, 2tabled and 8 Sovie't-bloc refereace6
ASSOOIW.VION.- Moakovskoye vyasheye telthnichealcoye iuchilieh66
Datimatia (Moscow Higher Technical Coll~geImo:18'
SUBMITTED: Februzi~ 13, 1961:
J,
!IJ
V
A f.': .1;,
Fig, 1.
The basic diagram
of the converter
j:"
-V'I 4~1
A
Carcl 515

k a _and rLY h; KXRWIOV, Viktor DMIt-riyevirh;
X~~ ~enl _pyie.
ZVEREVI S.A
I dote., Fea.
(Electron-tube and transistor pulse signal amplifiers; a
textbook) Elektronnye i poluprovodnikovye usiliteli im-
pullsrjykh signalov; uchebme posobie. Moskva, Mosk.
aviatsionnyi tekhnologicheskii in--t. 1965.,:219 P.
(KIRA 18: U)

TOLSTOV, A.: ZVZM, B.
On the construction sites of the Krasnoyarsk Iconomic Region.
Stroltell no.1:3 Mr 160. (KIPA 13:6)
1. Wachallnik upravlaniya eiroitelletva Krasnoyarskogo
sovnarkhoza (for Zverev). 2. Spetaialln" korrespondent
zhurnala "Stroitell (for Tolatov).
(Krasnoyarsk Territory--Construction inftetry)

ZHMKHOV, N., polkovnik; ZVERN, B., kand.istoricheskM nauk, kapitan.
Imorial feat of Russian soldiers-, on the 100th anniversary of the
defense of Sevastopol. Voen.vest. 34 no.10:11-25 0 154.
WRA ioao)
(Sevastopol--Siege, 1854-1855)

KOLTUOT, L.G., Inzh.; ZYMAV, B.A.
Boring of reactor tubes* Khlissmsh, nt-,L41-42 Ja 160.
(Chemical engineerl -Xquipment and suppli6n)
Cpolyethyle

KOLOSOV,-M.j, k d te ruKk6V,STROGANQV A.I, kri~d.tekhn.iiauk; KEYS,
N.V~., AM: B% '8N
inzhe 's V.F., G~d.tekhn.nauk; VZOSHTE717, O.Ygj
,; DANILOV, A.M.,,.inzh.; ~VFM,, ~.Tp inzh.; AIMIOPOVA, F*G,x
inzho; KHRYUKINA, V.A., inzh.
Use of silicon-chromium in open-hearth smalti4g of steels Stall 20
63'. (MMA W 5)
1. Chelyabinskiy nauchno-issledovatellokiy inatitut metallurgii;
Chelyabinskiy i Zlatoustovskiy metallurgicheakiye zavody.
(Steel-Metallurgy) (Silicon-abromium alloys)

STROGUOVj Anatoliy illich; PETROVs A-leksey Konstantinovich;
-Z_VEMj Boris Fedorovich; SM, YeoBap redoj P.221ET50VA, 0,Ya,,
[EconouV of magnesite in steel smelting)MOn,:)ii,~~AwSwzita v
staleplavillnom proizvodstve, Chellabinak., Oba3loMwilwe knizh-
noe izd-vo, 1962. 1+1 p. : ~MnU 16:1)
(Smelting ftmmes--Malutauawo and repair)
(Refractory materials)
1 7

23U~& m
ACC NRt AP6M3597
I-A
SOURCE doDki IUR*191/65/060/W2' Oh'0634-
AUTHOR: Afanastyev# A. M.; Paavi Karpov,'Ve E..1, Zi(iiev B I,
. ~ov A
none
TITIE: 9e
Roent nographic investigation of inodified pol;,!!~Li~d.
SOURCE: Plasticheiskiye massy,.no*
2 :1965, ~~-!-34~
TOPIC: TAGS: polyami4e,'_polymer': irradiation resistance, r, phieldi,14
shielding, boron,, lead, epox3.de,~pdlyurethane,,,~chromiuia com~6.'Und:
ee j,
The.addification o lymers with:min6rai substii# Is~!&Ga ......
ABSTRACT:
t
rad-ki
itaportance toL cfterials.reni6tanVto nualew, tian.1 M OZA J: I
the preparation off,
Tdi-a~FJ
ials are knowq~which are di persions of ompounds o1- ljoron and a n e xidep,
polyuret erand siliconxonds which are not inferior to boron and load in
ability to deflect slow neutrons and gamna rays. Coverings bamed on these di
persions'are more effective than covering made from other matei0iols tor protect- k
ion from nuclear radiation. Those materials can be wed for mmking dpocial
tective clothing, for enclosing x-ray installation, etc. Upon,,considering the
value of the effect caused in mixed polyamide compounds of trivalent tchromium,
the authors studied the effect of various doses of ionizing rudiiatioft an the
structure of polyamide AK 50/50,(obtained by the polydensation~of Arv~salt and
E-caprolactum in a M rat-i-qJvTWified with chz~omiucs chloride'i Radiation was
conducted at 200 C in the preseacd oV air on the "K-200000, an Anstallfi'tion for
has a 6ource of gammaiillr'a;diaitl~n from 1
radiation-chamical'investigatii3na,
Co-60 with an activity of 20000 graa-equivalents of Ra. Poiyafiiiae 3~6`obtained'
-6-d 1/2, UDC: 678-615.01*43-422.8
MISM11F 7-

V.I--- Candid.t. of T..hn1c.I
. . a .. 0.1...... _VY" &~gk-rf
t--k2l' T.F.. Candid... ........I_=~' ~;.
,.=*art
A~Irv .'i thrrr,
T1TTr# The Ux .'th 7.t-
TUMBICLL. st.l., 1960, Iro
FP. tic760e
TEM In the Chlyabla.kty ..-ad (Ch,',y.blc.k V-ua-
Iatcu:tf..kly cetal--gi.h..aly
n") and im-
Z: ".41 :ls'r "I P
=r.- steel&, Z:E!rMk 7
Lh T - 1 1 .
"(2
0 W), 12 _
ZTA4M(12-2M? !I). !2-2Cj2VAA
2 ZOM73
rb
am
l
i~ )"d hq
33-3TXC03~-579hs), 50-3intA 'S&) flea 'f
40chr. . are applied hm,I.C the foll--l.4r Cr, 31 azid C a..I.ds (.1. 1~).
3111
O.:h"- 12 - 20 AO - 50
Card 1/3
Cr 49 51 29 39
1 15 19 40 5
3c 2.73 4.50 0.12 0
Then using 12 20 type Ilicochroz* 7 20 ke/i *are added, vhereas
40 - 50 tyV. al 1icachrome about 4.5 kg/t (in the Cb=) and about 2.5
(In the ZxZ) and for 30 - 35 XhGSA 6.5 kCj% v.r* added. Then orpl-Time &.II-
he required Could be produced nithout
difficulty mad the duration of the prellaimary d4taxA,lativn could be reduc;d
by 5 - 9 min In both pl.sat.. (i.e.. by 0.3 - 1..f. of the melting 11mv). to
ano%u%t of chrce., mug-... and sill". cal. it jr.ttleslly the - P
for the =,.utl ... I ..!bad (lz ZI.t-zc-k, Cr 12~- X. 20%. St. 12%. '..
Cb*lyabljx.ks Cr 19%, X= 2,4%. 31 3e%). Th* 10... ~um' of ctr- Cal# in
the Z39z a- a* explained by the higher residual chms. mutant of the matal
Cbsto r: od,0,114.11on .'3,- 0.31% a- C.-Par.1 to the obtained in the
.06 - ,3;. X. rd.r tq obtain sm, optlaum economical 0 hoft
w:11ting m;di..-..rton hr.*. t,.I, the ~t of ;0 ty".11i c' -hr- h..Id
b 11 - I kg/1 In the Ch= and 0.5 - 9.5 kg/t In the Z= and the silicon
me.d in cociventionel .,I%lng bi replaced by bl..t.frus.. f.-cmIll*an, then t
card '213
12 13 kg Alliaoctro-O per ton Should 'be U*11
vhm the ebroa* content of the at eel 1. bal.. 0-0 -4 17 kC of -ill-
combrom# par tam -he- ltal:mabove 9%. The u'. of of -be AO
and 50 typ..I. economic. lIr in the neitlog steel..
b-'_C t1:, :fo the bath It ft:r dditq; 20 type -It-n ..I !;.
of hr a. ... b In. C.-J( IN only 15 - 20 ain and for at
ith & ch,," content ab- 0.9% it to 20 - 30 min, an accou.nt of thedt -r*
in eight of cold &dditi,.s 1. the far-.. (15 - 20 kdt) -d No
.4r.'pad"almorption or :IIicoakLrQm# as coupaxwd to f.rrachro- Th. i.4ti.1
*at of @,gal Then u 1=g milleachroce In the m-Iti"g Pmc*%; a- d.cr; ... d
0 r.U
1. 1,atb pl-%s. by . total of 2 - 2.5 Jllio. rumble. par ---, fro.
bl.8/ton for the 40Kh 'gyp- at.. Ilin 20.4 m%bloffi/tat for the 2OKh type Steel
in Ch*lr&bLn-k and fro. t.1 roub /tort for th;b3OXhsA ty P t..1 up to 12.6
raubl.s/toa for 200 ---1 In zl.t*U#to'.k . are 1. 1 t:blt.
0:&o'ate2skly lustitut setallrgii
Ch.ly.bivklyl M.Uchn*;I-;l
(Chely.tin.le scia.tif earth ln.tlt-t-
Cb_.I
a,,,. sk and .1411111 ic.1 Z am,.
Card
N).

AMAMMIN, I.A., kapitan 1 ranga; BARABOLTA, P.D.. pdlkoynik. yuridichaskoy
aluzhby; VOLKOV, A.S., inzh.-kapitan 1 ranga-. VOROBITAT, A.P., :
kapitan I range; VASILIYZV, I.V., kapitan I rangli sapasa; VITUNI190,
N.P., kand.voyenno-morskikh nauk, kapitan I rnnga; GHMM , A.L.,:
dotsent, kand,tekhn.naWt, inzhener-kontr-odmi-ral; YMUWNKO.'B.Ye.,
kapitan 1 ranga- 2VIMfV B I kana.istor.n"uk, mayor; KA7-MOVO':
i I - rnn-'w';A~ :1 11.
A.A., kap tan ;V-'i-'ga; iCTZI , K.K., kap tan I ranga za-pasa' KOLT,ADA,
M.I., kapitan 1 ranga zapasa; KULINICH, D.D., inzh.-kapitan I ranga;
LCRACH-ZHUCOMO, M.B., aotsent, inzhener-kppitan 2 ranga zapasa~;
MASHAROV, I.I., polkovnik zapasa-, KTASISHCM, V L. inzhener kontr-
admiral; PETROV, L.G., kapitan 1 ranga v otstsvl~; PROKOFIYEVo V.H.,
kapitan 1 ranga; POZNMIRKO, A.Sej kapitan 1 ranga sapasa;
(Gontinued on next card)

ANAMMIN, I.A.---(continued) Card 2.
FYASKOVSKIY, G.R.. polkovnik; SINITSYN, U.I,.# polkovnlk. Prininali
uchastiye: ANDRMV, V.V., kapitaiL.1 vinge; IVANOT, V.P., inzhener-
kapitan 2 ranga; CHMNOUSIKO, L.D., 'I=hener-kapiten 1 ranga;
SHIKANOVO Ye.p., inzhoner-kepitan 2 rang'a. VADEY-37, V.G.. vitae
admiral zapasa, Plavnyv red.; GONGROSS, VJ4., kapitan 1 ranga ziipa-
ea, red.; STAROV,.N.N., kapitan I rongn v otatovkO, red.-, SOXGLOA,
G.F., tekhn.red,
-[Marine dictionary] Morskoi slovarl. Kosk-~~:j,, Voon.iza-vo H-va obor.
SSMI. Vol. 2. 0 - IA. 1959. ~ IM p. (HIIU 12:12)
(Naval art and science-DIctionaries)
(Merchant marine-DictionariesY

ul-
proc4ralis ui cryntm;me patymers
t--
Joss
01,

SlUEMEYANTS, Georgiy, Mikhaylovich, doktor tekhn. nauk; AMELIN, S,V., prof..,
retsenzent; KOINSTANTINOV, V.H.j dots.; retsenzent; SURNOV, M.P.,
retsenzent; TAKOVLEV, V.F.y reteenzent; BOCIIEIIY,.OV, K.S., kand.tekhil.
nauk, retsenzent; BROMMG, Ye.M., retsenzent; YERSHKOV, O.P.,.re-I
tsenzent; retsenzent; ZOLOTARSKrY, A.F.,, retsenzent;
IVASHCHENKO. G.I., retsenzent-, UM, S.A., retsenzent; MARKMIYAN,M.A.,
retsenzent; POPOV,V.V.,retsPyqxnt,- POPOV, rat senzent; SERZ?.IIMIIjtIKOV2V.V.
retsenzent; SIIAFRM~OVSKIY,A.K.,retsenzt,,iit.- ITUilTSKIY,G.I.,i.nzlimliretsen-
zent; VIKTOROV, I.I., kand.teknn.muk, retsentent; 'VYSOTSKIY, A.F.0
kand.tekbn.nauk~ retsenzent; SAATCHYAN, G.G..,lkand.tekhn.nauk*~
.,,re-
tsenzent; YAKOVIZVA, Ye.A.J. kand.tekhn.nauk, retsen.zent; TITOVI,' V.P.~
kandotekhnenauk~ retsenzentj GHUSIIEVOY, N.G., inzh.~j red.; BRCMBERG.,
Ye.M.# kand.tekhn.naukq red.; KRITROV, P.A., takhn. red. 6
[Railroad tracks] Zheleznodoroz~hWi put'. Moskva, V ses.izdateltako-
poligr.oblledinenie M-va putei soobshcheniia, 1961. 615 P.
1. Kafedra "Zheleznodorozhnyy put'" Leningr~adtjkogo instituta in,zhene-
rav zheleznodcrozhnogo transporta (for Amelin, Konstantinov , ~rno .vp
Yakovlev). 2. Vsesoyuznyy nauchno-isaledovatellskiy~i-nstitut zhlelezno-
dorozhnogo transporta (for Bochonkov, Bromberg, Yerubkovs Zverev, Zo-
lotarskiy, Ivashchenko., Unev, Markarlyan., Popov, V.V., Popovj~
Serebrennikov, Shafranovskiy, Novitskiy).3.Vseaoyu2aiyy nauchno-isslisdo-
vatellskiy institut transportnogo stroitellstira(for VIktorovp Vysot skiy,,
Saatchyan, Yakovleva, Titov)
(Railroads-Track) (Railroad.engineoring)

ZVEM B.H., kandidat takhniehaskikh nauk
General premises for changing over to now type rail fastenings.
Trudy TSVII KPS no.85;4-9 155. (KLU 81.11)

----------
ZVEREV, BjN.,L kand. tekhn. naukj PETROV, N.V., kand. t 'ekhn..naui;
GAYDAMAKAI P.S., inzh.1 YAKHOV, M.S., kand. tekhn. nalik;
PETROVA, V.L., red.; DROZDOVA, N.D., tekhn. red.
(New design for rail fastenings] Novye konatruktsiil~rei~.~-
Bovykh skreplenii. (By] B.N.Zverev i dr. Mb'akva,.TranA.he1-
dorizdat, 1963. 62 p. (MIRA 16:
(Railroads-Rails-Fastenings)

C1141MIC4 redfume d dus. N. K. Mary, 0. 11.
~F
Cie Zvmv, and It. Yo. Klivitilskil, 74ot. Prikhtsf. jKhjm.
U.ItApp%
0'a
6 fits out.*povrdm and Platec
AD ' c t'Y L-.Ch
Whis powder*, the VM%d 9U%% W44 p(IffiCtl thromo lit%v*
Cie. ho 14=nIaC& vs,,, sq. cm.. the Im rv-
V go"' I'll -c'I 414 were washed freq (mm rux". and
S
2 j. was treated for I hr. at the b.p. *jib 30 ml. of walet
twev"Wr htatM it) Wilug. After itraime'lit, the w4n.
was liffaled With 0.01 N Ile) In I
he 1"VWn'tr 44 nwthyl
nd. The surtsm chem. resistance wai detd, b tersibill
10 X 4 cm. IvUles in water At M' Iqv 3 bri. Ger". lc.,
if O'd tWARCT W214 f%N'feAmd SO 1119. %4O MMOVC41 11)[01111 A 9,41. Ift ftJ micioctacki us lite marface. meet
in. "I surface; tn. was nwir by lite-411"s the MASS. wilts b a
Cie "I"It WINN results In Ad-ptim of A1120100
0.01 N MI. In adda. the extent of annealing vras detd, on the 1uVf4CV 09 IKW n4l ctw:ki: thim lmvmqo t rt.
06, by Measuring the doolple re(nictlam in a pc44slmql r
r ,t0knVC,dMI 1`91filCt.14"ImlItc (4111Mkin of Immamiquki,
TIWtt Ortmed to Im no ltIAlkm%hlp between the chein: t"'4 4 alunitnum hilme to Incmo4 cbel". fvqtkmmv go
c=M. and Chem. revivItAmmof the powder. The
SUFfACE RIAM NIAVAnd 0011114101un In Itulatm a. z. 1K,
too" realstancle A. can be expeessett by A. ~ A:
API(d + P) 1.
ShM JI"'lr L. IL M4?brtk'"-
t Silly C'Mfl. which dtliendA on Otte i"t"Wition tie the gultatv,
-1 6 a rosff. Ahkh hwholes other fA.-wca not taken Int.,
Account, and 11 14 the Mtem in lite glaso. Tivatme"t of.
plAten lot N. Id. atui 24 Itts. In a abowef clurulmr with
runniall water of pit - ".5 at 1014' rtduml the chem.
r"Wartmi the reduction was It" I-m wit"nuenled Our.
farv. Mica wttratiatrestral with Ar,';alutninum altratr
"41%. Ott n-M IrM7 (-w 24 hm. Own woob"I wills .1%
IICI. slut t*~4"1 & thfic "d-4alwo I-f4am 4f"i &life
ttv*tlnmt III the simmer charolwy. In rach tow, the
himlauln laittale Itler"twi the the"I. unimance. IN*Nir .......
a
n"Alej 16-Lboo it law
. p.of (hr
1"4 two III I.
N
w 0 Is It 0 Is 42 Is 19 of 0 31
tv Is4
0:0-6 0-0 41 a W 0A 0; Or 0- 0 A

AGLM-AV, R. I.; BMATOT, P.S.;_jV
WVI B.F.; IVA-NOV, I.A.; KMGLYr, 3,9.1
HIMY, I.M.; nNSWAR, V.(;*; VeL; SIM* V#A.g XLISXIT,
Condensation of a solution in vacuum, evaporator installations#
Promeenerg. 15 (no*4:15-16 Ap 160. (MIRL 13:6)
Avaporating appliances)

ACCESSION NR: -AT3007Z54.- S/Z9P5Z/63/000/000./0056/0067.
AUTHORS-. Zvyagin, V. I.; Lobanov, Ye. M. tver6v,B. P.'; ~Lainchenko, V~ M.;
r -super-10 (n, alphaY Li-~ aper-7 fo~ Thai
i TITI~E: Employment of the. eaction B u e,
determination of.boroxx and silicon
'ISOURCE,: "I . . I , - as-hkent, 1zd-vo AN UzbS$R,
MidiatsIon. effekty* v tverd.: telakh. T
1963, 56-61
TOPIC Tj'.G~: erilicon,' Si, boron, B, impurit' adceptor elem,6nt, isotope, 1.
-10 (n,alpha) Li-super-7 re itude, diode
B super. adtfor.1, pu I S. epu Is earnpi
ABSTRACT: - The paper describes an experimental investigation,and s~ti forth
the o re tical'rel'ationsthips governing the presence of the.'extremely active acccptor
element B in-Si.. The reaction B10(n, a,)L17 for neutrons with an energy~of 0.03 ev,
.1has a large, cross section (4,000 barn)., This reaction yields Ian c; particle *with an
a
energy of 1.47 Mev, which has a short path in Si'(appx. 5. mic'ron) and a'L17 nucleus',
:.with 0.88 Mev energy. This particle and this nu'cleus are distinguished by th~eir
great totAl.energy (2.35 Mev) and their great ionization density which afford's P
highly effective registration if the carrier medium'exhibits counting propertie si. In
thi's respect Si is a very convenient material." The block ichem'e of the measur ng
Card 1/Z_-

7'ACC_V
'ACCESSION NA: AT3007254-
[
1equiprnenit employed is described. It cpmpriaesia S1 diodi6, a. power- supply, battery,
-~placed ii num sAield
A load resistance, and a preamplifier, all o,f which.aie n an~alumi
;and are tl~el'
placed at the output of the horizontal c ha of the. reactor. The pulse:0'
A 4 ,
Arising in a Si n-p junction irradiated with reacto'r.neutroho are rendered v sible in
lan oscillogram. It is shown that, the irradiatiowof Si jui%ciiqns Edith reactor neu~tr'ons--
~provides a fundamentally sound mean's for the dqterminailon of some impurities In.
'the material' especially H and B. It i how aj~nciion can'be ery~ployed
s also shown
'11as a fast-netitron counter, 'even though oixly for assessiiae~~ pr` 6ses. The theory
:of,the formation of'the pulses in the iurface-barrier n-p Junction Is txaced,:~ using
-an equivalent circuit to represent the surface-hole and',~p jinction. Expres
u sions are
:developed f6r I(t) by the solution of the diffusion,equation f6r'variou.9 particular,
cases, depending on whether the point source of the charge"lies within~the ~n r~&gion
!or
the region',of body charge, or whether'the trackof the partio'le lies entirely 4t] in
Ithe n - region. The formulas obtained will.be employed for ihe calculation of the
-of the am litude
effective volume for prescribed bounds.of the changes p o the 'pulses
~excited by the neutrons in a diode and also for the calculatlon of tile pulse -amplitude
e6tra. Orig. a~t. has: 6 figures and 17 numbered.equaticins.,
.!ASSOCIATION: no
ne
SUBMITTED.: .00 -DATE ACQ: 140ct63', ENCL: '00
OTHER-
SUB CODE:, PH, EL NQ REF SO.V:;.' 003 .004
Coid 2/2

LOBANOV, Ye.M,; ZVYAGIN~ V.I.; KIST, A.A.; ZVEREV. B.P.; SVIRIDOVA AJ.;
MCSK0VTSEVAq- GOA*
Determination of manganese in silicon by tho,radiodativation'
method. Zhur, anal. khim. 18 no.11:1349-1355 14 163.
(MIRA 17:1)
1. Institut yadernoy fiziki AN UzSSR, Tashkent,

I
I
I .-

ACCESSfou NR: AT4046914

RIZAYEV, U.M.; ZVEREV, B.P.
Use ok collimated beam of nuclear radiation In the local Irradla-
tion 4of experimental animals. Uzb. biol. 2hur. 9 no.2:17-20 165.
(MIRA 18:5)
1. TaBhkentskiy gosudarstvennyy meditainskiy Institut.

8/759/62/000/004/007/016'
D
207/D306
AUTHORU: Zverev B V., Sobenin, No P. and Shchedrin, I.
TITLE. Parametric representation of the dispersion curve of a~
circular diaphragm-type waveguide. I
SOURCE: Moscow. Inzhenerno-fizicheskiy institut. Uskoriteli,
no. 4, 1962p 52-69
-TEXT: It is difficult to calculate or measure the dispersion curL
ve of a diaphragm-type waveguide, i.e. the dependence of the phase
velocity in the.waveguide on the frequency of the power supply'.
It is more convenient to use parametric curves for determination
of the frequency of a particular wave mode in a wide range of
waveguide dimensions, wavelengths and phase velocities. The authors'
first:derived the dispersion equation in.a form convenient for
parametric representation. Then they measured the resonance fre-
quencies of the 0, 7r/4, -r13, r/2, 2/3*ro 3/4^1/*/, V modes: using an
oscillator r(--.40 (GS-10) consisting of several rings and dia-
phragme held in a press nP,4-S_(PGL-5) in order to~, avoid any change'.
-6ard 1/2

S/75 62/OOP/004/00 016',
D207 308
Parametric representation of Yz
in dimensions. Parametric curves are given f6r th'e-ivave modes ~F/4t7i
Z13, 2/37j-, 3/4-a, derived from these resonance frequencies.~ From
these,curves one can plot parametric nomograms for calculations',
of the group velocity, derivatives of the phase velocitly and of'
the frequency with respect to the waveguide dimensions, derivatives
of the phase velocity with respect to:the frequency, eto. The re-
sults used to plot the parametric curves may also~be employed for,
the determination of the coefficients occurring in the~series ek-
5 fi-
pansion of the dispersion curve (see Part 11). There are
gures and 8 tables.
Card 2/2

ZVEREV B V I-SOEEKINp N,P&
Use of the resonance method in tuning circular septate wave
g uides of linear accelerators. Prib. i tekh,ekspl. 10 no.5s:
26-29 S4 165. (MM 1911)

4oo7g-66 NVA)
00/007/01 6/0183
ACC NRs AT6017517 C N.) SOURCE CODE: U.R/2759/65/000/007/01
',AUTHOR: Zverev, B. V.; Sobenin X. P.
_q
_.ORG: none
..,TITLE: Graphical representation of the high;frequency characteristics of the hybrid
modes. Ell and H11 in a ~Z~indrical ~wave ~uide~oaded with a~ diaphragm
SOURCE-:*-Moscow. Inzhenerno-fizicheskiy institut. Uskoriteii, no,. 1965,':176-i83
TOPIC TAGS: particle accelerator component, relativistic particle, waveguide
ABSTRACT: Experimental curves are given for designing a dWphragm waveguide' to'bo ur.-
ed as a high frequency particle separator, The curves are based on resonant frequency
measurements. The high frequency characteristics were determined as functions of alb
where 2b is the inner diameter of the diaphragm waveguide and 2a is the diameter in th
diaphragm opening. Figure I shows the group velocity curve as a function of a/~. The
dispersion can be calculated, knowing the group velocity, and is graphed in figure 2.
Since the partial derivatives of the frequency relative to the de:;ign parameters a-and
D (where D is the period) are necessary for the final design of high freque!ICY parti-
cle separators, the essential curves in figures 3 and 4 are the.esssentialfeatures of
this paper. Orig. art. has: 5 figures, 2 tables, 12 fomulas.
Card 1/ 3

L 40079-66

ACC NRz AT6017517
IV
-00
420 424 US .0.40 OA
rig. 3. Graph of the derivative of the
frequency of %/2-type oscillations with
respect to the diameter of the diaphragm
opening.
SUR-CODE; 209091 SUBM DATE: none/
3/3
44
424 4?8 V2
rig., 4. Graph of-the derivative of the
frequency of w/2-type oscillations with
respect to the period.
ORIG REF: 005

SOBOINP N,P,; SHCHEDRIN, I.S.; GRYZLOV, A.Y.; ZVEMp B.V.
Representation of the principal high-fJ~equancy charac-
teristics of a round septate waveguide in graphical form.
Radiotekh. i elektron. 8 no.11:1945-1949 11 163.
(MIRA 17-.1)
J
gin J;Ii~i 11 iji

B/759/62/000/004 906 P16
D207/D308
AUTHORS: Gryzlov, A. V., ~yerev, B. V. and Sobenin N.~ P.
TITLE; Parametric curv es for determination o ffrequency shif ts
on changing the dimensions of a circular diaphragm'type
waveguide
SOURCE: Moscow. Inzhenerno-fizicheakiy institut. Uekoriteli~
not 49 1962, 40-51
In designing linear elect on accelerators it is often nee-,
r
essary to-know the variation of the frequency of, a particular, mode
with-tbe dimensions of a waveguide. To ease the solution of this'.
problem, formulas are derived for the calculation of the deriva-
tives.of the frequency.with respect to waveguide dimensions, and
~'nomograms and tables are given for calculations.of these deriva-
tives for Z12 modes for practically any waveguid6 dinieftsions, any'.
frequency or phase velocity. A simple method is given for calcu-
lating these derivatives for other oscillation modes., There are 4
figures and 6 tables.
Card 1/1

F-
Wel
BYT (1)/EWT (m) IJP(c)
ACC NRx APS027002 SOURCE CODE: VR/0120/65/000/005/002bf6O29
0e
AUTHOIL- ZyeZer, B. V.; Subeida, W. P.
ORG: Moscow Engneering-Physics institute (Moskovskly inzhenerno-fizicheskAy WSW)
TffLE: Adjustment of circular Iris guides oflinear accelerators the resonance method
SOURCEI Pribory I teldmika ek6perimenta' no. 50 19650 26-29 f~
r
TOPIC TAGS:, wavegulde Iris, circular wavegulde, lbear ace elerator,
ABSTRACT: The accuracy of measuring the frequency In o1roular Iriswavegulde, res~nntors to
estimated In this article. A method Is deserlbed which permits adjukIng such waveguldes wlt~
smoothly changing dimensions even with toleranceig of +6014 - The bmndwldth characteristic oft t
the waveguide after adjustment Is satisfactory. from the point of view of stable oporation of thf
HF oscillator, and the law of change of the phase of velocity Is maintained with an error of-
less than 1%. The examined method of adjusting the units of the Iris wa ivegWde has obvious
advantages over other methods In that the components of the wavegulde are adJusted directly,
which Precludes errors associated with tolerances for the size of the wavegWde. The effect of
the holes In the rings to taken Into account and the errors associated idth the imperfection of
the silencing devices and the effect of the coupling loops are eliminated. The possibilities of -
Sard - 1/2 UDC: 621.372.8

L W3M6 w'T (1)
ACC NR% AT6017508 SOURCE CODE: UR/2759/65/000/007/0054/0065
AUTHOR: Zverev, B. V.; Sobenin, N. P.
ORG: none,
TITLE: Graphical representation of basic high frequency characteristics of a cylin-
drical waveguide with diaphragms and with 2u/3 type of oscillaticins
I,>
SOURCE: Moscow. Inzhenerno-fizicheakiy institut. Uskoritell, no. 7, 1965,~54-65
40 electron accelerator, circular waveguide, particle accelerator component
.~XC TAGS
ABSTRACT: Ten families of curves and data are presented which were obtained, from re-
sonance measurements on a cylindrical waveguide with diaphragms., All L'_rV08 and data
are related to the basic high frequency oscillations of the 2w/3 type. The curves are
sufficiently accurate over. a large interval of variation in -the waveguide design para-
meters* Origs arts has: 2 tables, 7 formulas, 10 figuresi,
SUB SUBM DATE: none/ ORIG REF: 005/ OV REF: .004
CODE:
I Card hs

L 4oo8i-66 ENT(m) IjELc)~_
ACC NR. AT661~~i6---
AUMOR; Zverev, B. V.; Sobenin, H. P.
ORG: none
TITLE: Experimental investigation of the waveguide properties for a particle separator
1with a crossed field
SOURCE 7MOSCOW. Inzhenermo-fizicheskiy institut. Uskoriteli, no. 7, 1955, 167-175
TOPIC TAGS: particle accelerator component, relativistic particle, waveguide
ABSTRACT: The authors describe the experimental th d9 and results of a study of
waveguides as high-frequency particle separators Pe Thoy. found that in the. high-pass
band the mode Ell and H11 provides for a perpendicular ellectric field in a cylindrical
waveguide with diaphragms. In this mode, with perpendicular electric field the dis-
persion is negative. The errors of measurement are less than 1 14c (around f/,%). The
usual method of resonance measurement with a perturbing probe was employed. A graph o
the change in frequency along the waveguide axis shows that at 2818.5 Mc the it-type os--
cillations dominate whereas the 0-type dominate at 3048 Me. This proves the presence
of negative dispersion. Resonant frequency variations as a function of thedisplace-
ment of--the dielectric needle shaped probe along the z-axis, at r=15 mm are graphed.
The authors conclude that the investigated wave is polarized and has a radial Campo-
Card 1/2

L 4oo8l-66
ACC Mt. AT6017516
nent of the electric field; at ~--O and r-b (radius of the guide) % and R, vanish.
E is maximum at r=O and H is maximum near the opening of the diaphragm and is perpen-
r r
dicular on the plane throu6h the a-axis and the coupling loop. Such a waveguide can
then be used as an ultrahigh ftequency separator for relativistic particles. Orig.
art. has: 6 figures, 2 tables.
SUB CODE: 20,09/ SUBM DATE: none/ ORIG REF: 002/ OTH REFA 003.
Ca,.d 2/ 2Ilb

GER SHGORNj M.A.; SVIRTDPIKOp F.F.; JOUPINOVSKlY, D.S.; Y!IAII'rl,'C;VA, I.P.;
POPOVAJ* A.N.; FRADINA, M.G.; FrInimiali uchaqtdy---. 1 Z KA SHO V, GG.
RUDOLISKIY, N.L.; SIFPK,'tlff',V, N.P.; PUSKANOVSKI't, SI.T.;
Ya.S.; BULISHY, M.T. (deceased]; ARKIVUlGELISKlY, YU.N.; SuAlm,
SAPO','11XOV, V.Ye
B.A.; VISTOROVSKIY, N.T.; PA191ANSM, B.I.; S
RY-kB-TNIN., N.G.; YJLRAKULINA, R.R.; FADE-YEVP, 71.rEr--vV D A
improving the production of high-strongt,h rallg by tilloy-ing
thein with granulated ferrochromlim. Iti Uto 80isll -"-';
no.5t408-411 My 165. 18-.6)
1. Ukrainskiy nauchno-issledovatellskiy institut metallov i zav(,d
"Azovstal

ZVE-M-F-IL-MA. agronom.
Yorage lupine. Nauka i pared.op.v sallkhoz,,? no.7:32-33 Jr'- '57,
(NW 10:8)
(Lupine)

d. Jec 1;9
6886. THE DETECTION OF PERSISTENT FORMS OF DYSENTERY; INDICES
OF RECOVERY (Russian text) - Z v e r e v E. 1. - SOV. MED. 1958, 22/12.
-80)
86
(
Of the total of over 1,500 dysentery patients obaerved,. 319 had the chronic form.
In addition 469 acute dysentery patients were observed. all of whom recovered
after 2 to ; weeks, whereas chronic dysentery lasted from 6-12 weeks. Diarrhoea
was present In 30-35% of chronic cases, but more chatacterLstic of these cases
was constipation. particularly when alternating with disirrhoea, ard frequently as-
sociated with pus. blood and mucus in the stoola. Subtabrile temperatures were
recorded in about 50% of all chronic cases. Anigatein - Galveston, Tex. (L.6

SUPROU, L.F ZVEW F P.- Hmix,IA.P., Prof., red.; POLISKIT, S.,
red.;
[Wical.care ofthe population subjeoted to;methoas of mass
destruction] Heditsinakoe obespechenie naselenlia v usloviiakh
primeneniia aredstv massovogo porasheniia. Pod red. A.P.MukhIna.
Minsk. GoeAzd-vo BSSR. Red.nauchno-tekhn.lii-ry, 1959, 407 p,
(KIRA 12:9)
(ITOMIO KRDICINB)

14(5) SOV/93-58-12-io/16
AUTHOR: Amelin.I.D. and Zverev, F.P.
TITLE: Hydrodynamic C~Zul~ations~n Analyses of Dev'-elopnent of Maykop
Oil Deposits of the Xhadyzhen Group (K gidxqc1inamicheskim raschetam pri
analyze razrabotki maykopskikh zalezhey nefti Khadyzhenskoy gruppy)
PERIODICAL: Neftyanoye khozyaystvo, 1958, Nr 12, PP 46-52 (USSR)
ABSTRACT: The K1,yuchevoy Oilfield was discovered in 1951 near the Goryachiy
Klyuch Resort in the Krasnodar Kray. The X3,yuchevoy belongs to the group of
oilfields, located in the western part of the southeni border of the Azov-Kuban'
Depression, as well as to the Maykop Middle Section (horizo'no I and II). The
outcrop lines of these horizons form the gulflike oil,d4posits which are ex-
tended in the Ehadyzhen group of gulfs cropping out in the area of Neftegor8k.
To the-north the oil deposits are in contact with a strip of water-saturated
sand wh..Lch extends from Neftegorsk to Novo-Dimitriyevskaya, Station. This vater
pressure system is., evidently fed by the Fshekha River Basin. In 1953 I.Dt
Amelin [Ref 1) suggested a system of hydrodynamic calculations for the.determi-
nation of the pressure change in the oil deposits at given rates of fluid re-
covery from the formation. This method which has been successfully applied to
the Klyuchevoy Oilfield and to analyses of the oilfield's development proved
Card l/ 4

Hydrodynamic Calculations in Analyses (Cont.) SOV/93-58-12-10/16
to be sultable for all oilfields of the KlyuqheVoy type, talculatiou; by,this
method made it possible to determine also the effect of nitural encroachment of
edge water on the oilfield's development, the optimum petroleum recovery from the
formationY and the relationship between the current recovery of petroleun and
the water injection for pressure maintenance pruposes. The author pr esents a
scheme of the water pressure' system of the gulflike. deposits of Kuban' (Fig'.l)
and of individual deposits (Fig.2) similar to those~of the Klyuchevoy.011field.
He also cites an example of how his method was applied to.the KLyuchevioy Pil-
field. He also cites an example of how his method was applied to the Klyuchevoy
Oilfield and presents the data obtained (Fig- 3 and Tables 1-2). The main
formula employed in the calculations Is* rL
Qzht X . Ft-ti),
rQhn
v 4- ~X V
Pg(t) : Pkn -Pg (t) 71. Ka
K TE
Where Pka is the initial formation pressure, ~4 v the viscosity of the formAL
tion's water, Jk - the width of the formation's water pressure system, k - the
permeability of the formation, h - the effective capacity~of the fomation in
the water presnure area, X - 'the piezo conductivity coefficient of the water
Card 2/4

Hydrodynamic Calculations in Analyses (Cont.) SOV/93-58-1~_lo/16
n
pressure system,- Qzh - the inttial, yield.of the formation, Qzh I the
intermittert change in the yield of the formation since the time ti of the
formation's develolment; in case the formation's yiold increases the QZh I
has a a "plus" sign and in case it decreases the Qihi has a "minus'.' sign;
t - is t~e time since the initial develolnent of the foxmat .ion -,,or wfiich the
A F (t) is being determined; I = 1.2,~; n - is the nunb:er of -bime units
(Ohin the ranges of t) characterizing the stable yield of the fomation,
This following formuls, was employed in order to arrive at a more accurate
prognosis of the pressure change in the formation at any given rates~of fluid
withdrawn fraa the formation:
Pzal (t) = P~n _zsr v n ~zh
E; kb 777 x ('zh rt
q-t-ti), where Pzal is the fox7aat Iion pressure and z' the mean a rrore Me
sr
authors conclude that this method of calculatioa made it possi61e with the aid
of hydraulic fracturing to Increase the water injection into the wells and con-
sequently increase the petroleum recovery from horizon I by 100 tons.per day
Card 3/4

Hydrodynamic Calculations in Analyses, (cant.) sovl93-58-12.10116
from horizon II by 150 tons per day without imparing the formation0s efri-
ciency. They also conclude that that this method of calculation makes it,pos-
sible to determine the water loss of injection vells'and consequently elim-
inate the causes responsible for the water loss. There are 3 figures, 2 tables,
and 4 Soviet references.

S/196/62/q'00/006/ol3/0 18
E194/8154,.'
AUTHORS: Yurilkov, M.G onishchankol, GoBbs and.
TITLE: Industrial studies of rectifier-invertor fed
induction motor drive
PERIODICAL: Referativnyy zhurnal, Elektrotekhnika i energetika,
110.6, 196,,), 3-11, abstract 6 Kll. (Veptn.
elektroprom-sti, no.10, 1961, 13-18).
TEXT; Results are given of tests in service on an a.ct
induction motor drive controlled by rectifier-invertor chain
used to drive centrifugal compressors.of the gas pipeline between.
Stavropol' and Moscow. In this system the speed of the,4500 kW
wound-rotor induction motor with a rated spcedlof 1490 r.p.M.
can be changed smoothly in the range 100-70% of rated speed, thus
allowing the gas compre8sor rating to be variedbetween, .100% and
35~a. The rectifier-Invertor circuit usesl~a slip frequency,
convertor with an explicit d.c. circuit. The uncontrolied:
rectifier valves convert the rotor slip frequency current to d.c.
and the invertor converts the d.c. into power-frequency (50 c/s)
a.c. The inverter valves are grid controlled:so that the
Card 1/ 3

s/i96/62/boo/o06/013/018
Industrial studios of rectifier-,
invertor e.m.f. can be controlled from the~~ectified current side,
thus the rotor current,'torque and motor speeds. The rotor and
invertor valves are mercury-are rectifiers type -1000 x 6
(MOV-1000 x 6). With the rectifier-convertor circuit the
utilization of the motor is not impaired so that'its rating can
be chosen by the usual methods. ;The rectifier-convertor circuit
has high efficiency, namely, o.92-0.88 within the given speed
control range. A disadvantage of the rectiCier-C'onvertor circuit
is the low power factor which is~0.67 at maximum speed and 0.10
at 701.10' rated speed. Experimental curves are given for power
factor of the valves and the motor and also:curv6s of the changes
in reactive power consumption of individual.parts of the systbm
as function of slip. Tests showed that the rectifier-invertor
circuit operates well and has goo Id control characteristics, the
motor and vpLlves operate reliably, current waveform distortion in
the supply lines to the rectifier is slight9 no influence of
higher harmonics on the operation of other e
quipment was observed.
Further improvement in the asynchronous rectifier-invertor:circuit
presupposes the use of rotor valves controlled by slip frequency
Card 2/3

Industrial studies of rectifier- s/196/62/600/006/013/018
E194/E154
invertor e.M.f. can be controlled from the rectified current side,
thus the rotor current,'torque and motor speeds. The rotor and
invertor valves are mercury-arc rectifiers type PM1iC- -1000 x
(Ri-mv-looo x 6). Ifith the rectifier-convertor circuit the
utilization of the motor is not impaired so thatlits rating can
be chosen by the usual methods. The rectifier-convert3r circuit
has high efficiency, namely, 0.92-0.88 within the SIven speed
control range. A disadvantage of the rectifier-co,n,~ertor:circuit
is the low power factor which is 0.67 at maximum speed and 0.43
at 700,o rated speed. Experimental curves are given for power
factor of the valves and the motor and also curves of the changes
in reactive power consumption of individual parts of the system
as function of slip. Tests showed that the rectifier-invertor
circuit operates well and has good control characteristics, the
motor and valves operate reliably, current waveform distortion in
the supply lines to the rectifier is slight, no influence of
higher harmonics on the operation of other equipment was o.bse rved.
Further improvement in the asynchronous rectifier-invertor circuit
presupposes the use of rotor valves controllod by slip frequency
Card 2/3

21(0) SOV/89-6-6-26/27
Zverev, G.
AUTHORS: Koryakin, Yu., Isayev, B., Shamanov, M.,
.TITLE: Short Encyclopedia "Atomnaya energiyal" (Kratkaya
entsiklopediya "Atomnaya energiya"). Review (retsenziya)
PERIODICAL: Atomnaya energiya, 1959, Vol 6,,Nr 6, 693-695 (USSR)
P-P
ABSTRACT: The authors discuss the above mentioned book which was pub-,
lished in 1959 in Moscow by the Gosudarntvennoye nauchnoye~
izdatel'Btvo "Bollshaya Sovetskaya Katsiklopediyall (Scientific
State Publishing House "Great Soviet Encyclopedia"). Thbre is
1 Boviet,reference.
Card 1/1

ZVEW, G. I.
Postoperative mortality in stomach cancer. Vop.onk. 9 no.I:
102-105 163. (MMA 16:5)'.
1* Iz rologorodskogo oblastnogo onkodispansera (glavnyy vrach~
N.A.Mataruyev).
(STCRACH-CANCER) (STCRAC"RGE2Y)
(CARCER-44ORTALITY)

PHASE I BOOK EXPLOITATION SOV/3694
Bogoyavlenekiyj Konstantin Nikol*vioh, and Grigorly Ivanovich
Zverev
me~haniaheskoye. oborudovanlyo d1ya obrabotki da~vlenIly*em tovetnykIh metal-
lov I splavov (Mechanical Equipment for Piesswarking Noriferrous
Metals and Alloys) Mosdow, -Meta llurgizdat,, 1959, 359 P. 1trita
slip inserted. 4,200 copies printed.
Ed.: G.A. Smo.1yanov; Ed. of Publishing Houae:~ M.R. Lanovskaya;
Tech. Ed.,., V.V. Mikhaylova,
PURPOSE: This book is intended as 6 textbook In tekhnikums'for~& course
on "Mechanical Equipment in Metallurgical Plants". it ma4t also 'be
of value to technical perionnel in metallurgical,establishmen"tii.
COVERAGE: This book is a'c6fitinuation of the book.~ by V.V. Zhol0bov.,
K-N. Bogoyavlenakiy,'M..Ye-. ZubtsoV, A.D.'Lsindlkhov, E.M., Lekarenko.,
N:N. Postnikov': Obtab6tka tsvetnykh metallov I oplavovda.vlo'niyem
(Pres'sworking of Nonferrous Metals and Alloys).! Metallurgizdat; 1955.
The theoretical-assumptions of Pressworking and the fundamentals of
rolling, drawing, pressing, and forging are diBcussed, Methods
Card 1/8

Mechanical Equipment (Cont.) SOV/3694
of determining th6'
pr6stUile of metal in pla6tic pressworking are
.
presented.-. Equipment for''pressworking of - nonferrous metais and
alloys is-described And'ekathpled,of rolli;i&'Mills; die presses, and
f4undrZ eqxUpmant ar6- given. , Cold rolling- methods for tubula'~r stock
are described -in some detail.' -Information on aux.111ary q4uip)neni
and off-line mechanisms is included# The teIxt oontains ii*erous
drawings, ~hotographs,,and diagrams., Authors of books givanIn
bibliography are menti6ned in the foreword, There are 47'reterences,
ali Soviet.
introduction
3
Ch. I. 'Gene;,,a 1Arrangeinent of Rolling Mille, 5
I. Classification.bf rolling mills,
2. Arrangement of rolls in thd housing
3. Layout of stands*'of various rolling mills .8
4. Diagram of the la'y6ut of mills for rolling copper and cop'per.
alloy sheets
Shops for rolling'aluminum and al~mlnum alio$ sheets 15
Shops for rolling wire and merchant bars 19
Card 2/ 8

PHASE I BOOK EXPLOITATION
Zholobov, Viktor Vladimirovich..,and Grlgor~yjjanovich Zverev~
Pressovaniye me ,tallov (Extrusion' of.Ketals') M60ci'6Wj;; Meta llurgizd-%t,,
1959. 542 -, p 4 250 .,co ie printed
_p
Reviewers: S.I.-Gubkin, Member of the BSSR Aegdemydf SoUncess
Doctor of Chem c a De 4ased'); L.V.,prozorov,0
i al S iences
Doctor of Technical Scien M V Rozanov,, Bnglneer;'and
ce"~Titie* I.L.:P*rlin,0 Prof4ssor,,
Ye. B. - Zadov, Engineer; Ed, page I
Doctor of'Technical Sciences; Ed, (Inside.book): V,S, Rtheinikovi
Ed.-of,'Publishing House: M.S. Arkhangellskaya;; Tech, Ed*;:
Ye.B. Vaynshteyn.
FURPOSEt This book is intended f6r-engir-.eere~,~te'e~61cianso. and
.~:I..students working-or specializing.in the manufacture of:tubas..,
rods and shapes chiefly,.from,,nonferrous metala.
COVERAGE:- This book contains mate*rial'oh the; theqry and pr*ctice
of metal-extrusion including a descriptiori of extrusion processes
for a variety of metals and alloys. The oonstruction,mounting
Card 1A 9.

ZHOLOBOV) V.V.; ZVERb-V, G.I.j YAM, V.11.1 -Inzh.j, retsqj~~,ont
............
[Dior for the hot pressure workJng of metalv] Inatru-
ment, dlia gorlachego preaBovaidia motallov.,
Maohinoatroenie, 1965. 161 p. (HIM 18:2)

ZHOLOBOVp V.V.; P~! - G.11.-;-YAM, V.M.., inzh.,, ret3onzent.
[Dies for the hot pressure working of matalti] Instru-
ment dlia goriachego pressovaniia metallov. Mosleva,
Mashinostrooniep 1965. 161 P. (MIRA 18:2)

9 .3150,24.21120
AUTHORS:
TITLE:
PERIODICAL-
.ABSTRACT.:
Card 1 /7
Demirichanov, R. A Gevovkov, A. 1C;,, Popov, A.
Zverev, G. I
High-Frequency Oocillatiorw In a Fir":utrIcted Plaoma Nork
Completed In 1958)
Zhurnal tekhnicheskoy f izikl, 1960, Vol ~0, Nr 3 J,
pp 3o6-314 (USSR)
Oscillations observed in dLschavj',-,&.,., i ir identifl.ed
u3uall as plasma oseillation,,i. J[owcvt!~P, Loonell, and
Brown ~sce reference) oboerved s6m~2 ozk:ill~'.Itlotl~l VII'lid-1
occur only in presence of double 1 aye r~:l on p) a omil
boundaries. This is not; in arraei~.,ent with the theory
of Dlasma The autiwr-.,1 heve tnvestlga6
the naturu and -2xcitation t,,ieehanl,~lm in plusilia bounded
by double laye--!.; and show, that- one obLalns bl.,gh; Vre4uency
oscillationo clue to oficillatory m(-.)t1on'of' ~3econdary'
electpons In the potential well of t; ho: p 1 uo ma .They
Lised an. apparatwi similar, to that :of Looney and Brown
(see Fig. 1)

Ifigh-Frequency Oscillations in a '('(842
Restricted Plasma SGV/57-~C)-';3-8/l5
Card 2/ 7
A
f
Fig. I Construction of r1lr;charge tube.
Plasma was produced between the oxldc-~ioated cathod(-1s.
1-2ectron bc-,aml
A and anodes E. tip to ~1 k" of en,(,-gy
entered the region thvoulgh C, and c ros 3 1 ng, a(As-
tance L through the plasma, It; woi(ld fall or) FI:

-Ugh-Frequency Oscillations in 2
Restricted Plasma SOV/W-130-3-8/15
Card 3/7
connected electrically to C. The pot-ential well for
electrons vais -caiused by lon l,-1 yers between annular,~;
ase
anode-3 E" and clee tpodeltl F 'Wid Va 1, la 1) v0
0-1100 v enabled larire vavlat;i=3 of 'Loo :Iayov thlcokneoo.
Distance L between F and C could be:,chanited 1-0-30 mm.
~-2
Working pressure was 10 -10- mai HIT*, while the ga~ses~
Lind Worc Ar, H , and N . A movabl(,:~ cozbrLal probe, wap
2, ,e
collecting plusina paramatevs and ozj,,,L1111LA.o(1
with the senz,itivity of the L,egisteving devive at;
10 v The authors, first derive, p'n expression for
the frequency Inolde the potent-lal Well ~C 0.1. elootrono
caused by secondary emission of clactrons by pvlm~ftry
beam oil F:
W 2 (L =Vd)
4

Ifigh-Frequency Oscillations in a 77842
-Icted Plasma 0 3
Restr BOV/57-3, -8/15
where d is thickneos of ionic 1 aye r; Is average
velocity of electrons in layer; V1 ia potontial of
plasma with respect to oouvce of electrons.. They
found, that these secondary elect PotlR:~ oicil. Lating insidb
tht-,, pot--ential well aro r-coponnible Vor thi, exc-.LtaL~ILon
of oscillations meaSLIred by the probe and 11:3ted in.
Table 1. Note that observed frequencies satisfy relation
(n=I, 2, 3...).
Similar results were obtaiIned for f-L,.-.ed p6tentials lan&,
variable L. A continuous flow of eloctrons oscill6ting
Inside the well Could tlOt produce ai
";LmPlIrication
alternating fields unleuu a me elicit) exi".
.its ensuoing
an orderly motion and enabling particles to give
their energy to the alternating fieled, The authors
show that such a mechanism of amplitude selection can
exist provided there is an alternating field oil the
Card 4 /7 boundary of the plasma inaddition to the constant~field..

HiC21a-Frequency Oscillatiorw. in a 34 2
Restricted Plaoma. :BOV/57-30-3-8/15
Table 1. 500 V.; 11 7 107- inm Hgj L 20 trim;
VI) P, alli 1 7:
f is frequency compilted froln Wid potential distri-
0
bution; f. = nf (n ~ 1, 2, are experimentally,'.
0
observed frequency groups.
U.
V, uplas,11%,
V d.
aycle I
C -1 c. le- S
evelar.
J A
C,
-Y
120 16 2.0 125 490 595-460 710-790
1110 1-1 2.2 135 510-560 630-720 760-660
160 12 2A 1.15 SJO-600 660~-705 W20- 900
IFO 11 2.8 152
' 570-630 611-795 910-920
200 11 3A 158 UA-411S 580-660 71W-635
220 11 13.2 W 470-510 020-680 760~860
2,10 10 In' 1('9 310-11~ IMAJ-535 640-710 795-870
260 10, 3.7 173 330-360 03-540. 000-740 820-920

1-11,gh-Prequency Oscillations In 41
Re3tricted Plasma
)OV/57-30-3-8/15
This mech-aninjil ii3 appliczable for I'vequencles lower
than the plasma frequency sivice Vecause of fast
damping of such alternating fleld Is inside the-plasma
they remaitl concentrcite(I or, Lkle i~~Uvface of the plasma.
The authors also, ahow, that, Llhe mean free p'aith .1 of
the electrons i& of fundamental Importance and miist
be at least equal to 2L. When 1 mas adju:~ted to
approximately 6 cm, oscl.llatlon vanished at L = 3 cill.
Also, the authors investigated Influences of plasnia
densities and widths of the excited frequency groups.
They found that phase focuslhg plays a substantial
role at high amplitudes of o,oc illat ions. They obSOL`.~0111
somettmes in the plasma of thie prinLary discharge,
osciLlat'ions CaU3ed by electron osc il lat ions in the
potentlal w1ell of' the ~iathcd,e potential dr.opo, All
oscillations were accornp~aniqd by electrwaognetic
radiations discernible by aritenn,:LS plRced oiitside
the dischcarge tube. 'Phe authors toolieve that'the
oscillationo ob2erved J)i, r Loptley and Bro,.-Jln tand., most
card 6/( probably, by other author"S 1171re connected to the

Hign-Frequency Oscillationz5 in a
f~estrlcted Plasma a,Q i
mechanism olf amplit-1-1de selection- ~a.B Faynbelrg
evaluated naro, result3 of the pre50nt paner. The're
are 9 fisures; 2 tables; and 11 referenl~a~~, 1
I Dut(.1h, I irlah, I U,K,, 7 U.S, The 5 most reCent
U.K. and U.S. re-f*urenceli arlu: 1).
AP-4, Nr 3, 520' (1956); T. K. A11.6h, R. A. Bayley
I i j
K. G, Emeleus, Brit. J .. Appl. Phys;., 6j, 320 (1955);
D. K. Looney, S. C. Bvown, Phys. Re v 9~,, 9b5 (1954
D. Bohm. E. P. Gross-FhYs. Rev., 75 1851, 1864 (1P9);
79, 992 (1950).
SUBMITTED: November 2, 1959
~.Card 7/7

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S/568 `6
1/000/004/009/011
D2347D3.03
AUTHOR: Zverevy A.Yea
~TITLE; A device transforming linear 4uantities into':the' "DP"
digital code
SOURCE; Avtomaticheskoye upravieniye i ~vychislitellziaiya
tekhnika, no. 49 Moscow 1961,'324 338
TEXT: The author describes a: n6w tranomiti~r of'! small liriear dis-
placements,with a high power ofTesolutIon:Oich'allows ihe:donver-
q
sion of analogue quantitie Iinto discrete ones within th f
a (e range o
displacements of the executive organ of a mAchine tool several me
ters). It is stated that the transmitter was developed at'-che De-
partment of Mathematical Machines of MVTU. The transmitter consists
of two optical rulest a micro-objective sitxiated between these and
a photomultiplier. The object rule is displaceable; the Second rule
and the objective are fixed. Operation of the transmitter-is descri-
bed and design formulas are given. Technology of.manufacture of the
rules is also described. There is a dependence between the accuracy
Card 1/2

S/588/61/00Q/004/00j/01 I
A device transforming linear D234/D30~
of division of the rules and the accuracy of the transmitter., the
author gives graphs of distribution of errors in d-Ivis-Ions forzse-
veral rules manufactured at the Zavod koordin~atno-rastochnykh stan-
kov (Factory of Coordinate Machining Tools) in Moscow. There are 9
figures and 16 references%, 9 Soviet-bloc and 7 no3i.-Soviet-bloe. The
4,most recent references to the English-language publit~.ations read
as follows: P.I. Farmerp "Fairey-Ferranti"O Aircraft 'Produotilon? noo
5, V. 20.q 1958; G.G. Bower, Analog to Digital Comput6rsq Control
Engineeringv noo 11, April 1957j H.B. Harrisong B.A. Horlock and F~
D. Hunt, The inductosyn and its application to a programmed coor-
dinate table. Electronic Engng.9 June 1957; Hayes Diomaster Machine
with Ferranti Electronic Positioning Systemg Machiner (L)~ v. 8%
no. 2277p 1956o

ACC NO# AP7002989 SOURCE COD31 URIOW/R/066702WO-08773088
INMTORS.- Zverevs A. Teq Hironankop A, V,
ORG: none
TITLE% Converter of angular displacements into digital codee, Clasi 42j, No* 189624
SOURCE: 'Izabroteniya, promyshleraWs obrastsy,, tovarnVe stmkij no- 24) 1966j17-88
TOPXC TAGS's analog digital onooderj, anglo okoasur"ent instrument
ABSTRACTz This Author Certificate presents a converter of angular displacements into
digital code. It contains a measuring and indicating screen or diffraction grating,,
a photocallp wd an illuminator* To Inoroaca the converaian awurAj3V, to decroa3a
periodic and cumulative errors in the spacing of the sequence,of lines on the , -
neaaurizzig disk and in its unUormwa=p,, the converter contains one or several (eogep
I.throe spaced at 1200) electromagnetic mechanism with tangential displacement and
torsional oscillation windings connected respectively to do and aa sources (see Fig.
1). The armatures ot the electromagnetic mechanism are rigid.4 coupled to an
:indicator plate or indicator disk with another lined tracko
c
rd
a VDCz 681.142,07-.621,

ACC MRs A?7002989

4 2 Fig. 1 1 - meaeuring grating;
2 - i;~icator grating; 3 - Photo-
c
0111 4 - inuiiinatori 5 - eleotro-
magnetic mechanism armature;

windingj 7 - torsional oscillation
8
- shaper
Winding;

.Orig. art. hast I diagram.
SUB CODE: 091 SUBM DATSo 05M&y6$'

Cowd _Z12

ZVEREV, A.Ye.
Analyzing the precision of the DP converter of minor l4near
displacements of the numerical code. Izv.vyo*,ucheb.zav.,- prib.
4 no.5284F-93 2610 (AURA 14:10)
1. Mskovskoye vyssheye tekhnicheskoye uchiliahche imeni Baumana.
Rekomendovana kafedroy matematicheskikh mashin.
(Blectroate digital computera)

A25
S/145, 1~ot 00/012/007/007
r)3 00 b221/1)309
AUTHOR: Zverev, Aspirant
TITLE: Some design features of a converter,of linear die-
placements into numerical code
PERIODICAL: Izvestiya vysshikh uchebnykh zavedenly. Mashinostroye-
niye, no. 12, 1961, 162-168
TEXT: The anal ogue- to-digital comerter designed by the Department
of Mathematical Machines at MVTU im. N. E. Bauman is described.
The experimental device can be divided into theSollowing units:
Measuring device (cQr.2Verter); pulse separator; reversible counter
and decoder. Themeasuring devicet connected in,:-the general feed-
back, is a photoelectric system in the form of two optical rules,:
The encoder.Afl (DP) contains a light source, optical,system of the
counting ray, projector with correcting elements, and the recorder.
The displacement slide is actuated by a d.c. motor and reducer.
Its reversal is ensured by contactors (W_4,~Cq (Sh-1564), FOCT
(GOST) 3899-58). The.screen rules can be adjusted in three planes.
Card 1/3

3255h
1 Y611000101 2/007/007
B/14 D
Some design features ... D22 302
The two objectives of the prototype are replace d by a prism. The
final variant of the converter has only one source of illumination,-
usually a strobotron. The disadvantages consist of low power of
illumination and short life, as well as high control voltage, A
two-lens condenser is used in the illuminating system for an in-
crease of the enveloping angle. The new variant has an improved ef-
ficiency by forming a narrow ray of light approaching the width of
rule marking. There are no cross distortions because only two rays
are projected on the screen rule. The micro-objective and the~cor-
rection lens provide the final formation of the light ray, The.
width of the latter is the main limiting factor of the resolving
capacity in the system. The additionally illuminated graduations
of the object-rule do not affect the system as they are projected
beyond the screen rule. The photomultiplier 0-91--~,34 (FEU-31 ) with,
a high threshold sensitivity is employed-for recording. The in-
formation pulses from the magnetic tape and the converter (feed-
back) are random in time. A pulse distribution is provided forleli-
minating errors in the reversible counter. The separation timeis
so chosen as to ensure ncrmal operation. The curcuit of the rever-
Card 2/3

32554
S/145 61/000/012/007/007-
Some design features D221/D(3.02
sible counter includes four digital and one sign trigger, two~mul-
ti-vibrators and one contro'i trigge'r. The state~of the latter~.de'!*
termines whether the operation is addition or subtraction.. Valves
provide the additional control depending on the sign of the input
signal. The required delay is secured with one monovibrator OID-4
(0D-1). The decoder consists of two.identical circuits working in
succession, depending,on the state of the sign trigger in the:re-
versible counter. Its operation is based on thelsummation of cur-
rents, so that the output voltage of the amplifying valve is pro-
portional to the input code. The voltage steps can have an ampli-
tude of several vol-ts. The coils of'the electric machine amplifier
form the load of the output stages. The negative feedback consist-
ing of a tachogenerator, and a loop provides the stabilization of
the system. There are 3 figures and.2 Soviet-bloc references.
ASSOCIATION: MVTU im. N. E. Baumana (MVTU im. 11. E. Bauman)
Card 3/3

30482
S/146/6~/004/005/007/011
It r)30 D221/D305
AuTHoa: Zverev,,_~e.

TITLZ: Analysis of accuracy'in the conve rsion of small
linear displacement into a digital. code by the'(DP)
converter
PERIODIGAI,: Izvestiya vysshikh uchebitylth zavedeniy. Priboro-
stroyeniye, v. 4. rto. 5, 1961, 84-93
TEXT:
operation of The paper is.devoted.to
-to-di
analo
it
conversion analyzing accuracy inithe
where the error is due to
.
g
g
,
deviations in the actual values of eleme nt parameters'from their
calculated magnitudes. Only the errors caused by the'dynamic ac-
tions within the element are being considered. The simplified diar
gram of a DP converter is shown in Fig. 1. It c6mprises two scales,
an illuminator and a correcting optical device, as well as an elec-
tronic part. The motion of the object-scale produces'a displace-
ment of the light over the screen scale, and modulates the photo-
Card 1/5

30482
S/146/61/004/005/007/011"
Analysis of accuracy... D221/0305
6e11 output. A plot is given of the' relationsh" between the~pro~
3-P
jection of the fascicle of light rays which passes through the';grad-'
uation apertures of the object-scale ( V) and the thickness of the
mArking ~, for different values of the coiLstant magnification co-
e~f ficient j3 . The lower limit of ~ is controlled ~by the accur-
ikey of reading required, and by the condition of reliability of con-
version b - d > The difference in the intensity of lights
~houia be greater than the absolute value of the threshold signal.,
Two equations are quoted which determine the relationship betii6en I '
~nd These equations take into account the distance between
Ael image plane and the rear aperture diaphragm, the diameter :f
0
the output micro-objective, the length of the light wave, ard in
omexpression also the coefficient of diffraction. The reduction
of graduation width causes a widening of the null maximum over them
screen rule, whereas its enlargement brings closer the minima to-
wards the center of the screen apertvxe, and the null, maximum be-:.,
comes more sharp. The resolving capacity of optical~counting de_~~.
pends on the lezz%th of thelight wave only, and the diffraction diffi-
Card 2/5

/61/064/00.5/007/01L,~..'
Si 146
Analysis of accuracy... D221/005
culties appear when the aperture is, below 4 Jb. Both rules are miAd-
of glass with small linear expansion coefficient of .the types of
u of glabs';
artz, 11ni4peke 11 (pireks), etc. Other optical,proporties
q
are not important. The rules were graduated at.the Leniugradskiy~
optiko-mekhanikches1dy zavod (Leningrad Optical and Mechanical
Plant) and the distribution of pitch errors was investigated. 'Thei!
description is given of plotting curves of errors which-are used to
determine the permitted limits-in pitch errors.' A plot is also il-
lustrated of the coefficient n b-d . determinediby the ratio-
of t and T which are respectively the duration:of pulse and, hi.~~
t a
P t
period bet-men the pulses. The various machining and assemblyl:inaic-
curacies result in changes of the magnitude in the light measured
,.at theoutput. In the ideal case the total amount of light beam i
.given by d where F31 f3 ; F3 is the light be am
Fb Fjh2
~2 agi
falling on the screen rule; a is the area of graduation on.ihe'.'.
gi
Card 3/5

482
S~104/6L/004/005/007/011
Analysis of accuracy... D221/ T,305
object-rule; sg2 Is the area of screen-rule graduation Abstrac-,
ter's note: It appears that h? in the equation should read s.21..
18 is the magnification coefficient. This is followed by a
mathematical analysis of the increment of light bean dFb. Graphs
are shown indicating thia relationship between the latter andthe
size of individual errors. From above P the following conclusions
are made. There are errors which affect little~the total light
b'eam, such as deviations in the form of workpiece (,d x), temperatWv
etc, or those which are important. The last category comprises
errors in the pitch of the object-rule, misalignment,of graduations'
etc. The distribution of pitch errors permits the selection o.f
rule for a given conversion quantity, and thus determines the possi-
ble read-out The over-all dimensions of the analog-to-digitill.
converter provides the specification for These. two quantititi!s
determine the pitch of the screen rule b. The pitch 'of object-rute
a. is governed by the teclmologiccl considerations and the li~,ht
sensitive area of the photo cell., The tridth of:Irad4ations is
Card 4A
J:,

S/146jd/oo,4/m/ool',
Analysis of
accuracyo
J;'
whereas a table provides the Vaitueb'. OU'ta
given by graphs, P
:Kbfedr
for a given . V This article was tecotamende~: ~y tl~a
ematicheskilch mashin.(Department of Mathematical; Ma6hine'
are 6figures, 2tabled and 8 Sovie't-bloc refereace6
ASSOOIW.VION.- Moakovskoye vyasheye telthnichealcoye iuchilieh66
Datimatia (Moscow Higher Technical Coll~geImo:18'
SUBMITTED: Februzi~ 13, 1961:
J,
!IJ
V
A f.': .1;,
Fig, 1.
The basic diagram
of the converter
j:"
-V'I 4~1
A
Carcl 515

k a _and rLY h; KXRWIOV, Viktor DMIt-riyevirh;
X~~ ~enl _pyie.
ZVEREVI S.A
I dote., Fea.
(Electron-tube and transistor pulse signal amplifiers; a
textbook) Elektronnye i poluprovodnikovye usiliteli im-
pullsrjykh signalov; uchebme posobie. Moskva, Mosk.
aviatsionnyi tekhnologicheskii in--t. 1965.,:219 P.
(KIRA 18: U)

TOLSTOV, A.: ZVZM, B.
On the construction sites of the Krasnoyarsk Iconomic Region.
Stroltell no.1:3 Mr 160. (KIPA 13:6)
1. Wachallnik upravlaniya eiroitelletva Krasnoyarskogo
sovnarkhoza (for Zverev). 2. Spetaialln" korrespondent
zhurnala "Stroitell (for Tolatov).
(Krasnoyarsk Territory--Construction inftetry)

ZHMKHOV, N., polkovnik; ZVERN, B., kand.istoricheskM nauk, kapitan.
Imorial feat of Russian soldiers-, on the 100th anniversary of the
defense of Sevastopol. Voen.vest. 34 no.10:11-25 0 154.
WRA ioao)
(Sevastopol--Siege, 1854-1855)

KOLTUOT, L.G., Inzh.; ZYMAV, B.A.
Boring of reactor tubes* Khlissmsh, nt-,L41-42 Ja 160.
(Chemical engineerl -Xquipment and suppli6n)
Cpolyethyle

KOLOSOV,-M.j, k d te ruKk6V,STROGANQV A.I, kri~d.tekhn.iiauk; KEYS,
N.V~., AM: B% '8N
inzhe 's V.F., G~d.tekhn.nauk; VZOSHTE717, O.Ygj
,; DANILOV, A.M.,,.inzh.; ~VFM,, ~.Tp inzh.; AIMIOPOVA, F*G,x
inzho; KHRYUKINA, V.A., inzh.
Use of silicon-chromium in open-hearth smalti4g of steels Stall 20
63'. (MMA W 5)
1. Chelyabinskiy nauchno-issledovatellokiy inatitut metallurgii;
Chelyabinskiy i Zlatoustovskiy metallurgicheakiye zavody.
(Steel-Metallurgy) (Silicon-abromium alloys)

STROGUOVj Anatoliy illich; PETROVs A-leksey Konstantinovich;
-Z_VEMj Boris Fedorovich; SM, YeoBap redoj P.221ET50VA, 0,Ya,,
[EconouV of magnesite in steel smelting)MOn,:)ii,~~AwSwzita v
staleplavillnom proizvodstve, Chellabinak., Oba3loMwilwe knizh-
noe izd-vo, 1962. 1+1 p. : ~MnU 16:1)
(Smelting ftmmes--Malutauawo and repair)
(Refractory materials)
1 7

23U~& m
ACC NRt AP6M3597
I-A
SOURCE doDki IUR*191/65/060/W2' Oh'0634-
AUTHOR: Afanastyev# A. M.; Paavi Karpov,'Ve E..1, Zi(iiev B I,
. ~ov A
none
TITIE: 9e
Roent nographic investigation of inodified pol;,!!~Li~d.
SOURCE: Plasticheiskiye massy,.no*
2 :1965, ~~-!-34~
TOPIC: TAGS: polyami4e,'_polymer': irradiation resistance, r, phieldi,14
shielding, boron,, lead, epox3.de,~pdlyurethane,,,~chromiuia com~6.'Und:
ee j,
The.addification o lymers with:min6rai substii# Is~!&Ga ......
ABSTRACT:
t
rad-ki
itaportance toL cfterials.reni6tanVto nualew, tian.1 M OZA J: I
the preparation off,
Tdi-a~FJ
ials are knowq~which are di persions of ompounds o1- ljoron and a n e xidep,
polyuret erand siliconxonds which are not inferior to boron and load in
ability to deflect slow neutrons and gamna rays. Coverings bamed on these di
persions'are more effective than covering made from other matei0iols tor protect- k
ion from nuclear radiation. Those materials can be wed for mmking dpocial
tective clothing, for enclosing x-ray installation, etc. Upon,,considering the
value of the effect caused in mixed polyamide compounds of trivalent tchromium,
the authors studied the effect of various doses of ionizing rudiiatioft an the
structure of polyamide AK 50/50,(obtained by the polydensation~of Arv~salt and
E-caprolactum in a M rat-i-qJvTWified with chz~omiucs chloride'i Radiation was
conducted at 200 C in the preseacd oV air on the "K-200000, an Anstallfi'tion for
has a 6ource of gammaiillr'a;diaitl~n from 1
radiation-chamical'investigatii3na,
Co-60 with an activity of 20000 graa-equivalents of Ra. Poiyafiiiae 3~6`obtained'
-6-d 1/2, UDC: 678-615.01*43-422.8
MISM11F 7-

V.I--- Candid.t. of T..hn1c.I
. . a .. 0.1...... _VY" &~gk-rf
t--k2l' T.F.. Candid... ........I_=~' ~;.
,.=*art
A~Irv .'i thrrr,
T1TTr# The Ux .'th 7.t-
TUMBICLL. st.l., 1960, Iro
FP. tic760e
TEM In the Chlyabla.kty ..-ad (Ch,',y.blc.k V-ua-
Iatcu:tf..kly cetal--gi.h..aly
n") and im-
Z: ".41 :ls'r "I P
=r.- steel&, Z:E!rMk 7
Lh T - 1 1 .
"(2
0 W), 12 _
ZTA4M(12-2M? !I). !2-2Cj2VAA
2 ZOM73
rb
am
l
i~ )"d hq
33-3TXC03~-579hs), 50-3intA 'S&) flea 'f
40chr. . are applied hm,I.C the foll--l.4r Cr, 31 azid C a..I.ds (.1. 1~).
3111
O.:h"- 12 - 20 AO - 50
Card 1/3
Cr 49 51 29 39
1 15 19 40 5
3c 2.73 4.50 0.12 0
Then using 12 20 type Ilicochroz* 7 20 ke/i *are added, vhereas
40 - 50 tyV. al 1icachrome about 4.5 kg/t (in the Cb=) and about 2.5
(In the ZxZ) and for 30 - 35 XhGSA 6.5 kCj% v.r* added. Then orpl-Time &.II-
he required Could be produced nithout
difficulty mad the duration of the prellaimary d4taxA,lativn could be reduc;d
by 5 - 9 min In both pl.sat.. (i.e.. by 0.3 - 1..f. of the melting 11mv). to
ano%u%t of chrce., mug-... and sill". cal. it jr.ttleslly the - P
for the =,.utl ... I ..!bad (lz ZI.t-zc-k, Cr 12~- X. 20%. St. 12%. '..
Cb*lyabljx.ks Cr 19%, X= 2,4%. 31 3e%). Th* 10... ~um' of ctr- Cal# in
the Z39z a- a* explained by the higher residual chms. mutant of the matal
Cbsto r: od,0,114.11on .'3,- 0.31% a- C.-Par.1 to the obtained in the
.06 - ,3;. X. rd.r tq obtain sm, optlaum economical 0 hoft
w:11ting m;di..-..rton hr.*. t,.I, the ~t of ;0 ty".11i c' -hr- h..Id
b 11 - I kg/1 In the Ch= and 0.5 - 9.5 kg/t In the Z= and the silicon
me.d in cociventionel .,I%lng bi replaced by bl..t.frus.. f.-cmIll*an, then t
card '213
12 13 kg Alliaoctro-O per ton Should 'be U*11
vhm the ebroa* content of the at eel 1. bal.. 0-0 -4 17 kC of -ill-
combrom# par tam -he- ltal:mabove 9%. The u'. of of -be AO
and 50 typ..I. economic. lIr in the neitlog steel..
b-'_C t1:, :fo the bath It ft:r dditq; 20 type -It-n ..I !;.
of hr a. ... b In. C.-J( IN only 15 - 20 ain and for at
ith & ch,," content ab- 0.9% it to 20 - 30 min, an accou.nt of thedt -r*
in eight of cold &dditi,.s 1. the far-.. (15 - 20 kdt) -d No
.4r.'pad"almorption or :IIicoakLrQm# as coupaxwd to f.rrachro- Th. i.4ti.1
*at of @,gal Then u 1=g milleachroce In the m-Iti"g Pmc*%; a- d.cr; ... d
0 r.U
1. 1,atb pl-%s. by . total of 2 - 2.5 Jllio. rumble. par ---, fro.
bl.8/ton for the 40Kh 'gyp- at.. Ilin 20.4 m%bloffi/tat for the 2OKh type Steel
in Ch*lr&bLn-k and fro. t.1 roub /tort for th;b3OXhsA ty P t..1 up to 12.6
raubl.s/toa for 200 ---1 In zl.t*U#to'.k . are 1. 1 t:blt.
0:&o'ate2skly lustitut setallrgii
Ch.ly.bivklyl M.Uchn*;I-;l
(Chely.tin.le scia.tif earth ln.tlt-t-
Cb_.I
a,,,. sk and .1411111 ic.1 Z am,.
Card
N).

AMAMMIN, I.A., kapitan 1 ranga; BARABOLTA, P.D.. pdlkoynik. yuridichaskoy
aluzhby; VOLKOV, A.S., inzh.-kapitan 1 ranga-. VOROBITAT, A.P., :
kapitan I range; VASILIYZV, I.V., kapitan I rangli sapasa; VITUNI190,
N.P., kand.voyenno-morskikh nauk, kapitan I rnnga; GHMM , A.L.,:
dotsent, kand,tekhn.naWt, inzhener-kontr-odmi-ral; YMUWNKO.'B.Ye.,
kapitan 1 ranga- 2VIMfV B I kana.istor.n"uk, mayor; KA7-MOVO':
i I - rnn-'w';A~ :1 11.
A.A., kap tan ;V-'i-'ga; iCTZI , K.K., kap tan I ranga za-pasa' KOLT,ADA,
M.I., kapitan 1 ranga zapasa; KULINICH, D.D., inzh.-kapitan I ranga;
LCRACH-ZHUCOMO, M.B., aotsent, inzhener-kppitan 2 ranga zapasa~;
MASHAROV, I.I., polkovnik zapasa-, KTASISHCM, V L. inzhener kontr-
admiral; PETROV, L.G., kapitan 1 ranga v otstsvl~; PROKOFIYEVo V.H.,
kapitan 1 ranga; POZNMIRKO, A.Sej kapitan 1 ranga sapasa;
(Gontinued on next card)

ANAMMIN, I.A.---(continued) Card 2.
FYASKOVSKIY, G.R.. polkovnik; SINITSYN, U.I,.# polkovnlk. Prininali
uchastiye: ANDRMV, V.V., kapitaiL.1 vinge; IVANOT, V.P., inzhener-
kapitan 2 ranga; CHMNOUSIKO, L.D., 'I=hener-kapiten 1 ranga;
SHIKANOVO Ye.p., inzhoner-kepitan 2 rang'a. VADEY-37, V.G.. vitae
admiral zapasa, Plavnyv red.; GONGROSS, VJ4., kapitan 1 ranga ziipa-
ea, red.; STAROV,.N.N., kapitan I rongn v otatovkO, red.-, SOXGLOA,
G.F., tekhn.red,
-[Marine dictionary] Morskoi slovarl. Kosk-~~:j,, Voon.iza-vo H-va obor.
SSMI. Vol. 2. 0 - IA. 1959. ~ IM p. (HIIU 12:12)
(Naval art and science-DIctionaries)
(Merchant marine-DictionariesY

ul-
proc4ralis ui cryntm;me patymers
t--
Joss
01,

SlUEMEYANTS, Georgiy, Mikhaylovich, doktor tekhn. nauk; AMELIN, S,V., prof..,
retsenzent; KOINSTANTINOV, V.H.j dots.; retsenzent; SURNOV, M.P.,
retsenzent; TAKOVLEV, V.F.y reteenzent; BOCIIEIIY,.OV, K.S., kand.tekhil.
nauk, retsenzent; BROMMG, Ye.M., retsenzent; YERSHKOV, O.P.,.re-I
tsenzent; retsenzent; ZOLOTARSKrY, A.F.,, retsenzent;
IVASHCHENKO. G.I., retsenzent-, UM, S.A., retsenzent; MARKMIYAN,M.A.,
retsenzent; POPOV,V.V.,retsPyqxnt,- POPOV, rat senzent; SERZ?.IIMIIjtIKOV2V.V.
retsenzent; SIIAFRM~OVSKIY,A.K.,retsenzt,,iit.- ITUilTSKIY,G.I.,i.nzlimliretsen-
zent; VIKTOROV, I.I., kand.teknn.muk, retsentent; 'VYSOTSKIY, A.F.0
kand.tekbn.nauk~ retsenzent; SAATCHYAN, G.G..,lkand.tekhn.nauk*~
.,,re-
tsenzent; YAKOVIZVA, Ye.A.J. kand.tekhn.nauk, retsen.zent; TITOVI,' V.P.~
kandotekhnenauk~ retsenzentj GHUSIIEVOY, N.G., inzh.~j red.; BRCMBERG.,
Ye.M.# kand.tekhn.naukq red.; KRITROV, P.A., takhn. red. 6
[Railroad tracks] Zheleznodoroz~hWi put'. Moskva, V ses.izdateltako-
poligr.oblledinenie M-va putei soobshcheniia, 1961. 615 P.
1. Kafedra "Zheleznodorozhnyy put'" Leningr~adtjkogo instituta in,zhene-
rav zheleznodcrozhnogo transporta (for Amelin, Konstantinov , ~rno .vp
Yakovlev). 2. Vsesoyuznyy nauchno-isaledovatellskiy~i-nstitut zhlelezno-
dorozhnogo transporta (for Bochonkov, Bromberg, Yerubkovs Zverev, Zo-
lotarskiy, Ivashchenko., Unev, Markarlyan., Popov, V.V., Popovj~
Serebrennikov, Shafranovskiy, Novitskiy).3.Vseaoyu2aiyy nauchno-isslisdo-
vatellskiy institut transportnogo stroitellstira(for VIktorovp Vysot skiy,,
Saatchyan, Yakovleva, Titov)
(Railroads-Track) (Railroad.engineoring)

ZVEM B.H., kandidat takhniehaskikh nauk
General premises for changing over to now type rail fastenings.
Trudy TSVII KPS no.85;4-9 155. (KLU 81.11)

----------
ZVEREV, BjN.,L kand. tekhn. naukj PETROV, N.V., kand. t 'ekhn..naui;
GAYDAMAKAI P.S., inzh.1 YAKHOV, M.S., kand. tekhn. nalik;
PETROVA, V.L., red.; DROZDOVA, N.D., tekhn. red.
(New design for rail fastenings] Novye konatruktsiil~rei~.~-
Bovykh skreplenii. (By] B.N.Zverev i dr. Mb'akva,.TranA.he1-
dorizdat, 1963. 62 p. (MIRA 16:
(Railroads-Rails-Fastenings)

C1141MIC4 redfume d dus. N. K. Mary, 0. 11.
~F
Cie Zvmv, and It. Yo. Klivitilskil, 74ot. Prikhtsf. jKhjm.
U.ItApp%
0'a
6 fits out.*povrdm and Platec
AD ' c t'Y L-.Ch
Whis powder*, the VM%d 9U%% W44 p(IffiCtl thromo lit%v*
Cie. ho 14=nIaC& vs,,, sq. cm.. the Im rv-
V go"' I'll -c'I 414 were washed freq (mm rux". and
S
2 j. was treated for I hr. at the b.p. *jib 30 ml. of walet
twev"Wr htatM it) Wilug. After itraime'lit, the w4n.
was liffaled With 0.01 N Ile) In I
he 1"VWn'tr 44 nwthyl
nd. The surtsm chem. resistance wai detd, b tersibill
10 X 4 cm. IvUles in water At M' Iqv 3 bri. Ger". lc.,
if O'd tWARCT W214 f%N'feAmd SO 1119. %4O MMOVC41 11)[01111 A 9,41. Ift ftJ micioctacki us lite marface. meet
in. "I surface; tn. was nwir by lite-411"s the MASS. wilts b a
Cie "I"It WINN results In Ad-ptim of A1120100
0.01 N MI. In adda. the extent of annealing vras detd, on the 1uVf4CV 09 IKW n4l ctw:ki: thim lmvmqo t rt.
06, by Measuring the doolple re(nictlam in a pc44slmql r
r ,t0knVC,dMI 1`91filCt.14"ImlItc (4111Mkin of Immamiquki,
TIWtt Ortmed to Im no ltIAlkm%hlp between the chein: t"'4 4 alunitnum hilme to Incmo4 cbel". fvqtkmmv go
c=M. and Chem. revivItAmmof the powder. The
SUFfACE RIAM NIAVAnd 0011114101un In Itulatm a. z. 1K,
too" realstancle A. can be expeessett by A. ~ A:
API(d + P) 1.
ShM JI"'lr L. IL M4?brtk'"-
t Silly C'Mfl. which dtliendA on Otte i"t"Wition tie the gultatv,
-1 6 a rosff. Ahkh hwholes other fA.-wca not taken Int.,
Account, and 11 14 the Mtem in lite glaso. Tivatme"t of.
plAten lot N. Id. atui 24 Itts. In a abowef clurulmr with
runniall water of pit - ".5 at 1014' rtduml the chem.
r"Wartmi the reduction was It" I-m wit"nuenled Our.
farv. Mica wttratiatrestral with Ar,';alutninum altratr
"41%. Ott n-M IrM7 (-w 24 hm. Own woob"I wills .1%
IICI. slut t*~4"1 & thfic "d-4alwo I-f4am 4f"i &life
ttv*tlnmt III the simmer charolwy. In rach tow, the
himlauln laittale Itler"twi the the"I. unimance. IN*Nir .......
a
n"Alej 16-Lboo it law
. p.of (hr
1"4 two III I.
N
w 0 Is It 0 Is 42 Is 19 of 0 31
tv Is4
0:0-6 0-0 41 a W 0A 0; Or 0- 0 A

AGLM-AV, R. I.; BMATOT, P.S.;_jV
WVI B.F.; IVA-NOV, I.A.; KMGLYr, 3,9.1
HIMY, I.M.; nNSWAR, V.(;*; VeL; SIM* V#A.g XLISXIT,
Condensation of a solution in vacuum, evaporator installations#
Promeenerg. 15 (no*4:15-16 Ap 160. (MIRL 13:6)
Avaporating appliances)

ACCESSION NR: -AT3007Z54.- S/Z9P5Z/63/000/000./0056/0067.
AUTHORS-. Zvyagin, V. I.; Lobanov, Ye. M. tver6v,B. P.'; ~Lainchenko, V~ M.;
r -super-10 (n, alphaY Li-~ aper-7 fo~ Thai
i TITI~E: Employment of the. eaction B u e,
determination of.boroxx and silicon
'ISOURCE,: "I . . I , - as-hkent, 1zd-vo AN UzbS$R,
MidiatsIon. effekty* v tverd.: telakh. T
1963, 56-61
TOPIC Tj'.G~: erilicon,' Si, boron, B, impurit' adceptor elem,6nt, isotope, 1.
-10 (n,alpha) Li-super-7 re itude, diode
B super. adtfor.1, pu I S. epu Is earnpi
ABSTRACT: - The paper describes an experimental investigation,and s~ti forth
the o re tical'rel'ationsthips governing the presence of the.'extremely active acccptor
element B in-Si.. The reaction B10(n, a,)L17 for neutrons with an energy~of 0.03 ev,
.1has a large, cross section (4,000 barn)., This reaction yields Ian c; particle *with an
a
energy of 1.47 Mev, which has a short path in Si'(appx. 5. mic'ron) and a'L17 nucleus',
:.with 0.88 Mev energy. This particle and this nu'cleus are distinguished by th~eir
great totAl.energy (2.35 Mev) and their great ionization density which afford's P
highly effective registration if the carrier medium'exhibits counting propertie si. In
thi's respect Si is a very convenient material." The block ichem'e of the measur ng
Card 1/Z_-

7'ACC_V
'ACCESSION NA: AT3007254-
[
1equiprnenit employed is described. It cpmpriaesia S1 diodi6, a. power- supply, battery,
-~placed ii num sAield
A load resistance, and a preamplifier, all o,f which.aie n an~alumi
;and are tl~el'
placed at the output of the horizontal c ha of the. reactor. The pulse:0'
A 4 ,
Arising in a Si n-p junction irradiated with reacto'r.neutroho are rendered v sible in
lan oscillogram. It is shown that, the irradiatiowof Si jui%ciiqns Edith reactor neu~tr'ons--
~provides a fundamentally sound mean's for the dqterminailon of some impurities In.
'the material' especially H and B. It i how aj~nciion can'be ery~ployed
s also shown
'11as a fast-netitron counter, 'even though oixly for assessiiae~~ pr` 6ses. The theory
:of,the formation of'the pulses in the iurface-barrier n-p Junction Is txaced,:~ using
-an equivalent circuit to represent the surface-hole and',~p jinction. Expres
u sions are
:developed f6r I(t) by the solution of the diffusion,equation f6r'variou.9 particular,
cases, depending on whether the point source of the charge"lies within~the ~n r~&gion
!or
the region',of body charge, or whether'the trackof the partio'le lies entirely 4t] in
Ithe n - region. The formulas obtained will.be employed for ihe calculation of the
-of the am litude
effective volume for prescribed bounds.of the changes p o the 'pulses
~excited by the neutrons in a diode and also for the calculatlon of tile pulse -amplitude
e6tra. Orig. a~t. has: 6 figures and 17 numbered.equaticins.,
.!ASSOCIATION: no
ne
SUBMITTED.: .00 -DATE ACQ: 140ct63', ENCL: '00
OTHER-
SUB CODE:, PH, EL NQ REF SO.V:;.' 003 .004
Coid 2/2

LOBANOV, Ye.M,; ZVYAGIN~ V.I.; KIST, A.A.; ZVEREV. B.P.; SVIRIDOVA AJ.;
MCSK0VTSEVAq- GOA*
Determination of manganese in silicon by tho,radiodativation'
method. Zhur, anal. khim. 18 no.11:1349-1355 14 163.
(MIRA 17:1)
1. Institut yadernoy fiziki AN UzSSR, Tashkent,

I
I
I .-

ACCESSfou NR: AT4046914

RIZAYEV, U.M.; ZVEREV, B.P.
Use ok collimated beam of nuclear radiation In the local Irradla-
tion 4of experimental animals. Uzb. biol. 2hur. 9 no.2:17-20 165.
(MIRA 18:5)
1. TaBhkentskiy gosudarstvennyy meditainskiy Institut.

8/759/62/000/004/007/016'
D
207/D306
AUTHORU: Zverev B V., Sobenin, No P. and Shchedrin, I.
TITLE. Parametric representation of the dispersion curve of a~
circular diaphragm-type waveguide. I
SOURCE: Moscow. Inzhenerno-fizicheskiy institut. Uskoriteli,
no. 4, 1962p 52-69
-TEXT: It is difficult to calculate or measure the dispersion curL
ve of a diaphragm-type waveguide, i.e. the dependence of the phase
velocity in the.waveguide on the frequency of the power supply'.
It is more convenient to use parametric curves for determination
of the frequency of a particular wave mode in a wide range of
waveguide dimensions, wavelengths and phase velocities. The authors'
first:derived the dispersion equation in.a form convenient for
parametric representation. Then they measured the resonance fre-
quencies of the 0, 7r/4, -r13, r/2, 2/3*ro 3/4^1/*/, V modes: using an
oscillator r(--.40 (GS-10) consisting of several rings and dia-
phragme held in a press nP,4-S_(PGL-5) in order to~, avoid any change'.
-6ard 1/2

S/75 62/OOP/004/00 016',
D207 308
Parametric representation of Yz
in dimensions. Parametric curves are given f6r th'e-ivave modes ~F/4t7i
Z13, 2/37j-, 3/4-a, derived from these resonance frequencies.~ From
these,curves one can plot parametric nomograms for calculations',
of the group velocity, derivatives of the phase velocitly and of'
the frequency with respect to the waveguide dimensions, derivatives
of the phase velocity with respect to:the frequency, eto. The re-
sults used to plot the parametric curves may also~be employed for,
the determination of the coefficients occurring in the~series ek-
5 fi-
pansion of the dispersion curve (see Part 11). There are
gures and 8 tables.
Card 2/2

ZVEREV B V I-SOEEKINp N,P&
Use of the resonance method in tuning circular septate wave
g uides of linear accelerators. Prib. i tekh,ekspl. 10 no.5s:
26-29 S4 165. (MM 1911)

4oo7g-66 NVA)
00/007/01 6/0183
ACC NRs AT6017517 C N.) SOURCE CODE: U.R/2759/65/000/007/01
',AUTHOR: Zverev, B. V.; Sobenin X. P.
_q
_.ORG: none
..,TITLE: Graphical representation of the high;frequency characteristics of the hybrid
modes. Ell and H11 in a ~Z~indrical ~wave ~uide~oaded with a~ diaphragm
SOURCE-:*-Moscow. Inzhenerno-fizicheskiy institut. Uskoriteii, no,. 1965,':176-i83
TOPIC TAGS: particle accelerator component, relativistic particle, waveguide
ABSTRACT: Experimental curves are given for designing a dWphragm waveguide' to'bo ur.-
ed as a high frequency particle separator, The curves are based on resonant frequency
measurements. The high frequency characteristics were determined as functions of alb
where 2b is the inner diameter of the diaphragm waveguide and 2a is the diameter in th
diaphragm opening. Figure I shows the group velocity curve as a function of a/~. The
dispersion can be calculated, knowing the group velocity, and is graphed in figure 2.
Since the partial derivatives of the frequency relative to the de:;ign parameters a-and
D (where D is the period) are necessary for the final design of high freque!ICY parti-
cle separators, the essential curves in figures 3 and 4 are the.esssentialfeatures of
this paper. Orig. art. has: 5 figures, 2 tables, 12 fomulas.
Card 1/ 3

L 40079-66

ACC NRz AT6017517
IV
-00
420 424 US .0.40 OA
rig. 3. Graph of the derivative of the
frequency of %/2-type oscillations with
respect to the diameter of the diaphragm
opening.
SUR-CODE; 209091 SUBM DATE: none/
3/3
44
424 4?8 V2
rig., 4. Graph of-the derivative of the
frequency of w/2-type oscillations with
respect to the period.
ORIG REF: 005

SOBOINP N,P,; SHCHEDRIN, I.S.; GRYZLOV, A.Y.; ZVEMp B.V.
Representation of the principal high-fJ~equancy charac-
teristics of a round septate waveguide in graphical form.
Radiotekh. i elektron. 8 no.11:1945-1949 11 163.
(MIRA 17-.1)
J
gin J;Ii~i 11 iji

B/759/62/000/004 906 P16
D207/D308
AUTHORS: Gryzlov, A. V., ~yerev, B. V. and Sobenin N.~ P.
TITLE; Parametric curv es for determination o ffrequency shif ts
on changing the dimensions of a circular diaphragm'type
waveguide
SOURCE: Moscow. Inzhenerno-fizicheakiy institut. Uekoriteli~
not 49 1962, 40-51
In designing linear elect on accelerators it is often nee-,
r
essary to-know the variation of the frequency of, a particular, mode
with-tbe dimensions of a waveguide. To ease the solution of this'.
problem, formulas are derived for the calculation of the deriva-
tives.of the frequency.with respect to waveguide dimensions, and
~'nomograms and tables are given for calculations.of these deriva-
tives for Z12 modes for practically any waveguid6 dinieftsions, any'.
frequency or phase velocity. A simple method is given for calcu-
lating these derivatives for other oscillation modes., There are 4
figures and 6 tables.
Card 1/1

F-
Wel
BYT (1)/EWT (m) IJP(c)
ACC NRx APS027002 SOURCE CODE: VR/0120/65/000/005/002bf6O29
0e
AUTHOIL- ZyeZer, B. V.; Subeida, W. P.
ORG: Moscow Engneering-Physics institute (Moskovskly inzhenerno-fizicheskAy WSW)
TffLE: Adjustment of circular Iris guides oflinear accelerators the resonance method
SOURCEI Pribory I teldmika ek6perimenta' no. 50 19650 26-29 f~
r
TOPIC TAGS:, wavegulde Iris, circular wavegulde, lbear ace elerator,
ABSTRACT: The accuracy of measuring the frequency In o1roular Iriswavegulde, res~nntors to
estimated In this article. A method Is deserlbed which permits adjukIng such waveguldes wlt~
smoothly changing dimensions even with toleranceig of +6014 - The bmndwldth characteristic oft t
the waveguide after adjustment Is satisfactory. from the point of view of stable oporation of thf
HF oscillator, and the law of change of the phase of velocity Is maintained with an error of-
less than 1%. The examined method of adjusting the units of the Iris wa ivegWde has obvious
advantages over other methods In that the components of the wavegulde are adJusted directly,
which Precludes errors associated with tolerances for the size of the wavegWde. The effect of
the holes In the rings to taken Into account and the errors associated idth the imperfection of
the silencing devices and the effect of the coupling loops are eliminated. The possibilities of -
Sard - 1/2 UDC: 621.372.8

L W3M6 w'T (1)
ACC NR% AT6017508 SOURCE CODE: UR/2759/65/000/007/0054/0065
AUTHOR: Zverev, B. V.; Sobenin, N. P.
ORG: none,
TITLE: Graphical representation of basic high frequency characteristics of a cylin-
drical waveguide with diaphragms and with 2u/3 type of oscillaticins
I,>
SOURCE: Moscow. Inzhenerno-fizicheakiy institut. Uskoritell, no. 7, 1965,~54-65
40 electron accelerator, circular waveguide, particle accelerator component
.~XC TAGS
ABSTRACT: Ten families of curves and data are presented which were obtained, from re-
sonance measurements on a cylindrical waveguide with diaphragms., All L'_rV08 and data
are related to the basic high frequency oscillations of the 2w/3 type. The curves are
sufficiently accurate over. a large interval of variation in -the waveguide design para-
meters* Origs arts has: 2 tables, 7 formulas, 10 figuresi,
SUB SUBM DATE: none/ ORIG REF: 005/ OV REF: .004
CODE:
I Card hs

L 4oo8i-66 ENT(m) IjELc)~_
ACC NR. AT661~~i6---
AUMOR; Zverev, B. V.; Sobenin, H. P.
ORG: none
TITLE: Experimental investigation of the waveguide properties for a particle separator
1with a crossed field
SOURCE 7MOSCOW. Inzhenermo-fizicheskiy institut. Uskoriteli, no. 7, 1955, 167-175
TOPIC TAGS: particle accelerator component, relativistic particle, waveguide
ABSTRACT: The authors describe the experimental th d9 and results of a study of
waveguides as high-frequency particle separators Pe Thoy. found that in the. high-pass
band the mode Ell and H11 provides for a perpendicular ellectric field in a cylindrical
waveguide with diaphragms. In this mode, with perpendicular electric field the dis-
persion is negative. The errors of measurement are less than 1 14c (around f/,%). The
usual method of resonance measurement with a perturbing probe was employed. A graph o
the change in frequency along the waveguide axis shows that at 2818.5 Mc the it-type os--
cillations dominate whereas the 0-type dominate at 3048 Me. This proves the presence
of negative dispersion. Resonant frequency variations as a function of thedisplace-
ment of--the dielectric needle shaped probe along the z-axis, at r=15 mm are graphed.
The authors conclude that the investigated wave is polarized and has a radial Campo-
Card 1/2

L 4oo8l-66
ACC Mt. AT6017516
nent of the electric field; at ~--O and r-b (radius of the guide) % and R, vanish.
E is maximum at r=O and H is maximum near the opening of the diaphragm and is perpen-
r r
dicular on the plane throu6h the a-axis and the coupling loop. Such a waveguide can
then be used as an ultrahigh ftequency separator for relativistic particles. Orig.
art. has: 6 figures, 2 tables.
SUB CODE: 20,09/ SUBM DATE: none/ ORIG REF: 002/ OTH REFA 003.
Ca,.d 2/ 2Ilb

GER SHGORNj M.A.; SVIRTDPIKOp F.F.; JOUPINOVSKlY, D.S.; Y!IAII'rl,'C;VA, I.P.;
POPOVAJ* A.N.; FRADINA, M.G.; FrInimiali uchaqtdy---. 1 Z KA SHO V, GG.
RUDOLISKIY, N.L.; SIFPK,'tlff',V, N.P.; PUSKANOVSKI't, SI.T.;
Ya.S.; BULISHY, M.T. (deceased]; ARKIVUlGELISKlY, YU.N.; SuAlm,
SAPO','11XOV, V.Ye
B.A.; VISTOROVSKIY, N.T.; PA191ANSM, B.I.; S
RY-kB-TNIN., N.G.; YJLRAKULINA, R.R.; FADE-YEVP, 71.rEr--vV D A
improving the production of high-strongt,h rallg by tilloy-ing
thein with granulated ferrochromlim. Iti Uto 80isll -"-';
no.5t408-411 My 165. 18-.6)
1. Ukrainskiy nauchno-issledovatellskiy institut metallov i zav(,d
"Azovstal

ZVE-M-F-IL-MA. agronom.
Yorage lupine. Nauka i pared.op.v sallkhoz,,? no.7:32-33 Jr'- '57,
(NW 10:8)
(Lupine)

d. Jec 1;9
6886. THE DETECTION OF PERSISTENT FORMS OF DYSENTERY; INDICES
OF RECOVERY (Russian text) - Z v e r e v E. 1. - SOV. MED. 1958, 22/12.
-80)
86
(
Of the total of over 1,500 dysentery patients obaerved,. 319 had the chronic form.
In addition 469 acute dysentery patients were observed. all of whom recovered
after 2 to ; weeks, whereas chronic dysentery lasted from 6-12 weeks. Diarrhoea
was present In 30-35% of chronic cases, but more chatacterLstic of these cases
was constipation. particularly when alternating with disirrhoea, ard frequently as-
sociated with pus. blood and mucus in the stoola. Subtabrile temperatures were
recorded in about 50% of all chronic cases. Anigatein - Galveston, Tex. (L.6

SUPROU, L.F ZVEW F P.- Hmix,IA.P., Prof., red.; POLISKIT, S.,
red.;
[Wical.care ofthe population subjeoted to;methoas of mass
destruction] Heditsinakoe obespechenie naselenlia v usloviiakh
primeneniia aredstv massovogo porasheniia. Pod red. A.P.MukhIna.
Minsk. GoeAzd-vo BSSR. Red.nauchno-tekhn.lii-ry, 1959, 407 p,
(KIRA 12:9)
(ITOMIO KRDICINB)

14(5) SOV/93-58-12-io/16
AUTHOR: Amelin.I.D. and Zverev, F.P.
TITLE: Hydrodynamic C~Zul~ations~n Analyses of Dev'-elopnent of Maykop
Oil Deposits of the Xhadyzhen Group (K gidxqc1inamicheskim raschetam pri
analyze razrabotki maykopskikh zalezhey nefti Khadyzhenskoy gruppy)
PERIODICAL: Neftyanoye khozyaystvo, 1958, Nr 12, PP 46-52 (USSR)
ABSTRACT: The K1,yuchevoy Oilfield was discovered in 1951 near the Goryachiy
Klyuch Resort in the Krasnodar Kray. The X3,yuchevoy belongs to the group of
oilfields, located in the western part of the southeni border of the Azov-Kuban'
Depression, as well as to the Maykop Middle Section (horizo'no I and II). The
outcrop lines of these horizons form the gulflike oil,d4posits which are ex-
tended in the Ehadyzhen group of gulfs cropping out in the area of Neftegor8k.
To the-north the oil deposits are in contact with a strip of water-saturated
sand wh..Lch extends from Neftegorsk to Novo-Dimitriyevskaya, Station. This vater
pressure system is., evidently fed by the Fshekha River Basin. In 1953 I.Dt
Amelin [Ref 1) suggested a system of hydrodynamic calculations for the.determi-
nation of the pressure change in the oil deposits at given rates of fluid re-
covery from the formation. This method which has been successfully applied to
the Klyuchevoy Oilfield and to analyses of the oilfield's development proved
Card l/ 4

Hydrodynamic Calculations in Analyses (Cont.) SOV/93-58-12-10/16
to be sultable for all oilfields of the KlyuqheVoy type, talculatiou; by,this
method made it possible to determine also the effect of nitural encroachment of
edge water on the oilfield's development, the optimum petroleum recovery from the
formationY and the relationship between the current recovery of petroleun and
the water injection for pressure maintenance pruposes. The author pr esents a
scheme of the water pressure' system of the gulflike. deposits of Kuban' (Fig'.l)
and of individual deposits (Fig.2) similar to those~of the Klyuchevoy.011field.
He also cites an example of how his method was applied to.the KLyuchevioy Pil-
field. He also cites an example of how his method was applied to the Klyuchevoy
Oilfield and presents the data obtained (Fig- 3 and Tables 1-2). The main
formula employed in the calculations Is* rL
Qzht X . Ft-ti),
rQhn
v 4- ~X V
Pg(t) : Pkn -Pg (t) 71. Ka
K TE
Where Pka is the initial formation pressure, ~4 v the viscosity of the formAL
tion's water, Jk - the width of the formation's water pressure system, k - the
permeability of the formation, h - the effective capacity~of the fomation in
the water presnure area, X - 'the piezo conductivity coefficient of the water
Card 2/4

Hydrodynamic Calculations in Analyses (Cont.) SOV/93-58-1~_lo/16
n
pressure system,- Qzh - the inttial, yield.of the formation, Qzh I the
intermittert change in the yield of the formation since the time ti of the
formation's develolment; in case the formation's yiold increases the QZh I
has a a "plus" sign and in case it decreases the Qihi has a "minus'.' sign;
t - is t~e time since the initial develolnent of the foxmat .ion -,,or wfiich the
A F (t) is being determined; I = 1.2,~; n - is the nunb:er of -bime units
(Ohin the ranges of t) characterizing the stable yield of the fomation,
This following formuls, was employed in order to arrive at a more accurate
prognosis of the pressure change in the formation at any given rates~of fluid
withdrawn fraa the formation:
Pzal (t) = P~n _zsr v n ~zh
E; kb 777 x ('zh rt
q-t-ti), where Pzal is the fox7aat Iion pressure and z' the mean a rrore Me
sr
authors conclude that this method of calculatioa made it possi61e with the aid
of hydraulic fracturing to Increase the water injection into the wells and con-
sequently increase the petroleum recovery from horizon I by 100 tons.per day
Card 3/4

Hydrodynamic Calculations in Analyses, (cant.) sovl93-58-12.10116
from horizon II by 150 tons per day without imparing the formation0s efri-
ciency. They also conclude that that this method of calculation makes it,pos-
sible to determine the water loss of injection vells'and consequently elim-
inate the causes responsible for the water loss. There are 3 figures, 2 tables,
and 4 Soviet references.

S/196/62/q'00/006/ol3/0 18
E194/8154,.'
AUTHORS: Yurilkov, M.G onishchankol, GoBbs and.
TITLE: Industrial studies of rectifier-invertor fed
induction motor drive
PERIODICAL: Referativnyy zhurnal, Elektrotekhnika i energetika,
110.6, 196,,), 3-11, abstract 6 Kll. (Veptn.
elektroprom-sti, no.10, 1961, 13-18).
TEXT; Results are given of tests in service on an a.ct
induction motor drive controlled by rectifier-invertor chain
used to drive centrifugal compressors.of the gas pipeline between.
Stavropol' and Moscow. In this system the speed of the,4500 kW
wound-rotor induction motor with a rated spcedlof 1490 r.p.M.
can be changed smoothly in the range 100-70% of rated speed, thus
allowing the gas compre8sor rating to be variedbetween, .100% and
35~a. The rectifier-Invertor circuit usesl~a slip frequency,
convertor with an explicit d.c. circuit. The uncontrolied:
rectifier valves convert the rotor slip frequency current to d.c.
and the invertor converts the d.c. into power-frequency (50 c/s)
a.c. The inverter valves are grid controlled:so that the
Card 1/ 3

s/i96/62/boo/o06/013/018
Industrial studios of rectifier-,
invertor e.m.f. can be controlled from the~~ectified current side,
thus the rotor current,'torque and motor speeds. The rotor and
invertor valves are mercury-are rectifiers type -1000 x 6
(MOV-1000 x 6). With the rectifier-convertor circuit the
utilization of the motor is not impaired so that'its rating can
be chosen by the usual methods. ;The rectifier-convertor circuit
has high efficiency, namely, o.92-0.88 within the given speed
control range. A disadvantage of the rectiCier-C'onvertor circuit
is the low power factor which is~0.67 at maximum speed and 0.10
at 701.10' rated speed. Experimental curves are given for power
factor of the valves and the motor and also:curv6s of the changes
in reactive power consumption of individual.parts of the systbm
as function of slip. Tests showed that the rectifier-invertor
circuit operates well and has goo Id control characteristics, the
motor and vpLlves operate reliably, current waveform distortion in
the supply lines to the rectifier is slight9 no influence of
higher harmonics on the operation of other e
quipment was observed.
Further improvement in the asynchronous rectifier-invertor:circuit
presupposes the use of rotor valves controlled by slip frequency
Card 2/3

Industrial studies of rectifier- s/196/62/600/006/013/018
E194/E154
invertor e.M.f. can be controlled from the rectified current side,
thus the rotor current,'torque and motor speeds. The rotor and
invertor valves are mercury-arc rectifiers type PM1iC- -1000 x
(Ri-mv-looo x 6). Ifith the rectifier-convertor circuit the
utilization of the motor is not impaired so thatlits rating can
be chosen by the usual methods. The rectifier-convert3r circuit
has high efficiency, namely, 0.92-0.88 within the SIven speed
control range. A disadvantage of the rectifier-co,n,~ertor:circuit
is the low power factor which is 0.67 at maximum speed and 0.43
at 700,o rated speed. Experimental curves are given for power
factor of the valves and the motor and also curves of the changes
in reactive power consumption of individual parts of the system
as function of slip. Tests showed that the rectifier-invertor
circuit operates well and has good control characteristics, the
motor and valves operate reliably, current waveform distortion in
the supply lines to the rectifier is slight, no influence of
higher harmonics on the operation of other equipment was o.bse rved.
Further improvement in the asynchronous rectifier-invertor circuit
presupposes the use of rotor valves controllod by slip frequency
Card 2/3

21(0) SOV/89-6-6-26/27
Zverev, G.
AUTHORS: Koryakin, Yu., Isayev, B., Shamanov, M.,
.TITLE: Short Encyclopedia "Atomnaya energiyal" (Kratkaya
entsiklopediya "Atomnaya energiya"). Review (retsenziya)
PERIODICAL: Atomnaya energiya, 1959, Vol 6,,Nr 6, 693-695 (USSR)
P-P
ABSTRACT: The authors discuss the above mentioned book which was pub-,
lished in 1959 in Moscow by the Gosudarntvennoye nauchnoye~
izdatel'Btvo "Bollshaya Sovetskaya Katsiklopediyall (Scientific
State Publishing House "Great Soviet Encyclopedia"). Thbre is
1 Boviet,reference.
Card 1/1

ZVEW, G. I.
Postoperative mortality in stomach cancer. Vop.onk. 9 no.I:
102-105 163. (MMA 16:5)'.
1* Iz rologorodskogo oblastnogo onkodispansera (glavnyy vrach~
N.A.Mataruyev).
(STCRACH-CANCER) (STCRAC"RGE2Y)
(CARCER-44ORTALITY)

PHASE I BOOK EXPLOITATION SOV/3694
Bogoyavlenekiyj Konstantin Nikol*vioh, and Grigorly Ivanovich
Zverev
me~haniaheskoye. oborudovanlyo d1ya obrabotki da~vlenIly*em tovetnykIh metal-
lov I splavov (Mechanical Equipment for Piesswarking Noriferrous
Metals and Alloys) Mosdow, -Meta llurgizdat,, 1959, 359 P. 1trita
slip inserted. 4,200 copies printed.
Ed.: G.A. Smo.1yanov; Ed. of Publishing Houae:~ M.R. Lanovskaya;
Tech. Ed.,., V.V. Mikhaylova,
PURPOSE: This book is intended as 6 textbook In tekhnikums'for~& course
on "Mechanical Equipment in Metallurgical Plants". it ma4t also 'be
of value to technical perionnel in metallurgical,establishmen"tii.
COVERAGE: This book is a'c6fitinuation of the book.~ by V.V. Zhol0bov.,
K-N. Bogoyavlenakiy,'M..Ye-. ZubtsoV, A.D.'Lsindlkhov, E.M., Lekarenko.,
N:N. Postnikov': Obtab6tka tsvetnykh metallov I oplavovda.vlo'niyem
(Pres'sworking of Nonferrous Metals and Alloys).! Metallurgizdat; 1955.
The theoretical-assumptions of Pressworking and the fundamentals of
rolling, drawing, pressing, and forging are diBcussed, Methods
Card 1/8

Mechanical Equipment (Cont.) SOV/3694
of determining th6'
pr6stUile of metal in pla6tic pressworking are
.
presented.-. Equipment for''pressworking of - nonferrous metais and
alloys is-described And'ekathpled,of rolli;i&'Mills; die presses, and
f4undrZ eqxUpmant ar6- given. , Cold rolling- methods for tubula'~r stock
are described -in some detail.' -Information on aux.111ary q4uip)neni
and off-line mechanisms is included# The teIxt oontains ii*erous
drawings, ~hotographs,,and diagrams., Authors of books givanIn
bibliography are menti6ned in the foreword, There are 47'reterences,
ali Soviet.
introduction
3
Ch. I. 'Gene;,,a 1Arrangeinent of Rolling Mille, 5
I. Classification.bf rolling mills,
2. Arrangement of rolls in thd housing
3. Layout of stands*'of various rolling mills .8
4. Diagram of the la'y6ut of mills for rolling copper and cop'per.
alloy sheets
Shops for rolling'aluminum and al~mlnum alio$ sheets 15
Shops for rolling wire and merchant bars 19
Card 2/ 8

PHASE I BOOK EXPLOITATION
Zholobov, Viktor Vladimirovich..,and Grlgor~yjjanovich Zverev~
Pressovaniye me ,tallov (Extrusion' of.Ketals') M60ci'6Wj;; Meta llurgizd-%t,,
1959. 542 -, p 4 250 .,co ie printed
_p
Reviewers: S.I.-Gubkin, Member of the BSSR Aegdemydf SoUncess
Doctor of Chem c a De 4ased'); L.V.,prozorov,0
i al S iences
Doctor of Technical Scien M V Rozanov,, Bnglneer;'and
ce"~Titie* I.L.:P*rlin,0 Prof4ssor,,
Ye. B. - Zadov, Engineer; Ed, page I
Doctor of'Technical Sciences; Ed, (Inside.book): V,S, Rtheinikovi
Ed.-of,'Publishing House: M.S. Arkhangellskaya;; Tech, Ed*;:
Ye.B. Vaynshteyn.
FURPOSEt This book is intended f6r-engir-.eere~,~te'e~61cianso. and
.~:I..students working-or specializing.in the manufacture of:tubas..,
rods and shapes chiefly,.from,,nonferrous metala.
COVERAGE:- This book contains mate*rial'oh the; theqry and pr*ctice
of metal-extrusion including a descriptiori of extrusion processes
for a variety of metals and alloys. The oonstruction,mounting
Card 1A 9.

ZHOLOBOV) V.V.; ZVERb-V, G.I.j YAM, V.11.1 -Inzh.j, retsqj~~,ont
............
[Dior for the hot pressure workJng of metalv] Inatru-
ment, dlia gorlachego preaBovaidia motallov.,
Maohinoatroenie, 1965. 161 p. (HIM 18:2)

ZHOLOBOVp V.V.; P~! - G.11.-;-YAM, V.M.., inzh.,, ret3onzent.
[Dies for the hot pressure working of matalti] Instru-
ment dlia goriachego pressovaniia metallov. Mosleva,
Mashinostrooniep 1965. 161 P. (MIRA 18:2)

9 .3150,24.21120
AUTHORS:
TITLE:
PERIODICAL-
.ABSTRACT.:
Card 1 /7
Demirichanov, R. A Gevovkov, A. 1C;,, Popov, A.
Zverev, G. I
High-Frequency Oocillatiorw In a Fir":utrIcted Plaoma Nork
Completed In 1958)
Zhurnal tekhnicheskoy f izikl, 1960, Vol ~0, Nr 3 J,
pp 3o6-314 (USSR)
Oscillations observed in dLschavj',-,&.,., i ir identifl.ed
u3uall as plasma oseillation,,i. J[owcvt!~P, Loonell, and
Brown ~sce reference) oboerved s6m~2 ozk:ill~'.Itlotl~l VII'lid-1
occur only in presence of double 1 aye r~:l on p) a omil
boundaries. This is not; in arraei~.,ent with the theory
of Dlasma The autiwr-.,1 heve tnvestlga6
the naturu and -2xcitation t,,ieehanl,~lm in plusilia bounded
by double laye--!.; and show, that- one obLalns bl.,gh; Vre4uency
oscillationo clue to oficillatory m(-.)t1on'of' ~3econdary'
electpons In the potential well of t; ho: p 1 uo ma .They
Lised an. apparatwi similar, to that :of Looney and Brown
(see Fig. 1)

Ifigh-Frequency Oscillations in a '('(842
Restricted Plasma SGV/57-~C)-';3-8/l5
Card 2/ 7
A
f
Fig. I Construction of r1lr;charge tube.
Plasma was produced between the oxldc-~ioated cathod(-1s.
1-2ectron bc-,aml
A and anodes E. tip to ~1 k" of en,(,-gy
entered the region thvoulgh C, and c ros 3 1 ng, a(As-
tance L through the plasma, It; woi(ld fall or) FI:

-Ugh-Frequency Oscillations in 2
Restricted Plasma SOV/W-130-3-8/15
Card 3/7
connected electrically to C. The pot-ential well for
electrons vais -caiused by lon l,-1 yers between annular,~;
ase
anode-3 E" and clee tpodeltl F 'Wid Va 1, la 1) v0
0-1100 v enabled larire vavlat;i=3 of 'Loo :Iayov thlcokneoo.
Distance L between F and C could be:,chanited 1-0-30 mm.
~-2
Working pressure was 10 -10- mai HIT*, while the ga~ses~
Lind Worc Ar, H , and N . A movabl(,:~ cozbrLal probe, wap
2, ,e
collecting plusina paramatevs and ozj,,,L1111LA.o(1
with the senz,itivity of the L,egisteving devive at;
10 v The authors, first derive, p'n expression for
the frequency Inolde the potent-lal Well ~C 0.1. elootrono
caused by secondary emission of clactrons by pvlm~ftry
beam oil F:
W 2 (L =Vd)
4

Ifigh-Frequency Oscillations in a 77842
-Icted Plasma 0 3
Restr BOV/57-3, -8/15
where d is thickneos of ionic 1 aye r; Is average
velocity of electrons in layer; V1 ia potontial of
plasma with respect to oouvce of electrons.. They
found, that these secondary elect PotlR:~ oicil. Lating insidb
tht-,, pot--ential well aro r-coponnible Vor thi, exc-.LtaL~ILon
of oscillations meaSLIred by the probe and 11:3ted in.
Table 1. Note that observed frequencies satisfy relation
(n=I, 2, 3...).
Similar results were obtaiIned for f-L,.-.ed p6tentials lan&,
variable L. A continuous flow of eloctrons oscill6ting
Inside the well Could tlOt produce ai
";LmPlIrication
alternating fields unleuu a me elicit) exi".
.its ensuoing
an orderly motion and enabling particles to give
their energy to the alternating fieled, The authors
show that such a mechanism of amplitude selection can
exist provided there is an alternating field oil the
Card 4 /7 boundary of the plasma inaddition to the constant~field..

HiC21a-Frequency Oscillatiorw. in a 34 2
Restricted Plaoma. :BOV/57-30-3-8/15
Table 1. 500 V.; 11 7 107- inm Hgj L 20 trim;
VI) P, alli 1 7:
f is frequency compilted froln Wid potential distri-
0
bution; f. = nf (n ~ 1, 2, are experimentally,'.
0
observed frequency groups.
U.
V, uplas,11%,
V d.
aycle I
C -1 c. le- S
evelar.
J A
C,
-Y
120 16 2.0 125 490 595-460 710-790
1110 1-1 2.2 135 510-560 630-720 760-660
160 12 2A 1.15 SJO-600 660~-705 W20- 900
IFO 11 2.8 152
' 570-630 611-795 910-920
200 11 3A 158 UA-411S 580-660 71W-635
220 11 13.2 W 470-510 020-680 760~860
2,10 10 In' 1('9 310-11~ IMAJ-535 640-710 795-870
260 10, 3.7 173 330-360 03-540. 000-740 820-920

1-11,gh-Prequency Oscillations In 41
Re3tricted Plasma
)OV/57-30-3-8/15
This mech-aninjil ii3 appliczable for I'vequencles lower
than the plasma frequency sivice Vecause of fast
damping of such alternating fleld Is inside the-plasma
they remaitl concentrcite(I or, Lkle i~~Uvface of the plasma.
The authors also, ahow, that, Llhe mean free p'aith .1 of
the electrons i& of fundamental Importance and miist
be at least equal to 2L. When 1 mas adju:~ted to
approximately 6 cm, oscl.llatlon vanished at L = 3 cill.
Also, the authors investigated Influences of plasnia
densities and widths of the excited frequency groups.
They found that phase focuslhg plays a substantial
role at high amplitudes of o,oc illat ions. They obSOL`.~0111
somettmes in the plasma of thie prinLary discharge,
osciLlat'ions CaU3ed by electron osc il lat ions in the
potentlal w1ell of' the ~iathcd,e potential dr.opo, All
oscillations were accornp~aniqd by electrwaognetic
radiations discernible by aritenn,:LS plRced oiitside
the dischcarge tube. 'Phe authors toolieve that'the
oscillationo ob2erved J)i, r Loptley and Bro,.-Jln tand., most
card 6/( probably, by other author"S 1171re connected to the

Hign-Frequency Oscillationz5 in a
f~estrlcted Plasma a,Q i
mechanism olf amplit-1-1de selection- ~a.B Faynbelrg
evaluated naro, result3 of the pre50nt paner. The're
are 9 fisures; 2 tables; and 11 referenl~a~~, 1
I Dut(.1h, I irlah, I U,K,, 7 U.S, The 5 most reCent
U.K. and U.S. re-f*urenceli arlu: 1).
AP-4, Nr 3, 520' (1956); T. K. A11.6h, R. A. Bayley
I i j
K. G, Emeleus, Brit. J .. Appl. Phys;., 6j, 320 (1955);
D. K. Looney, S. C. Bvown, Phys. Re v 9~,, 9b5 (1954
D. Bohm. E. P. Gross-FhYs. Rev., 75 1851, 1864 (1P9);
79, 992 (1950).
SUBMITTED: November 2, 1959
~.Card 7/7

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sintered. The formation of this defect is ascribed to the ovolustion of carbon
xionoxide an recr73tallization or "low-carton," "hilrh-oxarL-en" tiwiurr, carbidam
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