SCIENTIFIC ABSTRACT YERMAKOV, V.A. - YERMAKOV, V.S.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001962810005-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: April 3, 2001
• Sequence Number: 5
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

_2XjL(a1-?-1V4tZ(m VEPK(n)
Me AP5022625 Wdosq/6.0)/O
i F"' 539 18. *12
A-UMTOR: Donate, Ye. D.; Shol~
A*,
TITLE! Synthesis of the inotopo of mass 256 of thil
(larrencium)
SOURCE! Atomnatya energlyal v. 16, no, 2, 19651 101
TOPIC TAGS: lawrencitim, transuran1wn 01 lemon ul
AMMACT: After a "rrief review of the:: discovery, :1
oium of an isotope mass 257t: the.authots presenV t~,
own identification -3f a new,isotope :of ma as 266 00~ I
The experiments were conducted at the ~'oint Institilto
Research, in Dubna, by using the interior beant of' jikultipiy
of the 3-meter cyclotron. The now isotoj~o was syotbat~,,,,*d
2 j Vill$ The J. sotol
nuclear reaction of'j;Ani1%,014,5n)jn3j
.11roduct via,,i obtainei~
the ;jcaVinlclo isotopeo This and
44,MvIll electron capture and a MILW"t~ MlPha decays
~ ~1_ ified by the 'Which had 1 1
was ident , same methbcl been illj;~#id
the identification of the isotope 256 at' the 102-hC
Knergiya, 16, 195 (1964)). The arrangemerit used Nr
L W.. : :1
V and the build-up of ta*FW~'
Caro I A
Voc

10:5,-rd olement

1111~
n 11:M51, of lawren-
e ril4ilUtfp of their
th e jm6me elemont.
ebj~ Nuclear
aharred ions
from the
-ri vii I aidentifl.ed by
-as :a result of a
The new 256-isotope
by the authors fox
eld Imont (Atoiimaya
ayntheMiEl of
,
illpqtrated. in the
I

i07F--6-6
ACC NR. AP5022625
artiolea Spectrometers havinp
resolution of abosit, 60 lba:v and a very
low background were used. The.experiments involved bombl L'riling ( 8 to
12 hours) a target with aceelerrtted~:4011,; ion, V 1~!.hi) alphri-apea-
trum of accumulated Fm-produats is graphically Pre s6,tted~~ Tho half -11.f a
of alpha activity at E=7.04 Iflov wazi about 215 hcoris.' I 'It ~Pao experknen-
tally shown that the x 10-32 9q cm I cro.so-section- nkeded ror the forma-
tion of Lw-256 isotope -was attained at the enerrq ie(~rei d,r 96 Yev. The
ex:periments measurinE; the half-lifd, of the 256-J.Boti 6110 H t13 describod.
Thet half-life time was clone to 45 sea* . 1n conoluji0ii, thq. rndloa~tlla i
P.-opertiou of this now isotope were aurnimirized an(l tio o1ial,noter of tho
crose-section of the reaction V9, A
I lit"ted.
The authors wish to acknowledge with gratitUde the 'a. mistance givon 'to
them by G, N. F1,QrQV (general consultation)i A.T. vl:,-L!P~ og (cyclotron
operat-ionl, L. ), 0
_jLumpf and A. M. Sukhov (electron.oV-~pnent
Pil.tkov (mechanical arranj-em-o-n~73j St Z.: Ryndina andi'V.
1 .1 ~4-L~ KuOalmtk
-Ts-e"Fniaonduotor detectors), V. 1, dlid-A P'j.-,
M 1-6fi-EIRI to
SmIrnoy-AVerin (general ase 5)4 T '10LOOk )Fibda': bd

GUSHCHENKO, I.I.; DUBIKV 7u.M.; YUMOV, V.As
Torkinal eruption of the XlyucheilsklY Vol-let.-In In 119NX-1161.
Blul, vulk. eta. no.3707-51 91,4* (MIRA l8s3)

, ~ . .
P6=Mtic&l* ejarated doors in dryimg cba&en. Bar. proa6 6 as.5;
41-74-ft. ~'Rv. - , - . . (MM IOW
1. lostowskaya as Bonn febrila WaSkey mobell.
(palva apparatus) (Pkeumtic costrol)

MMf%= V.A.
Prospecting for new petroleum fields in Krasnodar Territor7-
Geol. nefti i gaza 5 no.6:16-20 Je 161. (MIM 34r6)
1. Treat Krasnoda-.nefterazvedka.
(Krasnodar Territory-Petroleum geolo&7)

TEGOIANO V.L.;,P-211~~ MKOP X.11
Discover.r of upper Triassic larine deposits in. the Telak-Be,-Ozan kiy
area of southwestern Ciscaucasia. Dok.I.AN SUR 138 nol6il4l7-1420
;a 161. (KRA 14: 6)
I@ Upravloniye naftpwy i gazovvy pronqnblewwati "Kmanodarneft'.18
2. Predstayleno akademikom LL.,lonshinyme
. (leyok reglor-Goology., Stratigraphic)
(Boresansidy region-Goology., Striiidgrapbio)

YERMAKOV, V.A.
Now gas-condensate field in Kramncdir Territory. Geol.nefti i
gaza 6 no.5$59-60 Yor 162. (MIRA 15:5)
1. Kraancdarskiy treat po neftyanoy geologichoskoy razvedke.
(Krasnodar Territory-Condensate oil vells)

URMAKOV, V.A.0 inzh.
load capacity of plastic gear wheolm. Vest.mehinostr. 42
no*534&53 Vq 962. (MA 15:5)
(Gearing) (Plastics)

YJMKAKOT,.TOAO
~A "w"Wasa.
Reconstruction of drying chambers at the Rostov furniture plant.
Sor.i loookhin. Pron. 3 no.4.*20-21 Ap 154., (NUA 7:5)
1. Gl&vW Inshonor Rostovskoy n/D fabriki mra*oy motell.
(Rostov-Lumber-Wylxg) (TAnibor-Drying-Rostov)

YERMAKOV, V.A.
Oatlook for finding oil and gas in Ustl-lAbInsk MatrIct,
Krasnodar Territory. Neftegam, geol, i, geofis, no.319-12
163. (MRA 16:8)
1. KraBnodarakiy treat po neftyanoy geolegicheskcy razvedke.

I-CCESSION MR: AP4020324 S/0069/641016/003/0195/0207
!AUTHORi Dvaots# Yeo Do; Shcheg*Lev~ Vo Aej Y*nWkQVLV* As
TMA: Synthesis of the Isotope of element 102 vith was wAsbor 236
SOUItCRo. Atoewya energiya, v. 160 nos 3, 1964# 195-207
TOPXC TAGS: element 102# mass number 256v nuclear reaction, transurshium, element,
decay period, energy dependence# U sup 238
ction U238 (K022
ABSTRAM In the nuclear res, 4g)XO1236 (4-active.i.ootopd of
eleatent 102 with moo number 256) is synthesized* The registrat and ideutific&-~
tion of the isotope is made accliging to the daughter isotope ft The
meaeured half-lifoperiod of 102 is about 8 me The,energy depeigance ofthe
cross section for the formation of isotope 102 in the reaction U Ne to
studied* Its max1mum is In the,jroa of 112 Move The cross station *t the
==i== reaches about 4o5 x 10 The work was carried out In ft Internal
beam of the tri;meter cyclotron of the nuclear reaction laboratory of the Joint
Institute for Nuclear Researchq "In conclusion,, we &to deeply grateful to
Card 1/2

77-
VACUSSION NRl
AN00324
r,. N. Flerov with whose guidance and worm participation this wo*k We*
accomplished, We also thank the subdivision leaders Yue Too Opossysap As He
Filipson and A* Be P&syuk for providing so many Intensive beasio of ajtc*lst&te4
neon ions for our experimmints," OrLsart. bass 13 figurese
ASSO' UATION: Mone
SUMK ISMov63 DAT9 ACQs 3lK&r64 aw 00
SUB COOS: NS PH NO W WVs 012 QMIU 008
2/2

- - f -, - ~ -1. -1 11-I .. ..I
BRAND3111TTR, I.; MV)V, V,V.;.jtJ!AU9Y.J.A.j VAROVA,
KHZHIIIANEK, M.1 MAILY, Ya7.; SIJ KIIUN-GUY (.1ju Hung-htibi]
Study of the prodnets of reactions of heavy elements with
multichargo ions. Part 21 Yield of' iome isotopes at'
californitun and fermium durinp thA irrnriiation of thorllim
and uranium by 016, 018, and IM22 ions. Radtokhlmlia 5
no. 6006-711 163. (KRA 17 1?)

BIANDSHTETR, I.; WAN TUN-SEN; YEMIAXff,,.~Ao ZVARA, I. - ',XAROVA, T.S.;
TNOBLCKH v V. K RZHIMIMC, -M. iluy, Ya. ; SU KITU4ulk r Su Hung-
kusi
Determination of the yield of some fragments In the fission
of heavy nuclei indorwl by mul~icharge ions Part Is Tission
of Th232 induced ~ 018 and No 2 Ions. Radiokhimiis. 5 no. 61
715-720 163. (MIRA 17:7)

L00037-66, EWT(rri) DIAAP
,ACCESSION NR: AP5020306
MINI M.F10.0,01AI +
dk* v. A i-~' to~p A.
ALUM Dedov. V. B. ; Volkov, V. V.; GyqRdev., B. A; -, YqmO
Reabitnoy, V. M. -;Tr-ukhlyRev, P. S.$ Chiftirkavo TfUM
MILE: Priduction of Pu-242 and Cm-242 from n4utron-irradiat~d koj-2 41
SOURCE: Radiokhimiya, v. 7, no. 4, 1965, 453-461
M)PIC TAGS: plutonium, curium, americium, extraction, Ileut4n ir~vlldiation
iMSTRACT: Irradiation of Am-242 with thermal houtmns produi-',bs p~t4-%~-Cm742 and
!Ain?43 which are of-great interest In a number of physital alnilli radliloche'mical ilivest-i
cations. The syntfiesis scheme ia as follows:
tf o~,- Sea
Ain
I (.lord 1/2
Wr

L 00037-66
!ACCESSION NR: AP5020306
IThe thermal neutron cross section of AM241 is 900 barn, thu6~~even lipon short irradi-'
i n' ~amou-nlt of the abo
lation with a high density thermal-neutron beam.a significa t Ve
linotopes may be produced. It can be seen from the,above p r1b eas tiiat the yield of
-roduced mainly du I fj~1!310n of &,1242
IfIssion products is small since they are V ng
I ,~- e ion oi
iThis facilitates the chemical processing of irradiated subst nc s., Product
1PU242 by this process requires much less time than the matb'bi~ whil~luses PU239 as
istartin material. The authors describe the chemical separaj:ion p -PU242, Cjn242
i
iand Am2&3 from irradiated Am241. The scheme for the chemical pro~essin& was se-
'lected to be such that it would produc,-- rapid separatia In of' ':he pvoducts. The main!
separation steps involved chromatograp 'Jtionfwithods. Chroma-
hic and cbemtcal ext~6' I I
itographic separation was made extremely difficult by high o-4ctivity due to the
~presence of Cm242. Chemical processing was carried out In !~~ahieidijd area on a
special stand with remote control of all operations, The 90:lcleUlldicates soire.
:properties of curium oxalates potassium curium sulfate4 eukjgi hytirtkide ani curium
i I . i
icarbonate. Orig. art. has: 5 tables and 3 figure*
'ASSOCIATION: none
ISUBMITUD: 18Apr64 ENCL; 00
no RE:r 004 OTMR: 005
So
2/27
SUB CODE. (,'C UP
(:ard

Yt-.D.t sHrqErJOLEV, V.A.,-
Syntjiea'4's of the 103d element (1swrenciun) with mama number
256, At=. Onergs 19 noeW09-113 Ag 165. (142A 18 9)

YERMAKOVj V. F.
YE110MOV, V. F. "Investigation of the Effect of Fuel TempeTature on
the Working Cycle of a High-Speed Enone with
Compression Ignition," Min River Float USSR.
leningrad Inst of Water Transport Engineerno
Leningrad,, 1956. (Dissertation for the Degree
of Candidate in4sciances)
Technical
So'. Knizhaya letopis', No. 17,, 1956

IKHAINDWp Z.A., doktor tekhn.nauk, prof,; YERMAKOV, V.P., kand.takhn.nauk
Characteristics of diesel cycles vith Duel additions to the
air charge being compressed. Trudy, LIVT mo.2t-~-22 160.
(KRA 150)
(Marine diesel engines)

YERK4XOVp, V.P., kand.tekhn.nauk
Investigating the atomizing of heated diesel fuel. Trudy LIVT
no.2t23-28 160. (MIRA 150)
(PArIne diesel e*gUWS)'t`,(Ke9e1 fuels)

MIMVj Z.A., doktor taklin.nauk, prof.; w YERMOLL V..-r- kand, takhn.
nauk
Investigating the foavibility of impraving tho operatlons of
3D6 engines. Trudy LIVT no.12:3-10 161. (HIRA 14:9)
(Marine angLies)

. ....... ... . .. . .......
ACC t4R- AR7004111 (~,V)'So'URCE CODE: UR/0169/661000/0121VO50/VO50
MO Vy a I o v--,* -S.S. ; -Y e r m a k o v, V, F.
TITLE: Decrease in the strength of ice with time
SOURCE: Ref. zh. Geoftzika, Abs. 12V328
REF SOURCE: Tr. koordinats. soveshchaniy po gidrotekhn., vyp. 23, 1965, 89-01
TOPIC TAGS: glaciology, ice strength, dynamometer, ice rheology, elasticity,
rheologic. pr-operty, ice, plastic deformation, plastic strength
ABSTRACT: A new method of determining the rheological properties of ice using
a dynamometric device is examined. The purpose of the method iis to accelerate
and simplify testing procedures. The test is conducted by measuring the initial
load applied to the specimen from the tension on an elastic dynamometer. The
stress transmitted to the sample through the dynamom.eter, produces In the sample
creep deformation which, In turn, causes the dynamometer to relwt and reduce the
stress. The reduction of stress will continue, under any given strass, until the
sample's deformation achieves stabilization, I. e. , until a state of equilibrium is
attained between.the load applied to the sample through the dynamometer and the
Card 112

-ACC i~k' AiFO64111
internal resistance of the ice. If the initia'JIL strain applied to the sample is
approximately equal to the assumed -instantaneous strength, then the stabilization
of deformation will correspond to the limiting equilibrium. Since Ice does not
have stress-rupture strength, a nominative value of relative deformation for a
specific length of time may be regarded as the deformation stabilization. Dynamo-
meter testing may be regarded as creep tests with stress varying with time;
cha,,,,iges in stress and deformation are interdependent. The proposed method is
recommended for conducting tests under different loads (compression, rupture,
shear). In conclusion, data obtained in testing samples of polycrystalline glacier
and lacustrine ice (Mirnyy, Antarctica), using the dynamometer, are presented.
A bibliography of 5 titles is included. G. Deyev. [Translation of abstract]
[SP]
SUB CODE: 08/

KHMIDCFV, Zosima Aleksandrovich; YERMAKOV, Vapilly Yedorovlcbj
BOTKIIII F.P., kand, tekbn, nm*p reti-eEzmt; AL"114AR,
I.H.p inzh., retsenzent; ZAEMMKO, B.A.p rauebo. red.;
VASIL'YEVA, N.N.p red.; KRYAKOVA, D.:t.,, tekhn. red.
[Marine diesel engine operations with a-two-stage fuel feed]
Itabota sudovogo dizelia o dvukhfaznoi podachei toplivu. Le-
ningrad, Sudpromgiz,, 1963. 82 p. (MBA 16:12)
(Marine diesel engines)

ODINTSOVI M.M., doktor geol.-min. nauk, otv. red.; PALISHIN, G.B.,
kand. geol.-min. nauk, red.; LOGACUVI N.A., red.;
FINNEXER, Ye.V., red.; GRECHISHCMW, Ye.K.,, kand. tek1m.
nauk,, red.; ASTRAKHANTSEV, V.I., red.; VOLOGODSMM, G.F.0
red.; KUKUSHKIN, I.P.., red.; PEDOROV, I.P., red,~; TIMBLI,
R.R., red.; SEDOVA, N.G.# red,; TERMAKOV 16 V,F,, red.;
ASTAFIYEVA, G.A., tekhn. red.; POMM, tekhn. redo
[Bratsk Reservoir; engineering geology of the tarritor7]
Bratskoe vodokhraniliabehe; inzhenernaia geologiia torritorii.
Moskvap Izd-vo AN SSSRp 1963. 274 p. 01IRA 16tl2)
1. Akademiya nauk SSSH. Sibirskoye otdelenip. Institut zemnoy
kory.
(Bratsk Reservoir region-Engineering geology)

IMt=(X V,Gq kozdidat takhnichookikh nauke
v IOR
i;;~i" ~,~
APplication of the theory of jets to the prooess of 4jectIca. [Trudy]
TMI 12:109-118 149; (MM 8:4)
(jets) (Pieme)

BABENKOs M.L., kand.tekhn.nauk; IMWOVO V.G.
Testing of the b2ading of a stowtarbine, with Cquaterprom8=60
thargon"hinostroenie 7 W.SM-If Ac 161. (XUU 14 ilD)
(Steam tutunall.-Blades)

YMMMOV, VoGs, n h.; ABRAMOV9 V.F.0 inzh.
Nedhanism for turning boring rods. Bezop.trudalv prom. 5 no.12:31
D 61. (MIRA 15i1)
1. 1. Treat Artempolo0ya.
(Boring. xachliwry)
I

PISIMEN, M.K.;J~E!~~~~BELYANINV Yu.I.; YAWSLAV, T.Ye.
Experimental pyrolysis of mazut and shale tar. Gaz. prom. 6 no.11:
18-22 161. (MIRA 15:1)
(Pyrolysis) (Mazut)

SOV/81-59-5-16R25
Translation from: Referativnyy zhurnal, XhImlya, 1959, Nr 5, p 155 (USSR)
AUTHOR: Yermakov, V.G.
!Pl=: The Production of Industrial Gases by the Gasification Method
of Lean Fuels With Removal of Slags In the Liquid State
rTRIODICAL: V ob.: Gazifik. tverdogo topliva. Moscow, GostoptekhIzdat, 1957,
pp 122 - 126; V sb.: nim. pererabotka. topliva. Moscow, AS USSR,
1957, pp 400 - 407
ABSTRACT: The results are given of the gasification of Silesia coal semi-
coke in a gas generator for the gasification of lump fuel with
the discharge of slag in liquid form. Vapor-oxygen (V0) and
carbon dioxide-oxygen blowing was used. When using VO blowing
a gae Is obtained with a total CO and H2 oontent of up to 97%,
whereby the gasification of the 10 - 50 mm fraotions In the fuel
Card 1/2 Is possible. The use of carbon attains the same value as It does

SOV/81-59-5-16825
The Production of Industrial Gases by the Gasification Method of Lean Fuels
With Removal of Slags in the Liquid State
in.gasification with diagharge of solid slag, but the specific expenditure of
vapor for obtaining 1 r=1 (CO+H2), applying the VO-blowing, is 4 times less. V
B. &Wlin
Card 2/2

PISIM". M.K.- =mWW.N0"*A$+BILTANIN, TU.I.
Gasification of oil shale with a solid heat transfer agent.
Gas. prom. no.9:21-27 8 058. (MIRAIWO)
(Gas mnufacture and worice) (Oil mhalej)'

I I i I II I 111'r1ri-mv- 11;1 1111, H"I
HOT
Its:
fig
ell
5 Ir
Fit

YzMAYOV V.I.,; ZAGORETS,, P.A.; 91-11MOV, Nol,
Study of solutions by higb-rrequencr metbods, Part lo Zbur&
fiz. kh1m. 36 no,621180-1185 :062 (MIRA 17r7)
1. Mookovskiy khlmiko-teklmologicbeskly inctitut imml Mende-
leyvae

YEMMV9 V. I.
Cand Agricult Sci
Diss*rtatlont "Methois for Acclimatisation of Sequoia in the Forests of
the South Crimea." 29/n/50
Moscow Forestry Inst
- x C
So VecheryaYa M, C'7"v'
sum 7 1

DIUV, Nikolay Favlovich. prof.. doktor takhn.nauk (deceased]; OMAN.
Irina Petrovus, lush.; GRIEMURT, a0M., imndstokimonanks
rateenzent;_UDUOT, V.I., Insho, reteenPent; XNATCHIM[Op
P.T., inzh., retmensentl (NMIYA, N.V.. dotsents reds; XANAYBTAq
O.N., red.izd-va; ISLMIUVA, P.G 0* tekhaaed,
ENstallurgy of load and sinal Yletallurgile ovintea I tsInka.
Koskya, Goo.nauchno-takhn,isd-vo lit-ry po chernoi I tevetnoi
metallurgil, 1961, 4" V. (UM 14:1)
(Lead--Notallurgy) (Zinc--Metallurgy)

~Qscow)
PT=Tvt V~.OIO,, N
Universal instrument for tkw high-frequenor Api-cocbsoical. analysis
and titration of mahutions. Shur. f1s. kbin- 34 no.12:2838-2W
D 16o. (MIRA 3,4:1)
1. Zhiniko-tekhnolegicheskiy instittit imeni D.M* Neudeleyeva, Kookys.
(Titration) (chemical epwatus)

URMAKOV., V. 1.
Investigation of electrolyte solutions by, high-frequ~mcy metbods.
Trudy MKHTI no.38:96-103 t62* (PMU .16:7)
(Electrolyte solutims)
(Electroclemistry)

IZRMAKOVg V.I.; ZAGMTS,, P.A. . I
Investigation of solutions by high froquency methods, Part 31
Characteristic curves of slectri 'cal. measuring cells aM relaxation
phenowns, in solutions. Zhur.fis.khim. 36 no.W632-1638 Ag 162.
(MIRA 150)
1. MAmiko-tekhnologicheskiy institut imni D.I.Mendeleyeva.
(IlectrolyU solutioms)

YERWOV p V. I.
mow,
.04 C
Distribution of the comppsition of natural gnoes,in *1007
sediments in CiBaauaasia~ Gas.prom. no.51YO !63 OMU 1616)
(Caucasus, Itorthern-Gas, Natural-Analysia)

WN01sovp N.V.; GRISHINA9 I.T.; YlW"OVP Vol#
Prm"ctlng for potrobw aftd P810028 "sociated wltb
lithologlool and -otmttwruWcal traps. 0910, tm~ftl i, gas& 7
no.3:16-22 Kr 163. .1614)
L ToonWmrWy nauabno-inslodovatellskiy institut prirodrgrkh
psov,
~Caucmsus, lortborn-Ahs, lktaral-061opy)

0
3101/ 210
an Zd VC-C
AUTHORS: Yermakov V i. sm; ts' 1. IL
C14
TITLE: Study of solutio s by~ Ugt.~:tr'
Dispersion effecta jn~ Aqc~eoi:~ie 601%iO Ohs JqLA Yride
frequency range ~,of, tb~d~ dlef4frotunneitie. If d'',
FLRIODICAL: Zhurnal f izicheskcq ~V4 ;n gi!
44-552
04
A
TEXT: A non-revonance circuit (F1,6 4)~is; b~ug&StO Por
relaxation effects in electrolytes. Itc iur~'men~s*q* :cmducted by -.1011'nZ
~' 6 1 : j, tie k k'.~'kj/lc Ic'.1
the equations U UkY Y *r 1 Uk ju~'
3 br/ sol' 1001, 71.i
U voltage, Y-- conductivity, the imde:t 1 ~itelp t e4"' -t "t e resiatande
~g rp
br;
box of the bridge and to the i~ie6ir 0.. U
hlfijju~rementzl with
8011
frvq~ioncica up to 200 140blea. Y1.0 Od tv
electr Uctivi, J. 13i
Ay verault conoe;ntratiokfor, KO
ocond iK~l AICI
3
s explained by steric hindranae ~ffdot4: on;'refqrinA~'prl 41; hydra:te
the
complexes with a certain lifetimel. a: ound eit:
Card-1/2

A
/W4/020
BI i
Study of solutions by high-#*# 0
frequenaies above 10 cps, whereas 61ow Xo/s e6~ an~~W,~thtiij,m6st stabl~a
hydrate shells are observed. Thare are &i f' igure a
ASOOCIATION:. Moskovskiy khimiko-tekhn' lr~i it ut
Oh
Mondeleyova (1400on inatitu~of at'; ired.,
Inolog-j imai'li
D. 1. Hendelayev)
SUBMITTED: November 5# 1961
:?i9- 4. Principle of a z-meter circlkit Id high4roqli they !'Offipenuatioji;
legend: cell; P Generator. 4
zip
Ai 1.
NZI!,
0'A
Card 2/2
M-RA

:1, Ov

T,~ f~~4,:4V, 4
1 11
H
,;!9 ;~iufl
61 Or-
V ',--L- '
1
41'l, I'L."I A I
:-I A7 7t-1
-
-zu
d
'

Ap3oo29t6
RR: 35
PZMOR-. -Zoa=tsol P. A.; Y V~-~ Lf 0 W: pa

rem='64: arid, nud
-=Mz NldvefftAsmtlmns of solutt=a _by.: &Pii- f ow n uthetAc re.
I I

~;a=:
-4-1.4,+4^~
~VLMAWU Uh.%"W%AQO to %JWQ~& V qkW.LVLI; W&
:,I I
Zhurnal fizicheskoyL no.
khWIF V
VES; MS: high-frequency mnt%od,, n=lew Maa~Otlc: r1wonmn
-.a.6 app=etus,, spinm-lattice relwvAlAon tlmt., Ub
MSTRM A method has been proposod for: the r0 etf va
+4-a, IM eli,% 1% 'k- -vaa.mi,41 A"4
Ir.11 jUr_CwJ;4 V.4 44 OW.44i'.
4.15,
Ina#,dill span
3i~ lUb 4i$';
I J~f tile
d~t=~J?j~tl(ji

RK BUTI) *,F*,. . Mlg* Me M:.~
ASSOCIATION: rzlmiko-tekhwlogichestdiinsitittiti~o-D.-il.,I
-A-Chemical Migine-ex ing Institute)
SUEKrrTED*. 00 DAT3 ACQ:' 16 Jul.
UCLA 0(
SUB CODE: 00 NO REF SOVz 005 OTIMh I
~-Cw-d Ill -

-1 " ~. 11 ... 11,11W ~'u . ..... I., Ft. 11 k t;v
YERMAFOV~ V.I.; WICENKO, N.N.
Possibility of excluding oil- and gas-bearing zonem on Ithe basis
of data of hydrocarbon analysis. Dolkl. AN SSM 155 no.1:85-.37
mr 64, (VERA 17:4)
1. Voesovuznyy nauchno-isaledovatellskiy institut prirodnogo gaza.
Fredntavleno akademikom A.A.Trofimukom.

OV, V.I~,,O.SHOSOV, A#N&
RMiometric surveying In oil-bearing regions of western 11twk=nia,
Geolonefti 1 no-8134-39 Ag 157, (MIRA M12)
leInstitut nefft AN BSSR.
(Turkmnistan-Petroleum g*olo47)
(ftAloactivity-Weasurements)

/c'-- Fo,~
YBRKAICOVv V.I.; ZAKSO LeN,
Work of metraiagical institutes
lvm. tekh. av.WI-73 N-D 057s
(Ikdlo
In the field of ra4lio wasurawnts.
(xraA 10:22)
waaaroments)

MONA=, 1.1,; MOUN, ToNe; MNMTAWV, 0*6.
Application of bldi-frequamW analysis to 4621814 absolea
Investiptions, 1611,skor. 19 no.,2tl"-200 Nr-AO 157 igm low
l.Koskovskly khimike-tekhnologlobeekly luetltm~ In, AJ, Kendeleyeve.
(Colloids) (Ilectiochesical 4mlysis)

21(8) SSSOV/7-jB-7-4/13
AUTHORS: Alekseyev, F. A., Y Filonov, V. A.
TITLE: Concerning tkie Content of RadioacLive 153emexits Foard in haters
of Oil Field Deposits (K voprosu, o, sod-vrzhanii radioelementov
v vodakh neftyanykh mestorozhdeniy)
PERIODICAW Geokhimiya, 1958, Nr 7, pp 642-649 (UOSR)
ABSTRAM The content of radium and uranium found in vatern of oil field
deposits was examineds radium was determined radio-chemically
(Ref 3); the oontent of radon was measured by means of' the
electromete., W Mk the amount of uranium ascertained by
luminescence. vie research was conducted at. the Laboratoriya
yadernoy geofiziki i geologii Institu-ta nefti AN ~~SSR (Lab-
oratory for Nuclear Geophysics of the Petroleum Institute AS
Wnfiil). Waters from wells as well as surfa~!e vater from oil
fields of 'Wont Turkmenia (Tables 1-3) were examined, L;ampl~es
were taken f*rom tne petrol and mineral gau province of' Em-ba
(Kazakhstan) (Tables 40) and from oil fivido in thl-~ Cie- I
Uralian region (Tables 6-6). Independent of the type of' ~e_
posit, the radium content ranges from 10-10 g11, seldo nder
Card 1/2 j()-11 g/1. The uranium content neldom vurmoants 1.0 7 g/l.

SOV/7-j8-7-4 ;3
Concerning the Content of Radioactive hlements Found in Waters of Oj-
Deposits
The largest quantities of radium are to be found in waters of
the calcium chloride type. Uranium is concenTraLed in waterz
ofthe sodium bicarbonate type. Radium is found in largest
amounts in the marginal zones of the oil iield deposits. There
are 8 tables and 12 references, 11 of which are Soviet.
AS'SOCIATION: Institut nefti AN "-1;5R, Moskva (Petroleum inutitute of the
Academy of Sciences, USSR, Moscow)
SUBMITTED: JulY 7, 1958
Card 2/2

d u
1A
Hill
ilk
lie' li 141 1 a
I ;I JoI 'r , - ell
its 11
lilt.
'Jig
J1
v v
Is
It
silt 02
NJ

Apparatus for determining the electric conductivity end concentra-
tion of solutions. Zav.labe 26 no,2:229-230 '60. (MA 13:5)
1. Mosko"Idy khImiko-tekbnologlabookly inntitut Ined Do I#
Nemolore".
(solution (Chodstry)) Mootrio conduoilvity)

MMWOV.-]L,.L; SAKODMXIYj, X.I.
Use of high-frequency awaysis in the stw1jr of aboorpt4m kinetics*
Ebim,]prome zto.12.:96&ft D 164 (KMA 13:1Y
(Absorption)

ZAGOMM" P. JL.), sminwp ff.
rn"ptiption of golutions br highfioquenay potbodo. ALrt 41
)Wquoney of tho mamwing.pnerstor an dop*rAo#t on the con-
ductanos and *Ialwatilo'conistant of slectrolytc,oolutionn.
Zbmr. fis. kh'Lu. 36 no.1222743-2748 D 162. -
(XIBA 16tl)
1. Moskovskiy khImiko.-tekbnolociobaskly institut Imeni Nendele"vae
(XectrolyU giolutiongi)

)ffBM=- SMIRNOV, N. I.1 2AGORETS, 11. A.
Study of solutions by high-froquency methods. -&rt 6. Zhur.
fiz. Ulm. 37 no. 3:544-552 Mr 063. (HIRL 1715)
1. Moskovekiy khimiko-tekhnologichookiy Institut itseni Mendeleyeva,
Moskva.

ZAGORETS, P.A.; YERMAKOV, V.I.; GRUNAUp A.P.
Study of solutions by high-frequeney methods, Part St Structure of Co Z-+
wA CuZ*aolvates in methanol solutions. Zhur.fiz.kh1m. 37 no.10:2155-
2162 0 163. (MIRA 17:2)
1. Mookovskiy khimiko-tokhnologicheakiy Inotitut imed Mendeleyeva.

SHIWVp Yu*M.; DARAGAN, V.L,,; YERUKOV V.I.
Pbasibility of determining the moisture of the grtmular, sub-
stance for tablets by measuring its dielectricI permeability.
Aptech. delo 12 no.3C2-24 Ny49163 (~11U 17 t2)
lo Umtrallnyy aptecbnyy WWc~no-i&4 i
"Jpv*tel'sk y institut
i Moskovskiy khimiko-tekbnol;iicheskiy'institut imeni Men-
delepwa,

nMEDVp V.I.; ZAGORETS,, P.A.
Study of electrolyte solutionts by h4gh frequency metWo. Part 5o
Zhur.fiz.khimo 37 no.ltlU-186 Ja 063. (KEU 170)
1. Khimika-tekhnolagicheakiy institut iment 16M.eleyeva.

" I. I It ;I[- , I 1111AII-11(l "Jill 1JfJJ;l,* . , -- -, " . I . I - . . . .. .
YUHAT,0719 "T.T.
momm"w.vwjwwpwm -
Improving Fneiiffatir. -,yetpms of p-r-tai. 30 no.21t
17-18 K 164 NMA 180)

... ........... . .
ACCESSION NR s AP4054692 B/0076/"/036/004AO30/1031
AUTHORS: Termakovp V*I.; Zagorets, PeA.; Orunaup A.P4
iir 13: -Ad-ovice fcr thermosiatinjS specimens in W experiments,
SOURCE: Zhurnal fizicheakoy kbimli# V.38j, no,,4, 19640 1030-1031
thermoregulatorp nuclear magnetic resonance, control
TOPIC TAGS:
h
circuits temperature controls gas beat exchanger, spin so o
ABSTRACT: The article describes a device, whiah uses gaseous beat
exchangers, for tbermostating' specimens in experiments with spin
echo.. The temperature of the investigated solutions was maintained
at 40 to -300 as desired, Nitrogen gas 'visa ueed as a beat exchanger.'
Its flovi was regulated by changing the current tbrougb the beater
in*a Dewar flaak with liquid nitrogen. To minimize the consum~tiop
a
of nitrogen and to chieve lower temperatureas the-measuring bead
with the specimen was separated from the poles of the electromagnet
by an air gap,, In-,addition.. the poles of the elootromagne-t are
cooled by spiral tubeas placed aroqnd the poless through which water
t_L__
'Card
1A

ACCESSION NR: AP4034592
is passed. The desired temperature level with accuracy of 0.01 deg.!
is maintained constant automatically by means of a device consisting
of a termister bridge and a regulating potentiometorp PSR-1-0.,14
Orig. art. bast 2 figures.
A830GIATION: Moskovskiy kbimiko-tekbnologicheakiy Institut ime Del#
.,I Menti-leyeva (Moscow Institute of Cbemical Technol;gy>
SUBMIftEM 06Jul63
ENQL: 00'
S-OB CODE: UP, W- NR FIEF BOV: ~001 OTHER: 001
LL
Cori
MUMUMM
Wool ..... ........... . ........... .......... .

ZAGORETS, P.A.1 YERWOV, V.I.1 GRUNAU, A.P&
Study of solutions by high frequency methods aM by the nuclear
magnetic resonance mothcod. Part 11. Zbur, fiz. khim. 39 no.2s
456-458 F 165. IMIRA 18j4)
1. Monkovskiy khImiko-tekhnolcqioheskiy Institut imeni Idendeleyeva.

_jEMjA1QY.,~ I.; ZAGORETS, P.A.
High-frequency studies of electrolyte solutions. Part 9: Role
of ionic atmosphere in forming the structure of electrolyte
solutions. Effect of temperature on the structure of electro-
lyte solutions. Zhur. fiz. khim. 38 no.12:29W-2971 D 164.
(MIRA 18:2)
1. Moskovskiy khimiko-tekhnologJcheskiy institut imeni D.I.
Mende',,,yeva.
X

YERMAKOV, V.I.; MARTYUSHIN, I.G.
Investigating the gas content of a bubbling Inyer f-,r prscenses
with nolid phaae participation. Kbin. prom. 42 no.1,4701-703
S '65. (MIRA 18:9)

ZAGORETS, P.A.; YEMAKOV V.I.; GPUNAUO A.P.
Y-1 -
Study, of solutions by the high-fr,-,iuenc-.( methods and by "he wiclear
ragnet1c resonance method. Part 32* Zhur.fiz,khim, 39 no.7.,1552-
1555 J1 165- (MIRA 18:8)
1. Khimiko-tekhnologlc"skiy instititt imeni D.I.Mendeleyeva.

A L 7 A61AL75, 0,
le
M,n,i a )srt-v Subolittte

tCC NRAP7002707
6TH0RL!SM149TA-X!-;-) ZMskory" To. N.; 'Sachkov, V, I,
pffl: none
TITLE: Some relations characterizing the beam path in a cesium frequency standard
SOURCE: lzmeriteltnaya tekhnika, no. 12, 1966, 51-53
CIO,, t~6t
TOPIC TAGS: frequency standard, cesiumfrequency 4--d-A, Aomic clock
ABSTRACT: Early authoraf experiments with the essium atomic-beam frequency standard
involved a col-limating diaphragm and were found to be unwieldy. Hence, further
experiments were conducted without collimators, their functions being performed by
beam slits cut in the resonators. Formulas are deduced which impose certain conditional
on the widths of the slits in the resonatorsv source# and detector and also on the
field gradient of the deflecting magnets. These conditions make possible successful
c!peration of the frequency standard not equipped with the collizating diaphragm and
having symmetrical beam deflection. These relations are derivad: detector alit width
4M,04 VS is( '-~ +
1i I to + to 4 4 6P4 -3-a -dr- .2
ba - 2b, 4 b.-
_tW, * ~.B
4(is 11') 4- is if
01, f*. / _ bal Is 4 to

ACC 'AP7002~0-f
The bean can be limited either by the first (from the source) or by the second
resonator. If b,, -c a Is Itj. the first resonator places the limitation;
Vs (21,
if bn + bp > #2 (2ig -, is). the scond. Here, bn - source alit width and b~ - resonator
ON
alit wldW. Actually's both resonator Blits act simultaneously an the beam contains
atoms that have different speeds. Orig. art. hast 2 figures and 24 formiulw.
SUB COLE: 09, 2D / SM DMs 21Jul66 ORM REFt 000 / M RZFs 001

I. tkand.
SHILOV, Tu.M., kand. farm. nauk; DARAGANv V.L.; M"pV
khim. nauk . I-.,
device for th6 determination of moisture in
samplen of loose preparations. Sbor. nauch. trud, TSANII 61
127-133 164. (MIRA 19:1)
1. TSentralinyy aptechnyy nauchno-isslidovatel'okiy Inotitut
(for Shilov, Daragan). 2. MoskovBkiy kkilmiko-tekhnologicheskly
institut imeni Mendeleyeva (for Yerm4kov),

ZAGONMR P.A.,-_I T.I.; GRTJNAU, A.P. (Hoskval
Study of solutiond by high-frequenay methods and by Ue method
of =clear magnetic resonance, Part 10e 3hure fiz. kbimo 39
no. 1&9-22 Ja 965 (min 19c1)
1. Xhimiko-tekhnicheigkLy institut imeni D.I. Handeleyeva, Moskva.
Submitted June 26, 1961+.

YERMAKOV, V.I.
Relation of the camposition of Lover Cretaceous natural
gases in the Northern Caucasus to the metamorphosing
degree of formation waters. Dokl. Ali SSSR 165 no-4t923-926
D 165. (MIRA 18:32)
1, VaeaoyuzW nauchno-isfiledovatellskiy institut prirodnogo
gaza, Submitted March 16p 196$,

YEBMAKOV, V.I.
Zonal distribution (if' diluted g~aacv -,,f` tf* LOWOr CretAcecus
aquiferous complex of Ciscaucasia. Dokl. AN SESR 161 no.21
447-4-50 Mr 165. (MIRA 18!4)
1. 1fisa6(jyuznyy InEstitut, prlrodnogo
gaza* Submitted June 13o 1964-

VASIL'YEV, Ye.A.p red.z YERMAKOV, V.I.# red.; KALUZHSKIY,
red.; KOMSHILUV,, H.F.p rod-;-,l4ATyu3llKIllA, A.P.p ved.;
KIKBOVI G.V., red.; RAYEVSKAYA, V.S.., red.;
SHC104ELEVA, A.V.., red.
[Haterialp of the Conference on the Overall Use of Wood]
Materialy Konferentaii po komplakenowu lspollzovarilJu
li
drevesiny. Petro za-vod sk , Karellskoe knizimad W-vop
1964. 306 P. (MmA -18:1)
1. Konferentsiya po komplekano= ispoltzovanlyu drevesinyp
Petrozavodsk, 1961.

104AS 1XV, V- p. tEhg. I DZI40KNOV, A. XH.
1, MOTELS, Po I.
2. On (6oo)
4. mim vwAilation
7. mmim ventiution." Reviewd by P. 1, mustell V. KO Yormakovp V. P 9 Enge p
Mimalyano Gor, zh'uro no* 11t 1952
9. Monthly List of Russian Accessions, Library oi Congress, 1953. Unclassified.

TXRMAZDV, V,K.; SMM, A.S.
,-
Foreas strar.-ture of magmetito from forrudamus quartsites of the
Urals and southern Sibarla. Zap.Tsos.wlx.ob-v& ft no.4:454-459
1550 (KWA 9:2)
(Ural Mountains-Flognotits) (Biberls.-Kagastite)

~V- KO
Coaq)cmition and genesis of Pro-Cambrian ferrug%Mms quArtzites on the
western slope of the Southern Urals* *Wy $or#-gool. Inst. UY" SM
no.4o:67-80 159. (MM 13 t 11)
(umi Mountains-44partsite

Y~111-!,-.:,~,Cvl V.
"The Lezal-Nedica! `Lrrdficance of Farar-Atle Timu5ions.11
Cand ,,e:i Sci, Fir3t l4o-,cow Order of -'(:rAn 1:,Allc-al Insty
1 fov 542 (Vl,',, 20 Oct 54)
Surv,~y of 13cientifla and Tecilmical DlasarUkAoa:j Defantl,tl at MR
Higher Eklucational Institutions (IC)
30: Stun. Ile. 481.1 5 Mv 55

YMMKOV, V. 11. 0 GOVCHAROV, V. F., und VDODIN, 1. T.
"The Effect of Neuroplegic NL-.tures on the Ability of Animals to Withstand
Oxygen Starvation and Burn Shock," from the book TMseu of the Reports of the
Scientific Session of the Military Medicol Academy im. s. M. Kirov, Tazisy
Dokladov lie y Sessi, 29 Oct-2 N" 19") Laningrad.

YMMEDVo YoMe q bmdemedenauk
Fatal outcome followlag invasion of the upper reavirmtor7 tract by
monridoe Vestootoo -rin, 20 no.1174-76 My-Je 0.18 (MIRA 11:6)
' Is kafedry sudenboy meditsiny (sav', - prof. VoFO Chervakov)
I Moskovskodo, meditainskogo institutao
(ABOARIN
upper resp. tract (Run))
(RESPIRATORT TRACT, die
ascariasis of upper tract (Ran))

YERUKOVI V. M.
---
"An Approach to the Problem of Natural Focalization of Trichinovis."
Tenth Conference on Parasitological Problems and Diseases with Natural
Reservoira,, 22-29 October 1959, Vol. II, Publishing House of Academy of
Sciences,, USSR, Moscow-Leningrad, 1959.
First Moscow Medical Institute

YOMOV VA kandamadenauk
CyaUemovU in children. Yodiatriia 38 no.10*64-60 0 t6O.
(xm 13 tu)
1. Is Vafedry-obohehey biologii (mavo - vUen-koVeopmdant DW
SM FTofo- pe r. Taj:~-zW i kafedry mAabnoy wditoii~r (my. -
mxvli=~OM7 4eyatelt nauki prof, T.F. Cbw"akc*) I Wookor-
okoga Ordem tamins mediteUwkogo inatituta imeni lolt Seahenova
(dir. - prof 'rAma3aov,, irl,v.,,
(CYSTIM 33)

YERMAKOV, V.M.; KUKLINA, N.V.
- - -r-
In the Atkar Production Administration. Ushch. rast,, ot vred.
i bol. 9 no.3:5-7 164. (14IRA 17:4)
1. Glavnyy agronam Atkarskogo proizvodetvennogo upravleniya,
Saratovskoy oblasti '*Por Yermakov). 2. Nachallnlk otL4yada po
zaahchite rasteniy Atkarokogo proirvodetyennogo upravleniya,
garatevskoy obInati (for Kuklina)o

.... ... ............
Z2545.
AU'rJA'i'6; Ya.b., Cniadidnto or Taciiiiic.-il licirticov,
Orzhokhovokiy, Yu. F. , CniWid.-Ato of Tacmlicni Sc i4ilices,
Fevznor, L.?4.1 Candidate of Technical Uciciieem,
_Roshc!i~~,Jt. , Engineer, and
Yermakov, V.N., Engineer,
TITLEt Thermal-meM-nical treatment of stool to UIVII hi$h
strength
PERIODICALi M,tallovede"niye I t*rmicheskay& abrab otka metallov,
'19611 No.5. pp. 2-9
TEXTt The authors point out that recently much attention has
been given to combined mechanical and head treatmentk by two
possible methods. In one method the steel is rapidly deformed in
the austenite-stable temperature range and quenchad. Uhilo this
Improves the stool in many ways it fall* to Increase tensile;
strength. In the second method the steel Is detarmed 4t a
temperaturele between the martansite point Md and the iaerystalli-
zation temperature. and quenched. This gives increased strength
with 0atisfactory plasticity. Results of thormol-noebeanical
tard

225V
S/129/61/000/001/003/003
Zl11/El52
'ThermAl-mechonical treatment of steel-to give high stronSth
treatment are not universally successful, and there are-no
reliable deta on the practical use ar,the 1,ausrorm,' or:
IOAusCorming" treatment widely advortined In the USA. 'The object
of the pronent work was the study of thormal-machanical trootmont
or allay structural stools to a high strength and the ~tructuro
produced by the treatment. Tito composition of the stools wan as
shown in Table 1. stools A-r being malted in induction: and A and
9 in are furnacess the rirst group wore austonitized at 1000, the
second at 900 OC. After cooling in a nitrate both to the
derormati*n temperature the steels were rolled In 4-5.pannes
(reduction 90%), oil-quenched and tempered. To reduce cooling the
asset and other measures taken, 0,.$.
work was reheated between p
rolls were preheated to 100 OC. A poriobl*:aaS#1.*tIO Instrument
(developed by G.Yu. Sila-Novitskiy'and T.D,. lukYshkirk~) woo mood
to detect isothermal-decomposition products$ it roonat th*
specimen was rejected. After treatment spocimo~,s had a hardness
of 58-64 And mechanical-test piocos*wejro prorareif by spark
machining and ramov&l by grinding (temperature kept below 100 00
Card 2/8,,

2M5
S/l29/6l/ooo/oo5/ool/0o3
Thermal-mechaniCAI treatment or steel to give high strength
Of A 0.3 mm deep surface layer. Fig.2 shows tensile strength
kg/mm2 and relative elongation as fundtions of carbon content for
steels A, B,A and E after treatment (90% deformation at 556 OC,
hours tempering at 100 OC); for steel A tempering At 100 and
200 OC in shown by points I And 2 respectively, steels;$ and A I .
indicated 'by Point 3- Fig.3 shown for stool A tenmilq strength
and elongation in relation to the 90% deformation tompiirstuie
(tempering at 100 OC). The effect of variation in auatenitiiation
temperaturo with 90% deformation and tempering At loo Oc or stool A
on tensile strength, Rockwell hardness and elongation is 21104n in
Fig.k. Fig.5 shown the effect of tempering tomperatu a on these
properties of the normally thermomechonloolly treated r1loys.8 and
C' (left- and right-hand gr phs respectively). The treatment
enabled a tensile strength :f 280-300 kg/mx2 and elongation of 6%
to be obtained for the steels tested, which is better than with
ordinary or stepwAse, hardening followed by low-t*aperature
tempering. An carbon content rises to about 0.5% stronith or
thormomechanically treated steels risom, and Calls with',highor
Card
- - - ------------
a I IMD
T V

22545
S/129/61/000/005/001/003
Zl1l/El52
Thermal-mechanical treatment of steel to give high atrengthl
C content due to semi-brittle or brAttle'rracturs. Tito boat
strength/plasticity combination was obtained with temperinglat
100 *C. In some experiments on ate*llV ': the deformatiah was
decreased to 50%; the results were less favourable than with the
90% deformation as regards strength, but gave high plasticity.
The advant;-ge of 50% deformation is that it can be errecte&'at
relatively high temperatures, even above the recrystallization
temperaturti. Send tests an 60 x 10 x 2 'mm plate# of ,t'.01 P,
heated in various ways were also carried out. Electron-
microscopic study of the fine structure of thermoinechapically
treated stitel A showed a pronounced texture and considerable,
refinement of martensite plates. X-ray diffraction byrotating
specimens was also studied (with a ~JPC -50V (URS-501) Ionization
apparatus with automatic recording of lAtensity distribution in
Fsk, rediation)s block &Izo of the thormomachanically treated
steel was one half to one quarter that obtained with ordinary
hardening. The authors conclude that structure refinement is one
factor in the effectiveness of the treatment.
Card 4/

22545
Thermal-nechanical treatment of steel to give high strength
V.V. Ougunov, K.S. ~Jedveaeva, G.G. Solov'yova, Ye.G. FiILL)Povck,
T.D. Kubyshkinaj V.V. Bol'shakova and Yu.N.',Kabanov participated
in the work.
There are 3 figures# 4 tables and 21 referencest 1~'Soviut and
Englizh. The four latest English language references r*ad:
Ref-8: B.B. Kula, J.M. D~osi, I~TASMflt V. 32, 196o.
Ref.11; D.J. Schmatz, V.P. Zackny, f,TAS?411. v. 51. 1959.
Ref.123 D.J. Schmatz, J.'C. Shynet V.F Zackay, wetal. Progress n,
1959-
Rer.13: j.c.. Shyne, V.F. Zackay., D.J. Schmatz, "TASI,:nt V'3~' 1960
Card 316.!5r-

11111HU'l i 1 11111-1, 11 INIM $11I JIM I, 11'I'v I', I'. 'I I I II 1 11
t< VII V
PMAK) 1. M.[I?otak., Ya.M.1; ORJEHOVSKI I. FjOrsbakhowakiy, Yu, F.11
PMMIR L. M.; ROSCINA, I. N. tRoshchina, I. N. 1; EWUW V N
[Terimtkovp V. NJ
Thermcnwohanical treatment of steel for the obt&bment of a high
mechanical resistance. Analele ustalurgie 15 no,4:111v-123 O-D 161.
(Ste*l-Heat treotment)

POTAK6 U.M., kand.tekbn.nauk; OR=KROV3f= Yu*F, kand,tekbalnauk;
PEVZNERs LeMes kandetekb,~Onauk; R069MU.9 Lff.~ Inzh.r-.._Y&RIUKGV.,
V.&P-iftsh.
- Thermafand mechanical treatment of ateel for highor o4rangth
Nsta.Ualred. i term. abr, met. no.51249 My 161. :- (NIBA 3-4:;)
(fteel,, Structural-Hardening)

NVY;
IV I J
AID Ur. 977-2 27 may
AUSFoRmiNq. 4)F STRUCTURAL. STBELS MSA)

Yermakov-V. iq. V. V. Chugunov,: ad Y~. P!.
a
vski
vi~ Metal..
lovedeni*e i tero'cheskaya obraootkm nietalaov,~:no. 1~: 25-29.

I I I

andP-'and 138 steel 4 r'e*nv1t'e"d In-ava-bn'suim ibb I
nace. The auskirming coneisted (if
I mscl%~Wflij.
or furnace coolfiig to 500*C, rolling In 15 to 7, PF,
of 90%, and oil ~~Juenching. Z- ad fbil~owiW by erapiiri
ita Ve
300, or 400'C f r 3 hrs, - The sj-pecim;ams
steel envolopeo; ;'roll j were
-!J
coin -fren th and dtxfjljj,1y,-,' to-11site-11:trulij~fll 11
binttbm of
2
290 kg Imm and !elongation of 6:1 (Ota*6(!El Op
100-c'. Rcmeltedl steals genet-ally vm~e foun t6 hak lagl~
ductility. After j~emperirigr at 101)'C' the Indm-ilm"A-11ake.ted.
strength C- ol'1200. 5 kgr/rnm2, ab
fn reriVelte-d f4i rl, ste
te
net'ic fiejd, dib
varied from 280 to i 2 90 - kd mltO il it
210 kolmm 2, lind 6 from 6 to:10, Steelm' (:O~vehflon'q1-','.Y1
PCred at 100"C in~-many cases sh,owad paxUal: bri#,le ilui-
&~uw in~ aric
4:pi----ter bat1%
j: OW
1.4ot-ti, ili-eductioi%
t: 1)!;, 20
utainlasiz
of 13
"Lemme ng i3t
v''. qtl iar~igth ~,nd
f1c.41 'I'lld a Yield
Om, IOU to
Cr(lej el;l ""111A
sh:wt-ltime
ji

AWWORKIM OF Ord=WAL STMW f0wil SO
tests at elevated temperature sha~v(i~ tl~at ~tusgbrm~d
move heat realkant at ternp(lr~i~wr~!i to ~464~-~00~'47, 1~
F7 IF
'5 Mf 6 IVL4
IWO 100
2m,,vJ
ii me"i il 1w Whout IT

.4.
EXCERPTA FIEDICA See 9 Vol 13/6 Surgery June 59
3031. (8791 INTRA-AORTIC BLOOD TRANSFUSION (Russian text) -YE r m a k o v
V. S. - KHIRURCIYA 1958.3'1,11 (23-27) Illus. I
A seMs-o-'? cases is presented in which transfusions into the alWominal aorta were
mployed, The method was used in grave surgical shock and In bloorl loss. A good
:
nd stable effect was seen in 7 out of 14 patients who retovdroid. Ao offect or short
duration was obtained In 2 patients. The observations show litat the intra-aortic
transfusion is a powerful therapeutic measure which may be employed in prophyl-
axis and in combating severe shock. The rise of arterial blood pressure, improve-
ment of the cardiac activity and respiration appeared directly after the injection of
the first portions of the blood. The total amount of blood injected in ihock was 70-
140 ml,, while In shock combined with bloW loss It was 350-300 Mi. A special
method for the Intra-sortic blood Iransfuslon, which ennbles to uontrol the aortic
bloodresoure and, consequently, to determine the required tynount 6f blood for
the ao levement of the effect is suggested.

lll";,.~.I...'~lli~ll,lill,il-"";""E", 1.. .1. .
YERMM'.OV, V. S., Iaand Med Sci -- (diss) "Discontinuous and momentary
intra-arterial blood transfusion-" Saratov, 1960. 11 pp; (Ministry
of Public Health RSFSR, Baratov State Medical Inst); 200 copies; price
not given; (KL, 26-60, 143)

YMMKOV t V. S. 18047

_2XjL(a1-?-1V4tZ(m VEPK(n)
Me AP5022625 Wdosq/6.0)/O
i F"' 539 18. *12
A-UMTOR: Donate, Ye. D.; Shol~
A*,
TITLE! Synthesis of the inotopo of mass 256 of thil
(larrencium)
SOURCE! Atomnatya energlyal v. 16, no, 2, 19651 101
TOPIC TAGS: lawrencitim, transuran1wn 01 lemon ul
AMMACT: After a "rrief review of the:: discovery, :1
oium of an isotope mass 257t: the.authots presenV t~,
own identification -3f a new,isotope :of ma as 266 00~ I
The experiments were conducted at the ~'oint Institilto
Research, in Dubna, by using the interior beant of' jikultipiy
of the 3-meter cyclotron. The now isotoj~o was syotbat~,,,,*d
2 j Vill$ The J. sotol
nuclear reaction of'j;Ani1%,014,5n)jn3j
.11roduct via,,i obtainei~
the ;jcaVinlclo isotopeo This and
44,MvIll electron capture and a MILW"t~ MlPha decays
~ ~1_ ified by the 'Which had 1 1
was ident , same methbcl been illj;~#id
the identification of the isotope 256 at' the 102-hC
Knergiya, 16, 195 (1964)). The arrangemerit used Nr
L W.. : :1
V and the build-up of ta*FW~'
Caro I A
Voc

10:5,-rd olement

1111~
n 11:M51, of lawren-
e ril4ilUtfp of their
th e jm6me elemont.
ebj~ Nuclear
aharred ions
from the
-ri vii I aidentifl.ed by
-as :a result of a
The new 256-isotope
by the authors fox
eld Imont (Atoiimaya
ayntheMiEl of
,
illpqtrated. in the
I

i07F--6-6
ACC NR. AP5022625
artiolea Spectrometers havinp
resolution of abosit, 60 lba:v and a very
low background were used. The.experiments involved bombl L'riling ( 8 to
12 hours) a target with aceelerrtted~:4011,; ion, V 1~!.hi) alphri-apea-
trum of accumulated Fm-produats is graphically Pre s6,tted~~ Tho half -11.f a
of alpha activity at E=7.04 Iflov wazi about 215 hcoris.' I 'It ~Pao experknen-
tally shown that the x 10-32 9q cm I cro.so-section- nkeded ror the forma-
tion of Lw-256 isotope -was attained at the enerrq ie(~rei d,r 96 Yev. The
ex:periments measurinE; the half-lifd, of the 256-J.Boti 6110 H t13 describod.
Thet half-life time was clone to 45 sea* . 1n conoluji0ii, thq. rndloa~tlla i
P.-opertiou of this now isotope were aurnimirized an(l tio o1ial,noter of tho
crose-section of the reaction V9, A
I lit"ted.
The authors wish to acknowledge with gratitUde the 'a. mistance givon 'to
them by G, N. F1,QrQV (general consultation)i A.T. vl:,-L!P~ og (cyclotron
operat-ionl, L. ), 0
_jLumpf and A. M. Sukhov (electron.oV-~pnent
Pil.tkov (mechanical arranj-em-o-n~73j St Z.: Ryndina andi'V.
1 .1 ~4-L~ KuOalmtk
-Ts-e"Fniaonduotor detectors), V. 1, dlid-A P'j.-,
M 1-6fi-EIRI to
SmIrnoy-AVerin (general ase 5)4 T '10LOOk )Fibda': bd

GUSHCHENKO, I.I.; DUBIKV 7u.M.; YUMOV, V.As
Torkinal eruption of the XlyucheilsklY Vol-let.-In In 119NX-1161.
Blul, vulk. eta. no.3707-51 91,4* (MIRA l8s3)

, ~ . .
P6=Mtic&l* ejarated doors in dryimg cba&en. Bar. proa6 6 as.5;
41-74-ft. ~'Rv. - , - . . (MM IOW
1. lostowskaya as Bonn febrila WaSkey mobell.
(palva apparatus) (Pkeumtic costrol)

MMf%= V.A.
Prospecting for new petroleum fields in Krasnodar Territor7-
Geol. nefti i gaza 5 no.6:16-20 Je 161. (MIM 34r6)
1. Treat Krasnoda-.nefterazvedka.
(Krasnodar Territory-Petroleum geolo&7)

TEGOIANO V.L.;,P-211~~ MKOP X.11
Discover.r of upper Triassic larine deposits in. the Telak-Be,-Ozan kiy
area of southwestern Ciscaucasia. Dok.I.AN SUR 138 nol6il4l7-1420
;a 161. (KRA 14: 6)
I@ Upravloniye naftpwy i gazovvy pronqnblewwati "Kmanodarneft'.18
2. Predstayleno akademikom LL.,lonshinyme
. (leyok reglor-Goology., Stratigraphic)
(Boresansidy region-Goology., Striiidgrapbio)

YERMAKOV, V.A.
Now gas-condensate field in Kramncdir Territory. Geol.nefti i
gaza 6 no.5$59-60 Yor 162. (MIRA 15:5)
1. Kraancdarskiy treat po neftyanoy geologichoskoy razvedke.
(Krasnodar Territory-Condensate oil vells)

URMAKOV, V.A.0 inzh.
load capacity of plastic gear wheolm. Vest.mehinostr. 42
no*534&53 Vq 962. (MA 15:5)
(Gearing) (Plastics)

YJMKAKOT,.TOAO
~A "w"Wasa.
Reconstruction of drying chambers at the Rostov furniture plant.
Sor.i loookhin. Pron. 3 no.4.*20-21 Ap 154., (NUA 7:5)
1. Gl&vW Inshonor Rostovskoy n/D fabriki mra*oy motell.
(Rostov-Lumber-Wylxg) (TAnibor-Drying-Rostov)

YERMAKOV, V.A.
Oatlook for finding oil and gas in Ustl-lAbInsk MatrIct,
Krasnodar Territory. Neftegam, geol, i, geofis, no.319-12
163. (MRA 16:8)
1. KraBnodarakiy treat po neftyanoy geolegicheskcy razvedke.

I-CCESSION MR: AP4020324 S/0069/641016/003/0195/0207
!AUTHORi Dvaots# Yeo Do; Shcheg*Lev~ Vo Aej Y*nWkQVLV* As
TMA: Synthesis of the Isotope of element 102 vith was wAsbor 236
SOUItCRo. Atoewya energiya, v. 160 nos 3, 1964# 195-207
TOPXC TAGS: element 102# mass number 256v nuclear reaction, transurshium, element,
decay period, energy dependence# U sup 238
ction U238 (K022
ABSTRAM In the nuclear res, 4g)XO1236 (4-active.i.ootopd of
eleatent 102 with moo number 256) is synthesized* The registrat and ideutific&-~
tion of the isotope is made accliging to the daughter isotope ft The
meaeured half-lifoperiod of 102 is about 8 me The,energy depeigance ofthe
cross section for the formation of isotope 102 in the reaction U Ne to
studied* Its max1mum is In the,jroa of 112 Move The cross station *t the
==i== reaches about 4o5 x 10 The work was carried out In ft Internal
beam of the tri;meter cyclotron of the nuclear reaction laboratory of the Joint
Institute for Nuclear Researchq "In conclusion,, we &to deeply grateful to
Card 1/2

77-
VACUSSION NRl
AN00324
r,. N. Flerov with whose guidance and worm participation this wo*k We*
accomplished, We also thank the subdivision leaders Yue Too Opossysap As He
Filipson and A* Be P&syuk for providing so many Intensive beasio of ajtc*lst&te4
neon ions for our experimmints," OrLsart. bass 13 figurese
ASSO' UATION: Mone
SUMK ISMov63 DAT9 ACQs 3lK&r64 aw 00
SUB COOS: NS PH NO W WVs 012 QMIU 008
2/2

- - f -, - ~ -1. -1 11-I .. ..I
BRAND3111TTR, I.; MV)V, V,V.;.jtJ!AU9Y.J.A.j VAROVA,
KHZHIIIANEK, M.1 MAILY, Ya7.; SIJ KIIUN-GUY (.1ju Hung-htibi]
Study of the prodnets of reactions of heavy elements with
multichargo ions. Part 21 Yield of' iome isotopes at'
californitun and fermium durinp thA irrnriiation of thorllim
and uranium by 016, 018, and IM22 ions. Radtokhlmlia 5
no. 6006-711 163. (KRA 17 1?)

BIANDSHTETR, I.; WAN TUN-SEN; YEMIAXff,,.~Ao ZVARA, I. - ',XAROVA, T.S.;
TNOBLCKH v V. K RZHIMIMC, -M. iluy, Ya. ; SU KITU4ulk r Su Hung-
kusi
Determination of the yield of some fragments In the fission
of heavy nuclei indorwl by mul~icharge ions Part Is Tission
of Th232 induced ~ 018 and No 2 Ions. Radiokhimiis. 5 no. 61
715-720 163. (MIRA 17:7)

L00037-66, EWT(rri) DIAAP
,ACCESSION NR: AP5020306
MINI M.F10.0,01AI +
dk* v. A i-~' to~p A.
ALUM Dedov. V. B. ; Volkov, V. V.; GyqRdev., B. A; -, YqmO
Reabitnoy, V. M. -;Tr-ukhlyRev, P. S.$ Chiftirkavo TfUM
MILE: Priduction of Pu-242 and Cm-242 from n4utron-irradiat~d koj-2 41
SOURCE: Radiokhimiya, v. 7, no. 4, 1965, 453-461
M)PIC TAGS: plutonium, curium, americium, extraction, Ileut4n ir~vlldiation
iMSTRACT: Irradiation of Am-242 with thermal houtmns produi-',bs p~t4-%~-Cm742 and
!Ain?43 which are of-great interest In a number of physital alnilli radliloche'mical ilivest-i
cations. The syntfiesis scheme ia as follows:
tf o~,- Sea
Ain
I (.lord 1/2
Wr

L 00037-66
!ACCESSION NR: AP5020306
IThe thermal neutron cross section of AM241 is 900 barn, thu6~~even lipon short irradi-'
i n' ~amou-nlt of the abo
lation with a high density thermal-neutron beam.a significa t Ve
linotopes may be produced. It can be seen from the,above p r1b eas tiiat the yield of
-roduced mainly du I fj~1!310n of &,1242
IfIssion products is small since they are V ng
I ,~- e ion oi
iThis facilitates the chemical processing of irradiated subst nc s., Product
1PU242 by this process requires much less time than the matb'bi~ whil~luses PU239 as
istartin material. The authors describe the chemical separaj:ion p -PU242, Cjn242
i
iand Am2&3 from irradiated Am241. The scheme for the chemical pro~essin& was se-
'lected to be such that it would produc,-- rapid separatia In of' ':he pvoducts. The main!
separation steps involved chromatograp 'Jtionfwithods. Chroma-
hic and cbemtcal ext~6' I I
itographic separation was made extremely difficult by high o-4ctivity due to the
~presence of Cm242. Chemical processing was carried out In !~~ahieidijd area on a
special stand with remote control of all operations, The 90:lcleUlldicates soire.
:properties of curium oxalates potassium curium sulfate4 eukjgi hytirtkide ani curium
i I . i
icarbonate. Orig. art. has: 5 tables and 3 figure*
'ASSOCIATION: none
ISUBMITUD: 18Apr64 ENCL; 00
no RE:r 004 OTMR: 005
So
2/27
SUB CODE. (,'C UP
(:ard

Yt-.D.t sHrqErJOLEV, V.A.,-
Syntjiea'4's of the 103d element (1swrenciun) with mama number
256, At=. Onergs 19 noeW09-113 Ag 165. (142A 18 9)

YERMAKOVj V. F.
YE110MOV, V. F. "Investigation of the Effect of Fuel TempeTature on
the Working Cycle of a High-Speed Enone with
Compression Ignition," Min River Float USSR.
leningrad Inst of Water Transport Engineerno
Leningrad,, 1956. (Dissertation for the Degree
of Candidate in4sciances)
Technical
So'. Knizhaya letopis', No. 17,, 1956

IKHAINDWp Z.A., doktor tekhn.nauk, prof,; YERMAKOV, V.P., kand.takhn.nauk
Characteristics of diesel cycles vith Duel additions to the
air charge being compressed. Trudy, LIVT mo.2t-~-22 160.
(KRA 150)
(Marine diesel engines)

YERK4XOVp, V.P., kand.tekhn.nauk
Investigating the atomizing of heated diesel fuel. Trudy LIVT
no.2t23-28 160. (MIRA 150)
(PArIne diesel e*gUWS)'t`,(Ke9e1 fuels)

MIMVj Z.A., doktor taklin.nauk, prof.; w YERMOLL V..-r- kand, takhn.
nauk
Investigating the foavibility of impraving tho operatlons of
3D6 engines. Trudy LIVT no.12:3-10 161. (HIRA 14:9)
(Marine angLies)

. ....... ... . .. . .......
ACC t4R- AR7004111 (~,V)'So'URCE CODE: UR/0169/661000/0121VO50/VO50
MO Vy a I o v--,* -S.S. ; -Y e r m a k o v, V, F.
TITLE: Decrease in the strength of ice with time
SOURCE: Ref. zh. Geoftzika, Abs. 12V328
REF SOURCE: Tr. koordinats. soveshchaniy po gidrotekhn., vyp. 23, 1965, 89-01
TOPIC TAGS: glaciology, ice strength, dynamometer, ice rheology, elasticity,
rheologic. pr-operty, ice, plastic deformation, plastic strength
ABSTRACT: A new method of determining the rheological properties of ice using
a dynamometric device is examined. The purpose of the method iis to accelerate
and simplify testing procedures. The test is conducted by measuring the initial
load applied to the specimen from the tension on an elastic dynamometer. The
stress transmitted to the sample through the dynamom.eter, produces In the sample
creep deformation which, In turn, causes the dynamometer to relwt and reduce the
stress. The reduction of stress will continue, under any given strass, until the
sample's deformation achieves stabilization, I. e. , until a state of equilibrium is
attained between.the load applied to the sample through the dynamometer and the
Card 112

-ACC i~k' AiFO64111
internal resistance of the ice. If the initia'JIL strain applied to the sample is
approximately equal to the assumed -instantaneous strength, then the stabilization
of deformation will correspond to the limiting equilibrium. Since Ice does not
have stress-rupture strength, a nominative value of relative deformation for a
specific length of time may be regarded as the deformation stabilization. Dynamo-
meter testing may be regarded as creep tests with stress varying with time;
cha,,,,iges in stress and deformation are interdependent. The proposed method is
recommended for conducting tests under different loads (compression, rupture,
shear). In conclusion, data obtained in testing samples of polycrystalline glacier
and lacustrine ice (Mirnyy, Antarctica), using the dynamometer, are presented.
A bibliography of 5 titles is included. G. Deyev. [Translation of abstract]
[SP]
SUB CODE: 08/

KHMIDCFV, Zosima Aleksandrovich; YERMAKOV, Vapilly Yedorovlcbj
BOTKIIII F.P., kand, tekbn, nm*p reti-eEzmt; AL"114AR,
I.H.p inzh., retsenzent; ZAEMMKO, B.A.p rauebo. red.;
VASIL'YEVA, N.N.p red.; KRYAKOVA, D.:t.,, tekhn. red.
[Marine diesel engine operations with a-two-stage fuel feed]
Itabota sudovogo dizelia o dvukhfaznoi podachei toplivu. Le-
ningrad, Sudpromgiz,, 1963. 82 p. (MBA 16:12)
(Marine diesel engines)

ODINTSOVI M.M., doktor geol.-min. nauk, otv. red.; PALISHIN, G.B.,
kand. geol.-min. nauk, red.; LOGACUVI N.A., red.;
FINNEXER, Ye.V., red.; GRECHISHCMW, Ye.K.,, kand. tek1m.
nauk,, red.; ASTRAKHANTSEV, V.I., red.; VOLOGODSMM, G.F.0
red.; KUKUSHKIN, I.P.., red.; PEDOROV, I.P., red,~; TIMBLI,
R.R., red.; SEDOVA, N.G.# red,; TERMAKOV 16 V,F,, red.;
ASTAFIYEVA, G.A., tekhn. red.; POMM, tekhn. redo
[Bratsk Reservoir; engineering geology of the tarritor7]
Bratskoe vodokhraniliabehe; inzhenernaia geologiia torritorii.
Moskvap Izd-vo AN SSSRp 1963. 274 p. 01IRA 16tl2)
1. Akademiya nauk SSSH. Sibirskoye otdelenip. Institut zemnoy
kory.
(Bratsk Reservoir region-Engineering geology)

IMt=(X V,Gq kozdidat takhnichookikh nauke
v IOR
i;;~i" ~,~
APplication of the theory of jets to the prooess of 4jectIca. [Trudy]
TMI 12:109-118 149; (MM 8:4)
(jets) (Pieme)

BABENKOs M.L., kand.tekhn.nauk; IMWOVO V.G.
Testing of the b2ading of a stowtarbine, with Cquaterprom8=60
thargon"hinostroenie 7 W.SM-If Ac 161. (XUU 14 ilD)
(Steam tutunall.-Blades)

YMMMOV, VoGs, n h.; ABRAMOV9 V.F.0 inzh.
Nedhanism for turning boring rods. Bezop.trudalv prom. 5 no.12:31
D 61. (MIRA 15i1)
1. 1. Treat Artempolo0ya.
(Boring. xachliwry)
I

PISIMEN, M.K.;J~E!~~~~BELYANINV Yu.I.; YAWSLAV, T.Ye.
Experimental pyrolysis of mazut and shale tar. Gaz. prom. 6 no.11:
18-22 161. (MIRA 15:1)
(Pyrolysis) (Mazut)

SOV/81-59-5-16R25
Translation from: Referativnyy zhurnal, XhImlya, 1959, Nr 5, p 155 (USSR)
AUTHOR: Yermakov, V.G.
!Pl=: The Production of Industrial Gases by the Gasification Method
of Lean Fuels With Removal of Slags In the Liquid State
rTRIODICAL: V ob.: Gazifik. tverdogo topliva. Moscow, GostoptekhIzdat, 1957,
pp 122 - 126; V sb.: nim. pererabotka. topliva. Moscow, AS USSR,
1957, pp 400 - 407
ABSTRACT: The results are given of the gasification of Silesia coal semi-
coke in a gas generator for the gasification of lump fuel with
the discharge of slag in liquid form. Vapor-oxygen (V0) and
carbon dioxide-oxygen blowing was used. When using VO blowing
a gae Is obtained with a total CO and H2 oontent of up to 97%,
whereby the gasification of the 10 - 50 mm fraotions In the fuel
Card 1/2 Is possible. The use of carbon attains the same value as It does

SOV/81-59-5-16825
The Production of Industrial Gases by the Gasification Method of Lean Fuels
With Removal of Slags in the Liquid State
in.gasification with diagharge of solid slag, but the specific expenditure of
vapor for obtaining 1 r=1 (CO+H2), applying the VO-blowing, is 4 times less. V
B. &Wlin
Card 2/2

PISIM". M.K.- =mWW.N0"*A$+BILTANIN, TU.I.
Gasification of oil shale with a solid heat transfer agent.
Gas. prom. no.9:21-27 8 058. (MIRAIWO)
(Gas mnufacture and worice) (Oil mhalej)'

I I i I II I 111'r1ri-mv- 11;1 1111, H"I
HOT
Its:
fig
ell
5 Ir
Fit

YzMAYOV V.I.,; ZAGORETS,, P.A.; 91-11MOV, Nol,
Study of solutions by higb-rrequencr metbods, Part lo Zbur&
fiz. kh1m. 36 no,621180-1185 :062 (MIRA 17r7)
1. Mookovskiy khlmiko-teklmologicbeskly inctitut imml Mende-
leyvae

YEMMV9 V. I.
Cand Agricult Sci
Diss*rtatlont "Methois for Acclimatisation of Sequoia in the Forests of
the South Crimea." 29/n/50
Moscow Forestry Inst
- x C
So VecheryaYa M, C'7"v'
sum 7 1

DIUV, Nikolay Favlovich. prof.. doktor takhn.nauk (deceased]; OMAN.
Irina Petrovus, lush.; GRIEMURT, a0M., imndstokimonanks
rateenzent;_UDUOT, V.I., Insho, reteenPent; XNATCHIM[Op
P.T., inzh., retmensentl (NMIYA, N.V.. dotsents reds; XANAYBTAq
O.N., red.izd-va; ISLMIUVA, P.G 0* tekhaaed,
ENstallurgy of load and sinal Yletallurgile ovintea I tsInka.
Koskya, Goo.nauchno-takhn,isd-vo lit-ry po chernoi I tevetnoi
metallurgil, 1961, 4" V. (UM 14:1)
(Lead--Notallurgy) (Zinc--Metallurgy)

~Qscow)
PT=Tvt V~.OIO,, N
Universal instrument for tkw high-frequenor Api-cocbsoical. analysis
and titration of mahutions. Shur. f1s. kbin- 34 no.12:2838-2W
D 16o. (MIRA 3,4:1)
1. Zhiniko-tekhnolegicheskiy instittit imeni D.M* Neudeleyeva, Kookys.
(Titration) (chemical epwatus)

URMAKOV., V. 1.
Investigation of electrolyte solutions by, high-frequ~mcy metbods.
Trudy MKHTI no.38:96-103 t62* (PMU .16:7)
(Electrolyte solutims)
(Electroclemistry)

IZRMAKOVg V.I.; ZAGMTS,, P.A. . I
Investigation of solutions by high froquency methods, Part 31
Characteristic curves of slectri 'cal. measuring cells aM relaxation
phenowns, in solutions. Zhur.fis.khim. 36 no.W632-1638 Ag 162.
(MIRA 150)
1. MAmiko-tekhnologicheskiy institut imni D.I.Mendeleyeva.
(IlectrolyU solutioms)

YERWOV p V. I.
mow,
.04 C
Distribution of the comppsition of natural gnoes,in *1007
sediments in CiBaauaasia~ Gas.prom. no.51YO !63 OMU 1616)
(Caucasus, Itorthern-Gas, Natural-Analysia)

WN01sovp N.V.; GRISHINA9 I.T.; YlW"OVP Vol#
Prm"ctlng for potrobw aftd P810028 "sociated wltb
lithologlool and -otmttwruWcal traps. 0910, tm~ftl i, gas& 7
no.3:16-22 Kr 163. .1614)
L ToonWmrWy nauabno-inslodovatellskiy institut prirodrgrkh
psov,
~Caucmsus, lortborn-Ahs, lktaral-061opy)

0
3101/ 210
an Zd VC-C
AUTHORS: Yermakov V i. sm; ts' 1. IL
C14
TITLE: Study of solutio s by~ Ugt.~:tr'
Dispersion effecta jn~ Aqc~eoi:~ie 601%iO Ohs JqLA Yride
frequency range ~,of, tb~d~ dlef4frotunneitie. If d'',
FLRIODICAL: Zhurnal f izicheskcq ~V4 ;n gi!
44-552
04
A
TEXT: A non-revonance circuit (F1,6 4)~is; b~ug&StO Por
relaxation effects in electrolytes. Itc iur~'men~s*q* :cmducted by -.1011'nZ
~' 6 1 : j, tie k k'.~'kj/lc Ic'.1
the equations U UkY Y *r 1 Uk ju~'
3 br/ sol' 1001, 71.i
U voltage, Y-- conductivity, the imde:t 1 ~itelp t e4"' -t "t e resiatande
~g rp
br;
box of the bridge and to the i~ie6ir 0.. U
hlfijju~rementzl with
8011
frvq~ioncica up to 200 140blea. Y1.0 Od tv
electr Uctivi, J. 13i
Ay verault conoe;ntratiokfor, KO
ocond iK~l AICI
3
s explained by steric hindranae ~ffdot4: on;'refqrinA~'prl 41; hydra:te
the
complexes with a certain lifetimel. a: ound eit:
Card-1/2

A
/W4/020
BI i
Study of solutions by high-#*# 0
frequenaies above 10 cps, whereas 61ow Xo/s e6~ an~~W,~thtiij,m6st stabl~a
hydrate shells are observed. Thare are &i f' igure a
ASOOCIATION:. Moskovskiy khimiko-tekhn' lr~i it ut
Oh
Mondeleyova (1400on inatitu~of at'; ired.,
Inolog-j imai'li
D. 1. Hendelayev)
SUBMITTED: November 5# 1961
:?i9- 4. Principle of a z-meter circlkit Id high4roqli they !'Offipenuatioji;
legend: cell; P Generator. 4
zip
Ai 1.
NZI!,
0'A
Card 2/2
M-RA

:1, Ov

T,~ f~~4,:4V, 4
1 11
H
,;!9 ;~iufl
61 Or-
V ',--L- '
1
41'l, I'L."I A I
:-I A7 7t-1
-
-zu
d
'

Ap3oo29t6
RR: 35
PZMOR-. -Zoa=tsol P. A.; Y V~-~ Lf 0 W: pa

rem='64: arid, nud
-=Mz NldvefftAsmtlmns of solutt=a _by.: &Pii- f ow n uthetAc re.
I I

~;a=:
-4-1.4,+4^~
~VLMAWU Uh.%"W%AQO to %JWQ~& V qkW.LVLI; W&
:,I I
Zhurnal fizicheskoyL no.
khWIF V
VES; MS: high-frequency mnt%od,, n=lew Maa~Otlc: r1wonmn
-.a.6 app=etus,, spinm-lattice relwvAlAon tlmt., Ub
MSTRM A method has been proposod for: the r0 etf va
+4-a, IM eli,% 1% 'k- -vaa.mi,41 A"4
Ir.11 jUr_CwJ;4 V.4 44 OW.44i'.
4.15,
Ina#,dill span
3i~ lUb 4i$';
I J~f tile
d~t=~J?j~tl(ji

RK BUTI) *,F*,. . Mlg* Me M:.~
ASSOCIATION: rzlmiko-tekhwlogichestdiinsitittiti~o-D.-il.,I
-A-Chemical Migine-ex ing Institute)
SUEKrrTED*. 00 DAT3 ACQ:' 16 Jul.
UCLA 0(
SUB CODE: 00 NO REF SOVz 005 OTIMh I
~-Cw-d Ill -

-1 " ~. 11 ... 11,11W ~'u . ..... I., Ft. 11 k t;v
YERMAFOV~ V.I.; WICENKO, N.N.
Possibility of excluding oil- and gas-bearing zonem on Ithe basis
of data of hydrocarbon analysis. Dolkl. AN SSM 155 no.1:85-.37
mr 64, (VERA 17:4)
1. Voesovuznyy nauchno-isaledovatellskiy institut prirodnogo gaza.
Fredntavleno akademikom A.A.Trofimukom.

OV, V.I~,,O.SHOSOV, A#N&
RMiometric surveying In oil-bearing regions of western 11twk=nia,
Geolonefti 1 no-8134-39 Ag 157, (MIRA M12)
leInstitut nefft AN BSSR.
(Turkmnistan-Petroleum g*olo47)
(ftAloactivity-Weasurements)

/c'-- Fo,~
YBRKAICOVv V.I.; ZAKSO LeN,
Work of metraiagical institutes
lvm. tekh. av.WI-73 N-D 057s
(Ikdlo
In the field of ra4lio wasurawnts.
(xraA 10:22)
waaaroments)

MONA=, 1.1,; MOUN, ToNe; MNMTAWV, 0*6.
Application of bldi-frequamW analysis to 4621814 absolea
Investiptions, 1611,skor. 19 no.,2tl"-200 Nr-AO 157 igm low
l.Koskovskly khimike-tekhnologlobeekly luetltm~ In, AJ, Kendeleyeve.
(Colloids) (Ilectiochesical 4mlysis)

21(8) SSSOV/7-jB-7-4/13
AUTHORS: Alekseyev, F. A., Y Filonov, V. A.
TITLE: Concerning tkie Content of RadioacLive 153emexits Foard in haters
of Oil Field Deposits (K voprosu, o, sod-vrzhanii radioelementov
v vodakh neftyanykh mestorozhdeniy)
PERIODICAW Geokhimiya, 1958, Nr 7, pp 642-649 (UOSR)
ABSTRAM The content of radium and uranium found in vatern of oil field
deposits was examineds radium was determined radio-chemically
(Ref 3); the oontent of radon was measured by means of' the
electromete., W Mk the amount of uranium ascertained by
luminescence. vie research was conducted at. the Laboratoriya
yadernoy geofiziki i geologii Institu-ta nefti AN ~~SSR (Lab-
oratory for Nuclear Geophysics of the Petroleum Institute AS
Wnfiil). Waters from wells as well as surfa~!e vater from oil
fields of 'Wont Turkmenia (Tables 1-3) were examined, L;ampl~es
were taken f*rom tne petrol and mineral gau province of' Em-ba
(Kazakhstan) (Tables 40) and from oil fivido in thl-~ Cie- I
Uralian region (Tables 6-6). Independent of the type of' ~e_
posit, the radium content ranges from 10-10 g11, seldo nder
Card 1/2 j()-11 g/1. The uranium content neldom vurmoants 1.0 7 g/l.

SOV/7-j8-7-4 ;3
Concerning the Content of Radioactive hlements Found in Waters of Oj-
Deposits
The largest quantities of radium are to be found in waters of
the calcium chloride type. Uranium is concenTraLed in waterz
ofthe sodium bicarbonate type. Radium is found in largest
amounts in the marginal zones of the oil iield deposits. There
are 8 tables and 12 references, 11 of which are Soviet.
AS'SOCIATION: Institut nefti AN "-1;5R, Moskva (Petroleum inutitute of the
Academy of Sciences, USSR, Moscow)
SUBMITTED: JulY 7, 1958
Card 2/2

d u
1A
Hill
ilk
lie' li 141 1 a
I ;I JoI 'r , - ell
its 11
lilt.
'Jig
J1
v v
Is
It
silt 02
NJ

Apparatus for determining the electric conductivity end concentra-
tion of solutions. Zav.labe 26 no,2:229-230 '60. (MA 13:5)
1. Mosko"Idy khImiko-tekbnologlabookly inntitut Ined Do I#
Nemolore".
(solution (Chodstry)) Mootrio conduoilvity)

MMWOV.-]L,.L; SAKODMXIYj, X.I.
Use of high-frequency awaysis in the stw1jr of aboorpt4m kinetics*
Ebim,]prome zto.12.:96&ft D 164 (KMA 13:1Y
(Absorption)

ZAGOMM" P. JL.), sminwp ff.
rn"ptiption of golutions br highfioquenay potbodo. ALrt 41
)Wquoney of tho mamwing.pnerstor an dop*rAo#t on the con-
ductanos and *Ialwatilo'conistant of slectrolytc,oolutionn.
Zbmr. fis. kh'Lu. 36 no.1222743-2748 D 162. -
(XIBA 16tl)
1. Moskovskiy khImiko.-tekbnolociobaskly institut Imeni Nendele"vae
(XectrolyU giolutiongi)

)ffBM=- SMIRNOV, N. I.1 2AGORETS, 11. A.
Study of solutions by high-froquency methods. -&rt 6. Zhur.
fiz. Ulm. 37 no. 3:544-552 Mr 063. (HIRL 1715)
1. Moskovekiy khimiko-tekhnologichookiy Institut itseni Mendeleyeva,
Moskva.

ZAGORETS, P.A.; YERMAKOV, V.I.; GRUNAUp A.P.
Study of solutions by high-frequeney methods, Part St Structure of Co Z-+
wA CuZ*aolvates in methanol solutions. Zhur.fiz.kh1m. 37 no.10:2155-
2162 0 163. (MIRA 17:2)
1. Mookovskiy khimiko-tokhnologicheakiy Inotitut imed Mendeleyeva.

SHIWVp Yu*M.; DARAGAN, V.L,,; YERUKOV V.I.
Pbasibility of determining the moisture of the grtmular, sub-
stance for tablets by measuring its dielectricI permeability.
Aptech. delo 12 no.3C2-24 Ny49163 (~11U 17 t2)
lo Umtrallnyy aptecbnyy WWc~no-i&4 i
"Jpv*tel'sk y institut
i Moskovskiy khimiko-tekbnol;iicheskiy'institut imeni Men-
delepwa,

nMEDVp V.I.; ZAGORETS,, P.A.
Study of electrolyte solutionts by h4gh frequency metWo. Part 5o
Zhur.fiz.khimo 37 no.ltlU-186 Ja 063. (KEU 170)
1. Khimika-tekhnolagicheakiy institut iment 16M.eleyeva.

" I. I It ;I[- , I 1111AII-11(l "Jill 1JfJJ;l,* . , -- -, " . I . I - . . . .. .
YUHAT,0719 "T.T.
momm"w.vwjwwpwm -
Improving Fneiiffatir. -,yetpms of p-r-tai. 30 no.21t
17-18 K 164 NMA 180)

... ........... . .
ACCESSION NR s AP4054692 B/0076/"/036/004AO30/1031
AUTHORS: Termakovp V*I.; Zagorets, PeA.; Orunaup A.P4
iir 13: -Ad-ovice fcr thermosiatinjS specimens in W experiments,
SOURCE: Zhurnal fizicheakoy kbimli# V.38j, no,,4, 19640 1030-1031
thermoregulatorp nuclear magnetic resonance, control
TOPIC TAGS:
h
circuits temperature controls gas beat exchanger, spin so o
ABSTRACT: The article describes a device, whiah uses gaseous beat
exchangers, for tbermostating' specimens in experiments with spin
echo.. The temperature of the investigated solutions was maintained
at 40 to -300 as desired, Nitrogen gas 'visa ueed as a beat exchanger.'
Its flovi was regulated by changing the current tbrougb the beater
in*a Dewar flaak with liquid nitrogen. To minimize the consum~tiop
a
of nitrogen and to chieve lower temperatureas the-measuring bead
with the specimen was separated from the poles of the electromagnet
by an air gap,, In-,addition.. the poles of the elootromagne-t are
cooled by spiral tubeas placed aroqnd the poless through which water
t_L__
'Card
1A

ACCESSION NR: AP4034592
is passed. The desired temperature level with accuracy of 0.01 deg.!
is maintained constant automatically by means of a device consisting
of a termister bridge and a regulating potentiometorp PSR-1-0.,14
Orig. art. bast 2 figures.
A830GIATION: Moskovskiy kbimiko-tekbnologicheakiy Institut ime Del#
.,I Menti-leyeva (Moscow Institute of Cbemical Technol;gy>
SUBMIftEM 06Jul63
ENQL: 00'
S-OB CODE: UP, W- NR FIEF BOV: ~001 OTHER: 001
LL
Cori
MUMUMM
Wool ..... ........... . ........... .......... .

ZAGORETS, P.A.1 YERWOV, V.I.1 GRUNAU, A.P&
Study of solutions by high frequency methods aM by the nuclear
magnetic resonance mothcod. Part 11. Zbur, fiz. khim. 39 no.2s
456-458 F 165. IMIRA 18j4)
1. Monkovskiy khImiko-tekhnolcqioheskiy Institut imeni Idendeleyeva.

_jEMjA1QY.,~ I.; ZAGORETS, P.A.
High-frequency studies of electrolyte solutions. Part 9: Role
of ionic atmosphere in forming the structure of electrolyte
solutions. Effect of temperature on the structure of electro-
lyte solutions. Zhur. fiz. khim. 38 no.12:29W-2971 D 164.
(MIRA 18:2)
1. Moskovskiy khimiko-tekhnologJcheskiy institut imeni D.I.
Mende',,,yeva.
X

YERMAKOV, V.I.; MARTYUSHIN, I.G.
Investigating the gas content of a bubbling Inyer f-,r prscenses
with nolid phaae participation. Kbin. prom. 42 no.1,4701-703
S '65. (MIRA 18:9)

ZAGORETS, P.A.; YEMAKOV V.I.; GPUNAUO A.P.
Y-1 -
Study, of solutions by the high-fr,-,iuenc-.( methods and by "he wiclear
ragnet1c resonance method. Part 32* Zhur.fiz,khim, 39 no.7.,1552-
1555 J1 165- (MIRA 18:8)
1. Khimiko-tekhnologlc"skiy instititt imeni D.I.Mendeleyeva.

A L 7 A61AL75, 0,
le
M,n,i a )srt-v Subolittte

tCC NRAP7002707
6TH0RL!SM149TA-X!-;-) ZMskory" To. N.; 'Sachkov, V, I,
pffl: none
TITLE: Some relations characterizing the beam path in a cesium frequency standard
SOURCE: lzmeriteltnaya tekhnika, no. 12, 1966, 51-53
CIO,, t~6t
TOPIC TAGS: frequency standard, cesiumfrequency 4--d-A, Aomic clock
ABSTRACT: Early authoraf experiments with the essium atomic-beam frequency standard
involved a col-limating diaphragm and were found to be unwieldy. Hence, further
experiments were conducted without collimators, their functions being performed by
beam slits cut in the resonators. Formulas are deduced which impose certain conditional
on the widths of the slits in the resonatorsv source# and detector and also on the
field gradient of the deflecting magnets. These conditions make possible successful
c!peration of the frequency standard not equipped with the collizating diaphragm and
having symmetrical beam deflection. These relations are derivad: detector alit width
4M,04 VS is( '-~ +
1i I to + to 4 4 6P4 -3-a -dr- .2
ba - 2b, 4 b.-
_tW, * ~.B
4(is 11') 4- is if
01, f*. / _ bal Is 4 to

ACC 'AP7002~0-f
The bean can be limited either by the first (from the source) or by the second
resonator. If b,, -c a Is Itj. the first resonator places the limitation;
Vs (21,
if bn + bp > #2 (2ig -, is). the scond. Here, bn - source alit width and b~ - resonator
ON
alit wldW. Actually's both resonator Blits act simultaneously an the beam contains
atoms that have different speeds. Orig. art. hast 2 figures and 24 formiulw.
SUB COLE: 09, 2D / SM DMs 21Jul66 ORM REFt 000 / M RZFs 001

I. tkand.
SHILOV, Tu.M., kand. farm. nauk; DARAGANv V.L.; M"pV
khim. nauk . I-.,
device for th6 determination of moisture in
samplen of loose preparations. Sbor. nauch. trud, TSANII 61
127-133 164. (MIRA 19:1)
1. TSentralinyy aptechnyy nauchno-isslidovatel'okiy Inotitut
(for Shilov, Daragan). 2. MoskovBkiy kkilmiko-tekhnologicheskly
institut imeni Mendeleyeva (for Yerm4kov),

ZAGONMR P.A.,-_I T.I.; GRTJNAU, A.P. (Hoskval
Study of solutiond by high-frequenay methods and by Ue method
of =clear magnetic resonance, Part 10e 3hure fiz. kbimo 39
no. 1&9-22 Ja 965 (min 19c1)
1. Xhimiko-tekhnicheigkLy institut imeni D.I. Handeleyeva, Moskva.
Submitted June 26, 1961+.

YERMAKOV, V.I.
Relation of the camposition of Lover Cretaceous natural
gases in the Northern Caucasus to the metamorphosing
degree of formation waters. Dokl. Ali SSSR 165 no-4t923-926
D 165. (MIRA 18:32)
1, VaeaoyuzW nauchno-isfiledovatellskiy institut prirodnogo
gaza, Submitted March 16p 196$,

YEBMAKOV, V.I.
Zonal distribution (if' diluted g~aacv -,,f` tf* LOWOr CretAcecus
aquiferous complex of Ciscaucasia. Dokl. AN SESR 161 no.21
447-4-50 Mr 165. (MIRA 18!4)
1. 1fisa6(jyuznyy InEstitut, prlrodnogo
gaza* Submitted June 13o 1964-

VASIL'YEV, Ye.A.p red.z YERMAKOV, V.I.# red.; KALUZHSKIY,
red.; KOMSHILUV,, H.F.p rod-;-,l4ATyu3llKIllA, A.P.p ved.;
KIKBOVI G.V., red.; RAYEVSKAYA, V.S.., red.;
SHC104ELEVA, A.V.., red.
[Haterialp of the Conference on the Overall Use of Wood]
Materialy Konferentaii po komplakenowu lspollzovarilJu
li
drevesiny. Petro za-vod sk , Karellskoe knizimad W-vop
1964. 306 P. (MmA -18:1)
1. Konferentsiya po komplekano= ispoltzovanlyu drevesinyp
Petrozavodsk, 1961.

104AS 1XV, V- p. tEhg. I DZI40KNOV, A. XH.
1, MOTELS, Po I.
2. On (6oo)
4. mim vwAilation
7. mmim ventiution." Reviewd by P. 1, mustell V. KO Yormakovp V. P 9 Enge p
Mimalyano Gor, zh'uro no* 11t 1952
9. Monthly List of Russian Accessions, Library oi Congress, 1953. Unclassified.

TXRMAZDV, V,K.; SMM, A.S.
,-
Foreas strar.-ture of magmetito from forrudamus quartsites of the
Urals and southern Sibarla. Zap.Tsos.wlx.ob-v& ft no.4:454-459
1550 (KWA 9:2)
(Ural Mountains-Flognotits) (Biberls.-Kagastite)

~V- KO
Coaq)cmition and genesis of Pro-Cambrian ferrug%Mms quArtzites on the
western slope of the Southern Urals* *Wy $or#-gool. Inst. UY" SM
no.4o:67-80 159. (MM 13 t 11)
(umi Mountains-44partsite

Y~111-!,-.:,~,Cvl V.
"The Lezal-Nedica! `Lrrdficance of Farar-Atle Timu5ions.11
Cand ,,e:i Sci, Fir3t l4o-,cow Order of -'(:rAn 1:,Allc-al Insty
1 fov 542 (Vl,',, 20 Oct 54)
Surv,~y of 13cientifla and Tecilmical DlasarUkAoa:j Defantl,tl at MR
Higher Eklucational Institutions (IC)
30: Stun. Ile. 481.1 5 Mv 55

YMMKOV, V. 11. 0 GOVCHAROV, V. F., und VDODIN, 1. T.
"The Effect of Neuroplegic NL-.tures on the Ability of Animals to Withstand
Oxygen Starvation and Burn Shock," from the book TMseu of the Reports of the
Scientific Session of the Military Medicol Academy im. s. M. Kirov, Tazisy
Dokladov lie y Sessi, 29 Oct-2 N" 19") Laningrad.

YMMEDVo YoMe q bmdemedenauk
Fatal outcome followlag invasion of the upper reavirmtor7 tract by
monridoe Vestootoo -rin, 20 no.1174-76 My-Je 0.18 (MIRA 11:6)
' Is kafedry sudenboy meditsiny (sav', - prof. VoFO Chervakov)
I Moskovskodo, meditainskogo institutao
(ABOARIN
upper resp. tract (Run))
(RESPIRATORT TRACT, die
ascariasis of upper tract (Ran))

YERUKOVI V. M.
---
"An Approach to the Problem of Natural Focalization of Trichinovis."
Tenth Conference on Parasitological Problems and Diseases with Natural
Reservoira,, 22-29 October 1959, Vol. II, Publishing House of Academy of
Sciences,, USSR, Moscow-Leningrad, 1959.
First Moscow Medical Institute

YOMOV VA kandamadenauk
CyaUemovU in children. Yodiatriia 38 no.10*64-60 0 t6O.
(xm 13 tu)
1. Is Vafedry-obohehey biologii (mavo - vUen-koVeopmdant DW
SM FTofo- pe r. Taj:~-zW i kafedry mAabnoy wditoii~r (my. -
mxvli=~OM7 4eyatelt nauki prof, T.F. Cbw"akc*) I Wookor-
okoga Ordem tamins mediteUwkogo inatituta imeni lolt Seahenova
(dir. - prof 'rAma3aov,, irl,v.,,
(CYSTIM 33)

YERMAKOV, V.M.; KUKLINA, N.V.
- - -r-
In the Atkar Production Administration. Ushch. rast,, ot vred.
i bol. 9 no.3:5-7 164. (14IRA 17:4)
1. Glavnyy agronam Atkarskogo proizvodetvennogo upravleniya,
Saratovskoy oblasti '*Por Yermakov). 2. Nachallnlk otL4yada po
zaahchite rasteniy Atkarokogo proirvodetyennogo upravleniya,
garatevskoy obInati (for Kuklina)o

.... ... ............
Z2545.
AU'rJA'i'6; Ya.b., Cniadidnto or Taciiiiic.-il licirticov,
Orzhokhovokiy, Yu. F. , CniWid.-Ato of Tacmlicni Sc i4ilices,
Fevznor, L.?4.1 Candidate of Technical Uciciieem,
_Roshc!i~~,Jt. , Engineer, and
Yermakov, V.N., Engineer,
TITLEt Thermal-meM-nical treatment of stool to UIVII hi$h
strength
PERIODICALi M,tallovede"niye I t*rmicheskay& abrab otka metallov,
'19611 No.5. pp. 2-9
TEXTt The authors point out that recently much attention has
been given to combined mechanical and head treatmentk by two
possible methods. In one method the steel is rapidly deformed in
the austenite-stable temperature range and quenchad. Uhilo this
Improves the stool in many ways it fall* to Increase tensile;
strength. In the second method the steel Is detarmed 4t a
temperaturele between the martansite point Md and the iaerystalli-
zation temperature. and quenched. This gives increased strength
with 0atisfactory plasticity. Results of thormol-noebeanical
tard

225V
S/129/61/000/001/003/003
Zl11/El52
'ThermAl-mechonical treatment of steel-to give high stronSth
treatment are not universally successful, and there are-no
reliable deta on the practical use ar,the 1,ausrorm,' or:
IOAusCorming" treatment widely advortined In the USA. 'The object
of the pronent work was the study of thormal-machanical trootmont
or allay structural stools to a high strength and the ~tructuro
produced by the treatment. Tito composition of the stools wan as
shown in Table 1. stools A-r being malted in induction: and A and
9 in are furnacess the rirst group wore austonitized at 1000, the
second at 900 OC. After cooling in a nitrate both to the
derormati*n temperature the steels were rolled In 4-5.pannes
(reduction 90%), oil-quenched and tempered. To reduce cooling the
asset and other measures taken, 0,.$.
work was reheated between p
rolls were preheated to 100 OC. A poriobl*:aaS#1.*tIO Instrument
(developed by G.Yu. Sila-Novitskiy'and T.D,. lukYshkirk~) woo mood
to detect isothermal-decomposition products$ it roonat th*
specimen was rejected. After treatment spocimo~,s had a hardness
of 58-64 And mechanical-test piocos*wejro prorareif by spark
machining and ramov&l by grinding (temperature kept below 100 00
Card 2/8,,

2M5
S/l29/6l/ooo/oo5/ool/0o3
Thermal-mechaniCAI treatment or steel to give high strength
Of A 0.3 mm deep surface layer. Fig.2 shows tensile strength
kg/mm2 and relative elongation as fundtions of carbon content for
steels A, B,A and E after treatment (90% deformation at 556 OC,
hours tempering at 100 OC); for steel A tempering At 100 and
200 OC in shown by points I And 2 respectively, steels;$ and A I .
indicated 'by Point 3- Fig.3 shown for stool A tenmilq strength
and elongation in relation to the 90% deformation tompiirstuie
(tempering at 100 OC). The effect of variation in auatenitiiation
temperaturo with 90% deformation and tempering At loo Oc or stool A
on tensile strength, Rockwell hardness and elongation is 21104n in
Fig.k. Fig.5 shown the effect of tempering tomperatu a on these
properties of the normally thermomechonloolly treated r1loys.8 and
C' (left- and right-hand gr phs respectively). The treatment
enabled a tensile strength :f 280-300 kg/mx2 and elongation of 6%
to be obtained for the steels tested, which is better than with
ordinary or stepwAse, hardening followed by low-t*aperature
tempering. An carbon content rises to about 0.5% stronith or
thormomechanically treated steels risom, and Calls with',highor
Card
- - - ------------
a I IMD
T V

22545
S/129/61/000/005/001/003
Zl1l/El52
Thermal-mechanical treatment of steel to give high atrengthl
C content due to semi-brittle or brAttle'rracturs. Tito boat
strength/plasticity combination was obtained with temperinglat
100 *C. In some experiments on ate*llV ': the deformatiah was
decreased to 50%; the results were less favourable than with the
90% deformation as regards strength, but gave high plasticity.
The advant;-ge of 50% deformation is that it can be errecte&'at
relatively high temperatures, even above the recrystallization
temperaturti. Send tests an 60 x 10 x 2 'mm plate# of ,t'.01 P,
heated in various ways were also carried out. Electron-
microscopic study of the fine structure of thermoinechapically
treated stitel A showed a pronounced texture and considerable,
refinement of martensite plates. X-ray diffraction byrotating
specimens was also studied (with a ~JPC -50V (URS-501) Ionization
apparatus with automatic recording of lAtensity distribution in
Fsk, rediation)s block &Izo of the thormomachanically treated
steel was one half to one quarter that obtained with ordinary
hardening. The authors conclude that structure refinement is one
factor in the effectiveness of the treatment.
Card 4/

22545
Thermal-nechanical treatment of steel to give high strength
V.V. Ougunov, K.S. ~Jedveaeva, G.G. Solov'yova, Ye.G. FiILL)Povck,
T.D. Kubyshkinaj V.V. Bol'shakova and Yu.N.',Kabanov participated
in the work.
There are 3 figures# 4 tables and 21 referencest 1~'Soviut and
Englizh. The four latest English language references r*ad:
Ref-8: B.B. Kula, J.M. D~osi, I~TASMflt V. 32, 196o.
Ref.11; D.J. Schmatz, V.P. Zackny, f,TAS?411. v. 51. 1959.
Ref.123 D.J. Schmatz, J.'C. Shynet V.F Zackay, wetal. Progress n,
1959-
Rer.13: j.c.. Shyne, V.F. Zackay., D.J. Schmatz, "TASI,:nt V'3~' 1960
Card 316.!5r-

11111HU'l i 1 11111-1, 11 INIM $11I JIM I, 11'I'v I', I'. 'I I I II 1 11
t< VII V
PMAK) 1. M.[I?otak., Ya.M.1; ORJEHOVSKI I. FjOrsbakhowakiy, Yu, F.11
PMMIR L. M.; ROSCINA, I. N. tRoshchina, I. N. 1; EWUW V N
[Terimtkovp V. NJ
Thermcnwohanical treatment of steel for the obt&bment of a high
mechanical resistance. Analele ustalurgie 15 no,4:111v-123 O-D 161.
(Ste*l-Heat treotment)

POTAK6 U.M., kand.tekbn.nauk; OR=KROV3f= Yu*F, kand,tekbalnauk;
PEVZNERs LeMes kandetekb,~Onauk; R069MU.9 Lff.~ Inzh.r-.._Y&RIUKGV.,
V.&P-iftsh.
- Thermafand mechanical treatment of ateel for highor o4rangth
Nsta.Ualred. i term. abr, met. no.51249 My 161. :- (NIBA 3-4:;)
(fteel,, Structural-Hardening)

NVY;
IV I J
AID Ur. 977-2 27 may
AUSFoRmiNq. 4)F STRUCTURAL. STBELS MSA)

Yermakov-V. iq. V. V. Chugunov,: ad Y~. P!.
a
vski
vi~ Metal..
lovedeni*e i tero'cheskaya obraootkm nietalaov,~:no. 1~: 25-29.

I I I

andP-'and 138 steel 4 r'e*nv1t'e"d In-ava-bn'suim ibb I
nace. The auskirming coneisted (if
I mscl%~Wflij.
or furnace coolfiig to 500*C, rolling In 15 to 7, PF,
of 90%, and oil ~~Juenching. Z- ad fbil~owiW by erapiiri
ita Ve
300, or 400'C f r 3 hrs, - The sj-pecim;ams
steel envolopeo; ;'roll j were
-!J
coin -fren th and dtxfjljj,1y,-,' to-11site-11:trulij~fll 11
binttbm of
2
290 kg Imm and !elongation of 6:1 (Ota*6(!El Op
100-c'. Rcmeltedl steals genet-ally vm~e foun t6 hak lagl~
ductility. After j~emperirigr at 101)'C' the Indm-ilm"A-11ake.ted.
strength C- ol'1200. 5 kgr/rnm2, ab
fn reriVelte-d f4i rl, ste
te
net'ic fiejd, dib
varied from 280 to i 2 90 - kd mltO il it
210 kolmm 2, lind 6 from 6 to:10, Steelm' (:O~vehflon'q1-','.Y1
PCred at 100"C in~-many cases sh,owad paxUal: bri#,le ilui-
&~uw in~ aric
4:pi----ter bat1%
j: OW
1.4ot-ti, ili-eductioi%
t: 1)!;, 20
utainlasiz
of 13
"Lemme ng i3t
v''. qtl iar~igth ~,nd
f1c.41 'I'lld a Yield
Om, IOU to
Cr(lej el;l ""111A
sh:wt-ltime
ji

AWWORKIM OF Ord=WAL STMW f0wil SO
tests at elevated temperature sha~v(i~ tl~at ~tusgbrm~d
move heat realkant at ternp(lr~i~wr~!i to ~464~-~00~'47, 1~
F7 IF
'5 Mf 6 IVL4
IWO 100
2m,,vJ
ii me"i il 1w Whout IT

.4.
EXCERPTA FIEDICA See 9 Vol 13/6 Surgery June 59
3031. (8791 INTRA-AORTIC BLOOD TRANSFUSION (Russian text) -YE r m a k o v
V. S. - KHIRURCIYA 1958.3'1,11 (23-27) Illus. I
A seMs-o-'? cases is presented in which transfusions into the alWominal aorta were
mployed, The method was used in grave surgical shock and In bloorl loss. A good
:
nd stable effect was seen in 7 out of 14 patients who retovdroid. Ao offect or short
duration was obtained In 2 patients. The observations show litat the intra-aortic
transfusion is a powerful therapeutic measure which may be employed in prophyl-
axis and in combating severe shock. The rise of arterial blood pressure, improve-
ment of the cardiac activity and respiration appeared directly after the injection of
the first portions of the blood. The total amount of blood injected in ihock was 70-
140 ml,, while In shock combined with bloW loss It was 350-300 Mi. A special
method for the Intra-sortic blood Iransfuslon, which ennbles to uontrol the aortic
bloodresoure and, consequently, to determine the required tynount 6f blood for
the ao levement of the effect is suggested.

lll";,.~.I...'~lli~ll,lill,il-"";""E", 1.. .1. .
YERMM'.OV, V. S., Iaand Med Sci -- (diss) "Discontinuous and momentary
intra-arterial blood transfusion-" Saratov, 1960. 11 pp; (Ministry
of Public Health RSFSR, Baratov State Medical Inst); 200 copies; price
not given; (KL, 26-60, 143)

YMMKOV t V. S. 18047