SCIENTIFIC ABSTRACT ZYUZIN, V. I. - ZYZAK, J.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R002065820001-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 1, 2001
• Sequence Number: 1
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

ZYUZIII, V-I,, prof,
Sixth All-Union.Congreas of Phthiniologists,' iZdrav*H*azakh,
17 no.10/111111-113 '5?. (MIRA 12:6)

I,, t~lill Mill! III,. A; tjI U111111
ZYUZIIif MI.- prof,
Achievements In medicine In Fazakhatan. Sov.tdrav. 17 no.2:~6-34;
F (XML 13: 1)
1. Predesdatell Ubhenogo saysta Kinleterstva adravookhranenlya Uziikh-
skoy SSR.
(Punio
praer, In Russia (RMs))

TRETIYAKOV, Andrey VladImiravich,- TROF.114OV, Goorp,,Iy Konstantino-Ach;
ZYUZI.N, Vladimir Ivanov-!ch;,ROKOTYNI, Ye.S., Prof., dcktor
nauk, retsenzeut
(Mechanical properties or metals arA alloys during their
working by pressure] Yekhanicheskie svoistva inatallov I
splavov pri obrabotke davlenlem. Moslc7a, MetaAlurgila
1964. 221. P. (KiRA

UnUvM;d~y MIXnall ILIKOVILIVIull;
edorovich
[Resistance to deformation of sLaola during hot volling]
Soprotivlenie defortwitail i3talei pri gorlach6l pro~utke.
Moskva, Metallurgiia, 19&.,. 269 p. Olliliu~ 18:1)

-Am"U708 Mwwow~.
POX
EIR - ~- 1--f 1: ~- -1 1 ~ -7 1
k) ~ I - ivf/
ft,
E
lle4idh';~t i kwr. Ah OUY
i V lioifiia~j Mikhal, -Um ni
Fedorevich q4,5':;7 'T-;
D~rm=lon reo-Istance of ettels during hot ro4Uw'I',' (Sotpl~dtivleidye deforLiatali
Staley pri goryachey pr*Imtke), Moscow, Izd Lym " 1A 26
-vo 6L%taLIurZj , 11 9 P.
Inus., tableso dlegm., biblio., Errata s Up inserted., 2,31' W copies jw-Inted.
roIMM milli -MeUX:ftformatibm reislst~Lftce!p ill:omt,~:i~i,16:L6tant,*it.e,:- i'
W e
alloy steel
ideri the. sitlts'd! a th ma al and
-AMFOSE AND COVERAM: Thie~book cons re C~0~ lex eo tici
Amntal Investigation of the ttgrd=ation resistanc6 of stde3z emd alloya its
affected by phyalcochemical fhct,nos, thercmechanleml pixmitategs, and the tiatule of
the development of defoTmation with tim, as encountered in thtt actuRl hot roulng
process. On the basis of new mei*&oda of imw-Wgpitlon, mliabile data are;
er
on the daformation resist-mcc of ateela and aLloys . 0b ~.dn bo t4sed for t4e, 1?6w
parameter calcuiation In designing'now "Ilu as well ~'s ,Tor thit determinMion'of
efficient operating conditi s1or hot rolling MIUMI Tho. amthors aaknowlodGe the
contributlow by Roko (Profevacm, nontor nP Tivilhalealt DaienceO; im7wain
F.K. (Engineer. yj=hurmj-Ma&_y
jant).- ~jexkoq. v. T-

A.U C Y, Lim
I I -i I
IV
cam
A 4-p M M
JA
ACC NIN AMOLIM
TUTZ OF COMM:
Io sjA ddformation In wtals
Ch -Stresse
1. phyalesa nature of plantle darq=tlou 9
JV
2.. Zzations of state 24
3. 'Relation I)etweez the streas, tensomw and do I%
4.~ Stresffe&atate d=ing rol.Ung 51
BIb2IC9MjPbY 53
Ch. n. Factors affecting deforn-alllon reafttance, 53
1, Deformation resistance gis m charactdxplatia ar meUX stro 53
2. Deformation resistance an depand-eut an "icoolionmUMMUMaftorm -- 56
3- Deformation resistance as dependent an ibe thermaw~*hamlcatl parametd.-ra (10
4. Deformation resistance ss dependent an the absruribar of' daiformatian develop-
ment vith time -- 62
CZ 0Effect of temperatme moauaifo=ity an& of dapee snd raft of defbivatida
.0
upon deformatlan resistance -- 67
6. The effect of dynamic fbators tWon ddformation reafttancoi -- 76
T. The effect of nonhowgeneitr of the mediun uZon Uftrmatitam resistdoce.
S(Ade factor 91.
Irj 215
....... ...

11 lift I
Li043
...........
CC NRI-
A
Analysis of studies devoted to the experimental.invesLigatica ot defdrma-'
tion realstaac6 a. 95
Bibliagrapby 98
Ch# 111. Selection of:steel mid:mlloy.braads and the d4~OrMIAMUOU or t~jtl~ j;hermo...
mechanical ~a=eters; -- 101
save'
1. 6election--of- steelm& &IIq*ibr(ia6-:Cqi; sti&4ic 101
l02
go DeterminatIon. of the rangs'of t4mvemmtUre canditait~s hot roUit~
3. Determiaatim of possible de-aia'a- 'EY-R~es of rohiat~on 104
BibliogralAY -- 105
Ch. IV. Procedure for the exparlmeMal lq~estigmtion ak4ltmll;~Ai" m .MOAB ca
-Id' Testing. methods
2. Analysis_ of. the, des4p of existingIequIrpent, f ar Cie datentinatim Of dit-
formation resistance --U',Ii
3. Knerimental equixent designed by the Yuzhuralw4gh Mmit -- UT
4. Tensile tests -- 132
5. Compression tests -- 155
6. OsciLlogm Wowssing proced=e -- 136
7- Increasing-the accaTaey of the ezparlment -- W
So IstimtIng the mccuracy'.of the exWrimnkal lnvest4~otlolil 143
Blbllopm" 149
LCUrd V5

C~W It

SOV-120-58-1-21/43
AUTHORS:Zyuzin, V. P., Manakova, M,,A. and Tsukdrman, V. A.
-MM
TITIS: pFocus; Pulsed X-ray Tdbes (Zapayannyye
Isnyye rentgenovlkiye trubki)
ostrofokusnyye impul
PERIODICAL: Pribory i Tekhnika Eksperimenta,. 1958, Nr 1, pp 84-87
(USSR)
ABSTRACT: In the development of the sharply,foc-Lissed sealed pulsed
X-ray tube described in the present pbLper' -the foll;Rbs three
features given in Ref.(?) were incorp6rated.- (1) the work-
ing inter-electrode distance is formed by'a tungsten anode
in the form of a needle and a cathode tube with sharpened
edges. The X-ray pulse is formed in the initial stage of
the discharge across this gap. The radiation travels down
the axis of the instrument through the cathode tube. With
such a geometry the diameter of the focal spot practically
dods not exceed the diameter of the anode needle; (2) the
map across which the discharge bakes place.is near to the
closed end of the earthed.cathode tube. This prevents the
deposition of anodic metal on the tubelinsulation. The'
diameters of the cathode tube and the holder of the anode
needle are chosen so that the gradients near the cathode
are insufficient to cause a discharge when short, high
oltage pulses are applied; in order to obtain a uniform
Card 1/3

Sealed, Sharp Focus, Palsed X-ray Tubes.
O-OV-120-58-1-21/43
distribution of potentialdown the relatively short';Slass
insulator, an inductive voltage divider is used. A~section
through the tube is sho%m in Fig.1 ana a photograph in Fig.2.
The cathode cylindar~:is made of copper an&has an internal
diameter of 80 mm. depending on the use to which the:tube is
to be put. its length is between 420 mm and 900 mm. (of Fig.2).
The end ot the cylinder is covered with a copper disc, at
the centre of which a steel cathode tuIbe, ~K , is vtta,~hed
(Fig.1). The internal diameter of the cathode tube is 20 mm.
In order to reduce the absorption,in the -window, 0 the
thickness of this window is 0. 8 =i. The diameter of th6
anode is 3 am. The distance between the end of the anode
and the sharpened edges ofthe cathode~tube' is 9-11,MM'.
The anode holder is made of duralumin Or nickel and has an
outer diameter of 10 mm. The inductive voltage divider which
produces a uniform dhtribution of potential doim the~glass
cylinder is in the form of a copper wire wound on the outside
of the cylinder on a 8-~Iitable insulation'. The tube i's evac-
uated down to (2-3)!0-,)mm Hg but this is reduced during the
operation of the tube by a factor of 10-100 due to the
Card 2/3

Nil
SOV-120-58-1-21/43
Sealed, Sharp Focus, Pulsed X-ray Tubes.
evaporation of tungsten which acts as~a getter. The dia-
meter of the focal point was about 3 nwi and.the duration
of the X-ray pulse was about 2 x 10-7',sec.. The intensity
of the X-ray beam is constant to within +2096. There' are
3 figures, no tables and 9 referencesl 07 which 3 are Soviet,
4 English and 2 German.
SUBMITTED.- June 24, 1957.
1. X-ray tubes--Design 2. X-ray tubes--Performance
3. X-ray tubes,Materials
Card 3/3

KHOVO V.P.1 Gvardii podpolkandk ioditsinskoy olu~bbyj
'~. M-JJIs-V&4*--
podpolkovvik meditsirakoy slushbyj TYUHIN# V~p.# iodpdlkovnik~
meditaiijbkoy sluzbby; SHIMLYAROV, K.A,v mayor p0mi-ii-Istrativm 7
slu~by
Portable apparatus for taking oamples of objz~ets of the exter'nal
efivirorment in an spidemio fcous* Voon.-.c~fdozhwp, %L4).4193-94.Ap
160. WMA 142 1)
(EPIDEMIOLOGY-P.QUIMM AND SUPPLIES)

Z11,1ZE"; YL%..,~ PETROVY Ye,
lp--4--wi5torized portable magnetic tape recordor, Radio no.7:28
on, t 63 (MIRA 16M
(14agnetic recorders and recording)

, -- 'I 'I

"Blokmot" tape recorder. Radlo mo.Si4~7-4,8 A(r 164.
(MIRA 17 111.)

ZYUZIN, Yu.; PETROV, Ye.
--- , 1
A musical notebook. Radio no.10-.40-42 0 165.
I
(MIRA 18:3-2)

lf)I,A(;I-UK Stanislaw; S?-C,.ZEVAN,9K"f,, Mncdej;
Slawomir
Embolism of the nortic bifureatlon troated with thri~iflbolytlc
drugs. Pol. arch. mod. wcAiat. 35 no.6-.911-914 '65.
I, Z Oddzialu Chrorb Wevratrztych i Pracowni tloc~arnll Kli-
nicznej (Rierownik, doe. dr. med. S. Pawelnki) oraz z Oddzialu
Chirurgic2nego InstyLutu Ilematologii w Warin4wie (KLero-,mik;',
doc. dxr. med. A. Trojanowski (deceased]).

T
L~3944-66. DIT(d)/~ISS-2/EEC(k)-2/DIA(c) !IJP(,)
'ACCESSION HR: AR5014346 ta/.00 ~10601605/AOWA~i6
621. 398'.~ jlt,621.~9-1.13
SOURCE: Ref . zh. Avtomatlkao telemakhanika i vyoh1sUtal04Ai&
t6klmtka. Sqojq~
tom, Abe. 5A112
-FuV~dtic f. -SA-4 61-ItA. -Skirt, zi
chdnk h~~to
ind
I- Av ~ ~, 1 -1 M -
.-TITLE. Average number of peaks'in a remote-.4on ol
by,
nolaa
CITED SCME: Sb. Ustroystva i elementy, prcmi. teilemekhan~. yev~ 3T
1964t 29-
C
TRANSLATION: The noise immunity is ~dalculate& for.
~_a f~e4tiei t
41'. Mot
-band f Male a 'dot
-,receiver which comprises a narrou
ea or ind tC.; relay. Foi~ulz~.
are developed for the average number of peakb of the enveltipa anit for the tiae
of the closed state of the relay contacts, in t6 eage of 44% iniplit LC f iltert =14
for a rectangular-attenuation-cha;racteirtatto filter. An e4parimoutal hookup tised
for verifyiIng the theory is described. The eiperimental curvas tihour that th&
calculations correctly describe the pliyaical procassen tr4aimpirUg In the sjy~~
r
SM CODE - IE ENCL:40
Card:-1/1-
I W

-zM RV-Z INC4Wj-A7.A-.(Uyevy; ---CPARXIW~-Ts
Pulne element of width and amplitude modulation fo'r..electronio
analog.computers. Avtom.i telem. 23 no.12s'1675-1679 D 162.~
(MIRA 15s12)
(Electronic analog computero) (Automatic control)

6 7 8 T.,'.
S ) 0 V/ 11P 2-, 2 - 5 --6/ 19

AUTHOR: j
Zgzin-Zinchenko, A.A., Lgpukhin. V#M..: Vasillyev,
VIM,
2-
TITLE: The Influence of th p Shape of the Electbros-catic Yie I d
in an Electron Gun)' bn the Noise Fa~.tor.o a Traveling
Wave Tube
PERIODICAL: Izvestiya vysshikh uchf~bnykh zavedoniy Radioteidmika,
1959, Vol. 29 Nr 59 pp 589 599 (USSR3 )
ABSTRACT: Calculation resultscshow that the iloisel factor F1 in,~a
'
'~
;
-?d
b
d
h
l
t
th
f th
ec-
u
s on
s
o
e
e
epe ii
e
e
pZ waLye
ape
trostatic, field in the electron gun and that a dis--~
t~u-rbance of this field close to the cathode has a
strong influence on the ziolse factpi7. The authors' task
was to calculate the variable components.and noise
factors q (x) and q 2(x) and the noAse factors F 'and
A.
F
h
i
i
l
I
L

C
d 1 V
w
ng the electrostatic f
e
n the
ectron
d
en ry
'
/
ithi
id
Th
th
di
3
h
U(
)
ar
/5 n w
ors
souss
c
arac-,
n
x
w
e ranges.
e au
g

SOV/142-2-5-6/1~9
The Influence of the Shape of the Electrostati Ic.Field, in an. 8lec-
tron Gun -on the Noise Factor of a Traveling Wave Tube
teristic integral curves of current and velocity.
fluctuations in the electron Gun width different distur-
bances of the electrostatic field W(x)4 Compli�te:~sp4ce
charge conditions are assumed. Cur~rent and.velocitv'flu-
ctuations at the virtual cathode-a',re considered as being
plane, since only the basic wave is excited in the stream.
The correlation of current and vel6city fluctuations at
the virtual cathode was taken into:acconnt in a similar
manner as in S. Bloom's papers ZRef 9,1.!~-7. The:corre-
lation of current and velocity fluctuations at the j)o-
tential minimum,were not considerefi. The problem was
solved for a cylindrical electron~stream tan infinite
magnetic focussing field was assumed) in a one-velopity
approximation. A total of 150 equations corresponding
to different disturbing field in the electron &akof a
traveling wave tube were integrated on~an ATsV111-2 )gh~/
Card 2/5 speed electronic computer at the 11GU comp~tZT-MiFnter.

SOV/142-2-,5-6/19
The Influence of the Shape of the Electrostati'o Field in an . Elec-
tron Gun on the Noise Factor of a Traveling Wave, TObe
Based on a set of graphs (Vigure 4~) the authors~
arrived at the following cone'usions...,J) The depen-:
L
dence F2(D) will be more apparent If 3 and, twill,
be less noticeable, if 15~ This' shows that a
field disturbation close to the ca-,~Ihodti has a stronCzer
influence on the electron path than a d-isturbati'on far
away Prom the cathode. 2) All F,)(b) carves intersect;
each other in one point F = 9 -if D = ~O., This V'alue
corresponds to the noise Lctor of';the;avtual traveling
wave tube under consideration in absence of th.- dis.-
turbing field. 3) A change of the parameter ~hal;
little influence on the shape of the curve I D) if
3 and 5, i.e. in that, oase 'jn which t'.ile"'
field is disturbed sufficiently Close to the cathode
plane (x - 0 : - 3,~ fv for all-r-71
4 In ejuse
Card 3/5 and in case 10 for 0.01,.which corresponds

6785!
SOV/142-2-5-6/19
The Influence of the Shape of the Electrostatic. Field in an,Elec-
tron Gun on the Noise Factor of a Traveling WAve Tube
to a sufficiently sloping field. distul~bation curve,
F (D) has a minimum close to 'the value F2(.0) = 9.
His means that in the actual tub6 being examined a
field disturbation will lead -to afhighf3i., noise:factor.
In regard to the field shape, theilqube:7is practically
at its optimum. This conclusion ii; in 6E.,preement with
the results in R.C. Knechtly's and,W.R.. Beam's paper
/Ref 217. These authors confirm that th,b field.dis-
tribution as shoilm in Figure I is~:the most favorable
one from the viewpoint of low nolsie. The even potential
increase within the electron gun Crom the cathode to
the helix is a characteristic fellitureiof thisIfteld.
The authors review a number of papers iiealing with
the calculation of the: noisp, fact(.)~i4 F.:They mention
especially A.S. Tager's paper /Ref 1.77~in which numerous
Card 4/5 papers of foreign scientists w'e-re'reviewed, In a ddi- tr

6 78v'?-7
S.OV/142-2-5-6/19
The Influence of the Shape of the Electrostatic Flc-'~Id in an Elec,
tron Gun on the Noise Factor of a Traveling ft've Tube
tion S.D. Gvozdover's and B.M. T9&re,v'~, book '/ReX 2,35~7
and S.K. Lesota's paper Oef 2f,,7 acre montione(T., Thel.
publication of this paper was reca=mendLed by the Kafe-
dra radiotekhniki (Radio Engineeri"Tig Dc!lpartment) of the
'r st'wennyy un
Moskovski~ ordena Lenina gosudar, ivorsitet
imen'. U,V. Lomonosova Oka - Order of Lenin Stat~e-
--- E=Y-
University imeni M.V1 Lomoposov). There are 2 sets
of graphs, 2 graphs and ~6 re-Yerences,:of which 5 are
Soviet and 31 English.
SUBMITTED: November 14, 1957, and after re-working, Februar IV 4
1959
Card 5/5

-,------GAVRILOV, F,P,t otv,~red----TROKH-Uffp A.-V.-,- reai;--ZYVUNA-i--AvA
KOZIBWIIKOV.. P.M:, red.
(Economy of Chelyabinsk Province; statistica1loolle,otion] Nap-
rodnoe khoziaistvo Cheliabinokoi oblaotij staiisticNskii
sbornik. Gheliabinsk# Goestatizdat'TeSU SM Obeliabiziskoe otd-
nie, 1961. 177 p. (MBA 15:3)
1. Chelyabinsk. (Province) Oblasnoye statist-ichookoye uprav-
leniye. 2. Nachallnik Statisticheskogo upravlaidya Chelyabin-~
skoy oblasti (for Gavrilov).
(Chelyabinsk Province-Statistics)~~

I!I I JIM ' 11 1111111
Hl
Emmm
- 47009-66
_t' __ACC-NRi- ___Ap027281~
6 SOURCS COM uRjoiqi/66/ooo/oo8joo38/oo6o,

AUTHOR: Sirota,,.A. G.; Gq~.Idanberr, A. L. 111chonko. P. A.; 1~fabikov# To,-P.;
tFadotov, D. G.; Kitraveva, M. G.t Zyuzinal L. I*; KharitonovaE 0o K#

ORGI none
TITLE1,
' 'Modification of the structure and properties of polyolefins. Effoct_of r&

7 tion on
/ othylano-propylone copolymers
_
I
I
i -
SOURCE ~ "II,
66
6
I Plastichoakiye maSsys no. 8. 19
, 58-
o
TOPIC TAGSt irradiation offectp aloctron radlationg.copolymor, ethylonat propylene,
,V&3TR1LC-A: Tho affect of irradiation with fast olectronz) (240-2.2 ~TW) on the otructu"
and properties of othylana-~ropylonn coplymers (EPC) was studiod on films of these
copolymers (50 ti thick) coiltaining 7 rqola '$ propyleno (EPC-*?) and stabilized with the
hoat and light atabilizors'LP-VO -Wroxy-4-Alkoxybonzopbonone. Ilia Ir-
phosphito and 2
radiation 6ffoot_w_a-F_aWEemined from the" solubility of the filins, given by. the'. content
of the soluble ool fraction mctracted with boiling o-xylena. To croaa-linking Pro-
ducad by,the electrons decreases the crystallinity of the copolymork the degree of
crystallinityl daterminod by x-ray diffractionp decreased with Incroasing irradiAtion
dose, but there was no appreciable chango in the Aision temporaturo, A study~of the
change In physicomechanical characteristics Phowod the specific elongation atrrupture
to decreaue(particularly at 50 Mrad) and the ultimate tensile strength to ral off
It mm .zmi min os oiiijo fi-tei o%meln 4nid.

slightly with increasing dose. Tho most significant chango -occurs abovi) the molting
range of the filml at 1350Ct the initial film has Do strength of extension at all,
whoroas tho irradiated. film has a strength of oxtonnion of abolit 10 lcg/cm2q The do-
Croo of unsaturation of the copolymer increases subutantially with increasing dose up
to'100 Kradp and approaches a constant value with further increase in dose'n The main
typo of unsaturation are the trans-vinylene groups (R-110=4114'). The irradiated co-
polymer samples oxidize rapidly in air, and IR spectra show an Increase inthe concen-
tration of carbonyl groups. In conclusionp authors thank A. V4 lysov, S. A.Subbotkin,
A. S. Andreyo and A. M. Khop7qkoy for their assistance In the irradiation-_R9Ye ow&-
Pies. Orig. art. hasl figures*
5UB COM 0711/ORIC; 00)'/ OTH RM '005
REF

MOSKALICRUK, E.K.~ ZYUZINA, LAI LAZEDNAYA, G.V.
Increasing the sensitivity of the determiAihg~af dtn4l reci
t PrOCM4.,
contamination of rare-earth elements with 6a'lspiict~d~,hemical meth6d.'
Prom.khim.reak. i osobo chist.veshch. no.208-Al 163. (MIRA 17:2).

43 11
S11031621023 01210091013
1~, 72 60 D2010308
AUTHORs Zyuzin-Zinchenko, A.A. and, -Ogarkov, Ye.B..
TITLE: Pulse-width and amplitude modulation circuit
for analog computers
PERIODICALs Avtomatika i telemekhanika,,v. 23, no. 12,
1962, 1675 - 1679'
TEXTs The authors describe and analyze'the opera-
tion of a pulse width and amplitude modulation cireu~ti which in
conjunction with analog computers makes i.t possible to.simulate,
-3ampled data control systems. The circuit was devoloped at the
Institut avtomatiki Gosplana, UkrSSR (Institute or Automation of' VV
The State Planning Commission, UkrSSH). The cot periodically
measures and converts a continuous input signal into pulses of
required width and amplitude. It consists of a bridge diode-
inverter, a cathode follower# an asymmetrical multivibrator and
an electronic time-relay. In pulse-width modulation operation
Card 1/2

S/103J62/023/012/009/013
Pulse-width and amplitude D201/D308
the inverter is connected so that, irrespective of the polarit
y
of input signals, only positive signals are applie'd to the input
of the cathode follower. Input voltage S + 0 to + 100 V; input
resistance in pulse-width modulation operation 15jOOO ohms; am-
plitude of width modulated pulses 0, to + 100 V;:duration of
amplitude modulated pulses 0.01 to 50 ';cc. The above circuit
was used in problems related to the design of automatio control
systems. The circuit is actually the analog of a aampled-data
controller and as sttch may be used in industry. There'arp 6
figures.
SUBMITTED: January 16, 1962
Card 2/2

ZTUZIN,;;ZINGHENKQ"~-.&.-- LUTSKIY--V-A-
Some methods for increasing the interference proofness of pul.se-
code modulation signals and the use of these nethods in a,
distant telemetering system. Avtom.i prib. no.1:21-25 Ja-Mr
162. (MRA 15:3)
1. Institut avtomatiki Gosplana USSR.
(Telemetering) (Modulation.(Zlectronics))

B/109/61/006/010/014/027
D266/D302
AUTHORS: Glaskop V.B,j 1R_UZ1n-Zinchenko0 AsAo, and lopukhin#
11. M.
TITLE: The influence of beam scalloping on the noise
figulb of TWT'e
PZRIODICAL: Radiotekhnika i elektronikap v. 69 no.~10, 1961,
1688 - 1699
T'23XT.- The purpose of the present work is to study on a simplified
model the effect of varying beam cross section,on the minimum noi-
se figureo Although the work is based on material published prior
to 1955 a number of recent references on ultra-low noise amplifiers
are included. The authors use a three-electrode gun:which ensures
~a suffioi~!Wly smooth potential profile. The varying beam radius,is
obtaiil-~d by cWculating the t4hiectory of an edge electron in the
combined electric and magnetic fields neglecting the effect of
space charge forces. Without going into the detail8:0f clwculations
the following formula is given for the beam radius
Card 1/4

SIN 61/006/010/014/027
The influence of beam ... PD
D266 D302
b b [1 + A sin Pk(x) X], U)
0
where b0 is the radius in infinite magnetic field; x~- distance
along the axis in mm-s, L and Pk(x) are parameters representing the
amplitude and wave number of scallopingg and k(x) is'given by'the~
approximate formula
k(x) = 820(x + 6)-3 + 004.
In the subsequent calculations they employ S. Bloom and R6 Peterle
(Ref. 25: RCA Rev.0 1954, 15 19 95) transmission line equatidns,~
but assume that the reduced plasma frequency varies due to beaml
scalloping. 22 different cases are investigated4hichare summari'-
zed in a table. The inhomogeneous transmission line pquations,,are
solved (with the usual in ut?tonditions of uncotrelated current.,
and velocity fluctuations~ for these parameters on a'computer arid,
the results, noise current density against distance,~are plotted:
in a number of figureso It appears that under the conditions in-'
vestigated the noise due to shot noise is negligible~ so the subse-
Card 2/4

S/1 09,/61/006/01 0/01062i
D266ID302
The influence of beam
quent calculations are confined to the study of noise due to velo-
city fluctuations at them potential minimum. In Vigo. 10a and 10 b~
the noise figure is plotted against normalized d rift: distance..'
[Abstractor's note: Details of the calculation are not given, buts
it is noted that the beam entering the helix in assumed to have a
constant diameter]. It is found that with the exception of one
curve the minimum noise figure. is increased: if the oballoping of
the beam is taken into account. The noise genera-bed by a beam of
constant diameter is given by the, dotted lines. ~The nunbe.rs on the
curves refer to, the cases investigated., The final conclusion is
that if 6 and P are different of zero the minimum available noise
figure is increased. There are 12 figures, I table and 27 referen-
ces: 7 Soviet-bloc and 20 non-Soviet-bloc. The 4 most recent re-
ferences to the Engliah-lEnguage publications read an followst J
Berghammerg S. Bloom, J. Appl. Phya.v 1960p, 31, 3. 454; W.M. Muel
ler, 7'.R. Currie, J. Appl. Phys., 1959t 30, 12, 1876; R. Adlert
Proc. I.R.E., 1959P 47, 10,.1713; C. Curtis, C. Johnnon, J. Appl.,
Phys., 1960s 319 2P 338.
Card 3/4

- ---------
S/10 0 027
6Y~Oi/006/ 10/014/
The influence of beam ... D26 3)3,2
~ASSOCIATIONt Fizicheski~ fkulltet Moskovskogo gosudarstvennogo uni-
versiteta im. M.V. Lomonosovap Kafedr'a rbdiotekhniki
(Physics Faculty of the'Moscow Stat6 Univdrsit im
M.V. Lomonosovp Department of Radioengineering~
SUBMITTED: December 220 1960
Figs. 10a and.10b: Dependence of F2 1 on 0 = Op (Pp is the redu-
ced plasma wave number).for case I (case I corresponds to a cer-
tain choice of the potential, ~profile).-
Ov-
7
Card'4/4

~2777 r~6~
0:
ACC NRs AP6007155 -.2 0 70:
F
AUTHOR: S cglenko, Tu. I. (Active merber)' unin-Mc of A 1. cti~e or
ORG: Scientific and T001mical, Society of Radio Enginseribg and Electroclommuniqation.
obahchdAvo radidtekMIW1 L
MM Principle of distributed reception.of information
SOURCE% Radiotekhnika' v. 21 no' 9, 1966~ 70-73 !Ji
TOPIC TAGSt radio reception.:signal reception, signal h4i,ide ajjp4ration
ABSTRACTs A receiving system is considered in which the infor~atlon about the
transmitted signal is derived from the field values mewpuredin a delimited space@
Noise sources are distributed along the transmitter-rewiverline; no noise source
is assumed in the delimited space; conventional frequenay filtration of signAls is
assumed in the receiver, An integral equation of ~he received signal (with a limited
dispersion of noise field intensity) Is set up, and trimarorated into a fIJ!st-1dnd
FredholM4374 equation having a~GaucWw-kernel, By oonsInctivig a sequence of linear
funationals,with a continuous weight fun~ti6:, it iwp~~648n!lfiat-the distributed
reception system-ensures an almost regular channel of'46m=tication. Thd neOr-
regularity characteristic is Inherent to a wide class ot diAvributed
chinnels with
additive noise which can be,described by an operator wUh a nendegenerate kernel.
Orig. art. haos 17 formulas,,
DE: 17' 09. SUN DATE: 2Wun6 t ~(YIE
SUB C 3/ (4*.1: 11 ~Oo t
9E
card I

91 I'll 11111 Lill H11 1!99=0 w ="I.
EWA(h)-
6695-66
C-o- M... (111Z/00~!., /1 6/00
ACC NR, AP60147TE ~/00,v-w
j. -
AUTHOR: Zima, V. (Engineer, Candidate o~ sci~nceO,
ORG: Institute of Radio-Engineerina and lEleetronics-i.idec'noil vak4,caalter:0.
Sciences Prague
TITLE: Digital fregliency:conversion
j
~' 1 0, : 066~, i8o 0"
SOURCE: Ceskoa-lovenska akademie ved. Acta techni 2
ca 1114~4
TOPIC TAGS, frequency conversion, pulsel counteri~ diet ~11 control
ABSTRACT: A system consisting of a puls ke~lit'j)ossible7.
e counter wi ng:ma
rence J..dtor an arb
to convert the frequency of the primary refe ene: i~j ary! nominal,
value. This paper de3cribes the prinieple of the meM>d and the additi6nal equip-
ment for decadic augmenting of the frequency deviationi. Thel. process of ~ disoontinu-
ous digital control is described analytically. An ldvlaotigii6tion is ceirried~ out of
the response of the system to the initidLl frequency daviatiorib uniform agink of the
piezoelectric resonator, and a periodic error signal in the oocillatoL7 system.
Properties of the equipment have been verifled experinjental.4. The aut~i or ;express ea
6~ine: ng
his gratitude to several scientific teams of the Institute ot Radio E qri
and Electronics, Czechoslovak Academy of Sciences, for taking part in builL .ng the
experimental equipment, and to Eng. Jiri Tolman for his cotypeTation in precision
measurements, his valuable suggestions, and for stiaju:~ating discussion6. Orig. art.
has: 13 figures, 2 tables, and 37 Toemulas. (Author a abstract.

HkIIJUM111311H t 3UII Vill 1111111111 111
'11"141111111
ZTuzl,,4L, II.A.
Efficient cutting out of tin plate for the manufacture of tin
cans. Izv.vys.ucheb.zav.; pishch.tekh. no*2:102--109 159,
(HMA 12:8)
1. Astrakhanakly tekhnicheskiy inatitut rybnoy promyohlennosti
i khozvaystva. (Tin cans)

VAGIN, S.B.; GORDINSK17, G.Ye.; GRIBUVA, Ye.A.; DUBROVOKAYAOX.A.IVIDANOV,
MOA., prof, ; ZYUZINAO KARTSEV, A.A.; OWEV,$V.0.~,dots.;
LEONOVA, SUDARIKOV, Yu.A.;YUDIN,G.T.,dots.;
SOKOLISKAYA, Z.V.; TOMKINA, A.V.; USPE31SKAIA, 1f.1%.j prof. - FOKKIN'
K.V.,kand.geol-min,nauk; CHM1YSMW,S.HO; YAVORCHUK, I.V.)-
BAKIROV, A.A., prof., red.; DEMENTIYEVA, T.A.., ved. red..
(Geological conditions and basic characteristics of oil and
gas accumulations in the limits of the Epi-Hercynian
Platform in the south of the U.S.S.R.] Geologicheakie uslo-
v-lia i osnoviWe zakonomernosti razmeshcheniia skoplenii
nefti i gaza v predelakh epigertsinskoi platformy iuga SSSR.
Pod obshchei red. A.A.Bakirova. Moskvap Nedra. Vol.2. 1964.
3o6 p. (MIRA 17: U)
1. Moscow. Institut neftekhimicheskoy i gazovoy promyshlen-
nosti.

gauu-ujfflb~ C~ SO
ZYUZIKOt M.P,, kand, fiz.-matem, nauk; SHATIRNSH~M!N, Y.G.
Thermal conditions of coke urens. Koks i,khim. n6.7t2l-25 10.
V-7- (MM 160)
1. Kommunarskiy gornamstallurgichealay InItitut (f6r Zyuzfko).
2. Kommunarskiy kokookhimicheakiT zavod (for Shatenshtayn).
(Coke ovens)

... . ..... ...
z M Ixo$ 14. P.- ------- ------ -- ------- -
USSIR/RathevAtics 4' Op*ect~al Theory Iil 21;,TW 53
Spectral Properties of the Operator -AU -L bu"in an
Unbounded Space~ of an Arbitrary Number~,of Dimen-
sions,"-4. P. Zyuz'W~'~..kharlkov State,Univ
DAN SSSR~ Vol 90, ko.6, PP 957-959
Demonstrates tWree theorems which are'ge,neral,iza
tions, to the case of a Euclidean n-disiensiohal
sp4ge, of the corresponding 3-dimensional theorems
of-~A. Ya. Povzner (Matem~t Sbornik, 3;4 No L(1952))
on the spectral theory of the operator~,Bu= -Au+c(p)u.
Presented by Acad S. N. pernshteyn 25,Apr 51.
20)T67

I I I [I fl I I I PI I I (I I t I I IN
ZYUZ1K0, M. P.
"The Spectral Theory of the Operator u cu in an Unbounded Space of
Dimensionality Greater Than Three." Cand Vhys-Z-Sath Sci, Khar1kov State U,
Kharlkov, 1954. (RZW.-at, Apr, 55)
SO: Sum. No. 704, 2 Nov 55 - Survey of Scientific and TeefinicaliDissertations
Defended at USSR Hil7her Educational Institutions (16).

Spectral properties of the operator -A)A"Cuin an unboundee space-with an
arbitrary number of dimensions. Dokl. AN SSSR 90 no,6:.95?-959 LTM '53.
(MIMAL 6:6
1. Khartkovskiy goaudarstvennyy universitst (for, Iyullko). 2. AWem;iya
nauk SSSR (for Bernshteyn). (Spaces, Generalized)
1j

ko-laa t
ar. infinite cnx-j-p allimpi
perlo,ji-cally distrIbuted racLanpilar holeo. Tzv. ucheb.
za-v.; P0.11:33-36 '63.
'11.1RA .17:1.01
1. Kor"miriarz"kly Iris

KoRoffKal, Ta.I., dotsent; KANGROB, 141,; LEVOIDMO, V,I., aUrshly
bibliogr9f;._;"R1-2-r-, bibliograf; KHO.MrSVA, I.Y., rad,1zd-va;
KAHMOVA, U.S., MMESAVEKATA, L.Sh., takhn.red.
(Bibliography on the history of the coal and metnlluigical ind-untries
of the Donets Basin] Bibliografiis po istorii ugollnoi i metallur-
gicheakoi promyshlennosti Donbasse. Moskva. Goo.nauchno-tekhn.isd-vo
lit-ry po gornomu delu, 1960. 74 y. (MIRA 13:11)
1. Russia (1917- Lugenakiy ekonondchookly administria-
tivnyy rayon. Sovet narodnogo khozyaystva. 2. Zoveduyushchiy knfed-
roy istorii Lugenskogo gosudaretvennogo pedinatitutalfor Korchmarl).
3. Zaveduyushchiy bibliotakoy Dome tekhniki rmoinakago sovnnrkhjrza
(for ladygrob). (Bibliography--Donets Baoin-Coal mines and mining).
(Bibliography-Donets Basin-14atallurgy)

-- -- ----- --- --------
--- Ivan Terent yevich
--,--.--------------BA7,IWRA,,-Pantelay--Somenovich- SERGIYENKOP
(Berhiienkol I.Tj, a'gronomj,IGeroy Sotsialisticheakogo
yieh,-- FEDULAYEV, Andrey
Truda; ZMM.,Ypygq~
X P~trq
Luklyanovich; VIMITSKIY, r. Rimwts'kyipS. ]),:red.;
MOLCMCVAp T.p tekhn. red.
[Additional crops) Dodatkovi vro2hai. Odesa,~'Cdeslke knyzh-
Rove vyd-voj 1959. 22 p# (MIRA 15:7)
1.. Predsedatell kolkhoz.a "Bat'kivsholvDa" Kotovskogo rayons,
(for Bazhura). 2. GlaviVy agron om kolkhoza "Ukrainall Odesakpgo
rwjona (for Zyuztko). 3. GlavrWy inspektor po rasteniyevod-
S-bvu Odesskogc oblastnogo -,7mravlenlya. sell skogo khokhoz7aystva
(for Fedulayev)i
(Odessa Province-Forage plants)
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ZTUZTUKIN, G.V*
Hard-alloy, maltiple-edge cutting tool. Stan.i instr. 25 no.1.1;4-35
Ja 154. (KLRA 'j-2)
(Cutting tools)

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