SCIENTIFIC ABSTRACT MIKHEYEV, V. A. - MIKHEYEV, V. N.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001134120005-4
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 14, 2000
• Sequence Number: 5
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT


L o0316--66 WviT(d)/EWT(N)/E'dP(w)/EPF(C)/EWA(d)/tdp(v)/T/EWP(t)/EWP(k)/
UP h LVP z)/ZWP(b)/EW(1)/ETC(a) BW/JDAdw/n/w/as
ACCES.SWN IR: ATSMWJI
AUMRSs MJmovj 9,. L; NikheMs, To AAA
TITLE# Effe0th of gassom environment on lubricant effectiveness under con~iknv
of bearing Lotion
SOURCEt AN SSSR. Hauchrqy sovet po trenlyu i smaxkau. Teorija mazoohnogo
deystviya i nov (Theory of lubricating aotion and new materials)@
yye materialy
Moscow,, Isd-vo Naukag 1965j, $a-Ap
TOPIC TWSs. Itabricanti, lubricant Ufa, lubricant property 9 15 Inbricanto KS 20
lubricant, WS 35 lubricant,
P 1322/300 lubriaant,, PHS 100 lubvicantg PHS 20
lubricant HT 4 friction U'R2"
ABSTRACTS The effoota of loado Unaverature, and gansom anvirormut on the of-
factiveness-of varim lubricants were Ivestigate4 on Wation sac1ifte HT-4
(a. Vo Vinogradav i dr. Prl)6ry 411a iseledovanip fisiko-edvicheekiNt aMvtv I
struktury metallov i Siater lov, k 964- H., I t 1960), LAdri-
P-6045/6 TOM
cated bans of Cr-Vb steel'%2*7 ter) us loaded W!Itk 37.5-300 kg (top
re - '&;~
ban) and teste-a at 2560 rpm ant a sudden ries, In frfoti6i~l us indicated
or Wricant failure 30% reModwible), Tests were can in sir,, under

L 00316-66
ACCESSION MRs AT5020435
vacuuts (io-4tor) and under nitrogen q uter/minute). it wme ro=d that the tlm-
to-failurwt as a function or absolute tompaature T and stress w could be ex-
+ BA I I
pressed as log t = A cr (A B = constants). Curv a of tion-to-failure at
different operating tamperatures t200,400C) were obtained for 8 lubricants in
air,, vacuum, and nitrogen (see Fig. I on the Enclosure). It was found that for
hydrocarbo I 1cauts (M-20, W-35g H-15) and athylpolysilozane fluid (lubri-
cant 6YU1.1 44iilluke increased considerably.in Nit Indicating the lzportance
or oxidation aceases. For lubricants Fm 1322/3000 PM-100,p PM-200 and
dioctalsebacynate, the effect or Ki atmosphere was negligible. In vacuum the
decrease of, 02 concentration tends to lengthen operating Ure, while the increased
lubrioant'vaporization decreases it. The not effect was a1vW a decrease of
time-to-failurein a vacuum an compared with air and curves, Orig, art. hass'
2 f1p woo*. 92
ASSOCIATIONs Nauchayy sovet po, treniyu, i smaskas, AN SWR (Scientific Comittes
on Friction and Lubricationj AN SSSR)
49
SU 08 V319" 01 SUB COM FP
ND IM Offs 003~
card
V4

KIKM T, W.A.
'W:W~aers"
(Ftrdraulic press units: calculation. construction and oceration) Gidrayll-
chaskis proesovye ustanoyki; raschot, konstruirovanto i ekspluatatsita. Isd.
2., Ispr.1 dop. Kooky&, Got. nauchno-tokhn. Isd-vo mehinostroit.t sudostrolt
Itt-ry. 1953. 74 p. (KM 6:10)
(Hydraulic presses)

MIKHEYEVp V. A. and KORNILOV, 1. 1.
"Constitution Diagrams of Y&t&llic Systems Based an Chromiu--," Uspeki.,
Khi-mii 22 (1953) pp 87/98.
B-774o6, 21 Jul 54

NUMTEV, V.A.; MMAKOV, S.Te.. doictor tekhnieleakikh nauk. redaktor;
".-MMO N.A.. tokhnicheakly rodaktor.
(High-pressure hvdrAUliC pumps and Tmcp accu--alator mt&ttonsl
Gidronasosy vysokikh davlenti I nasonno-akkumullatornye stantsti.
Koak7a, Goa. nauchno-takhn. itd-To Mashinostrcit. llt-r~, 1954.
140 P. (Pumping mdLchin4ry) (MLRA s:1)

MIFJ[1TfLV, V. It., Enj~.
"Usc of Extremely High Ldqu-id Pressures In New Hydrav-111c Presses"
jp. 467-476 In book
Increasing the Quality and Rfficien,~-
.1 of Machinery, MDscov, PzaWz, 1957,
626pp.

/ / / - /- t~ V, - 1 1?1--5-3/31*
AUTHOR:Mikheyevt V.A. (Engineer)
TITLE: A New Design of a Stuffing Box with u GrapirAte Loaded Grease
Seal. (Novaya 'ronstruktsiya sallnika s metallozhidkostnym
uplotnenlyem)
PERIODICAL: Vestnik Mashinostroyeniya, 1957, Nr 5, pp'.9-10 (USSR)
ABSTBACT: A new tyre of hydraulic seal for reripronating pluxigers
is described and illustrated. The seal oenupies an annular
space between a 45 mm diameter plur4,er and a 65 mm diameter
housing. 10 mm lengths at each end of the space are filled
with "Lion" type packi%--. The middle 70 mm ler4~th contains
5 pairs of rings, namely five outer rin6s of 7 mm square
oross-section fittirv, the housii-C axid loavirr, it clearance
of 3.5 mm against the plunger, and fivp in-rier rin6s of the
same basic cross section fittinE; the rlurv~er. All but the
inner ring at the end have an interial (I-Lumfer facing inwards
towards the high pressure side (450). All clearance spaces
are filled with an emulsion consistinL of 70% silver graphite
mixture and 30% grease. The mild steel, non-Leat treated,
round rinE;s are oiled in assembly. A similar seal for an
0 mm plunger was tested under static coriditioLs againat a
9
spindle oil pressure of 400 atm. After 68 hours no leakage
Card 1/?

1??-5-3/3r
A Kew Design of a Stuffing Box with a Graphite Loaded Grease Seal.
was observed. Reciprocating motioL tests are desnribed and
the test stand illustrated diagrammatically. Fully tight
sealing was observed against 350 atm in machiLe oil and 320
atm in water. The numbers of reversals in the tests were
113 000 and 31? 000 respectively. Editorial remarks suggest
that testing was insufficient. There are -1 illustratioLs.
AVAIL&BLE: Library of Congress.
Card ?/?

SOV/ 1 37-~S- 7- 14 1-16
Translation from: Referativnyy zhurnal, Metallurgiya, lqj8, 'N'r 7 P 5,-, IUSSPI
AUTHORS: Mikheyev, V A , Su s h, h i i , ~ i,,. D ,\
TITLE: Water-sealed Ele(trodes W11d1'W1J)l0t1)Vn1Ve VICktrodovi
PERIODICAL: Byul. tsvetn. metallUrgii, 1957, Nr 10, pp ~0-11
ABSTRACT: Good sealing of the interior ol electric redu( (ion furnaces
is reflected in output per unit time thermal conditions, inter-
nal pressure, electrode service, and the :!Lmospherc of the de-
partment. The asbestos-scaled heat- ccchanger system
formerly employed (lid riot work out. A &ater-seal type of
jacket is proposed. Around the electrode there %vould be in an-
nular trough with high walls, filled with r.-inning %%ater. A hol-
low, water-cooled annular blade fasteried to the ele( trodu
holder, is lowered into this trough A telescopic devi( c ii pro-
vided to assure the required motion of the vle( trodes A- tht-
knife rises, supplementary piping is linked therewith, so that
the bottom of the bottom pipe is always in the water.
V. I
Card 1/1 1. Eie(~tri~

25(l) PHASE I BOOK EXPLOITATION sov/i58i
Mikheyev, Valentin Aleksandrovich
Gidropressovyye ustanovkI sverkhvysokikh davleniy (Super-high Pressure
Hydraulic Presses) Moscow, Mashgiz, 1958. 117 P. 5,000 copies
printed.
Reviewer: L.A. Yefimov, Engineer; Ed.: V.B. Skornyakov, Candidate of
Technical Sciences; Tech. Ed.: N.A. Dugina; Exec. Ed. (Ural-Siberian
Division, Mashgiz): M.A. Bezukladnikov, Engineer.
PURPOSE: ThIls book Is intended for engineering and technical personnel,
designers and technologists, scientific personnel and students at
vtuzer.
COVERAGE: The book presents material on the development and operation
of hydraulic presses operating at super-high pressures. The advan-
tages of such presses 1Dver conventionalbydraulic presses and pro-
apects for using them In Soviet industry are described. The author
presents designs and constructions of hydraulic presses with super-
high pressure. The following personalities are mentioned for their
active participation in the development of new hydraulic machinery:
Card l/ 3

Super-high Pressure (Cont.) SOV/1581
designers and hydraulic press builders F.Ya. Karakuts, L.P. Kibardin,
F.B. Shiker, B.I. Polyakov, I.A. Rozhenko, Ye.A. Korovin, V.V.
Kalinkin, A.B. Figurovskaya , A L. Ayzenshtok, and B.A. Trembach.
There are 9 references, of whl;h 8 are Soviet and 1 English.
TABLE OF CONTENTS:
Introduction
3
Ch. I. Some Problems Concerning the Design and Selection of Type
of Construction 7
General information 7
Ch. II. Designs of Special Purpose Hydraulic Presses 17
The first experimental press using super-high pressures of the
working fluid 17
200-ton capacity hydraulic straightening press 25
Hydraulic press for pressing stator cores 34
Hydra~llc press for testing pipes under pressure of 1000
kg/cm 40
Card 2/ 3

3uper-high Pressure (Cont.)
SOV/1581
Ch. III. Special Hot Press-forging Presses 45
Type PMl 1000-ton capacity expprimental press 45
Type PM2 hydraulic hot press-forging press 65
Powerful hydraulic presses 76
10,000-ton capacity hydraulic hot press-forging press 81
Type PM10, 10,000-ton capacity hydraulic hot press-forging
press 87
Design of an oil-pump-accumulator system for driving a
10,000-ton capacity press 115
Bibliography 118
AVAILABLE: Library of Congress (TJ1460-M53)
GO/sfm
5-29-59
Card 3/3

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t sve tr e t 6n Pi v c in i t,. -I i - -6 Re a~ t-' 3 c t. i
Lead uc~.:c--nti .~:,s"
7 V. F L 1. A. 1". P.
.
Si:, i r I I . r~l - 1: - -,, ~ -- 1 : v :f s -'.I(.Polyvyanyy
rLi. ~-, f -u L e I t It metallurgil o s'- c a
A.N K5 z SSR ( I nz, t i t te r B p- I - f -1 c JL
k~,Sc. too I Trr
A.r4. Vol'-',il- H.A. A~- e v A. 1'. Y,~ P. S. T
lfX. v.S. ~lj -- - :)loto
ir ~~d A. P A. I. L, 1 1.

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e "C 11 n i c -~ e --- 1: S t i t t
Pr Ic 'u
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V.P. 4
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Dol:i-irskiy, I.D. P-,
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7 D. L'. Yu, - ht v d' r
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dc.vel_- ed )f
clr-ct Jlvtis I
C i s s io n f- n .3 D. !I. Cl i
)f c Ac. G(_ . USSR, C': 2
r o c e e: i P_~z A. A. A-
d c .,-7c r t vp
ef ec
Ir

e ) n it ew M c t 1, o d ~-, o f i ' 1 -L er~ d 'CV 7: 1,-,/ 11
A.I.I. ZYkov of 'ffe- Lenin d P7,,l,,,tectn: c I L ~.riti-
c s e d t 9 r e, p ) r t s ', r e t e CI -j s t
analytiral. "G.P. ;7,11,-jti,~v :)f '-1 6 Ukr..~.I'ak -.:-Aed
"-he adoi)tion 3f clf-ctrl~: la--trad )f sr:~-~Iti-_
E-econdar ', rIzs. A.N.
.y lead ~;iat-rI_al_s at t.e
Correopondinf, Vef.,Iler of t:c Ac.Sc. )f '~_'e
described ,lijrl-, 1-e had ciirect,~d tl,ore on s-ilpl.ide ~xid-ti:)n
and recomLiended. faor,,- atteuti,):~ to as,-,ects.
v.r. Fedorov if tie ~~NTK USSR dre,. at'Ler.ti~,r. to ti,e
com.)arative lack of w:)rIK in the Sovi-.t lc-au ..,distry DD
new methods, but )p,jsed t;.C- _,T'01%D6,11 ki Gii-,:__,vF,,ti,et t,)
build a new, larLe electric furnace at the L,~:iino,~orsk
Works. P.I. Kravcheriko of the Elektrotsink 'Njr~,s deplored
the incompleteness of all the work reported at the
conference. A.M. Lomov of KavkazCjprotsvetriet c:)nsidered
the adoption of electric srIeltin,,--. of lead concentr-tes
and I.D. Parichenko of 10liKh of' the Ac.3c. Ukraiuian SSR
with electrolysis of fused salts. F.L.T. LDs..atov,
Professor, Doctor of Technical Sciences Df Viijt-bvet,-!rI,,ziloto
rewinded the confert,r.cc ti;at electr'c ,:~e]An, if, r~-_)t
applicable to all c~-terial_- a-_ d disE:t~rr-_; 7, 0 t i n,
SUgrestion tha' all Sovi, t wor"co shj ;1d 1.,7 C )r-.,vr.rter.I '_Q
G, U

i
Conf,--.r~-~i,ce on New 6c,// 13 1
this practicei IS'D -)Kc Laim, t ~j i-:r; i tr, t-,
of lead- cont-ai niriL, terials a vi,~-,'; op, --(j lj.~i.
Zapevalov ~)f Lhe i ris t i t t
y
(lrkutsk IdiniriL,-r:e tall -jr Lical L,stit,-ite)
need for ecorij.- Ic evLl ib ', i,.)n. L D I
3iprot3vet.,;,, t dutl~e--! - electlic c 2 ; I j
revolutiordsc LLc~ le;tj iitcIu-,Ai:-,y ono reuQ;irci
on the alicali pi-oces, ond i, i i., t,- r i i i(- I. V. I , [.,o,., -) f
t1c, Gosplan of W.e Ki3zSSR criticised the i--c,-.rc- --orle,
leported but D.11. n o -f v c t d 1~ t: _4 s
rIr h ~3 d One c t, v- ~,y re~,J] se M S,
ti.e ~)r,~,virous C-)I-f ~rf-~ Cr ',, Daj. ..tic- ef ---sted.
!.*anj s~),akers ,;c-lj:cd , 1--c lc~cj- if cc~A-T, I I FCC ti 'r, f
r-,rnh ivork. Af ter Atiro_ in rpc-)r-6 t~ e v i
proposed c:c-tl cdI- rIC-( " -,_- - ~! r, j I , f
1d
be t,,-d -) n d,", cA 'if vc
I e d r,~,
.irlded fl,)zrs -,,:(] ejCZ~'
I t j: - I
olec trDlysis o f 1, t? tr~, S
r i C I I: .,I El
c c tr f cc) I,

Co ff r C Nc'.,: L'
solut ions a-L, I
1',:~ rk s D
middl f i ,1!l C c e: 1 A, "o'. A
TI- E; c :-f,- j - , r-, i to , ,-~ (, - -, -'. -L - , cl
cca~,e and tLat r c c ~'D s 1 1 0 c J-)
10U r e,-, r;- e ~e;.uc(j 1:
d,
uard 1. Wsad-Production 2. Lead ores-Processing 3. lndu~,trlal
equipment

11 wdkayj&bj-,Mt VIMImir Mozusovichi PPLYAWVp &*&-to
Zvtnovlobl OOLOSOTO i.i., inzb.,p ratesawatl OBOLDUM# G.T.t iamb,#
red.; BMQDnMA9 I.Aot red, iad-vol VMVINAq G.N.# red, W-val
PBTELWNv MoM.v tokbn, red.; BARDINAp A.A*v tekhn, red,
[Hoderalzatiott of bydraulle press equipment] Modernizataiia gldro-
pressovago aborudovaniia. Mookup Goes usuabno-tokba. isd--wo
saahimetrolt. ltt-~ryp 1961. AS p. (KRA 34t 8)
(Eydraulia presses--Toobnological imovations)

MIKMEV,, V.A.; GUBAYDULLIN, G.S.
I
Sinter roasting of lead chailp wistures an a sintering
machine with bottom blow, recirculation of gases and the use
of oxygen. TSvet. met. 36 no-4327-35 Ap '63. (KIRA 16:4)
(Sinterinx) (Lead ores)

MIKHEYFVP V.A.; FAVLOV, A.M.
(!hydraulic scolf, L,:-o;iking in roliing riiln] Gldrosbiv
i,k,iliny v prokatnykh t.,;ekhakh. Moskva, Izd-vo Metailur-
gi in, 9~4. 104 fi. (MlhA 27:12)

rW4= 997~
47.
P
ACCE"100 j NR* AP4649883 S/0318/64/000/00310031/0034
AUT~dit. 1~* Mikheyev, V. A.
-TAXTM -fly a I friction-
e machine for renearch-4n-lubrIcating mal
teiiais
ererab?tka, i-noftekhititya,.no. 3 '19640 31-34
t
-maihine,-'Iubricant-itability~. -i-.
ACS C lifticant .-lubri-cant.- testing j -f ricti
T
AS~q~PACT:i th high' and high-s conditions buta~ripping the
-temperat~je peed-
qualifications of mineral oiVand vlastic lu-4-ricaftniz materia14 especially be-
Zause of a JAck oi -high-temperature s-t-aftlity, and since extensive research in this
a -rea-is___1g'tcking'# even the rosearch methods havenot yet been developed. Four-ball.,
fklqi~n inaclitnes.are. unsatisfactory by virtue of the time necessary for completing''
eiptiIrij~entss-the authors therefore conatructed.a five-ball f riction mackina appli- ;--i-i
cal~16 to cases Iof rolling friction, sliding friction, or both# The apparatpot
sh 4un in Pig- 1- of the Enclosure., has five balls 9.52 = in diameter capable of
j revolving in opposite or coinciding directions at speeds of 500-10,000 rpw. As
i4t evident from the drawing, pressure ecan be apolied from either or both sides
_:the,_ two balls can -Da- rotated, Ot inter
impletely-'itmoved, from --operation., In
mitt-wit.- htshion9 or One -of --them -Oan -be - c
s
ite and
11gi!ations way be made by substituting balls. of differing materia
W.

MIKWEV, V.A,,, inzh.
Simulation of the ffystemB of rai-Iroad automation by means of
digital computers. Vest. T~Rll MPS 23 n0-4--57-60 164.
(MIRA 17:8)

k"
7t WAN'
'ACCESSM Ut :05W"01 Inv,
~AUTHDRSI..; to -lot Vo A*
7.
W4,
anc* of oils In the
*Wi af-_~~"Ppsratun and ldtft the Perfon
rolun 9, ~~.6
sww,--,
-SOUME3 Ibimiy& i.tekbaclogiya topUy 1 wool# no, 4p 1965P 52-55
TOPIG TOSt lmbz4cantp:~ lubricating oil.. synthetic lubricant.. taiting devices
test method, grictions friction bearings rollW effwt/-MS 2G mineral oil
AWIRAM Tho perfoxuance of organosilicon- lubricants in the rolling friction
,n,~f VTivomballl. eVerimental-friction machine,kFh-own schematically in Fig. 1
on t Fro-suro) was itudlea In mpe:tatures a
a broia range U to IA loads. This
was desor:.Lbed b~ Xo I a Klimar and V. A. Mikheyer I(Pyatisharikovaya m&sWLm
r= d1ya iaal~dovaniya emasochrykh masel, Nefteperarabotka i neftekbia
-The - ro]3jng friction zono is formed of a 5-ball WvdA and a
61 The upper and lowr -baUs are connected
-wmwrd eion_ &"200 olu-
tho'vi6ftv 5 azd 10'wbich ratite Jii tW we rev
Uad is exerted br the upper dynamometer 6t1 The bowl 3 r;m~
end the balls roll along the urw=a surf we of the bearing

J
__o ring 2# Whab" th's-'U40 d 4~ver ones ro2I_-vI balls. in the eurrelt
'the lubricant
thin frictioA brie'vas heated to thO.;required te4~ef
was inbroduo6d~ -aim-TIEW-ohafte were put into motion, The, donditional torm ftoil
performance- tiaO indicates a period from tha atart to' the beginning of dry
cant Pand w
bare Ootenained for the, five thatic. lubri
Ompii", lug- ijw us rsviults obtain Oro
The-b6havior,of-
tabulated -thor-.vrPTW i 1W
temperatures a~d loads in shown graphicaIly. Empirical- exIations-des~rDi~g-the--
relation of.th6 oil'pergormance time to stress and temperature are presented. Thei~l
performanoo.7time of the mineral oils in the- temperature range 100-h= increased
A tion-
i from distUlste to residual oilsj tjW time of the residual
with the tru
MS-20 oil at - 2660; ~as '30 -times aliolter than. that, of the distillate transf ormer oil@
t, Although the
emperature, .
-diff eret ad-vith-ths-1w
Iorganosai Atbri6anta were Uss volatile-tMA -tbe--adnarsl--i~ilo.,-their-perfQ3~.!__
clrl~ (at the contact of the middle
WW_~ind me'a n* streas of 123~O kg/
balls -with'. the' bear~izkg ring) were consid'arably lower than, thois of H5QOj. and IWO
differen6e-Ua"zed iith thi lowering of temperaturao 6rig.' alt. has 1 1 table
and"$ figuroso,
AWWIUION i hoj*

AC~=Wjf~t:: AP~014951
-ti nioment) dateivdnes the normal work period
T~ to-the 11~~Gn:i~creaso in the fric o
min to the abi ure (T) and
:1 of the frica.D~ n node.. The relation of loluto tomperat
as-,ab the, zone of ball contaotwith the vertical cup wall$
(Gcp)
A-1
19
Wherel A I ari ~cohstafitv used in the -mearing capacity- evaluation of oils in the
g-,friotion-sono,,--Imestigatio~.-,.-repults are pr seated in Figures 3 and on
7~,
T the EnCjQO=,6----
the upper abscissa
peratwo e"a ,for the particular -cuot 15cp 1614 kg/cm?.. 'The organosilicio
lubricitnts proved -inferior to' the. hydroc arban oils. -The vorking capacity, of tho
iorocarbon oiu and the ethylpolysil-o-zeno4aulds increased under nitrogen,, while
~'that ot the methy;1- and ih-enyipaysiloxene band diocty1cabacinate remained unchange4
In a vaouam.,,the Period of normal working porfomance (:=reasod with the increase
in oil ~volatility. This of fect was corrected by decre, oing the gas-apace vol
At the
trt,~haap o? atmospheric conditions for -vacuum (srith uvlimited gan-space)
the worldiag capaolty-of Dils began V; depend on the dogree of the oil mridation
4by atmolghoric o~qgon and on'the oil volatility (the rate of oil expenditure was
decreased due to-oxidation and increased do a result oj! cmLporation). Orig. art*
has f tablo- aryl: f1goos.
7 7,

MIKMEV, V.A.0 inzh.
Selecting superhigh-pressure drive for hydrostatic prres-ea.
Vest.mashinostr. 45 no.10:57-58 0 165.
(MIRA 18:11)

A~-C Nki 11
V.
'-1 for tho of fror, nurchric: card3 to i~n OleC-
C a
L'y fic itcjoo~'rch
"h. '.':;Or'tr[Al'nyy nauce'no-
s t I ILU,4 C., -
jZZ- or, iy"
'r ~Cy :;Ooi):
in
5 'CZ: 7:.obrotcniya, o~):-aztoy, tovarnyyo znak' , no. 6, "966, 93-99
punched car,-, computer inpul. un.-t
lovico for the groiip input of -'r.orma-
-h-L5 Author Gcrt~' ficnto prnsf ntr a I
icin fro.-, Plincho(I c:,r(I.-; '~O z. 74 inoar structuro. "In, ri
dovlco the _nto-ruption of oporal-"on and i3 drj~; Irmod to pro-
V. Otors of 'he group
6a tha poor, 'o-' I i,.y c,' rar,(!om and of the pz'r.-~,z
i'-'put L-1 t".10 P-I)CL)sn Of readling a 1,%rgo of pu;'.chod carc:3. ar.0 ,13rjd
~ho nwiboru of the coi3s,
n '~'.-,o dovico ao, l.'Lio (;oLuctor3 of %ho curront addross, - L and
so-ect-r--, naramotors which aro nLorod in t.i-iri mviror-y. Tho input chtirdatls of the
rc-- Lh
are connected throu-h va vo3 w-th th& outputs of tho triggers of ' o com-
puter corm-.and register (see lFig. 1). Tho roso.",ution input3 of tho valves are con-
nocLed witri the separate outputs of the computcr decoder.
Card 1/2 UDC; 681.142

o8944-67
ACC NR: lIP6011258
Fig. 1. 1 - registers; 2 - valves; 3 comnand
rogistor; 4 - docodor
art. has: 1 figure.
SUB CCLEE: 09/ SUBM DA7-E: laFeb64
-----------------
-L t

14:t,~p yp", .,nzr
Group pro'el"or, of -rfr~ -cr. -04, e3
63-64 165.

KAZAROVO, M.S.; OVSYAIWIKOVq,ViG,; SOTUZOV., A,A,; MITAISIPMI, A.A.;
XUDINO 'P.G.j SOWVIYEV,, ld.j~ SVIMV., A.A.; RUMYAVTSEV, S.M.;
NOLICB=Op I.N.; NDW~IN,, M.R.; OAWV, D.A.; HATORSK17, G.I.;
SHWOV.. I.Ya.; SUTV~W, N.A.; KOVALEV,, A.I.; VLASOV, A.A.; -
LEM, Ya.L.; KLDJOVITSKIY, A.Z.; KETALINIKOV, G.F.; PAMSHKIN,
G.P.; CILECHETKIN' 4.V.; jgKjMXSVt~-; KOWOLIIIIKOV, K.A.;
HOISEYEVAl A.I.1 TIROV, G.I.; KRYLOVA, V.P.; GOFMAN, Ya.M.;
MHANOVO B.F.
K.I. Korshunova; an 'obituary. Rech. tren3p. 20 no.12igg-D 161.
(MIRA 14:12)
(Korshunova, Kseniia Ivanovna,, 1910-1961)

L 33437-66 EY' i )/T- jp
---XCC NR, AP60-2-0553 SOURCE CODE: uR/0414/66/000/001/0068/0073
AUTHOR: Aleksandrov V. V. (Novosibirsk); Koney, E. V. (Novosibirsk);
L4iLhc!ev, V. F. (Novosibirsk), Kh.levnoy, S..S. (Novosi~irsk)
ORG: n o n"e
TITLE% Surface temperature of burning nitroglycerinelpowder
SOURCE: Fizika goreniya i vzryva, no. 1, 1966, 68-73
TOPIC TAGS: nitroglycerine, combustion temperature, solid propellant
combustion, combustion research
ABSTRACT: The surface temperature T 8 of nitroglycerine powder H
burning in air was measured as a function of the initial temperature
of the powder To (ranging from -25 to 125C). A thin 0-5w) manganin-
constantan the ocouple located between the compressed powder specim
and an ebonitef'substrate cemented together with acetone was iised foren
the measurements. The tabulated and graphed results show that the
surface temperature of the powder is practically independent of the
initial powder temperature and varied between 275 * 21C at To - 20C
and 281 9 11C at T0 w 116C. The aver s' ge Tis about 275C and, apparently,
is the boiling temperature of the nitrogl;eerine and dinitrotoluens
1/2 UDC: 536.46+541

L
_kCM, AP6020553
xixtures in the presence of nitrocellulose and decomposition products.
Data on the burning velocity of H powder at To 4 20-40C, calculated
on the assumption that To is equal to the boiling temperature of the
mixture, are in good agreement with published experimental data on
the dependence of the burning velocity u on the initial powder tempera-
ture in the same temperature range. The results indicate that the
evaporation of the volatile components plays a great role In the burnin,
of nitroglycerine powders. To explain the u(TO) dependence, it is
suggested that at To < 40c, u is determined by the solid-phase reaction
and at To > 40C, u is determined by the reaction in the gaseous or in
the aerosollphase. The author is grateful to A. A. Koval*skiy for his
advice and also to all his coworkers at the Laboratory U-Me combustio
of condensed systems of the Institute of chemical kinetics and combus-
-tionjiberian branch, AN SSSR for their discussion of the work, Orig,
art. has: 4 figures, 1 table,-and 2 foraulas. (PS]
ISUB COM 191 SUBM DATE: l5Nov65/ ORIG REFt 008/ OTH REFs 001/
1,ATD PRESS
i
Card 212 UL?--

-4342-6� Evr(l)/Ewp(e)/EVIT(m)/T/EWP(t)/ETI/EWP(k) IJP(c)
kCC NRI AP6029754 SOURCE CODE: UR/0414/66/000/002/0044/0051
AUTHOR: Lftheyev, V _r,__(Novosibirsk); Khlevnoy,_S. S..(Kavoslbirsk); Khm!ftskay's
A. V. (Novosibirsk)
ORG: none P
TITLE: A thin film resistance thermometer for recording temperatures on the
of powduer/during rapid heating
SOURCE: Flzi" gorenlya I vzryva, no. 2, 1966, 44-51
TOPIC TAGS: solid propellant, propellant, combustion, solid fuel rocket
ABSTRACT: One of the Important characteristics of solid rocket fuel,/is the change.,,
in the surface temperature prior to ignition at various initial conditions and with'
various types of energy incident on the surface. The study of the ignition proce -a
is of greatest interest when the fuel is heated very rapidly (ignition time 10-2 :ed
which is close to the actual ignition conditions in solid fuel rocket engines.
Temperature measurement of the fuel surface has been studied by methods based on the'
emission of infrared radiation from the surface. This, however, had the shortcoming
that the products of evaporation and decomposition affect the measurements. In the.-
present study, a thin film resistance thermometer (0.5 v thick and 0.2-0.3 mm.
wide) was prepared and used to measure the surface temperature during rapid heating
by light energy. The nickel resistance thermometer was prepared e1ectrolytIcaUy.)-.-:.
!Card tMC: 516.46�541,427.6

41, 82 6(X
ACC. Nit, AP6029754.-
and standardized with a manganese-constant thermocouple at 0-300C. The thereiometiei~
was mounted an 20 mm diameter and 7 m thick fuel samples which were heated by 11g6al-
flux-of 12-14 cal/,cm2 sec. Temperature recordings were made with an oscil)ogr*aph.'
The heating of a powder H-carbon black mixture took 0.1 to 0.3 sec. The thermometei~,:
can be used with energy fluxes of 10-100 cal/cm2 sec obtained with an arc fu
This would ensure heating in 10 usec. The authors thank T. F. Voyevodchenko,,";-01.;".,."^!,
D'vachkov and M. S, Dumaley for their help in preparing the experiment. Orig
has:. 8 figured.
SUB CODEI 21/ SUBM DATE: 17Nov65/ ORIG REP: 005/ OTH RgFt 014/ ATD PRESS:
7 i7
Card 712

I.. r , - -,! . .
I ~ .~ - - I
~, f. . , -1, Is t - ~. -!t,u I", ur - ,~ ~,-, r '-, ~ n .t , -,' ' - 1. , - -
I I
. - - I
. - I . I . ~ 4 , n _ .
" A f I I - a '. ~ it , . t, ? -, i - I -- I , . - ~ , ~ '-I , , ~. .; a . . I I . I

_#HqkIWT- T.G.; IUDRTAVTSZV. G.L.
oft"%
Device for ILetermining the alpha phase in stainless steel.
Zav.lab. 22 no.3:341-342 156. (KLYA Lv:5)
I.Kusnotskiy metallurgicheskiy kombinat In. Stalin&.
(Steel, Stainless--Analysis) (KWetIc instrunents)

307
AUTHOR: Mikheyev, V.G., Eng. (Kuznetsk Metallurgical Combine).
TITLE: An investigation of defective rails removed from tr8cks.
(Issledovanie snystykh a puti defektnykh rellsov).
PERIODICAL: "Stall" (Steel), 1957, No.4, pp.343-347 (U.S.S.R.)
ABSTRACT: A large scale investigation of rails (rolled in
1947-48) taken from tracks was carried out in 1950-51
by the Central Laboratory of the Kuznetsk Combine. It
was then established that the most frequent defect
(horizontal split on the head at the end of rails) was
due to flakes. In 1949, slow cooling of rails after
rolling and hardening of ends (from rolling heoting) in
special boxes was introduced. This treatment
prevented the formation of flakes and in 1954-56 a new
investigation of 130 rails removed from tracks
(produced in 1951-53) was carried out. The distribution
of the above rails according to defects is shown in
Table 1. No defects caused by flakes were found. The
majority of defects was associated with the local
contamination of metal by non-metallic inclusions and
with the presence of fine cracks and fissures in the
middle of the rails base. A significant part of the
rails removed was found to be sound. It is pointed out
that previously, when a single rail was found to have
flakes, all the rails made from the same melt were
removed. A detailed description of defects with illus-
trations is given. There is 1 table and 10 figures.

380
AUTHORS: Sakharov, G.A. and Mikheyev, V.G. (Kuznetsk Metallurg-
ical Combine).
TITLE: An improvement in the surface quality of stainless
steel sheets. (Uluchshentye poverkhnosti nerzhave-
yushchego lista).
PERIODICAL: "Stalit' (Steel), 195?, No.4, pp. 3??-378 (U.S.S.R.)
kBSTRACT: The most common defects on the surface of metal
during rolling thick sheets from steel 1X18H9T on
the Kuznetsk Combine were cracks on slabs and fissures,
film-cracks on finished sheets. The formation of these
defects was due to factors related to melting and
rolling of the metal. Treatment of data collected from
549 melts indicated that the quality of the surface of
sheets deteriorates with increasing Cr : Ni and Ti : C
i.e. with increasing amount of a-phase in 0the metal.
Initially ingots were heated to 1260-1280 C (without
correctiog). A decrease of the heating temperature to
1250-1260 C noticeably improved the surface quality of
the sheets produced. A check on the content of the
a-phase in slabs (edges, middle and intermediate parts)
after heating was carried out. (Table). It was found
that the content of a-phase increases from the edges
towards the middle of the slab, moreover, the amount of
m-phase in Blabs placed in the corners of the heating

An improvement in the surface quality of stainless 360
steel sheets. (Cont.)
furnace was higher. It was found from experience that
on the appearance of cracks in the first rolled ingot
of a melt, the plasticity of the metal in the remaining
ingots can be improved by increasinE the soaking time
by 2-4 h8urs with simultaneous decrease in temperatures
by 20-30 C. When the content of the a-phase in ingots
does not exc8ed 15%, their heating temperature should
be 1260-12?0 C with soaking time of 4 hours. Total
duration of heating of 5.8 t ingots - 6 to 8 hours.
When the content of the m-phase is higher thaa 15% the
heating temperature should be lowered to 1250 C. There
are four figures and 1 table.

S/l2q/62/ooo/oo6/ooU0/cc8
E193/1083
AUT H GP-5: Shipilov, A.D. and Mi.':I ()v-. V,Ci. , En-inoers
TITLE: Case-hardenin~; of a chromium, stainless steel
PZRIODICAL: Metallovadoniyo i termichoskaya abrabotka
metallov, no. 6, 1962, 55 - 56 + 1 plate
T EXT The investiZation described in the :)resent paper
wzz; carriec: out at ..,,:znets Metallurzical Combine -,,ith t:~e object
of studying the structure and properties of case-harCeno6 steel
1',13 (11,h13), which is characterized by exceptionally hi--h
zesistance to abrasion. Case-aardening was carried out at
920 - 940 OC in a solid carburizini~ medium cohsisting of 35c,~'
somico,',;e and 15!. soda. After rur-nchinZ from the carburizing
tem,..)orature a case was obtained which consisted mainly of a
carbide phase interspersed vrith a small proportion of martensite.
The depth of c;-,rburi~ation depeaded on the carburizinl-, tine and
ranged from 0.6 m;m after 15 hours to 1.6 mm after 60 hours.
T'ae carbon content of the case decreased gradually from about
3-50,,J at t1lic surface to about 0.20,0' at a dist&nce of 1.5 mm from
the surface. Hardness measwements conducted on test pieces
Card 1/1,

S/129/62/000/006/008/008
Case-hardening of .... r.193/r.383
carburized and cucnched from 800 - 1 100 0C S"*Iowed that the
maxir was attained after quenching froi-.i
,ium hardness HRC 6 7
900 0C. With increasing distance fro..i Lho surface oil the
carburized case, its hardness after this treatment remained
constant at ',,IAIC = 67 to a depth of 0.1i ram,, after which it
Zradually decreased, reachin-v a value of 45 at a distance of
2 nn from the surface. The results of tewpering experiments
are rproduced in Fir. 6, where the hardness (FIRC) at the surface
of the case is plotted against the tez,,.pering temperature ( 0C),
t:ie various curves relating to specimens quenched from
k.e.mperatures indicated by each curve. It is Mated in the
concludin- paragra-,3h that by changing the material of a proasin,
die from Stool 10 to stoollX.-113 a t enfold increase in the life
of tlic tool was attained. There are 6 figures.
ASSOCIATION: Fuzzietskiy notallurgichoskiy 1combinat
(Kuznets Metallurgical Combine)
C ard 2/0 ---?

I-_; E '. Y , V , Ya. ; DL,nR(Ar i N, A K. DISK A RC)NSK I Y , E . N.
I (IV, i-.14. K011 OVA L (JV , K N. ; 14 1 KHEYEVj-
'mr,rc-,-,rl np the ~--cnno n~7 ,!- irn, : r, ~ np , ,ru r
"Khl) jteel Ingots.
Fu,,, nt~ ts k I y me LA I i urg ties i, -y komb i n% t .

KIMTRY Vladinir Ivanovich- TRIFONOV, V., red.; RMIR. Tu.. tekhn.red.
*~~~~~--, ---2 -,
(A leap into the future; an account of the building of socialism
in the people's China) Scachok v budushchae; rasakax o stroi-
telletys sotsializma v narodnom Kitae. MoRkva, Gos.izd-vo polit.
lit-ry, 1959. 78 P. (MIRA 12:4)
(China--Zconomic policy)

~-UMMUZV-1-T-1-
lay-off of shaft axes In the lalininugoll Rumintsev Nine. Ugol'
Ukr. 4 no.10:32-33 0 160. (MIRA 13:10)
1. Glavnyy marksheyder shakhty im. Etamyanteava tresta Ealininugoll.
(mine surveying)

S/044/62/000/008/007/073
C111/C333
AUTHORS: Postoyev, V. S., Yikheyev, V. I.
TITLE: The tension 8tat4~__ofa torus shaped shell under the
influence of hydrostatic pressure
PERIODICAL: Reforativnyy zhurnal, Matematika*, no. 6, 1962, 33-34,
abstract 8B149- ("Tr. Voss. zaochn. lesotekhn. in-taft,
1961, no. 7, 125-137)
TEXT: Examined ia the calculation of a torus shaped shell in the
general case, where the boundary conditions are given more exact than
usual. The method of asymptotic integration is used to solve the
equation for the symmetrical deformation of ouch a *shell; the calcu-
lation furmulaa are obtained relatively easy by this method.
Abstracter's notez Complete translation.]
Card 1/1

S/08 61/000/020/035/089
B 1 17YBI 47
AUTHORS: -Mikheyev, V. I., Semenov, V. V.
TITLEi Data for the X-ray detector of metals and alloys
PERIODICAL: Referativnyy zhurnal. Khimiya, no. 20, 1961, 123, abstract
20D142 (Zap. Leningr. gorn. in-ta, v. 38, no. 2, 1961, 107-121)
TEXT: The authors give data of standard X-ray patterns of To, Sn, Pb, Ag,
Au, Al, Ta, Pt, Ir, Pd, Rh, Co, Zn, Cu, Os, Cr, Ni, Fe, and some of their
alloys. They suggest a variant of the identification key of these
elements. Abstracter's note: Complete translation.
Card 1/1

MIM~YEV , V - SHMSGVA,
- -,I.; SALIDAU, E.P.; MIKHEYEVA, I.V., red.,
E.M., ved. red.
[X-ray guide to rrincrals) Rentgenometricheskii opredeli-
tell mineralov. Leningrad, Nedra. Vol.2. 1965. 362 p.
(MIRA 18:7)

KIKHEYEV, V,I, [decipased]; SHAFRO61WI, I.I.; GENDELEV, S.Sh.
Crystal edge forms. Report No-3: Simple edge forms of trigonal
and hexagonal systems. Zap. LGI 38 no.2:122-139 '61.
(MIRA 1~:1)
(Crystallography)

A -
A71 1PY6 Vf
USSR/Solid State Wsics Structural Crystallography 9-3
Abe Jour Ref Zhur - Fizika, No 1, 1958, 897
Author Mikheev,_ V.L.
Inst
Title X-ray Determinative Tables for Kinerals.
Orig Pub Kristallografiya, 1957, 2, No 4, 466-469
Abstract No abetract.
Card 1/1

21 (7)
AUT HORS: IlikhUey, J. . Skobelev, N. K., S07/%-37-3-45/62
Druifit V. i-.-9---P1-erov, G. 11.
TITLE: On the Spontaneous Fission of Am 241
PERIODICAL: Zhurnal eksperimentallnoy i teoreticheskoy fiziki, 1959,
Vol 37, 'A'ir 3(9), PP 859 - 861 (USSR)
A3STRACT: A number of heavy odd nuclei showing spontaneous fission has
already been investigated by American authors. A short report
is given on these investigations in the introduction. In the
following, investigations carried out by the authors them-
selves.are described. A gas scintillation counter was used as
a detector for the fission fragments The counter consisted
essentially of a hermetically closed chamber filled with xenon,
the glass window of which was connected to a photomultiplier;
the inside of the window was covered by a larer of quaterphenyl
(-50 Pg/cm2), which caused ultraviolet radiaiion to be trans-
-6
formed into visible light. The chamber was e-tacuated t0511C
Erg
and then filled with Xe (2 atm). The FEU-33-type photomulti-
Card 1/3 plier had a time resolution of-3.10- 9sec. Recording of the

241 S~1_
On the Spontaneous Fission of Am 1/1 101 ~162
fission fragments in the case of the strong a-background was
carried out by means of a fast discriminatorl a DGT9-7 diode
served as nonlinear element in the circuit. The entire device
was first tested by means of a Pu 240 target and was calibrated
with U 235(200 pg). The pu240-half life was determined as a-
mounting to 1.,'r-10 11 a# which agrees well with othermeasure-
menta. For the )urpoee of determining the counting character-
iatic all counters were surrounded by paraffin, and Po+Be was
used as a neutron source (cf. figure). It was found that in
the transition from Pu 240 to Am 241 the characteristic practi-
cally did not change. Measurements on -60 pg Am 241 were car-
ried out during 160 hours with a discrimination threshold of
4v. During this time 26 pulses were recorded; as shown by con-
trol tests, at leaet 18 of them originated from the background.
Thus, the lower limit of the half-life of the spontaneous fis-
sion of Am 241 is about 20014a. The Cm 242 impuritj is estimated
Card 2/3

On the Spontaneous Fission of A= 241 SC7/56-137-13-419/62
at 10-1 00. In conclusion, the results are compared with those
'0
obtained by Segre; the authors thank V. F. Gerasimov for his
advice in constructing the counters. There are I figure and
6 references, 1 of which is Soviet.
SUBMITT ED: May 26, 1959
Card 3/3

86742
S/12o/6o/ooo/006/017/045
.26. //040 9032/E314
AUTHORS: Karnaukhov, V.A. and Mikheyev, V.L.
-1 4-1
TITLE: Apparatus for Measuring Me -Total Thickness of
a-active Deposits
PERIODICAL: Pribory I tekhnika eksperimenta, 196o, No. 6.
pp. 60 - 61
TEXT: The principle of the method is stated to be as follows.
Consider an a-active deposit whose thickness is t . The
average range of a-particles leaving the deposit along the
normal to its surface is RI = Ro - t/2 where R is the
0 0
average range of a-particles emitted from a standard source
whose thickness can be neglected. By determining the difference
between R and RI one can find the total thickness of
0 0
the deposit under Investigation. Fig. I shows the apparatus
employed by the present authors. The specimen under investi-
gation 2 and the standard specimen 3 can be presented in
turn to the window of the proportional counter 5 . Both the
specimen-holder and the proportional counter are mounted on the
same metal tube I The tube can be evacuated and then filled
Card 1/4

86742
S/120/60/000/006/017/045
F032/E314
Apparatus for.'Measuring the Total Thickness of a-active
Deposits
with met4iane which was used as the working gas. The counting
i I -%'
ef f icien, was. 1..5 . x 10 The average range of a-particles
C
was deterLned by altering the pressure of the gas. The gas
pressure wa *=~w~px:ed by a mercury manometer. Fig. 2 shows
some of theo,experimental curves obtained. They are all
normi%lis~djo,'unity (the counting rate on the plateau was
assumed to be equal to unity). Curve I was obtained with a
PU 239 staind'ard,' ',The amount of plutonium determined from an
a-count was found to be 20 4g/cm (Puo,). Curve 2 refers to
09
a PU target prepared with the aid of tetra-ethylene glycol
on a niobium foil. The thickness of the specimen, which was
measured from the displacement relative to the standard curve,
was found to be 200 ~&g/cm 2 (PUO2). The amount of plutonium
calculated from the a-particle count was found to be
220,vLg/cm2 (PUO2 Curve 3 was obtained with the same target
Card 2/4

86742
S/120/60/000/006/017/045
3032/E314
Apparatus for Heasuring the Total Thickness of a-active Deposits
as Curve 2 but with the target covered by an aluminium foil
2
having a thickness of 390 iis/cm Curve 4 refers to a target
241 240
of PU . The a-count was due to an 8% impurity of Pu
The target was prepared with the aid of tetra-ethylene glycol
on a niobium foil. The total thickness of the target
was found to be 830 jig/cm2(PU02 ). The amount of plutonium
determined from the a-count was found to be 120 jLg cm2
(PuO ). Curve 5 was obtained with a
PU 249 target deposited by electrolysis on a nickel foil.
The total thickness of the target was 620 pg/cm 2 (PU02) and
the amount of plutonium determined from the a-count was
110 jig/cm2(PU02). In these experiments the thickness of
the target was determined to an accuracy better than
70 tig/cm 2. according to Pu02'
Card 3/4

86742
S1 1 2o/6o/ooo/oo6/0.17/ o4 5
E032/Z314
Apparatus for Measuring the Total Thickness of a-active Deposits
Acknowledgments are expressed to G.N. Flerov and
S.M. Polikanov for interest in this work.
There are 2 figures and 2 Soviet references.
SUBMITTED.- October 15, 1959
Card 4/4

33139
S/12o/61/000/oo6/oo5/o4j
600 E032/EI14
AUTHORSs Bredell, V.V., Mikheyev, V.L., and Polikanov, S M~
TITLEa Silicon detectors for heavy charged particles
PERIODICALt Pribory i tekhnika eksperimenta, no.6, 1961 44 48
TEXT: The authors describe a method of preparation of
charged-particle detectors using n-type silicon. The method is
based on the work of G Dearnaley and A B. Whitehead (Ref '
Report AERE - R3437, Harwell, Berkshire, 1960). The n-type
crystals (140 ohm.cm) were cut into plates of 5 X 5 X 1 MM3 or
2 x 2 x I mm3 so that the large face corresponded to the (111)
orientation, i.e. it was perpendicular to the direction of growth
of the crystal. The specimens were then polished with the aid of
a rotating disc, the abrasive being fine silicon carbide powder
deposited on a silk surface. The crystals were then washed in
water and afterwards placed for ten minutes in boiling concentrated
nitric acid. They were placed (for about ten minutes) in a
mixture consisting of two parts of concentrated (90%) nitric acid,
one part of glacial acetic acid and one part of
Card 1/ 4

33139
Silicon detectors for heavy charged. , s/12o/61/ooo/oo6/005/041
E032/E114
40% hydrofluoric acid. In the next stage the mixture was
gradually diluted with distilled water. The washed crystals were
dried with filter paper and placed in a drying cabinet maintained
at 100 OC. 1000 copper foils were attached on either side of' the
crystal with the aid of the 60 -2 (BF 2) adhesive and the assemblv
was placed between two mica plates, one of which had a re tangular
aperture cut in it. This aperture is indicated by the dashed ltrl-~
in Fig.2. Both sides of the crystal and fcil were covered with a
layer of' gold (evaporated in vacuum) to a thickness of 100-200,.,g
per cm2. Experiments were then carried out to determine the
maximum bias which can be applied to tile detector without break-
down. The better of the two sides was chosen as the working side
and the detector was finally placed in a plastic holder using '1~
BF-2 adhesive to keep it in position. Measurements shcwed that
the detectors had a practirally constant resolution of about 2 51,~
for bias voltages between about 15 and 90 volts (cm242, parti,les)
Above 90 volts the resolution increases, reaching al)ou, 61, at
about 100 volts (6 MeV). A 30% improvement in the resolution can
be obtained by reducing the temperature of tile dete.,tor to tile
Card 2/ 4

33139
Silicon detectors for heavy s/I2o/6i/ooo/oo6/005/04l
E032/Eii4
temperature of liquid nitrogen. The detector was found to be
linear for a-particles between 5.3 and 8.78 MeV. A study was also
made of the effect of the magnetic field on silicon p-n detectors
and It was found that the amplitude of the pulses to independent
of the magnetic field up to 12 kOe. Acknowledgments are
expressed to G.N. Flerov for suggesting this work, to S.M. Ryvkin
and his associates at LFTI AN SSSR for their advice about semi-
conducting devices. Acknowledgments are also expressed to
I.I. Chuburkova and B.V. Fefilov.
There are 10 figures and 8 referencest 2 Soviet-bloc and 6 non-
Soviet-bloc. The four most recent English language references
read an followas
Ref.4s S.S. Friedland, J.W. Mayer, J.S. Wiggins.
Nucleonics, v.18, no.2. 196o. 28.
Ref.6t M.L. Halbert, J.L. Blankenship.
Nucl. Instrum. and Methods, v.8, 196o, Io6.
Ref-7t in text above.
Ref.8: Seventh Scintillation Counter Symposium,
IRE Trans. Nucl. Sci., v. HS-7, no.2-3, 196o.
Card 3/4

33 39
J
Silicon detectors for heavy charged... S/120/61/000/006/005/041
E032/E114
ASSOCIATIONs oblyedinennyy inatitut yadernykh Issledovaniy
(Joint Institute of Nuclear Research)
SUBMITTEDt April 3, 1961
Fig.2 Fig.5i Spectrum of Po 212 a-particles
(sensitive area of detector
0.1 CM2)
C%d kesive
101eu 00-1
r.n. V,
i1;%OVj
Card 4/4
MW
Pe
too
i01
z
AVWIY&Ar clIC1111-tj

MUIN, V.A.; HIMEIEV, V.L.1 SKOBELEV, N.K.
Spontaneous fisedon of Am241. Zhur. eksp. i teor. fiz. 40
no.5tl261-1262 My 161, (HIRA 14:7)
I* Obl dinennyy institut yadernykh isoledovaniy.
Mlear fission) (Americium-Isotopes)

FOLIKAULVp S.M.; VAITO TUP-.101; KEKK, Kh.; ZIL12MML. V-L-; 0GAVE,133YAN,
Yu.TS.; PLEVE, A.A.; FEFILOV, D.V., SARALTSEVA., V.;t., tekhn.
red.
(Forvation of nuclei with anomalous periods of spontaneous
fission in renctions with heevy ions]Obrazovpnie iader s
anonallnyr. periodon aporitannogo delenlia v reaktaiiakh a
tlazhelyri ionL=i. Dubna, Ob"edinennyi in-t indemy).1i
isal., 1962. 6 p. (19RA 15:10)
(Luclear fission) (Nuclear reactions)
(Uraniur,Isotopes)

POLIKANOV# SoM.; DIWINj, A.V.; &WAUKHOVs V.A.;.XjgjP3V, L. ; PIEVE,
J.,
A.A.; SKOBELEV, W.K.;SUBMIN, V.G.; TER4KOPIYAN, G.M.;
FOHICHEV, V.A.
[Spontaneous fission with an anepalously short period] Spon-
tannoe delenie a anomllno korotkim periodom. Dubna, Ob"edi-
nennyi in-t itidemykh tool. Pt.l. JAW4,/ 17 p. (MIRA 15: 1)
(Nuclear fission) 11(, 7--

3H55
S/05 62/04.2/006/007/047
B 104ya 102
AUTHOH5j Polikanov, S. M., Druin, V. A., Karnaukhov, V. A.,
Mikheyev, V. L., Pleve, A. A., Skobelev, N. K.,
Subbotin, V. G., Ter-Akoplyan, G. M., Pomichev, V. A.
TITLLi Spontaneous fission with an anomalously short period. I
PERIODICALs Zhurnal eksperimentallnoy i teoreticheekoy fiziki, v. 42,
no. 6, 1962, 1464 - 1471
TEXTs U 236 was irradiated b_Y accelerated Ne 22 and 0 16 ions from the
internal beam of the 500 cm cyclotron of the OlYal. By means of an ioniza-
tion chamber, spontaneous fission fragments of an unknown isotope having
a half life of -0.02 sec were recorded. The nucleus obtained is assumed to
be in an isomeric state with spontaneous fission probability increased
(by more than 109 times). From experimental data the atomic number is
estimated to be 4100. G. N. Flerov, Corresponding Member AS USSR, is
thanked for supervising the investigation. There are 5 figures and
1 table.
Card

S/056/62/042/006/007/047
Spontaneous fission with an anomalously... B104/B102
ASSOCIATIONs Ob"yedinennyy institut yadernykh issledovaniy (Joint Institute
of Nuclear Research)
SUBMITUDi January 24, 1962
Card 2/2

PULIKAKOV, 5.K.; VAN TUI~-SEN; KEKK, Kh.; MIKHEYET, V.L.; OGAIIESYAN, Yu.TS.;
PL&Vk~ A.A.; FaILOV, B.V.
Formation of nuclei with anomalous periods of spontaneous fission in
reactions involving heavy ions. Zhur. eksp. i teor. fiz. 44 no.3.
804-807 Mr 163. (MIRA 16:--+)
1. Obwyedinennyy institut yadernykh issledovaniy.
(Nuclear fissiun) (Nuclear reactions)(Ions)

.-I.AMB-63 EWT(1)/EWT(m)/BDS/ES(w)-2 qmAsD/ts6-~/nWLYP(0/st Pab-4'
ACCESSION NR; AP3004883 S/QIZO/631000/004/007.71003(). ;,71
!AUTHOR: Kekk, KJx Mikhey-ev. V. -L.; Fleve, A. A. x Fefilov, B. V. 67
.TITLE: Measuring heka-ion*energy in the internal beam of a cXclotron
SOURCE: Pribory*L tekhnika eksperhnenta, no. 4, 1963j. ZT-30
TOPIC TAGS: ~Y,Flotron, cyaotron, measurement., heavy Ion, heavy-Ion energy
ABSTRACT, ~'ron energy It measured by weans of silicon surface-barrier detec-
torg. Scattired by & thin foil at & definite angle, the ionuare recorded along with,
alpha- articles of known energy. The amplitudes of the resulting pulses are
p
compared with the amplitudes of the generator pulses 'that are fed into the input of
a transistorized -pre-amplifier, operating in an 19-kilooerated-atrong magnetic
j"fibld. * The overall error in determining Initial ton energy does not exceed Z%.* It
Is largely due to the GI-ZA pulse generator. The energy measuring mathod.if 17
I claimed to be convenient for use in apparatus. intended for investigating some
LPOF4_17 Ila:

- -1 --- -- --
L 1733&63

PCS
L L7197-0 (f)/WT(JA)/WS, 5/056/63/044/003/004/0" f
AIFMIAM
.'AUTHORt '1gliMnoy. 5* K.,.' Yqnj jtjj~j;-_ftn Ulkhave V !1~
...... .-fAXsn~#yxni_Yu* Too-, Plevet A-w #t*r and Perilov, B., IV .
:TITLZ&,. _ftr~lattoiz 0, iftuolai i4th'an anomal 'a sp6ntanocusAss ion
Ou
Itt -reactions Involving heavy- Lana*
;-4SRIOZ)ICA4I- -;;zhUV~4-,4ksp*riawnt&I 'Pay L.Aa6r*ticheskoy fizikig vo 449 no. 5.
Continuing -the waric on spontaneous fissions with anomalously short decay
,;~__Aizatlmd: re,ported.,earlkar in Asf.'I (S. ft. Pallkanar, 1. A. Druint V. A. Karnauldiort
E,.-KIkhay",:A&,A.-PLeveO K. K.- Skabelay, T. G. Subbotint GV' K. Ter-Akopyan,
and VVA. Famichavil,ZhEM 42,, 14.640 1962), the authQrs meaqured the decay life
timos, and the-proOuction Curves while bombarding UP-,Z b 016- K620l. K622. and SIA
iona" 'and of U255 and,, Th232 by the 016 and ffe22,ions respectivelys The experimental
setup was the, same an the one described in Rar. 1. Results are c4ntained in Fig. I
and UK# I* The authors speculate in 'details about possible reactions leading
and conclude that the present results support the

L -17597w63'.
6/056/63/044/00/004/05,5
~:0
raprssaist:44,xislis -a

8;j061631W*10)31a*1C*3

-,I a
iin it it

FLEROV, G.N.; FOLIKANOV, S.M.; GAVRILOV, K.A.; -MIKHEYVi, V.L.; PERELYGIN, V.P.;
PLEVE, A.A.
Fonnation of spontaneously fissioning IsomerB in reactions
lnvolvingq~-particles and deuterons. Zhur. eksp. i te3r. fiz.
45 no.5:1396-1398 N '63. (MIRA 17:1)
1. Ob"yedinennyy Institut yadernykh issledovanly.

POLIKANOV, S.M., kand.fiz.-matem.nauk; MIKHEYEV, V.L.
Now type of nuclear fission. Priroda 53 no.6:70-73 11)4.
(MIRA 17:6)
1. Ob*yedinennvy institut yadernykh issledovaniy, Dubna.

L z,7?5,f,-66 E;WT(m) -CO.DZI UR/00
ACC - SOURCE 89/6610201003/0230/0232
147R--A-902563F
AUTHOR: Zaper, Be A.; Minor, M. Bo; ffl.~dje ov, V, L ; PolAj=qy.S* H*; S*iov A. M
Flerov, G. Na; CW! ~okqy ~L~
ORG: none
TIIU,: Properties of the 102 sup 234 isot~,
SOURCF.i Atowaya energlya. ve 20, no- 3, 1966. 130-232
TOPIC TAGSs isotope, cyclotron, half life. particle physics
AWTRACTi Isotope 102254 has been produced an the external beam of the 150
centimeter Ural cyclotron following the Am245(NI5, 4n)102254 reaction. It
was established by recording the G(-decay of the primary and daughter nuclei
that the half-life, of this isotope in within the 20-50 see interval, while
the energy of the emitted 9( particles in equiLl to 8.1010.05 MoV. The now
results are in disagreement with the data found in literature (TI 2 - 3 see,
and Ba - 8.3 XeV). The authors thank the collective that Worw on the accelerator-.,
A. F. U v, I. A. Shelaye . and Vt-a.-Alfayim for checking the efficiency of the
cyclotron;_j1~~_Aj_-.qqyrjjQv for preparing the target, which wan stable under very
intense boams; and_y for carrying out the construction work. They also
thank Decor of Physicomathematical Sciences I.--G- 0-yordt-clitallwho provided the
isotope V* IA,~U rin y who guaranteed
a191M, A. 0. 3mjrnnv,&yn , and A. G. Kozlo,
the roceipt of Arf-) for the tarpto Finally, they thank A. G. Belov, V. 1. Ilyushch
enko and Vt-j~.L1AkQ4&ywLfw help In conducting the experiments. Orig. art. has: 2
DATEt 15Dec65 / ORIG REF: 006

MIK14,V, V.M.-
VtorRia zhtzn'inmtrimenta. (MoskvR)
Moskovaskii bollshevik, 190. 0 p. illus.
Second p-riod in the utilizntlon of an instrument.
DLC: W1185-FIL9
9D : Manufacturinj~ and Fechanical Lngineerine in the Soviet Union, Libral-j
of Congress, 1953.^

MAKARZVICH,, B.X.j HI
1=17~8 V.M.1 TIKHVINSW 0 V.1,; PANKINp A.V.,,
doktor tekbn. nauk,, retsenzent; FMROVq VeVap dots,#
retmensent; NAMYSM, GJ4.# red.; ABM40VAv tekbn.
rode.,
[Reconditioning mtal-mttim tools] VoestAumlenis re-
lo sbushobsco lnstr=euta, Moakwas Goa* nauabno-tekba, izd-vo
maebWotrolt. lit-ryo 1948. 174 p@ (MM 1584)
(Mistal-cutting tools--%MAiutsns=e an& repair)

9(5) PHASE I BOOK EXPLOITATION SOV/3176
Prob'lemy k1bernetiki, vyp. 2 (Problems of Cybernetics, go. 2)
Moscow, Fizmatgiz, 1959. 323 P. Errata slip inserted. 18,000
copies printed.
Ed.: A. k Lyapunov; Compiler8-Editors: 0. B. Lupanov,
B. Yu. Pil'chak, S. V. Yablonskiy, and Yu. I. Yanov; Eds.:
A. A. Konoplyankin, and M. L. Smolyanskly; Tech. Ed.:
S. N. Akhlamov.
PURPOSE: The purpose of this collection of articles Is to organize
scientific papers on cybernetics and to unite the efforts and
Interests of Soviet scientists working In this field.
COVERAGE: This Is the second volume of "Problemy kibernetiki",
dealing with problems of biology, mathematics and engineering
as the relate to cybernetics. The first volume, which appeared
In 1959, considered problems of programming, machine translation
and computer design. Future volumes propose to Include a still
greater number of subjects related to cybernetics. The editors
list 5 recent Soviet books (including 2 translations) dealing
Card 1/,Z1
Lf

Problems of Cybernetics (Cont.) SOV/3176
with cybernetics. They thank the following persons for their
help in preparing the book for 04blication: G. V. Vakulovskaya,
T. L. Gavrilova, A. A. Muchnik, B. I. Finikov, M. L. Tsetlin
and V. S. Shtarkman. References follow each article.
TABLE OF CONTENTS:
From the Editors
PART I. GENERAL PROBLEMS
5
Yablonskly, S. V. (Moscow).Basic Concepts of Cybernetics 7
Uspenskiy, V. A. (Moscow). Problem of Developing a Machine
Language for an Information Machine 39
The author discusses problems of Introducing automation In
the process of searching and retrieving of uniform Infor-
mation on a specific subject in any field of human knowledge.
Considering the rapid growth ofmaterial, existing methods
(catalogs, bibliographies, etc.) are insufficient, Inaccurate
and too slow. In order to create an information machIne to
CpLrd 2/14

Problems of Cybernetics (Cont.)
SOV/3176
perform these functions, a universal, abstract machine
language must be created. The author discusses the Ideas
of various authors on this subject. There are 14 reterences:
9 Soviet (5 are translations) and 5 English.
Kaluzhnin, L. A. (Kiyev) Algorithmic Expression of Mathematical
Problems
The author reports on the work of two seminars In KI"v:
one at the Institute of Mathematics, Academy of Sciences,
USSR, under the supervision of V. S. Korolyuk and
Ye. L. Rvacheva-Yushchenko on automatic programming
it
( programs that program"), the other at Klyev State Uni-
versity, under the supervision of the author on the theory
of algorithms and mathematical logic. The aim of both
seminars Is to find general methods of preparing mathe-
matical and logical problems for processing and solving
In modern high-speed computers. There are 7 references:
5 Soviet (1 Is a translation) and 2 English.
51
Mikheyev, V. M. (Moscow). On Sets Containing the Largest
Card 31-ki

Problems of Cybernetics (Cont.) SOV/3176
Number of Mutually Incomparable Boolean Vectors 69
The author discusses the work of N. E. Gilbert, who In-
dicated that a set of mutually Incomparab n-dimensional
Boolean vectors cannct have more than Cn ~#] elements.
The author demonstrates that In the case of n being an
odd member, t1*re are exactly two.Tets of mutually In-
comparable vectors containing Cn 12 , while such a set is
unique In the case of n being an even member. There Is
1 English reference.
Val'okiy, R. E. (Leningrad). On the Least Number of Multi-
plications for Raising to a Given Power 73
The author presents his method of computation. There
are no references.
PART II. THEORY OF CONTROL SYSTEMS
Yablonskiy, S. V. (Moscow). On Algorithmic Difficulties
Encountered In the Synthesis of Minimum Switching Circuits 75
Card 4/
~ t4

MIMEIZV, V.114. (Moskva)
Optizu% zultflp~-Icaton a!g*r.thxs using zira:tIp-'es ~f 'he
multiplicand, Zh,.l:-, vych~ mat, 1 mat, fiz. 4 no-4:95R.-
963 S.-O 164. OCRA 1", -. 2';

REFUTUN, N.I.; kL'PMCVICH, D.I.LHIKHEMVjLV.11.* SHNEYDER, V.G.
Development of a method for expert testimony in alcoholic intoxica-
tion. Zhur. nevr. i paikh. 60 no.11:1523-1528 160. (FIFA 14:5)
1. K&fedra audebnoy meditsiny (zav. - prof. A.F.Kurdyumov) i
Psikhiatrii (zav. - prof. D.S.OzeretskovBkiy) I Leningradskogo
meditsinskogo instituta imeni I.P.Pavlova.
(ALCOHOLISH)

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