SCIENTIFIC ABSTRACT YEROSHKIN, F.K. - YEROZOLIMSKIY, B.G.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001962830007-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: April 3, 2001
• Sequence Number: 7
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

=&%IN.. Feder KonstIjjjPjpV.~oh; KOWR, A.I., rodaktor; WORKO, Yu.T.,
I OMMS; 1"AlNUO, 9.1.0 tekhniahesldy :t*Aaktor
[Locomotives of metallurgical enterprises; assembIr, operation and
repair] Parovosy ustallurgicheskikh predprilattirIustrolatio,
obaluxhivanis i remote Ovordlovski Gooo nsuchoo-tokha, I%d-vo
lit-ry po chernot L tsystnot metallargli, Svsrdloiakos~otd-nis,
1956, 407 p. (MLRL 9:7)
(Locomotives)

RUM D.V-l :916UN, A.1.1 RAPPOrMs N,A*j MLOJIW40~AAL-
Uprowleg the coordination of min line and Indotrisil trass-
Vortation. Shel.-dorotramp. 1#1 no.910'..17 1590
1. Naahallnlk gruso"y slughby Overdlovskoy Aorpti (for Rabin).
2e Instruldor otdols, tyasholcy prowroblennosti, ~ trawrparta I
svyasi Sverdlovskago dbkna gemanIsticheskoy ` w-til, Oavetskogo
V
Soynts (for Illselev)o )o GlavW Inshour grasoiray islushby
Byerdlovskay doragi (for Ispopor0o 4. Samestitell wwhallnika
transportnogo otdola Overdlovskago sovurkhoss (for Teroshkin).
(Ural Mountain r*Ci*s--X&ilro&ds--Fr~oigb0

KHAIMTOROV.. V.1. j inzh.; YEHOSHUNq F.K.
Converrsion of narrow-gauge, rolling stock to autbuuttiq coupling.
Zhel,dor,transps 43 no.2:74f-75 F 161o iflIFA 14W
1. Zamestitell nachallnika trans:ortnoga otdola:rlvezAlovskogo
P
sovnarkhoze.
(Railroads,, Narrow gauge)
(car couplingo)

%CC NNs
AR6033858 SOURCE CODE: UR/0196/66/000/00SM420M020
AUTHOR: Yerashin, G. V.
TITLE: Capacitor d-.c converter using a rotary switch
SOURCE: Ref, zh, Zlektrotekhnika I energetfla, Abe. a Ll 16
REF SOURCE: Tr. Kazansk. avial~ in-ta, vyp. 801. 1985, iT-24
TOPIC TAGS: capacitor, rotary electrie power converter, radio equi ipment,
power conversion. do converter
ABSTRACT: The use of now sources of electric energy (thermoelements, solar
batteries, fuel elements, etc.) presents the problem of increaiving the low d-c
voltage obtained from these sources into the high d-c voltage requived for the
operation of radio equipment and other devices. The semiconductor converters
currently in use operate in a fairly narrow temperature range, while! the capacitor
rotary electric poweir converter (C) does not have such limitations with respect to
temperature. The C circuit under consideration uses a -rotary switch which
increases the active materials utilixation factor and improves switching conditions.
It consists of an immobile end-type commutator I (see Fig) with N,,, operating
*d 1/3 UDC: 629,13:621,311

ARS033858
commutator plates connected with m-Nc/2 commutators, ewh:iwith & Cc
capacitance, Low voltage brushes 2 and high voltage brushes.3 which are rotated
by a primary motor (not shown in the Fig.) at angular speed * k. are laid on the
commutator. The width of the brushes does not exceed the disiiince between two
adjacent commutator plates so that the brushes never overlap more than one
operating commutator plate. The converted power line voltage is supplied by
means of contact rings'which are also rotated by the primary bitAor in series with
inductance 4,, resistance 5, and rectifier 6 for the brushes. The brushes 3 are
connected by means (it contact rings to Wad 7 which in order toreduce the ripple
ratio of load voltage iare shunted by capacitor S. Rectifier 9 is comitected in order
to avoid-h-f oso'Mations in the commutator circuit. Aii analysini of C operation
shows that a specific relationship should exist between the valuts oil capacitance
C , inductance 4, and resistance 5 in order to realixe high efficlemsy and increase
iiL voltage as compared to power line voltage. On the basis air the obtained
relationship, a numeric calculation of C is given for the following conditions: load
voltage 300 v; 1. a 0. 05 amp.- V a 24 v. 7hroe tIhuft&tIcw,: toibliogra0y of
titles. B. Kuprim rrramldion of abstract)
213

TIODSHKIN. 1. ~a.
3Philowophleal b"as of this Parlovim thqor7~* 41.a, ned. 0
Moskva 30 no.3:3-12 Mar 1952. (CLNL 22121
1e Lenlnaado

004\
40 1
sea
III .,A.- t-a A lot. _k
---. _71
*$"MRS 4^6 #R*VC*rX# 0019
*04
201
ww""
WR so"
mly "A ;70~j
PIMP
1110 jfA uldmte so, fiw (~P4 dm W
WE I
for adt woklop b,
mbma&
90
T,
so
too
see
see
* u a AT so all;
* it 411 4P 40 4010 MO V& Olp MO 400 40 so 0 IS 41 4 441,

,-TEMHLIN. LT., insh.; GOLOTOBIM, T.T.0 inshe
w---
Bland both curbarlsbW is apes-bwth farmeaso ~ Nstop"izve
zool,3-7 '59- (M4 13 t 6)
1. MeldrostallWy savod "helogo mablaostroyealy& In.
8 Ualm.
(Opew-bewth process)

I 1 11 '11111 ;14111 lilt, I r I- ; I I I I I I I I I I ~f I
TrUINS M.A.; KOSENKOO Pae.;
IntrDducing automatic control of oxyws4leus hazdeubg of cylindrical.
gear. Biul.7SIICHH no.9147-49 t6O. (MM 15
1. 1heprodserishJnskly Yeabiornly MItallurgichoinkly institut (for
Tylkin, Kosenko). 2. Met&Uurkidwokiy savod ineni DzerzhinBkogo
(for Teroshkin).
(Caae hardening) (Automtio control)

SOVII~ 5-59 -7-7/17
18(7)
AUTHOR: 2;emzin, W.N., Pivnilc,Ye.M., an'd Yeroshkino N.A
TITLE: Resistance of Austenitic Ferrite. Steel of Type Khl9Nl2UF
Built Up by Welding Against the Influenco,~ of Heat (Issi'e-
dovani zharoprochnosti austenitno-ferritnogo napl4vlen-
nogo metalla tipaKhl9NMM2F)
PERIODICAL: Avtomaticheskaya svarka,.1959, Vol 1Q, Nr 3, pp lj-31
(USSR)
ABSTRACT: It was demonstrated that the austenitic ferrite steel of
typeKhl9N1,2M2F (Table 1) built up by welding, which has
a:.n initial ferrite content of 2-5%, is able to withstand
to a satisfactorily high degree the Inflmence of heat -
in spite of the fact that a certain factor occurs -
w'hich makes it suitable to be employed for stationary
machinery operating at temperatures of up to approximately
6000C under which conditions the life to be expected zwf
be of 100,000 hours and more. Table J. shows the chemical
analysis and the fert'ite content in, percent of the steel
Card 1/2 types weldcd up. Photographs 1) E hhet 3 ishow the Micro-

SOV/125- 59-`---11';
Resistance of Austenitic Ferrite Steel of Type nl91q1,2MF Built Up by
Welding Against the Influence of Heat
sections of the different types of steel ulith various
ferrite content in percent. Table L'Indicates *'.,he im-
pact resistance as a function of the Territe content
and the thermic treatment after weiding (see also Fig.4).
The specimens to be examinec are subjected at various
temperatures to a process of acceleratect wear and are
tested for their impact resistance. (Results Fig. 8 and
9). Table 4 summarizes the data on heat.resistance for
steel of various ferrite content by the method of impact
resistance tests carried out after thermic treatment.
The author comes to the conclusion that a ferrite content
of 5% as a maximum and exposure to tetaperature'Of not
more than 6000C guarantees practically an unlimited life
for the steel. There are 4 tables, 10 diagrams and 11
references, 9 of which are Soviet and English.
ASSOCIATION: ZKTI im I.I. Polzunova
SUBMITTED: October 24, 1958
Card 2/2

S/125/60/000/03/'005/016
25(l) D042./DOOi
AUTHORS: ZemzJ.n, V.N.9 Pivnik, Y**M., :Yeroahkinp N.,

TITLE: The Heat Resistance of Austenito-Ferrite Weld. Metal
FERIODICALs Aytomatichookays. evarksp 196o, Nr 3p pp 37-45
ADSTRACTt Resulto of an investigation are givent in:*h1ch the effect of
aifferent types of heat treatment including lonjo-time ageing
on the impact resistance and durability of::weld metal was de-
--torvitnea. The data include the composition of 14le electroaes 12
and,tho weld metal obtained (Table 1)i 11K1P1-1~N:("lKhlqNl2M2F11,)1"
allcrring the old with molybdenum and v.anai,lium; . "To 1911
-
"
k
ICIPT-
1911 (==,
add:Lng
f"1111912B-ly adding niobium;
mallrbaenum. and niobium. The 11KTI-5" and "ToT-1511 are used for
wel4ine austenite steel in power engineering ffipf 1-f and the
IIKT.1-1211 electrodes, recently developed at TsKTI) produce
weld motal-with higher heat-resistance ands isufticiently stable
properties when the content of ferrite phase 16 in the range
betwren 0 and 9%. The nompoaition of the electirodes and weld
Card 1/4 metal was given in %2 11KTI-5" - 0,06-0.14:Cp 0,24-0-48 Sip

5/125/60/0'00/03/005/018
D042/DOO1
The Heat Resistance of Auntenito-Perrite Weld Metal
2-85-4~87 Nni 1658-22.7 Cri 10-5-12.5 Nip 1-05-2-49 Mo,
0-3-0-6 v9 0.08 3 and 0.02 Pv ferrite conten't 0-91 "TsT-15" -
0-08 Ot 0-3 Sit 2e1 Uni 19-5-20.4 Cr, 9-7 'Hip 0-93 Nbj 0.007 S
and D,011P, ferrite content OIXTI-12" 0.10-0019 Co
,3-7;
0 65 Sig 2.8 Unj 17.2-21.3 or' 9.2-10.3 11i~,0.9-ilq2 Mop
0:65-1.0 Nbj 0.01 8 and'0*015 Pt ferrite o4intenill 0-12, Tho
following conclusions were madet 1) Auatat'lito-ferrite (up to
5% of at ) weld metal of the IIKTI-5" and "ToT-11511 electrodes
had sufficiently stable properties under working conditiona
for 100vOOO hours in 6000 C. IIKTI-1201 ele-atrode weld metal
with molybdenum and niobium, with up to 9% ol, OC phase may be
used in work temperatures up to 6500 C- In caso austenization
.to -Dmployed after welding the "ToK-15" electrode weld metal
may also work in 6500; 2~ In the process of lcnlg-time ageing
~1-n--working temperatures, the structure changes, i.e. th '."I
Card 2/4 OL -Phase decomposes and the formation of &iepersed 64 and

3/125/60/000/03/005/018
D042/DOOI
The Heat Resistance of Austanito-Ferrite Weld Metal
me ken, Placso and -45 also fornsafte,-p a longer period
2306 ta
of 'time. The intermed.iary dispersed phaoe~ arefoufficientl
13 3
staIlso 3) Under conditions of,long-time 6 eip~ in 6oo-650
the initial and the stabilized state of vold me-tal are equi-
valent; 4) Austenization after maekedly raises the
stability of properties during the ageing of metal welded by
the "ToT-15"59lectrodes; 5).'The approximaite durability
limits in 10, hours, determined by direct extrapolation of
test results I(Tablev P 45), was between 12-5 sad 18.0 kg/am
in 600 and 6500-C; 6) The sigma formation in "KTI-5" Weld
metal in ageing did not impair the durability und maintained
hilgh plasticity When ruptured, There are !~ tabless 4 graphs,
2 isets of photographs and 9 Soviet referenceso
ASSOCIATIONt Teentralinyy kotloturbinnyy inatitut im. Polaunoval IITsKTPII
Card 3/4 (Ccentral Boiler and Turbine Institute imeni P.cilzunov)

S/125/60/000/03/005/018
DOWDOGI
The Beat Resistance of Austenitc-Perrite Weld Metal
SUBMITTEDs July 13P 1959
Card 4/4

.... .......... .... ............... .
KOISSNIX. A.P. POLYANSKIT, A.?.; YMOSMU, $.a.
Use of ejeators for transporting miladimd Vs. lkft.iftso 33
no.2:79-84 7 1550' 8: 4)
(Gas, Natural-MrsaMortatiou)

Almillhillalmoll &I I milli; n I Imll ills allaflij I I
fit fill
ill
F
lid
ob
Ot d IR a

....... III I I UIR It III lit! 1111111-AUJIMMI3101PI WAIIATAMOU
YERDSHKIN, S.V.
Lengthening the life of stacker belts. Ogneupory 27 no.2:90-93
162. (MIRA 15:3)
1. Chasov-Yarskiy kombinat ogneupornykh izdeli.*.,
(Excavating machinery)

It rMBURU 110HUDIIJIM L11,11111AH1111101ILPHIIII IJIIH 111-9 11111011, 111 It I IM 111HIM Ml TO III lid I 11:1 11,101;U311
Nigebmdubw the reno"il of rook spillage by Q$hP-j2$,/j500
stackorto. Ogneupor7 29 no.W78481 W4 16 i o)
lo Chamm-larmikly kembluit' 12do3ly.
'(brth mving m
(Cbsoor Tar region,.- lp

YEROSHKINi S.71
Tetchnology of the selective mining cf fi.-eal.ays with
interlayers, Ognauporjr 30 n0#6117-19 165. (nm 19 11)
1., Chasov-Yarskiy kombinat ogneuporrqkh izdeliy.

RASSADKIN, 1. (Moskva); RAKITYANSKIY, V. (Mbakva)j. KEySj1K1ftj-7.-(Moakva);
KOKHAYEVp B. (Leningrad); PAWA V.,(Uz"SX~"ia SsR);
YAJAVINIKOV, G. (Urganskaya obl.$; KRWs, Te',o (Tomir-Tsu);
)4MV X028=01 I Sk.-na.-Amire);
PAX!XO (Kramnoyatik); BA
PAVIMOP S. (Rubts6isk ;TOKO~61VJ No (Kirgi**&Ya'$~1t)j
ANWI'YENKOP A. . (Perm') I -TEREXHOV Ttda) 1, KAZAXOV,, M, (Baku) j
TALVAYEV (Aktyubinakaya obl.); XOPTEVA, T. (MikvIkov); CHYMASHIN
I. ('Izhavsk),-, BEZDETKO., V. (Almai-Ata); BURKOV (Kurganskaya obl.);
KARJ1GV A, Wasnodaw); BOGDANOV (Ivanovo); SOUNOV, H, (Gorlkiy)
Is tbers a need for external fire secays stairs? Fdah.delo
8 no.7:26-27 J1 .162. (MM 15:8)
(Fire esoapes)

YEROmm, 41e; PISIMERKO, VT.
Autowitic vacuum balance apparatus, for studying the kinetics
of deamposition of solids. Kin. i. kat. 6 no* 69=-1122
M-D #65 (KIRA 1911)
19 Thetitut khimicheekoy kinstl4l i gorenija Bibirskop We-
leniyu Alt SM. Subnitted Way 33i 1965~

A.P6004177 /0
ACC NR. SOURCE COD'I~t VR (176/06
AUTHOR: Boldiyre~, V. V.;
ORM, none
:71TLE: Effect of li~adlatlon on the rate of thermal d7ecomecisition
SOURCE: Zhurnal flzicheskoy khimii, v. 40, 1.~ 1,666, 3'-4
TOPIC TAGS: silver nitrate, x ray Irradiation, th mil d
ABs,rRACT: Experiments have shovin that the cWge in the nto!c
of silver nitrate at 86C as a function of the dose of;Rbsorbed x-rad
character: as the dose increases, the.rate decreases at first, the
remains less than the value obtained for noffirradia0d samples. il
thermal dissociation of silver caused by x rays may be due to one
(1) The atomic centers of silver formed by the x-Irradfation! of 4"
properties during heating, causing the condtict(on bmid to be enrl(il
and thus decreasing ~the rate of thermal decomposition; (2) The o4)
the AgNO2-Ag interface are such that the metal pailticles do kot 6
would be the case during the action of light on stlyer' halides Md. d1l
Card 1/2 UDC:
'00M
1/0003/0004
ai0er tiltra
(ion
ther, I
didl dissociatlon
~Uon. ~s ht
Incri,woes, butalways
~o dedeleration of 4he
the:611lowing causes:,
o2'" iii-ilay donor
(I w1o electrons
litioth of contact at
Wre iloctrons, as
rer go0te.; oil the

L 16126-M
ACC NR. AP6004171'
contrary, electrons iire transferred from the metal! particle,! so tll~t theAltictron
concentration of the ikonduction band Increases, and' the rate of 0%6ii~~nal dissociation
drops. To verify thtse hypotheses, the photoconduotivity and EPIt ipectila of irradiated
silver nitrate at the idIver nitrate-silver int6rf=6 a: re now being kit*lied.'t, Orig. art.
has: 1 figure.
SUB CODE: 07 SiIBM DATE: 17Dec63 ORIG AE 002 (JITH wti~;,r 006
J.
2 2.

BOLUTREY, V.-F.; TZROSHKIN, V.I.; ZAMROV, TuA,
Jlrfot,-t of aMmium and nercw7 adviixtures on t he rate of thermal.
decomposition of silver oralate. Isv~vys*uoh*b*2avo; khImel khim
takho 3 no.1:33-35 160. (KIU 13:6
1, Kskfodra neorpulabeskoy khImll Towskogo gosudarstyennogo
univorsitets imeni V.Vo Kuybysheva.
(Silver oxalate)
(Cadmium)
(mercury)

AUTHORSt Boldyrev, V. V., Zalharovi Yu.
Tronov, A* Be
0/84 42/000/000/120/129
D207SM07
A., Yeroshkin, V. 1. and
TITLE: Effect of preliminary irradiation on the rate of thermal
decomposition of silver oxalate and carbonate containing
admixtures
SOURCE: Trudy II Vuesoyuznogo soveshchani ya po radiatsionnoy khi-
mii. Ed. by L. 3. Polak. Moscow, lzd--~vo AN S88Rq 1962t
69'.5-698
TEXTs Pure 'kp pure A92C.04 and the solid sol,utions 97.5%
12CO31
A C 0 + 2-5~1'; CdC 0 12-50 CdCO t 95A A92C204 +
92 2 4 2 V 97-51A A92CO3 +
5% CdC 204were subjected to (,ruyot x rays and uv radiationa. A
-study was made of the effect of the cadmium impurity on (1) therwil
decomposition aft.er irradiation of the carbonate cmd oxalate,and
(2) radiolysis of these two compounds. Preliminary irradiation with
Card 1/2

01844A21000100011201129
Effect of preliminary ... D2071D30'7
C060 6' rays (50 c source) or uv radiation from a lPk~ I (PRK-7) lamp
accelerated subsequent thermal decomposition of pure oxalate at
1580C but this radiation effect was reduced on addition of Cd. X
rays from a 4 Borl-.14CO(l Mr-200) tube accelerated subsequent thermal
decomposition of pure carbonate at 15100 and thiu, acceleration was
Intensified by adding Cd. CadMiLIM reduced the photolytic action of
r rays and uv in the case of the oxalate but it intensified the x
ray photolysis of the carbonate. The opposite effi.,ct&of cadmium
in these two compounds' are due to the differeixte In tht tiech.arliam
of docompouition: in the oxalate the anion-cation bonds tire bro-
ken and metallic silver is produced; in the carbonate the internal
bonds are severed in the CO 3 ion and A920 'a formed. Cadmium acts
by producing deformations and lattice defects as well as by taking
part in electronic and ionic processes of decomposition. There are
3 figures and 5 tables.
ASSOCIATION: Tomskiy politelklinicheskiy institut im. $. H. Kirova
(Tomsk Polytechnic Institute im. S. M. Kirov)
Card 2/2

BOLDYREV, V.V.,; YEROSHKIN, V.I.
Effect of impurities on the photoebasical stabilLty of silver
sulfite, Iavvya#uaheb.zay.;khim. i khix.ltekh. 6 no.2s333-339
163. (HIRA 1619)
1. Natuchno-isaledovstal'skiy inatitut pri Tomakom politekhnicheakom
institute imeni Kirov&.
(Silver salfite) (Photwhexiatr.1r)

YEROSHKINI V.~Pj teMmik
e---
U" of an MP-5 devies for locatift damge in an isloetric
cable. lberg*Uknno.3tlSQ0 * 163. (MIRL 1604)
Weatric ambles-TOstiax) I
1* ,

MRTAZKIN, 1.1-l kaud.ekon.mak; TWIMISo T.T.
Sommle conalderatioss IN. the emlaw of oll-vrafteliNg crops
In the Omsk Province* N"lo-shir.pron. 26 sLooW.3-26
Je 160. .(M"~ 2-3:6)
2. Tesequamwy asuchns-18816"Tatollskly Imatitut x"liabrqkh
efiromallaWkh kulltur.
(Onk Province-Ollseeds)
Ir

LIVOVq xudi, vansm, N.v,j GSHAROVj A.B,; TRUKUCHEVp G.A,p.a2OSHKIIFA
Testing a bypotbAmiss Priroda 50 w.*7s9" Tl ICL* (mm 14s6)
1. Tcmkiy gooudarstyewn universitet (for LIYO-r$ Oobmv:
Teroobldna), 2. Betatronnaya laboratoriya Toula)go maditainakup
inatituta (for Vasilly"s Trukbachav)o
(Dt I Valler-TorDIAOSS)

YEROMIU, A. M., -
TWSWEAp A. X.- - "Sam problms of the pnOmetion of bleksl plmt*loto arA
their morphologioal properties In varlous funotlonal Attes of the digestive
tract". Moscow, 1955.r Adad Mod Sol USSR. Inat of LVorinoztl Biology,
Acad Mod Sol USSR. 1--st of Exp6rimiental, Pathology ant Tliemp), of Camer,.
Acad Mod Sol USSR. (Bie-sertatlon for the D~gres of CentUdotom of Medical
Selemes) -
not KM4 a I No. 46p 12 Mae mkir 1"5, Moscow

k.
TNMHKM, A.M.
ftonne cultw"s of bone sarzow nowkw7ocytes and their role In the
forMILtIon of blood platelets. Probl. gemst. I Vorele, krovi 3 no,5:
21-25 5-0 158. (Muk 11: 11)
1, lit Institute, elts"rimentalluoy -1 terapil rWm (dir, - chlen korrespon-
sent ANN SBOR prof, NeN. Blakhin) ANN BM
(M= VAMV. pkWe'loloa
megsItaryoo0e culture In vitro, actIvItY & role Is blood
platelet form, (Us))
(BIWD PJAUZMs
form, studi in mepkaryooyto oulturee in vitro (has))

Comparative morphological features of blood"Platolet" In am
and some laboratory animals; Zabe'delo 6 .1r.4fV 411 noAlS60 A-4.158
(KIRA 32:9)
1; Is Instituta skeperizentallsoy -paitologli 1 torepil r"
(d1r, - prof, R&Pe Bloftin AM Mt Mookwa;
(BZM' PIATJU-d=

100mauxM9 L.M. (Moskva)
Straln of anglos&rcom calls In tImmus, cultures. Pki.f1siol. i
ekspoterap, 3 no.2;23-27 *~Ap 139. WIA 22; 6)
1, Ix laboratorli kulltur tkani otdols stioloet I PILlogeness.
opukholfq (zav. - deyetvitelinn chlen AM WAR protA-D.Timofeyev-
skiy) Instituta eksperixentallno~ patologit i terapii rakEL AM SSM
(dir,,, - chlen-korrespondent ANN 3M prof. H-11-kokhit).
(2111ONAW, el"r,
anglosarcomn call strain In tissue aulture (Rue))
4.

KOLKMVA, VJ.; MOMINA , v .
Simil3ritin and differences in the antigren compoeition of tumor
and asbryonic tissue and of adult human tissue. lrop,ozk. 5
no.2:131-135 '59. (NM 12:6)
1. Is otdola etiologil opukholey (save - d*ystv*ohl. AM SSSR prof.
A-DoTimofeyevskly) Inetitut& skeperimentalinoy patologii I torrapii
raka ON WSR (dir. - chl.-korrAM SM prof Wolf -Blokbin) . (Adres
avtorDTt Moskva, 3-ya Neehohansk&A, 4*61120 koip.9 lastitdt
ekspertmentallnoy patologli i terapit raka, AN OSWO
(ANTIGM
in embryonal s^rcomatous & normal Mialt human
tissue (Run)~
(SARCOMA, lammol.
antigen oomposition, comparleon with embryonal &
normal adult human tissue (Run))
(MMYO
antigen composition, comparison with marcomatous
& normal adult human tissue Ms))

YUDSKIUj A.A.
;0~~
"biological peculiarities of the blood platolotoo loverious functional
conditions of the digestive tract. Iab.dolo 5 w),5to-13 5-0 159.
(NIRA 12:12)
1. Is Instituts sksperl mental Onoy patologli I totapil !Paka AMN SSSR
(dir, - chlen-ktirrespoudent AW SSSR prof. V.S. :81okh1n) Moskva.
(BIM PLOBLITS) (DIOUTIVA afljuffs~

KOLMOVA, V.,N.1 AROSHKMt A.M.
.Similarity and differemes in tho antiges PrOpOtY Of tidgues it
humma saFo=a and 3.eukoolso Vops onks 5 i2o.12,164j44S
'()IIR&. 13:12)
(TUMORS) (umm") (ANTIOULS AIM ANTIBODIES)

YEMHXINAo A.Kj KO=OVAO VoNo
ftme, 1.,Oat=oo Of tbo-Mattgonic provertigi Of 00*YMII bux"
tiownto iu mdtivatim on varlwo media* Slulo G:ksp ~ blol.
i.mdo 49 no. 4&,105-1M Sp ,6o. ULM 13t10)
1, Is otd*]A e~tiqlogii opaWbolay (saw, - dWyotvltol't;ry chlou
ANN M A.D. Timoboyeval, 7 outo 0 utall
lost. MC7 1
klWobisMy ankoUW Wis 06 oboo4onve N't Apol SSSR
pnf. N.N. BolMLn) LMN SMv Koskvao
(Twvz OULTM)

UMHKINAO A.M.; NOUMOVAt V.N.
Proolwyation of spooifia antigem in h~n sanoma co.Us after
~~ I
pilioged oultivation, Vopo oi*- 7 U0,1160-63, 61. (Hrft 14:2)
(TUMOPJ) (ANTihis An -Amlsopim)~
I

KOIXMVA9 V.H. (Moskva, A-315, I-y Baltiyakiy p~r~uIok,,3/25,,kv-./44)j
YERWRIaM A X,,-.(Moekva.. A-315, Chasovaya ul.,, 27/12ikomata 50)
Antigenio properties of the blood andtumorous tissue In
p6ople with'sarcowas. Vop. onk. 8 no.qr~(---29 t62.
(HM 17W
1. Is labDratorii kulltiviroyanlya tkaney otdola etiologii i
patogevieza o~ukholey (sav. - deyot~witellnn chlen AM SSSRt
prof. A.D. Timofeyevskiy) Institut* eksperimentaitnoy L
klinicbeekoy onkolodii AMN SSSR (dir.- daystvitoeltrqy chlen
AM SSSR, prof. M.N. BloMin).

Mookwat A-315, ObasoftPf d. 27/12s kv.50);
-95miWt
VA,(
,va, awkwa, s-313s I Wtiyskiy Proal*k, 0 d.3/25.. k-Y.44)
Gbaq go in the antigen properties or ia~ ONU40"l-tideus &wifw
iw*:L.mvd cuitivatun. Top. ank. 10 no-N27-33 064o
(MIRA 17: 8)
1. In laboratorii, kulltivimanlys: tkansy (Smv~ - do7stvitell-
My:ablea AM US prof. AA 'timfMovakly) Ustituta
,akeyerlsientallngy I'Mial b"kay mkolbel. A& SSSR.(dir.
doyditwitelfr4y ch2on Alff SM prof.

KOLMOVA, V.N.t-YER2aHKINAL A,,H.
.A-Z:4:L
So-oalled homologous properties of human nw=l and t=cr cells.
Vop. onk. 10 no.7t57-60 064. (HRA 13 t 4)
1. N'z laboratorii kulltivirovaniya-tkaney (zat, - doystvitelivy
chloin AMN SSSR prof. A.D.Timofeyovskiy) In3titmtoA ookaperlmentallnoy
i klinicheakoy onkologiiIMN SSM (dir. - daytitritolO*7 chlein AMN
SSSR prof. N.N.Blokhin). Adres aytorovs Moskva, I-110, u1. Shchapkina
61/2, korpus 9, Inetitut eksperimentallnoy i klinichaskoy cnkologii AMI
SS51.1.

MOSZPMOKO~p Mikbail Vasil 'yevicb; SHCMBIU.. I. j. red.; YEROMIU, L.
mWohly rW.; NOGINA#JI&p tekhAs red,
[Materialist naturs of A.SinsUlsoir tbooq of n1aU -wity] mate-
rVaiotichsokala sushchnost' toorii otcovitallrosti Hinishteina.
Moskva, Sotsekgizj 1962. 226 p. (HIRA 15:7)
(Relativity (flwoics))

NAZAHOV., Igor' Nikolayevlohl ULOUNVAO X.j, rW.; ISHROUAL IN&I-446 0
als*hLy red.; ULUIOVA, L... takhnb, redw
(Produation experizest amd Its role In know1odg*~lProlo"detvas-
nyi sksperiment I ego roll Y pomenli. Moskva,' Potsekgiz,
1962.: 132 P. (MIN 1-6:3)
(Reseembp Industrial)

y J- /k/
YEROSHKINAIL. 9.
"Experiment and Deduction in the School Course of Geomtry in the 6th and
7th Grade," Acadenq of Pedagogic Sciences RWSR, Sci Des Izvjt of Methods of
Teachings, Moscm, 1955. (Dissertation for the Degree of Candidate of Peda-
gogic Sciences)
SOt M-972o 20 Feb 56

YEROSH
..................
"'irience
gainea :En organizing excursions in, the 43fild
ll~~ and applied mathematics. Uch. sap. Smoi. gigs, ped.
insIt, N6,lOs23-1+9 162, (MIRI V:

30GIIIA. L.L.; MMSM.M.'Lupe; I4ARTYUlMXk# I.P.
wo
Kaufmans, method for rapid dotervivatten of the uasattu*tion
of fatty acids. lauch.'l res. 18 ne.1:58 J& '59. (KIA 12: 1)
Llhmchno-iselelovate-I'skly lustitut shlusy prompliLonnonti.
(Acids, Fatty)

BOGINA, L.k.1 TWOEMIUN Lop*-$ K4RTTMITN, I.P.
Determination of The carbon blact content of vulcanfizates based
on bmtyl rubber. Irauck.1 res. 19 00,504-55 VT '6.0.(NZRA 13:7)
1, 16uchno-issledavatollitly Institat shinnou -promyshlennosti.
(Carbon black) (Intyl. rubber)

GFMEENNIK, L.I.; N.Y.
Comporative effect of ioaniasid, phthivmdde w~d metaxid
on vLtmdn 04 excretion tin tubermanain patierlip. pxvii,
tuberk, 41 n6#4157-0 163
1. It otdela khimioterapii ( zav. - profe G.N.Pershha) Vae-
noyuznogo nauelmo-iosledocatelsokogo khimika-ftmateavtichaskago
instituta imeni S. Ordshonikidzes Hoskva.

0-9-20-3-12/24
AUTHORSs Zverev, M.P.; Yeroahkina, Ye.A.; Zubov, P.I.
TITLE: The Structure ~_f Gels (Stroyeniye stud.ney). 14. The Sffoct
of the Nature of Plasticizer on the Pbysical-Mechanical Pro-
perties of Filled Divinylatyrene Rubber (14- vliyaniye pri-
rody plastifikatora na fiziko-mekhanicheskiye svoystva na-
polnennogo divinilstirollnogo kauchuka)
PERIODICAL: Kolloidnyy zhurnal, 1958, vol XX, Nr 3, pp 329-331 (USSR)
ABSTRACT: It is known that divinyletyrene rubber, vulcanized without
filler and in 'he presence of non-polar plaiticizers, has
better mechanical properties than rubbers plasticized by
polar substances. In the article, these properties are in-
vestigated in filled rubbers. Figure I shows the properties
of vulcanizates SKS-30A at a deformation speed of 50 and
500 mm/min. It is evident that the rubbers with polar
plasticizers have better mechanical prope:~ties than those
with non-polar substances. This result is explained by the
blocking of the polar groups of the filler by the polar
plasticizers, facilitating the adsorption of macromolecules
Card 1/2 on the surface of its partleles.

69-20-3-12/24
The Structure of Gels. 14. The Effect of the Nature of J?lasticizer on he
Physical-Mechanical Properties of Filled Divinylstyrene Rubber
There are 4 graphs and 1 Soviet reference.
ASSOCIATION: Fiziko-khimicheskiy institut imeni L.Ya. Karpova (Physical-
Chemical Institute imeni L.Ya. Karpov)
Dnepropetrovskiy khimiko-tokhnologichoski institut (Dnepro-
petrovsk Chemical-Technological Institute~
SUBMITTEDi November 21, 1957
Card 2/2 1. Rubber-propwUes-Anal"If

1040/1242
AUTITORS.: Blakho G.A.*-Shilo R#Yai Taipanyuk, E.V.,, and
Yeroahki
1-TITWs The effect of bonsolo
aoidp phtalio anh,.1dride, ary)
maleic anh:rCrlde on the isotopic exchange of aulfur
atoms
o'PERIODICAL: Zhurnal. obohchey khimil, -ve.~2,, no, 9, 1062p 2900-2803
TEXT: . The rate of 'isotopic exchange of S atains betwoen S and 2-mor-',
:,~aptcbanzothiazole in the system 2;morcaptobnnzothiazolo radio-
act1vo S - diphony1guanidine (1 t 1 1) was stndiod elthor In tho
presence or In the absence of benzoic aoidjp phLnlic anh7drIde,, or
malelc anhydrlde,, in an attempt to determine the relationship bbt-
ween the anti-acorching effect of the above acidei and anhydrides In
the vulcanization of rubbor and tho rate of excluinge of S atoms bet-
woon the elemental S and some S-containing aecolorators used In the
process-, The oxpQrimnto wero onrried out at 121) or 145 G; the
activity of tho 2-mercaptobannothiamolo wan menourod after 30-100
Card I/C

The effect of bonsoic acid,i.
S/079,/02 /050 009/003/011
1048/01,42
min from the i9tart of the reaction by oo-untIng Luo sort- radiation
in an-crid-winlow counter* At.1250C the rate of oxnhnnge In the
presence of tile organic acids (or anh7drido3) vast much slower than
In their absence; In sortie cases, oegtj, in the 190-min experiments
with phtalic anhydrides, the fraction of S-atow oxchnngarl in the
absence of the anhydride was bylao an largo as t1in.i. ek:hangad in its
presence. The-antiscorching effect of the above sicidis i." attribiitrO
to their Interaction with the 2-meroaptobenzothiazolo to form oon.-
pounds with a less easily exchangeable for of S In a reaction of
the type
-OH 0014
+ H C
pe2802
There are 3 tablost
ASSOCIATIONt Dnepropetrovskly kh1mikd-tokhno2og1vhos'kIy Institiff.
(The Dnepropetrovsk institute of rlhomloul Tochnolor- I
SUBMITTE D: August 79 1961
"--Card 2/2..

11 IE IF I I W, aill, 11.
ACC NR, AP6034'56T SOURCE CODE. I I(C26li6611701C~6611~9611.291:,'
'AUTHOR.- Yershkovich
Pletney, V. D.; Skuridin, G. A.
I ORG.- none
TITLE: Concerning the motion of charged particles in a shary-corner trap
somm Ax sm. Doklady, v. 3.70, no. 6, 1966, l29o-l291
TOPIC TAGS: charged particle, magnetic trap.. particle trajectory
ABSTRACT: It is shown that in a magnetic trap with opposing fields, 'where the suzzary
magnetic field is given by
Hp -A p; 11, G. If. = 2Az1
the equations of motion of a particle with mass ma and charge e have, besides' the solu
tions already obtg.ined in other papers, also an exact particular r-olution correspondirz
to metion along the surface of the cone p 2 . Z2. Furthermore, trajectories V.-dch do
n&t pass through the origin cannot lie on this cone. The time litterv&l. T required 'Lor;
the particle to cover the path from the vertex of the cone to tho maximum value of z 1
is also determined. The trajectory has a figure-8 form and the "mplete period of
motion is equal to 4T. This report was presented by Academkian G. I. Petrov 24 Janu- L
ary 1966. Orig. art. has: 12 formulas.
SUB CODE: 20/ SUBM DATE: 3BJan66/ OIM MW-. (,.')2/ OTH W; 002
Card

YMIMDV, O.P.9 kmA.takhn-naulc
RaI2 design to withstand the'effeat of side stresses. V&Nt*TSVII
WS 19 no.2:20-24 160o (MIRA 13-4)
(Ullroads--Rall)

ka"takhIi.nauk
Some cleartt, definitiom of tbe method for t1be e"Ivation of
tho hC-r' - , ,.4,q1 bending and buckling of rails~jn ce~loulating
tb) strength of a track, Vest.TSNU MPS 20 np,4.40-0 161.
. 111~ I 11.. (VIRA U: 7)
(Milroads-Railm)
I

KWOVi V.I,.; BREGER, A.M.; MYE ,=%vjjwzFM; DROZOOVO V.Yo.; LISOV, G.N.;
STC)YENKO, S.G.; TORG( SKIY, D.M.; VAYSSMYN, BJ., SMUS, N.P.
1 .01,
Large-scale radiation-chemistry plant with irradiator made from
spent nuclear fuels. Atom. energ. 15 no.W02-308 0 163.
(MIRA 16:10)

L 06579-67 EWT(m)/EWP(e)/EWP(v)/Ewp(t)/RrI jjp(c) jl)ljq
ACC NRt AP6029821 SOURCE CODE: UR/0363166/0(12/008/1454/1450
AUT96R: Samsonov, G. V.; Lapshov, Yu. K.; Podchep eva, 1. A.; ~cnenko, V.
-Yerosov, YU, __ I.; DNWI, Y e . M,.
ORG: Institute of Material Science Problems A AcAde!ny of Sciences SSSR (Institut
problem materialo~;Te_nTy_a-aZdem1i nauk UVNV*1i%V_)
TITLE: Some physical properties of the W-LaB6 alloys
SOURCE: AN SSSR. lirmstiya. Neorganicheskiye materialy, v. 2, no. 8, 1966, 1454-1459
TOPIC TAGS: solid mechanical propertyo tungsten, boron, lanthanum, K ray, alloy,
phase composition, phn diagram
ABSTRACT: The phal3e composition of ev(ral 'W-LaBr, alloys (3-50 mole % LaB6) was stud-
ied by x ray te-clFrque Microhardnessti specific electrical resistivity in 2930-12730K
range, and thermal emission parameters and emanation coefficients in the 1200-19SOOK
range were determhaed for various W-LaBG alloys. The alloy 10EMPles I
,yre prepared by
hot pressing of suitable WtLaBG mixture in an argon atmosphaTt. Thol 'x ray anAlyses
were made with URS-501M apparatus provided with CuKe-emisoion source. It was found
that during the interection between W and LaBr, there occurs a sinnataneous formation
of two borides, W20 and WBj and a decomposition of LaBo. Thmoe p-mcesses were accompa-
nied by an increase in the specific electrical resistivity of the tuimples. It was alsoi-

MUM
L o6579-67
ACC NRi AP6029821
found that an addition of as little as 1 mole LaB to W results In a sharp decline
in the samples work function. This effect is explafned in tervis of the declining
statical weight of the stable d5- configurations in the tungsten atotis leading, in
turn, to an easy thermial excitation of the metals' non-localiv.-d electrons. Orig. art.
has: 5 figures and 3 tables.
SUB CODE: 3.120,bUBM DATE: 2lJul65/ ORIG REF: 015/ OTH REr: 002
r-CrCI z/Z

v,1-:1,'CVC-rie&KC,., i-P.
ALI. Nmkhmuv~d; AEGARMICH, R.T. CtremalstorbrUMNONW& &06.
[transistor]; SABIROVe D.Sh., redaktor; GISMo D4., tekhnicheskiy
re&aktor
[Afighanistan; a now Cmide. Abri translation from the Jugltsb]
AfConistan; novyl put~vod1tsl'.T1V40krsshobsnWt pamod]. Moskva.
Gosolsd-vo geogrolit-ry, 1957. 141 P, (NLHA 10:9)
(Afghanistan)

MOTO, A~pjj..
nwt f=%ico has been orectod in omtka **4 10 dvo, *roltoll no.4;
5741 AV! 57.0 MU IOW
011"t turs"06)

140) 1507/67-59-3-7/27
AUTHORSs Yeroyan, R. S., Engineer, Balabinp V. S., Iniginaer
TITLEt Reduction of the Entering of oil Into the f3e,-parating Apparatus
KG-300-2D (Onizhaniye zahosa meals, v razdelitellayy apparat
EG-300-2,D)
PERIODICALs Kislorod, 1959P Hr 3, pp 33 - 36 (vSSR)
ABSTRACTs For the processing of high-presoure-air in the separating
apparatus mentioned in the title the air must contain a
minimum of oils from the compressor lubrication, the engine
driven by compressed gas, and others. In order to avoid this,
the following measures were taken in the "Mektrostal",
works in the course of three years: the lubrication for the
high-pressure compreasor of the type 3P-7/290 v*A redaced
as far as possible in order to Suarantee n*rmal work. Tat,le
I shows the old and the new standards'. The water temperuture
in the cooler of the IV staSe was lowered from 25 to 90 for
a better separation of the steam and the oil.. Besides, the
absorbing material of the oil and humidity separator of the
IV stage was renewed once a month. In the ucantime control
analyses of the compressed air flowing out from the compressor
Card 1/2 were made in order to be able to detect pollutions in time.

Reduction of the Entering of Oil Into the Separatir4j SOY/67-59-3-',1/27
Apparatus 11'r-300-2D
In the passage of a high-pressure-air throuah aL er.6'kne
driven by compressed gas (IIDCG) the followIng i3easures were
takent above all, as is the oase also.with the compressor$
lubrication was reduced as far as posoiblet (Table 2). The
thin flannel filter of the EDCG was replaced, by a denser one.
This filter and the filtering vessels wera washed every 60
days with CC1 . Furtherfaccording to data 'by the VNIMUSh
two felt semi! collaps were applied to the LDCG rod as well
as an additional filter. The measures guiranteed that no
lubrit;ator oil penetrated into the air. Some measur, a vrere
also taken for the air which enters the citntioned acparating
block over the regenerator and the ccapreasor 2P-20 f10' . e.
reduction of the lubrication (old and new standards in table 3)
as well as reduction of the temperatLire of -the cooling water
after the II stage* The lubrication was examined every 10th
day. The asbestos filters were equaliy Improved and repeatedly
washed. The further precautionary mewsures taken "ere the
followings complete washing of the entire apparatus once a
year, examination of the oil content In the air in the vapo-
Card 2/2 rizer and the condenser. There are 3 tables.

250) SO`T/157;-59-4-9/19
JLUTHORS; -Yeroyan, R. S., Engineer Balabin, V.jS., .04igineer
TITLE: Drying of Oxygen in the Oxygen Department of the Factory
"Elektrostall"
PERIODICAL: Kislorod, 1959, Nr 4, pp:: 39-41 03SHY'
LBSTRACT: The oxygen needed for the steel aelting de~a;r.tment of the
factory "Elaktrostall" must be dried.14taw hamid oxygen is first
compressed and then cool6d. in a coil oondenGer. A first drying
of the gas then takes place in two fil-ters ~ containing active
alumina. The remaining humidity in ths oxygen is removed in
the drying chamber. In the latter, t4 adsorbent is likewise
active alumina. The gas is pushed thr4ugh the chamber with
130 atm excess pressurg. To obtain optimum drying, temperature
should not exceed + 30 0. The humiditi content of oxygen dried
in this way amounts to 0 .03 - 0.01 The described drying
system KO-300-ZD with the test bl*ok DIK-300 is shown by a
figure and discussed in all details. 'Me adsQrbent is regener-
ated with heated nitrogen (240 - 265 0.) which im preouod thrwigh
Card 1/2 the system until all of'the water Is 0:tpelled from the alumina.

SOV/67-59-4-9/19
Drding of Oxygen in the Oxygen Department of the Fac4ory IfElektrostall"
Two drying chambers of this type are operated at the above
factory; they work and are regenerate4 altorftately. There is
1 figure.
Card 2/2

TIROTAN, R.59, inzh.; PAIABINp T.Se, inxh,
M~W""M
ReaDwa of lubrIcant from the E%-300-2D adr-sepamidgin uzdt.
111slorod 12 no,5133-37 159. 1: MM 13:2)
(agese-separatioll)

SPITAX, PoYev TwwlMW=v B.G,; DaROMV* G.A*j IAN'PECIIJM# Volo
Immama M. 0% 4& "Bonn=* ab"rptim int*gralO, fMV WOMLS
auwAimos ad 6r the ultipusati" gooftxo* ~ (Ogouvw
xmb*3i.- of seew"t wAstrm) of rooftwo selstrom for
. grik
ftsviimablo loot*61 ImoreMit tesikamofth 4j$ I r
p*g2a$wbwdl& dUa rasUeborkh voobeb*Av i JaWffitionu
rasm,osboulU (effsktivuWo obivU vWleborn i6iu.*T) 2a
resmminqkh neitranaft dlis dellasbeMkbola is4ketnw. Mookmp
19550 23 pe ~XMA 24s?)

SPITAlp PJej TW7,OLW=q ago*
[Y'savuring Un c"fficient of mutrm `Ulrpllucs~4*v (jeffoctive
~ber of mecond=7 =utroup) for fissisembLIo "d= WA
plutnium 100tepent usbw tban"I wuuvm for ismelo"I 1~-
rar4e koeffitsienta rammsbonfla witromm (Offolctivis""O chisla
vtoricbMkh Deitromy) d1la dtliashchikheia isotilm isriuA i plu-
toniie. pri delemii m teplavykh imitrasaMO WA6MIK'195514 16 p.
(Ifeutrow) (uranim i0etopes) (p Mi 17)
Owlear fiffism)

I Lit la" IME
71 1

a ,

l1 it
1
0
11
~!U IT I~ir'l 1
TIM
--l

Subjoct MO/jaidug
Card 2A, Pub. 78 - 34/24
AID P - 3284
Author a bompacyp D, F, ad D, G. Te.rosollaWdy
Title : Standard equipawt of radioactive lquilft
Periodical : Neft. khoz.9 Y. 33# 09# 63-Mg S M
Abstract : A short descripUon and oirouLt diagran of the NGK-53 appWatus
for radioactive logging to measure tbio natwal ndiomotive
emanation (ganma and neutron radiation) covoing frou the various
strata around the drill hole. This apparatus is designed by
the Scientific Research Institute of Geopbys:Lo Prospecting
P16thods (NIIGR) and produced by the plant Olbftepribor".
Institution s )bscow Fletrolous Institute in. 1. N. aubko4 (Mr) and its research
storkers B. B. LapWc and G. N. norcul Central Scientific Research
LaboratOrY (TBNn) -
SubdUed, t No date

TMOZOLIKSM, 8. G.
wSurroy of Uperimental Data on Fission Neutrons". A roport ;resented
at the Conference on the Physics of Nuclear Fission,, 19-21 imuary 1956,,
Atom Energ., No. ll 1956.

Category : USM/NuclaKr Ph;~ics - Nuclear Reaction@
Abe JOur : ROf M= - :rIzik&J, SO 1., 1937, No 55T
Author :Spivako Pj*,vJk0%01jP_kiZ D0rotqwPG.A-o LOV"whlko V.X.p
Kutikov, 1.16, aM Dobrpia.-W. P.
Titl* :Determination of the - Aveie;gj - ~ of swaurej 0 *ff,,, RmitUd by a
Single Capture Act for the Wtopa uQ33, t*. 5, and pwO9 in the
Ultrath , I Region, of Neutron Suirgies.
Orig PUb :Atca. =WOIYS,, 1"6p No 3P 13-20
Abstract :The variation of V." vas measured for the isotopes v933 V235 and pU239
in -the. ultrathermai-iigion Of neutron energy.'Meff of ;63,p remaini un-
. the Vay up to energies on the*order'of 100 ev.'p',,ff of pu239
dizi shes by, 14 during the transition from'the thersal spei., rux to the
of 6.15 -- 0.5 er energy .spectrum., and then remains; ml:hakged. Weff* Of
u235 reMizz kT"nIhAVI ed-u-pon transition from the thermuCL spectrua to the
0.15 -- 0.5 ev energy spectrum, and then drops by 18% %xpon tiqmition
to the energy spectrum 8 -- 130 ey.
C-5
Card 1/1

Crtogory s USSR/Hijolear Fhyoics - Nucloor Reactions C-5
Abs Jour Ref Zhur Fi7.ikv-, No 3, 1957, No 6o4o
Author Spivak.# P.Ye., YerozoUm 1&4 Dorcfeyov,-G.A., Driprenehik,
V,Nop Kutikovj lozesp Worynin, luars
Title ilvegg,o Number of hontrono W Eibitted by the VP-33, jp,~5, nd
PU2 9,160topes Upon Capture a Noutrona with Zn6rglov from
30 -- 900 kov.
Orig Pub -. Atom. oneigiyei 19,r-6, No 3, 21-26
Abstract i The vrlues of j of of U233, u235, and r-u239 were meattur.-ed for
30 -- 900 kev neutrons by means of a method cmp~loyin% two
indicator systors, having a different dependence of tho ef-
ficiency of the neutron energy. The prom no utron sources
emlloyed wore the photonutron sources Sb +:Bo 430 Icev),
Ge + D20 (140 kev) Ne + D 20 (250 kov), end,:NB2 + 'Be (900
kov).
Tho results obtrinat' are listed In the tablos
Card 1/2

Catogory s USSR/Nuclonr Fhysico - Nuoloar R66etions C-5
Abs Jour Rof Zfiur - Miket Mo 3o 107t go 6040
EKEFGY (MV) 03 U235
PU'39
.2-.. i5-
.25+0-07
1 140 2.4 - .12
3+0 2.12+0.10: 3+0.12
2.-,?D 2.4~'~b.12 2.2170.15 246176.18
---------- ---------
2sio --------
2
46+o.lo 2.00+0.10
2.50+0.11
900 .
2.-60+0.13 2.2874.08'~, 2.5f~0.12

verd 2/2

Y/-~R 0 o
USSM/Nuclear Physics - ticlear Reactions.
Abe Jo-ur ; Bef Zhur - Fizika, No ~, 1957i,8807
Author : '~Mscoxa-jAzskirr4WO., Kutikov, 1.1e., Wbrp"'O Iftop..'
Pevzner,, Nel,p Dmel~wj, LeSep Mbskalevy SeSo
Inst
Title Xeasur~smsnt of the Aberage Quantity of Neutrons Noitted
Per Single Capture, i Jeff for SCcimens of, PU239 vith
an Admixture of the i ------- pu 2 Isotope Sol Ve0wj=e-
ment of the Iffective Resonance Integml of Vie Capture
of pu240.
Orig M Atom. on 9LYS,, 1956 ) go 3 p 2T-30
Abstract eff was measured for smLamw of pU239 with salition
of various quantities of P~240 in the vicinity of the
Fetrmi spectrum with a left boundary of 0.15 (godoUnium
filter) and 0.4 ev (cadmium filter) for two'seripsof spe-
cimens containing the following additions of NINO (in
powcent): 0, 1.51 2.3; 6.5, and 16. The POW 6032tents
Card 1/3
----------------------------------------------------------------- - -----

UM/Nuclear Physics - Nuclear Reactions. C-5
Abe Jour Ref Zhur - Fizilm., No 4) 1957, 8807
war determined in one specimen by measuring the maber
of spontaneous fissions in a multi-layer ionization chaa-
ber; in other, qpecimns the relative awmmt,.c,f pjtAo
was determined by_c ing the arms of the, UPS lirl the
resonance of P4240 at 1.06 ev on the transaii1don,fevirves,
obtained by means of a mechanical neutron selectar.
7he procedure for deteraining ~Jeff is bas,ld 0u 'the
wasurewmt of the effect of the capture aad produAion
of neutrons from the disturbance to the neutron field in
a graphite prism with a central cavity, in vbIch the in-
v#%tigated specimen is placed (see Refemt 2bur Visdka,
to of opecimas
1957, 557). 7he ratio$ )13 ..:)ffl 0 'off
with and without pU240 adnixtures were =",w:ed.,. 1.1he
results of the measurements are given in the fol)mtring
table:
Card 2/3

umummmmulm"
U.M/Nuclear Phjuics - Nuclear Reactions.
Abs Jour Ref Zhur - riziks, No 4,, 1957., BW
Card 3/3
~M
IMMILIN
Pumentage pU240 in the specl~.
o 1,6 205 6..5
Ve.Lgbt of specimen, gram.
8 0,55 0,39 1,00 0,51 1.,02
11
0) -eff bAhInO godolinim filter.
I
It-
~j e6f
1,()o 197 0,96 0,96 OP86
16
0,52 0)99
0,87 OY77* 0,83
~L-eff B&iW cadmius filter.
I
") ef6,84
1,C0 1,81 1,87 0,49 055
The resonance int egral of absorption of Pu?40 is
A-C 240 = (9) 000 � 3, 000) x 10-24 cU2.
C-5

TMOKOLINSKIT ~,- -I--
Fission neutrons. ,Atow.emerg.mVpJament, ao.1:74-irl 157. (NIRA 10:10)
Olucl*sr fission) Okmtrams)

YMOZOLIMKITI Boo.
"Fission Neutrons", Atomnsys Energlyaj Vol 2, So lp ilon 5'r, p 100.
BM 1322

iuTRU YZRO',FOLIKOXIY B.G.t SPIVAK P.R. FA - 2719
TITU la-11-ra-01-9--ay-N-Outron Sources in Graphite PiciazA of a Reactor.
(Ualirovanlye neytro=ykh Istoohnikoy v grOlturoy prizzo reak-
tora.- Russian)
MZODICAL Atonnaia, EnergUa 1957P Vol 21 Nr 4,, PP 327 - 333 (17SBR).
Received: 5/71957 Reviewed: 6/1957
AMTUCT The present ;,ark describes a method for the calibration of
~ sources by comparing the sainsion.rat* of those sources with
the power of'tLa'noutron *fflux caused by ast.absorber located
in the neutron fi6ld; This comparison was asirribd out by means
of a neutron indiuator fitted in'a graphite prism* In the
bore discussed tests this graphite prism waii f1ttes onto the
surface of the reactor.
At first the theory of the method is discussed, The problem
of the absolute measurement of the emission rats is reduced
to the absolute measurement of the emission rate of the efflux
of neutrons caused by the absorber. An an absorbor a set of
gold plates was used here in'which each oipturtd neutron causes
the reactions AuI97 (U# r ) Aul98 with a futhsT decay of Au198.
Tho necessary formulae for the computation of the roal radiation
emission rate of the source are given and disauseed.
DencriRtion of *,be MeasuriRS arrangementz At first the block
CARD 1/2

PA - 2719
Calibrating of Neutron Sources in Graphite Prisma of a Reactor.
scheme of the measuring device in discussed by means of a
drawing. The prima composed of graphite br:Ldks ~* located in
an unprotected part of tho reactor surfacei. The radiation sour-
ces to be calibrated and the absorber are Antroducied through
cha3mel into the pries.
leztp the'solection'of the dimensions of the prism and the
mensitivit,* of the ahamber4re discussed.
The flux of the indicator chamber W&~ measLived V means of
an alectrometrio amplifier with low negatiY4 coupling at both
clasips, which warrants a high linearity of the amplification
and's. good stability of the'zoro value.
In conalusion-the aiperimental determination of the coefficients
k wid'the measurements of'the efflux rate are discussed. The
latter measurement'is reftced to the measuring of the activity
of the gold sample. Rare the gold sample is to be irradiated
under the mama conditions, under which also the efficacy result-
ing from the neutron efflux was measured The results of
calibration found in thi s way are numerically given.
(2 illustrations and I table.~
ASBOCIATIOfft not given.
PRXWUD BY: -
su=T=D: 6.4- 1956.
AVAILABI~1: Library of Congress.
CARD 2/i

ll(O)
A9,91OR: J.6rozolinsidy, B.G.v Voytolks L.R,., Popov., N.Vja:id Shb)ltnikov, A.S.
TITIZ-1 New Oilfield Fxploration Metbods ftploying Pulse Oenerating Neutron
Sourceei (NovM metody Iseledovaniya burorykh skVa2h1J1,, osnovannyye ne,
iepoilwv~nii impulvenfth neytrmu*irh istochzdkov)
PERIODICAL: Nqiftyrmoye khozy"stvo, 1958,, Nr 11, pp 21-28 (UMB)
ABS7RACT: The article notes the developwnt, of neutron 4pnenitors for raftoactivity,
well loggipg in the Soviet Union and Awrice. (Ref 141 and analyzes the possible
employment of such units in pulse operation as well as the development of new
exploration methods based on pulse generating neutron fotmses which win enable
one to studkir the unsteady eases of neurtron andt remirvoir rock interaction.
UndeiZstandtag of the processes taking place In the zeMum in%mud, the source after
its emissioa of a short pulse of neutrons [Ret 5,61 vl:Ll IMAe it pooeible to fii2d
the ways of utilizing the pulse method for solving the geo~02ysical problems of
oilfields. Oue of these possible methods is the deteno1nation of the formation's
porosity and its -fluid mineralization by measuring tbje nonfrtationary field of
thermal neutrons. This requires finding the depenUrwit of the thermal neutron
strean on the time which is presentrA by Fig. 2 an the curve of n(t), vhere n
is the nimflier of thermal neutrons registered by the tracer and t - the time.
Card 1/2

New Oilfield Ezploration Methods (Cont.) SM/93-58.11-4/15
Function n(t) is computed from the theory of diffusion [Ref 71 and expressed
by the formla, n(t) - 0 r2 + t
(Dt) e 4ft OV, j, where D is the
coefficient of neutron diffusion in a medlum. depending -primnxily on the
reservoir rock to hydrogen content and T - the life span of the thermal nestrons
depending scowwhat on the hydrogen content and to a greater, extent on the
water mineralization due to Its chloriva content& Among Un other possible
new methods thatt. can be developed with impulse Vnerating rjeutron sou=ez are
those which may be based on measuring the 91ming down time of the neutrons,,
as well as on determining vhich reservoir rock contsin carbon by means of In-
elastic scattering gamma, ray spectra [Ref 8-10). The unit employed in oilfield
exploration methods based on pulse generating sources is presented by Fig. 1.
There are 2 figures and 10 references, 4 of which are Eonet and 6 English.
Card 2/2

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85464
Use of a Pulsed Neutrou Source for 5108916010091002101910191XX
Investigations in Petroleum Boreholes B006/BO59
the source is proportional to the lifetime in the medium, vihereas in the
case of pMed sources, the measured function n(t) is;relalod to i by a
factor 9'/r, i.e., the relationship between measured q4antity and -v is
much more distinct than in the case of measurements in a steady field.
Measurements with a pulsed neutron source were made on rock-bed,models
using the methods described in Refs. 1 and 8. Fig. I shown the curves of
meaaurements (neutron density versus time) made in borehole models of
concrete, sand, paraffin, and salts. A BF 3 filled proportional counter
served as a thermal neutron indicator. The pulses front tht counter were
fed into a 100-channel time analyzer. A deuteron acceleration tube with
tritiu; target was used as a neutron source (14 Mev), giving 5-/&sec
neutron pulses at a frequency of 300 cps. Fig. 2 shows the model with
source and counter. The results of the investigation shoWO4 that between
the "petroleum" and the "water" containing model (sand+paraffin and
sand+paraffin+salts, respectively) the recording of.the Indicator at
t 800 Peec differed by the ten-fold*. In contrast ~a this, the usual
me;hods of neutron core sampling show a difference of only 40 to 50%.
The difference is in agreement with theoretical estimatea, The results
2/4

85464;~
Use of a Pule ed- Ireutron Source for S10891601cloglow-10 19/0 1 9/xx
Inve5tigations, in Petroleum Boveholes B0061BO59
show that this nrjw method is vory oonveniebt in determillLng the water
PlgrgX for dinavosions and
petroleum boundary. The authors thank G
stimulatio4s, as well as I. M. Frank and L. Shapirolor as'sistanoe.
There are 2-figures and 8.referenoess 5 Soviet and 3 US.
SUBMITTEDt, JulY 15, 194
Cark 3/4

PHASE I BOOK L(PLOITATION S011/5592
Vze,aoyuznc,yo novetshchanlye po vnedrenlyu rad1o&kt14vnykh J.zot(i pay I
yadernykh lzluohoniy'v narodnom kkx=yaystve SSSR. fligZ, 3.