SCIENTIFIC ABSTRACT VANIN, S.I. - VANINA, L.V.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001858530003-8
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 31, 2001
• Sequence Number: 3
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

VANIN, 8, 1.
Vaninj, S. I. nhe macroscopis structure and physical-mechanical features of the wood of
certain trees of Azerbaydzhan," Sbornik naueb. trudov (Belorus. lostekhn. in-t im.
Kirova), Issue 7, 1948, p. 143-47, - Bibliogs p. 146.
got U-37.36, 21 Mayt 5.3, (Letopis tZhurnal tnykb Statey, ff.. 17, 1949).

Unill 13J.
Medicine Diet
"The Fruit of Plants Found In Kerch Tombs)" Prof
S. 1. Vanin, 2 pp
"Priyoda" No 11
Discusses specimens of nuts, pine cones, etc., In
Hermitage, Leningrad.
P3/49T96

VANINI 3.1.
Vanin S.I., and Sokolov, D.V. "Investi.!ation of the 'unzicidal characteristics of
3 tj
-., Lesotekhn. akad. 4 . Kdrova, N'o. 63, !~L48, P. 113- 0,
phytocides and anti-iotics", Trad ~M '6~ 1
-Bibliog: 14 items.
SO- U-3042., 11 March 53, (Letopis trykh Statey, No. 9j, 1949)

VAITII!f S. I.
32603. VAMT, S.I. Rolffitopatologii pri zashchitnom lescrazvedenn. Les i
St'ip" 10,491 No 3, S. 37-40
-90: Letopia' Zhurnallnykh StatOyp Vol. 44

UM lAgr I cxatU34-
Growth Regulators
"Itcorbiza and Its Importance in Steppe For-
eati,7," Prof S. R.'Vanin, Ron Worker of Sci
VMM, 6 pp
'PrirodO Fo 8
Traces the.history of various cultures., peni-
oilliva,'mucorp )phomn,, tricholom album,, etc.
Recent experlmauts cc the Iffluenoe of mycorblia
on, the grovth of seedlirqp have proved conclue-1vely
that mycorhiza =at be artificlally sawn, where
the graand is not pervaded with nWocrhiza, In the
Im- of steppe-Yegions. AyWaU require,
study.
-A F V, 67149T4

VANIN, S. I.
Vanin, S. I. - "Physical and mechanical properties of birchwood with reddish-brown
color," T~nMy lesotekhn. skad. im. Kirova, No 65, 1949. p. 93-108, - Bibliog: 9
items
SO: U-5240, 17. Dec. 53, (Iotopis 'Zhurnal Inykh Statey, No. 25, 1949)-

-WliiDil S. I.
21>545
0 Znachyenii Fitolatologii Pri Rszbyedyenii Polyezaslichitnykb. Lyescmsazhdyeniy
Trudy Lyesotyeklin Adad DI Kirovai No- 66; 19491 6- 63-87- blbliarglr; 37 liazv
SO: L'-'TCPIS NU. 38

V,diE,i, S. I.
28,544
A
Mikoriza I Yeye inachyerdye 'lya Styepnovo Lyesorazvyedyeniya, Trudy Lyesotyekhrl
,Kkad Im Kirova, No. U,, 1949, 9.8c,-96- Bibliogr; 27 Nlazll
SO: LEMPITS NG. 38

v
- - - VrM --3. 1. --et al -
it ,
It"'.., '~' I .
IlAn Indicator of Diseases of Varieties of TrQ--s .rd _Shr-ubs UsA for f..,~lter
Plantings, i'lloscow/Leningrad, 1950, _~5 PP.

- , I rl
Vk! IN ,53.L and Jift"Il-RA. ~'tOtMui 7r. B.
"Certain New D ta Concerning Mycorhizall., Trudy Lesotekh Ak imeni 31. 1-1. Yiiro:a
(Works of the Forest TechnolozU Acade~77 2.-.end 5. 1-1. Kiro-.-), ';o. 69, I-T, 19-36, 1950.

VAITINP S. 1.
VAN11111 S. I., VC.,K~"V, R. S... AND S01111,,N~ D. V. "In Regard to S-'tudying the
FbnVs Diseases of Acorns," Nauchn-ve Vopro2y Pole 7ashchltnogo Leco
Ra7medenjia, Instut Leaa, Akademiia, Raul- SSSR, vol. 1, 1951, pp. 276-P84.
99.9 AU 11
SO: SIRI SI-go-53, 15 Dec. 1953

VAIIIN S Ivanovich, ivofessor, 189C,-1951; SOKOLOVAo D.V., redr-ktor;
AwnZamy3julp V*H*, radaktor; ARBDLIDDYA, K.S., reeAktor; AWDI-
NOV. A.X*, retsenzent; VORDYISOTo A-lelp reteenzent; KARA IK, H.P.,
takhnichaskiy redaktor,
[Forest phytopatholog7llegnaia fitopatologliso"Ud. 4-a, posmertnoe
(parer. i dop.). Pod obstichei red. D.V.Sokolova. Moskva, Gosleebum-
izdat, 1955. 416 p.6 (HWA 8:4)
(Bouny-pathology)

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Motaufactivi" of shtet mbiCkILS K, 1'. IkXWA((V
and If, 1. Vanin Avairo.i.Nirklo 14, 1- ~% 17 20kilo;W.
A lidr-ty3d finflivalov Sla- of lhe~ million. ~ ILM 51" Sto,.
IJA AlAh, OA Fov,(%. if A It,( 1, , to A C-0, to I M60- I 1 11
+ jZkU. tf-M C.1s. I,. I 1w And a-
/110. Nato
o-if fti if frow. The 41awi, wik* olvilord Ila A Sitilivils Pol
It'i'llfacr Is vooe* found IIIAI ill Tim fulk"Sind fari-ol,f
8 Adect the 4ofor toxic of ful'y igim.. "Sj Allior. Ut ogtlwnfk
In 11K 100011, (61 44tolitilikoills of 111916111s. (4 1 fintillitAff fit -00
Stiching lit lleitl' land If(*)', (41 little off Alturiffins Ili
IvInin. lwkpw life "Phorfling trolp. of tht. Ou".
IIIIIIIIS Wrjr 411)1&ilWd of 111111tt t1linid, CIIA-AV VAT 'Alid. ze 41
I'Matl.W of 11tC idtot thAt 11110411 MilkS 4fifV1 111M 414~
43 ~,Awfuj. o3) A ~-nuf livaiting .1 life &14- to Ow uJiten.
ins irtrop. dinjin"r.. the cmvn. of thr yubir -4.., tho,
III&" horcullwo, k"k-vilf At Inglovor M. %, C.
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0 0 0 to 00 00 eggs *so* 0 0 0 0 0 0 0 0 0 0:'b 0:0 4111 4:00

ptifMatIbil Of Pp$tqllb 41KIllolit F)TIOMV-1 fill I~IMVIIJ-
V.A ~'4 1 i,1 ~M-41is & h ~ , n tit 7 It', I C. 'i ( 10:41 )'I be 'kmk 11,11t willi
i,( thr fnritiation, ill (fir Yerlic4w) Ariwijig nt fteul sLas,'
of it Iiqititl ~,Ytlfalr I;t.vrr (3 in .1 mm. ib;,k) r7ij Ow int-11 iii 11jr.
wwkiviot rawd tind Ow ;iliptaraticc tit nimflite alk;iiint IrtibbIrs iii
Ow '11ret. tit nilp ca't'. Ow di"IlAtstv of dw mllfat'~ will its
litiming %ith woml thimnal tir t,havmg~ did wa produce pq-;five
rv,01,; ~ To 41dermittv tit(- cmm-4, I fir istriscatbix dia"i1wr of tile
rctitf;1I 11mchille wak livalud with ps almly?.itlg COt 4A, SOi
01 0.2, CO 11, 12,29. CII, 0.81i, mid N1 411M%,
Glas-isampIcs in tile (nrr(i of ~plicririt flitsli;F, wf-re (Aril ut II(W
t,, IfWtf)'C ;,,I,1 Cx:jjjijij,il for ktil(Me. The 0,arKc entilainrd
r1littigh sillfate to gj~v_ 5~~ Na..0 ill tile Kla"; tile Kla'~s colls-
jvi~itinii Nva, 71.7, A0, 0119. jrr,n, rf,m, C;jn 7.32, MR0
"91, Na,0 + It 16~50, ami SO, (1171`;~. Saisipivi taken at
HOW, 11Y.1111, 14041'. aml 0170' ~hnw-d 110 Stjjj;JtC~ At IntV)'
thm waq aiv itc,ignificmit wparafimi of milfate it% flic form of dull
hands, which hicrra~rd willi ilverrasiny, temI4 rat tire. 01)-~vmi-
tiour have 0nwit that wlicit (fie smilarr lewi-ii of file melt is
misfred (nt it higher femperatitm) file stiffale nil (fit-
surface of tile m0t. bitt if a more vicotws hycr of Ifit mell i% im
tile. itillfrice, thrii tile. illlfat(7 V.-M xvithia ill; llivit .11
kmperattitc-', rnTreslimidifir tit lb.~ 5tipri wiratc,l ':'Illtioll f'f
To unlill'al dik liff'ri. If-,, 1"1111"tAiim hl
"111fale ;n fill! 1110t,
the vallA slinuld he maillfaillf-d f1hove thal A witil It tit,,
hrghj~ 1,) ~itparalr. Pphofoj. CI. I Ili, iv;iw, 1), f1V It, 11 1"
V1,

49P,tX
5971' The Inflasence of Tra*4[u"ncv of GIs" on Its
I (jarifirallu" in #fir Furmate oath. I In Illmiall.) V. 1. Y.J11114.
Sfeklu i Kcrallitia, V. 8. jlmw I(All, P. 2041.
No-sents rmuk% of inteitligation of (1w almyve in a RMAWS XL%s
fJttrWy. Ctmljjx~itlon of thr gLu jind oflitl fj4LIUF% 'Atle
,tlwh-l. DuW ur, diu,mmil and ta6dattml.

1578. An exOnlaostinn of the thermal schedule of &lase tank ad an annealing
furnace In the production go glop&, D.B. 01 -'F YaWn, LV. Podorov
MEN ~" - to
and A.A. Sprldonov (61.9k. Koran. p 6, No. 11776-,2951.
An "audnation of worki" conditions In a glees tank and lahr In a Russian
plant carried out by a team of students. Ylueb Is cr1t1cJzvd aM mzW hint@ for
Improvewbate are given. (.% tips., 2 table3. )
Immediate source clipping

1. YARIN, V.I.
U-
. :m (60o)
2
4. Glasis 7~Sanufacture
7. Formation of open bubbles with "tendrils" in flat rlass production, Stek. i ker.
10 no. 4, 1953.
9. Monthly List of Russian Accessions, Library of Congress, AFRIL 1953. Unclassified.
OIU'-HBVSY.IY. V.I..; TANINS Void.
Avoing tiles made of shoot-glass wastes. Stak.1 karre 17
no-5335-38 W (;6o. (MIR& 13:8)
lie)

ORZHUSEIT, V-I., VANIN, M.
Kanufacture of large-size polished glaes sheets. Stek. i ker. 1?
no,6:13-19 j& 160. (MMA 13: 6)
(Glass manufacture)
I
-L,J

ORZHEVSKIYO V.I.; VANIN, V.I.
Production of lat,ge sheets of gjass by the vertical drawing method.
Stek. i ker. 1F5 no.10:37-39 0 '61. (MIRA 14:11)
1. Saratovskiy zavod tekhnicheskogo stekla.
(Glass manufacture)

VANIN, V.I.
I-, !" - ,stress distribution in the field of a plate- Stek. i ker. 18
n0.3.2.-7-8 D 161. (MIn 16:8)
(Glass, Optical) (Strains and PAresses)

VANIN, Vasiliy Ivanovich; KOLBASNIKOVA, A.I., kand. tekhn. nauk
red.
(Annepling and hardenirg sheet glass] 01zhig I zakalka
listovogo stekla, Izd.2., dop. i perer. Moskva,
Stroiizdat, 1965. 113 p. (MIRA 18-.12)

VAICH, V.I.
- --- ... -,-, ",
Aut=atic line for the production of annealed abe*t g2ass, Stak, i
kers 22 no,300-31 Mr 165, (MIRA 18110)

V.
VFJ ri 14
BORODID, Ivan Vasillyevich, Icandidat tokhnicheakikh nauk, doteent; GRI-
GOROYNY, Te.A.. inzhaner, retsenzent; DAITILOT, P.M., inzhener,
retsenzent; VAN!!".r., inzhoner, retsenzent; TAIC071", G.J.,
dotsent, redKttor; H.V.. tVthnicheekly redaktor
[Organization and planning of water-supply and sewerage construc-
tion and assembling work] Organizatetia i planirovanie stroitallno-
montazhzWkh rabot po vodoonabzhaniiu i kanalizataii. Moskva, Go&.
Izd-vo lit-ry po stroit. i arkh1t. 1955. 305 P. (MIRA 8:7)
(Water supply engineering) tsf-werage)

SHIRIN, Pavel Kux'mIchj kand.takhn.vauk. VAIqj!pjj.. inxh. nauchnyy red.-
I -- ' 0
SHINNOVA, A.?., rod.izd-va; MELIVICI I W. Y. P. , taklin.red *
[Organization and labor productivity in construction of water
supply and drainage systems3 Organizatelia i prosvodstvo rabot po
atroitelletyu setel i soorushenii vodoonabzhaniia i kanalizatati.
Moskva, Gos.izd-vo lit-ry po stroit. t arkhtt,, 1957. 206 p.
(Sanitary engineering) (MIRA 11:2)

MOSKVITIN, Aleksey Semenovich, inzh.; MOBYAGIN, Hikolay Fedorovich, inzh.;
TANIN, V.I. lnzh., nLjuchnyy red.; NINWAGI, D.E., red.; GILSKSON,
P.Q., takhn.red.
(Kanual on pipes, fittings, and equipment for water-supply and
sewerage installations] Spravochnik po trubam, armature i oboru-
dovaniiu vodoprovodno-kanalizatsionnykh sooruzhenii. Moskva,
Gos.izd-vo lit-ry po stroit., arkh1t. i stroit.materialam, 1958.
473 P0 (MIRA 12:4)
(Water-oupply engineering--Apparatus and supplies)
(sewerage)

TANIN, T.1 Insh,# nauchnyy red,; sHEMYA# A.P., rod.isd-va;
~TWINA. Ye.L., tekhn.red..
[Deealtiug and freshening of saline and brackish waters;
transactions of the coordinating aIcientific.-Aechnological.
conference) Obessolivenie i oproonenialsolanykh i solono-
vatykh vod; trudy koordinstsionnogo nauchno-tekhnichaskogo
soveshchanlia. Moskva, Goo.izd-vo lit-ry po stroit., arkhit.
i stroit.mterialam. 1960. 133 P. (MIRA 14:3)
1. Moscow. Voesoyuzny7 nauchno-iosladavatellskiy inatitut vodo-
anabzheniya, kanalizatali, gidrotekhuiki i insbanernoy gidro-
geologli.
(Saline waters-Demineralization)

VAIMI, V.14., inzh.
. . - 1- 1Unddr~ the sign of high productivity. Pat' put.l.,hoz. no.9:4
S 159. (MIXk 12:12)
1. Nacballnik Akeakovskoy distantaii puti, Kuybyabovskay
dorgi. (Baahkiria--Railroads)

VANnr, Y.M., I-azh.
Track repair with now banaisto PUt' Pllt&M'lC2* rlGoll:~-Il
if 159. t (KIR& 13:4)
1. Machallnik Akaakovskoy distantati, stantoiyB Akeakovo,
XuAvehavokoy dorogis
(Rallroado-Track)

VAITIN, V.M., inzh.
Active measures for snovdrift control. Pat' i put.khoz. 4 no.9:20-
21 S 160. (HIRA 13:9)
1. Nachalluik dietantaii, stantsiya Akeakovo, KWbyahevsko7 dorogi.
(Railroads-Snov protection and removal)

VANIN, V.M.. inzh.
What are the advantages of an adequate arrangement of snow protec-
tion devices. Pat' i put.khoz. 4 no.11:13-15 N 160.
(MIRA 13:12)
1. Nachallnik distantaii, et. Aksakovo, Kuyb7shevskoy dorogi.
(Railroads-Snow protection and removal)

VANINP YXIO
Spring pusher. Mashinostroltell no.8t15 Ag 163- (mM 16;10)

VAMN, V.P---- HIKO-LATEV, VvPG-
Reducing consumption of green malt. Spirt. prom. 24 no.8:33 '58.
(MIRA 11: 12)
(Talgar-Teast)

VANIN, V.P.; GAIJERKIN, L.I.; CIIEaVYCIINIK, Yu.K.
The specialized electronic computer "Okean". Trudy Inst. okear.
75:99-131 '64. (MIPJt 17:11)

ACC NR, M16027414 Monograph UR/
Vanin, V. P.; CherevyAnik YU. K.
J,
Specialized computer for oceanographic calculations (spetaializirovannaya
vychisliteltnaya mashina dlya okeanorraficheakikh raochetov) Moscow, Vta AN SSSR,
1966. 117 P. illus., biblio, 750 copies printed,'
Series note: Akademiya nauk SSSR. Trudy vychislitellnogo tsentra
TOPIC TAGS: oonvubmp electronToomputer, shipborne
electrol~~_Computer, igt'I"l
PURPOS.E AND COVERAGE: The authux-s de ribe a model of a computer built by the
Computer Center of the Academy of Sciences USSR and the Institute of Oceanology
AS USSR for operation at sea on small vessels. The computer occupies 0.2- 0.3 m3;1
its power consumption does not exceed 300 watts. It is designed to resist the
effects of sea air under conditions of high temperature and humidity and to operate:
stably unici- voltage supply fluctuations of over 30%. It Is intended for solving
standard problems In processing large amounts of data from oceanographic observa-
tions. The data are fed from a keyboard unit and overboard sensors, and the re-
sults of the computations are printed in tabular form. The model was completed
in 1964 and has been in operation since that time. There are 5 references, all
Russian.
1/3

rTABLE OF COMMITS:
Ch. 1. Description of the first model of the computer "Okean" __ ~0
1. Brief description of problems solved on the computer -- 12
2. Basic parameters of the computer and the mathematical processing of the
algorithms of problems -- 14
3. Structure of the computer -- 23
4. Input-output,/I~~it -- 25
5. Unit for transforming sumbers from the decimal oystem of computation into
the binary and back -- 35
6. Long-term memory. Constants. Standard horizonn -- 39
7. Arithmetic unit -- 39
8. Control unit -- 48
9. Working memory -- 53
10. SUPPlY Unit -- 59
11. Basic circuit3. Signaling -- 61
Ch. II. Operational characteristics of the comput-,r 64
1. Design characteristics -- 64
2. Thyratron quality control -- 67
3. Types of malfunctions in the computer 70
4. Detection of defects in the computer 73
5. Preventive maintenance -- 78
6.-,information on computer reliability -- 82

ACC NRs M16027414
;Ch. !II. Ship-borne model of the computer -- 83
1. Some shortcomings in the first model of the computer 83
2, Types of thyratron used -- 86
3. Memory cell circuit -- 89
4, Register of the PI arithmetic unit -- 90
5. Adder -- 92
6. Cathode firing of thyratrons - 98
7. Shift register -- 100
8. Ring circuit -- 101
9. Triggering high-speed circuits .- 102
10. Long-delay monostable multivibrator 103
11. Arithmetic unit io4
12. Output circuit 109
13. Digital-to- analog converter - - Ill
14. Memory unit 114
15. Control unit 114
16. Computer block diagram -- 116
Literature
SUB CODE: OoAS/ sm Dm: o6jan661 OREG RU: 005/
3/3

FUSS I BOOK EIPLOIWION SOV/5158
Vanin, V.P., L.F. Chaykovskiy, and Yu.K. Cherevychaik
Modernizatsiya magnitnogo zapcminayushchego ustroystvr. na mashine
"Strela-3" (Modernization of the Magnetic Memory revice in the "Strela-3"
Computer) Moscow, VycUslitellnyy tsentr AN SSSR, 1960* 54 P, 750 copies
printed.
Sponsoring Agency: Vychislitellnyy tsentr AN SSSR.
Res,A~. Ed.-. L.P. Chaykovskiy; Ed,: M*V9 Yakovkln; Tech. Ed.: N.S. Popov&.
FURFW; Thle booklet Is Intended for technical personnel concerned vith the ae-
~reldpment'. of conputtra.
COVERkZ: The booklet describes alterations lutroftce& In Vae mguetlc storage
-system of the electronic computer "Strela" to Improve the reliability and
some other parameters of the device and facilitate its operation. These alter-
atlozw -Were Introduced vitlibut interrupting the operation of the device. In
cex& 1h

Modernization of the,Magnetic Memory Device (Conte) SOV/5158
order,to verify the possibility of fitting separate, rather large computer units
vith cold-cathode tubes, an external mmory control uAit vas fitted, with such
tubes for experimental operation. No personalities are mentioned. There are
no references.
TABIZ OF CONTENTS:
Introduction 3
Ch. I. Improy ent of Some Parameters of the Device 4
1. Separation of recording and reproducing channels 4
2. Increasing recording density 5
Ch. He Transfer of Magnetic Storage Control Unit to a Cold-
Cathode Tube 9
1. General information on cold-cathode tubes 9
C ard 213

. MOderrdZ&tiOM of the Magnetic Memory Device (Cont.) SOV/5158
2. Operation of elementary circuits used in tape control devices 13
3. Coatirol device fitted with a cold-cathode tube 23
AVAILABLE: Library of Congress (TET889-87V3)
jp0m
ld?w
Card 3/3 1

18( SOV/21-59-4-1 12 /2 7
AUTHORS: Titov, V.K. and Vanin, V.S.
TITLE: A Study of the Electrical Resistance of C~,,st Iron
at High Temperatuures
PERIODICAL: Dopovidi Akadcmii nauh Ukxainslkoi RSR., 1959, 17r 4,
pp 396-399 (U4SSR)
ABSTRACT: The article briefly reports on a study of the in-
fluence of oraphitizatuion of vihite and Cray castu iron
upon electrical resi-stance at hig-h temperatures.
White cast iron- contained 2.85;/o C; 1.03" Si; O.L~1~~"
/0 /0
!An; 0.0r51,;j' P wid 0.061iij S. Gray clast iron cont-a-1ned
'
'~.207o C~- 2.21,5 Sii 0.44"; Min; 0.~213% 11 raid. 0.11,
Specimens for tho study wo-c of platc for..,i l_2O-%~5,-.zO.8.,1r..i.
Electric rezistance was measured by
PP-1 (at heating and cooling) and by devicQ 1~PIT"B-1
(during the isoth.~,.rmic treatment). Fii~urcs 1-2
z3how the deper,,1ence, of spocific electrical reoistance
upon tcmpr,~raturo. Fitruros- 3 and 4 shov., tho depend-
Card 112 Cnee of spCeLfic elcolk-'rical. iipon

A Study of the Electrical ReL_Jssz_~nze ol" Ca_=7 1--or
TemDeratures
ture and 1sothermic so~alkiri-. Ex-riorimerts
the invariability of -che elect-rical re-s-lotLince of
whiue cast iron in -the course of Erapi-d'u-izati-on
of eutec-t-ic comontite at temper,-,~tures above -Ulle
critical point. In the aathor~s opin)-oril, i~_~
accounted for by a clooe sirilariGy of -~hc, va-U."-.5
of the eieci;rical rc.-iioU::_rcc of cw5t, iron phascz _,,t
high tomiperaturos. At tomp~.raturos b,:~lo,.,r the critical
-ooint. the io-~,;~r is t-hc, 'l-cm-perature at. of
2astu iron is detor:-.iiriod, the more, 1,ronioun,,~cd is
the decrease in clect'l-rical it,,si.,-,~ancc, 21ie t;o r,.-
tization. The-,,o a:2e 4 Craph_- ~d 5 relf(.~_Ilellull.~G., zi.
of .-.,hich are Soviet and 1 Gc:-:i:lan.
ASSOC L,%TIOIT: Niholayovski-y sudo2trcitelny-y

PRESENTED: By V.N. Sv-.-._-hnikov, Member (.,f the M Uk r3) S R
'F:
jIy~ July 30, 1958
ar

AUTHOR: Vanin, V. S. SO'1/129-59-6-14/15
TITLE: Carburization in Liquid Organic Media (Tsementatsiya
v zhidkikh organicheskikh aredakh)
PERIODICAL: tletallovedeniye i termicheskaya obrabotka metallov,
1959, Nr 6, pp 61-62 (USSR)
ABSTRACT: Idoszcynski, A. and Matyja, H. ("Przegl.mech.ft
No,?,
1956 found that,during high-.Lrequency heatinG of
components in liquid media, a rapid zaturation of the
steel surface with carbon and other elements takes
place. They attributed this accelerated saturation to
the effect of high-frequency currents., The author of
this paper aimed at establishing ' the real
reasons for accelerated carburization. The exDeriments
were carried out writh a test-rig,as sketched in Fig 19
consisting of a vessel with a U-shaped steel inter-
connecting pipe. The vessel and the connecting pipe
were filled with ethyl alaohol and the section of the
connecting pipe was heated by means of a gas burner,
On the basis of the results', it is concluded that
accelerated carburization of components heated in
Gardl/2 organic liquids is not caused by the method of generating

Carburization in Liquid Organic Media SOV/1-29-59-6-14/15
heat in the component. The acceleration of the process
is attributed to the fact that the active substance is
fed to the surface of the metal in an effective manner.
There is one figure.
ASSOCIATION: Nikolayevskiy korablestroitel;n~y institut
(Nikolayev Shipbuilding Institu e
Card 2/2

80980
/J) WOO s/i8o/60/000/03/011/030
AUTHOR: Vanin V.S. (Nikolayev) E193/9383
TITLE: Ionic Carburizing of Steell~
PERIODICAL: Izvestiya Akademii nauk SSSR, Otdeleniye tekhnicheskikh
nauk, Metallurgiya i toplivo, 1960, Nr 3, pp 66 - 69 (USSR)
ABSTRACT: The results of recent investigations on the effect of the
vapour pressure of such organic, liquid, carburizing media
as benzine or kerosene on the carburizIng process itself
and on the quality of the case-hardened layer indicate the
possibility of performing the carburizing operation with
the aid of glow discharge and this carburizing technique
was the object of the investigation described in the present
paper. Acetone, ethyl alcohol and benzine were used as
the carburizing media. The experimental conditions varied
within the following limits: voltage - 700 to 1 000 V;
current density - 20 to 60 mA/cm 2; vapour pressure - 2 to
100 mm Hg. Similar results were obtained irrespective of
whether half-wave and full-wave rectified current or
alternating current was used. The variation of the vapour
pressure had no significant effeet on the outcome of the
Cardl/3 carburizing process. Simultaneous carburization of specimens,

80980
s/18o/6o/ooO/03/011/030
Ionic Carburizing of Steel E193/E383
heated by resistance heating and by glow discharge in
ethyl alcohol produced carburized layers of equal depth
and similar structure. Experiments carried out under the
conditions of normal discharge which did not cover the
whole surface of the specimen showed that there was no
difference between the carburized regions, subjected to the
direct action of the discharge, and those heated indirectly.
In one series of experime ts, cylindrical specimens
(10 x 10 mm) of steel 15 were carburized in a glow discharge;
to reduce the quantity of soot deposited on the surface of
the specimens and to avoid the formation of a network of
cementite in the carburized layer, water was added to
alcohol or acetone used as the carburizing media. The
results of these experiments are reproduced in Figure 1,
where the depth d (mm) of the carburized layer formed in
10 min is plotted against the 'temperature (0C) of the
treatment; Figure 2 shows how d varies with the duration
^e- (min) of the treatment at 1 000 (Curve 1) and 1 100 OC
(Curve 2). Lastly, the microstructure of the carburized
Card2/3

Ionic Carburizing of Steel
60980
s/i8o/60/000/03/011/030
B193/E383
layer, formed after 13 min at 1 050 0C, is shown in
Figure 3. These results are similar to those obtained
on steel 15 by Assonov at al (Ref 6) who used high-
frequency induction heating. It was concluded that
carburizing with the aid of glow discharge constitutes
a simple and economic process and, as such, should be
further investigated.
There are 3 figures and 7 references, 4 of which are
Soviet and 3 German.
SUBMITTED: July 27, 1959
Card 3/3

8o2ol
sA29/6o/ooo/o4/ol3/O2O
/do. WOO E073/E535
AUTHORS: Yanin, V.S., tngineer and Titov, V. K.., Candidate of
Tecwii~iil'-'Sciences
TITLE: Carburization of Steel in Liquid Organic Media
PERIODICAL: Metallovedeniye I termicheskaya obrabotka metallov,
1960, No 4, pp 51-53 (USSR)
ABSTRACT: The authors verified the assumption expressed by
Moszczynski and Matuia (Ref 1) of a specific effect of
high frequency currents on the acceleration of
carburization and nitriding. Furthermore, they
Investigated the influence of the carburization regime
on the depth of the carburized layer and they compared
the effectiveness of various organic media from this
point 0ftvlew. For carburization specimens of the
Steel 160were Ysed, for nitriding specimens of the
steel 3OKhMYuA%-Iwere used. The specimens, 2 mm dia,
60 mm long, were placed into a liquid medium and heated
by passing through them a current of 60 to 90 A of the
normal supply frequency. In some of the experiments the
Card 1/5 heating was done by means of direct current. The

80201
S/129/6o/ooo/o4/013/020
E073/E535
Carburizatlon of Steel in Liquid Organic Media
temperature was measured
OPPIR-09. The authors
vapour shell around the
ity of the heating of the
specimens by placing these
internal diameter of which
diameter of the specIrnens.
temperature of steel in benzol
Card 2/5
by means of
succeeded in
specimens and
reference
into quartz
was 2 to
The influence
on the
carburized layer for a holding
in the graph, Fig 1. A rapid increase
of the layer with increasing temperature
in Fig 2 a typical microstructure
is reproduced and it can be seen
from one zone of the layer to the
sharp. If the carburization is
above 11000C for 3 to 4 mins, the
case-hardened layer will assume
(Fig 3) and if it is held at this
an optical pyrometer,
stabilizing the
to achieve uniform-
sections of the
tubes, the
3 mm larger than the
of the heating
depth of the
time of 7 mins is shown
of the thickness
was observed;
of the diffusion layer
that the transition
other is relatively
carried out at temperatLu-eL
external zone of the
a ledeburitic structure
temperature for 7 mins,
LK

80201
S/129/60/000/04/013/020
E073/E535
Carburization of Steel in Liquid Organic Media
the ledeburitic structure will extend throughout the
cross-section of the specimen. Carburization at
12000C for 3 to 4 minutes terminates by fusion of the
specimen; in this case a ledeburitic structure will be
obtained throughout. Formation of the ledeburitic
structure above 1100% can be explained by fusion of
sections, the fusion temperature of which decreases as
a result of carbon enrichment. Carburization at 800%
yields a thin layer of eutectoidal and hypereutectoidal
composition of a depth of 50 to 70 A. No hypereutectoid-
al zone will form in the layer in this case. The
dependence between the depth of a carburized layer and
the duration of the process for 1000C is graphed in
Fig 4. As a result of carburization in benzol, a very
thin paper texture layer of a dark carbon forms on
the surface which can be easily removed by rubbing and
this reveals the smooth surface of the metal. D.C.
Card 3/5 heating at 1000*C with benzol for 7 mins yields the

80201
S/129/60/000/04/013/020
E073/E535
Carburization of Steel in Liquid Organic Media
same results; the depth of the carburized layer was
0.48 to 0.53 mm. Carburization at 10000C for 7 mins
in toluol and ethyl alcohol permits obtaining a layer
of a depth equal to that obtained in benzol. Use of
aviation benzol or kerosene yields poorer results and
thinner layers up to 0.4 mm; at the surface of the
specimen a relatively thick soot layer forms which
impedes penetration to the surface of the active carbon
and thereby reduces the depth of the carburized layer.
If this process is carried out in ethyl ether at lOOO*C
for 5 mins, the depth of the layer is 0.25 mm. Heating
of the specimens in glycerine does not produce
carburization or decarburization of the surface. In
aniline specimens were heated to 9500C; the depth of
the diffusion layer reached 0.4 mm and there was no
hypereutectoidal zone in the layer, Fig 5. It can be
assumed that under these condItions cyaniding of the
Card 4/5 steel took place. Nitriding in a 25% aqueous solution
0-1~

80201
S/l29/6o/ooo/o4/ol3/02O
E073/E535
Carburization of Steel in Liquid Organic Media
of ammonia at 6000C for 25 mins yielded a 0.12 mm thick
layer. The following conclusions are arrived at:
1. Acceleration of the processes of carburization and
nitriding in the case of heating steel in liquid media
using electric current is not related to the specific
effect of the high frequency current. The data obtained
by Moszczynsk! and Matuia (Ref 1) a:~-e in agreement with
the here described experimental results in which the
current was fed directly to the specimens.
2. The most suitable liquids for carburization are
benzol or ethyl alcohol.
There are 5 figures and 2 references, 1 of which is
Soviet and 1 Polish.
(Note: This is a slightly abridged translation).
Card 5/5

OL104U
2,5 0 8 1 INS' 14 0 3102116010WI00610111019
I A153/AO29
AUTHOR: __janin,_V.S.
TITLE2 Cementatiorhy Heating in an Electrolyte
PERIODICAL.- Dopovidi Akademiyi nauk Ukrayinsgkoyi RSR, 1960, Nr. 6, Pp. 788 - 790
TEXT: The author reports the results of a study on the cementation of steel
heated in different electrolytes, using a method described by I.Z. Yasnogorodskly
(Ref. 1), in copper-anode and steel-anode containers. The firg-t. -group of electro-
lytes consisted of 10,- 50% of acetone, 5 - 10% of hydrochloric acid and water.
An increase in the percentage of acetone called for a preheating of samples or
a higher voltage. Thp nrocess of saturation was intensive and could be regulated.
The carburizod layer showed no presence of cementation lattices. Changes in the
content of acetone did not affect the depth of the layer, nor the content of car-
bon therein, unless this content was lower than 10%. A further study of the de-
pendence of the depth of the carburized layer on the cementation~s time and tem-
perature was conducted on pipes with 6 mm outer and 4 mm Inner diameters made of
steel.10, containing a chromel-alumel thermocouDle. The lower 7 - 10 mm long end
of the pipe was heated, the upper end thereof, oltuated. In the electrolyte, was
Card 112

TITOVO V.I.; VANIYL V.S.
Iffect of hardening on the graphitization of isolated cementite*
Lit, proizvo noolls411,42 X 160# (MIRA 13:12)
(Cast iron--Hardening)

26572
S/129/6i/ooo/008/005/015
E073/E335
AUTHOR: Vanin, V.S., Engineer
TITLE: High-temperature Ion Case-hardening
PERIODICAL: Metallovedeniye i termicheskaya obrabotka metallov,
1961, No. 8, pp. 22 - 25
TEXT; The author has studied the possib:i.lity of heating
components to be case-hardened by means of a glow discharge.
Information on the work described here was originally
presented at the All-Union Conference on float-treatment
SDecialists and Metallurgists at Odessa in 1960. In the
first experiments, a mixture of alcohol with water and acetone
with water was used as a carburizer and the specimens were
made of steel 15. Water was introduced to reduce the activity
of the carburizer. The stability of the glow discharge was
ensured particularly by using a sufficiently cleaned surface
of the specimens. Even slight deposits of soot led to arc
discharges when the supply of carburizer was inadequate. In
the first experiments, glow-discharge heating of the cathode
and resistance-heating of the anode were used. The temperature
Card 1/6

Fligh-temperature
26572
S/l2q/6i/ooo/oo8/oo5/ol5
E073/E335
of both was measured by an optical pyrometer. In both-cases
the depth and the structure of the layer proved to be the same.
In the second series of experiments a high current density was
used to heat the small anode to high temperatures, A heating
procedure was also studied during which the specimen was placedin-a
to the region of The p,ositive column and heated by the plasma
energy of the column. The results were the same as for the
experiments An which the specimen formed the cathode. A change
in the pressure from 2-3 to 100 mm Hg also did not influence
the results of the carburization process. Variation of the
current densities on the cathode between 20 and 100 mA/c'm2 did
not influence the results. The water-acetone and water-alcohol
mixtures did not produce a uniform layer owing to the tendency
of these carburizers to condense on cold sections. A mixture
of propane and butane proved very active and produced soot
deposition on the components and even melted-off sections in
experiments in which the temperature exceeded 1 100 OC.
The light emission of the anode gave a good indication of the
composition of the gas. At a given pressure and current
Card 2/6

26572
S/129/6i/000/008/005/015
High-temperature .... E073/E335
intensity, the nature of such light-emission dep6nds solely
on the composition of the atmosphere. In order to make
this light-emission independent of the parameters of the
discharge, which is used in the process, an instrument was
developed which indicated the composition of the atmosphere.
This consisted of a glass bulb with electrodes which communi-
cated with a vacuum system between the reactor and the fore-
vacuum tank. Thus, spent gas from the reactor passed through
the indicating instrument. A constant voltage was maintained
between the cathode and the anode of the indicating instru-
ment, by means of an independent source. The light-emission
in the neighbourhood of the anode was clearly visible at
higher current densities and in the given case a current
density of 150 mA was used; the anode was made of 1.5 mm
diameter steel wire. By controlling the rate of input of
the gas a given number of strata can be obtained in the
light-emission pattern and thus the necessary C concentration is
maintained in the carburized layer. A change in the compos-
ition of the atmosphere will also bring about a change in
Card 3/6

26572
S/129/6,1/000/008/005/015
High-temperature s ... E073/E335
the anode-cathode gap. The change is primarily at the
anode and is insignificant in the positive column. Appli-
cation of the ion-indleator enabled using pr8pane-butane for
carburizing at temperatures exceeding 1 100 C without danger
of mel'ting-off the surface of the treated component. The
anode-voltage drop increaseswith increasing quantity of gas
in the atmosphere of the reactor and this is a feature which
is favourable from the point of view of automating the process.
The method was also applied for carburizing at atmospheric
pressure. Again, the composition of the gas was determined
from the light-emlssion indicator or from the voltage drop.
The indicating instrument is also applicable for liquid
carburimers. Further experiments were carried out with
cylindrical specimens, 20 x 20 mm and 20 x. 50 mm, for several
steels. A DC supply source of 7 W, 2 000 V, was used.
Carburization was carried out at a residual pressure of
10 - 30 mm Hg. Fig. 2 shows the dependence of the depth of
the carburized layers mm, on the temperature and the duration,
min, of the process. Fig- 3 shows the results of layer-by-
Card 4/6

26572
ifigh-temperature 9073/4135
ieiyer chemical analys.istof a ~W
peci'men carburized for 15 min,
,t cont6nt'i % -Versus depth ~fl~om. ~. the.. surf ac ea mm (Curve 1
i001 Curve 2 - 1 260 and Cul ~,e.'~,3 1 300 C)o d If tempera- 0
tUres b etweenA 100 and 1 300.1 the duration of
*he process is.conside.rably',I:re--'du'ced. Combin&tion of hardening
*ith carburizat'ion is very -economical' Ti-Zr steels can be
heated by a similar process,to'l,200 C.' The results of the
64oriments show that-the method !$'suitable for oxidation-
tree heating and even for,,f"ion'of metals.
There are 3 figures and 3.So-~i6t -ref erane es.
ASSOCIATIONf Nikolayel~skik,'!korablestroitellnyy institut
(Nikolay.ev Ship-building Institute)
Card 5/61

S/137/62/000/008/055/065
A006/A101
AUTHORS. Vanin, V. QS., Titov, V. K.
TITLE; Cementation of steel in liquid organic media
PERIODICAL- Referativnyy zhurnal, Metallurgiya, no.'8, 1962, 137, abstract S1939
(In collection: "Metallovedeniye I term.. obrabotka", Mloscow-Kiyev,'
Mashgiz, 1961, 225
228)
TOCT; The present investigation wras made to check the assumption on the
specific effect of high-frequency current on acceleration of cementation and
nitriding; the effect of cementation conditions in various media upon the cc-nen-
tation depth was also studied. Grade 38XMIOA (381QMuA) steel specimens were
placed in a liquid medium, (toluene, benzine, kerosene, benzene, etc) and heated
to 800 - 1,2001C by passing 60 - 90 amp commercial frequency current through the
specimens. 111triding was perform ed In 2f51% 1*1 solution' at 6000C for 25 minutes
and produced a 0.12 mm. layer. Benzene and etM alcohol were found to be the
most suitable liquids for cementation. The acceleration of cementation and
nitriding processes by heating in liquid media with the aid of electric current
is not conrected with a specific effect of high frequency current.
[Abstractp~-'.j rote: Complete translationi A. Bab3yct.-
Card 1/1

s/i8o/62/000/005/003/011
EIII/E435
AUTHORS: Vanin, V.S., Permyakov, V.G. (Nikolayev, Kiyev)
TITLE: Acceleration of high-temperaturo carburization of
steel
PERIODICAL: Akademiya nauk SSSR. Izvestiya. Otdoleniye
tekhnicheskikh nauk. Metallurgi~ra i toplivo,
n0-5, 1962, 92-95
TEXT: The authors report experiments in which diffusion of
carbon into type C-F.20 (St.20) steel friom a higher-carbou steel
or from a propane-butane-air mixture were carried out. Heating
was effected by a glow discharge. With correct'choice and
careful maintenance of experimental conditions a high
carburization rate could be obtained without de~qterickus fusion..
of the surface. Most experiments were carried aut at 11500 w 0
holding times of 10 minutes, some at 1100 and 1200*C. The depV4
d, in mm) of the carburized layer was found to be equal to
T - 3400
d 10 T
Card 1/2

s/i8o/62/000/005/003/011
Acceleration of high- Elll/E435
where T - cementation time (seconds); T - absolute temperature
of the process, *K. The activation energy of the process was
32200 cal/g atom. With improved process atmosphere and
temperature control, even higher speeds should be possiblo and
this should enable combining the process with heating for
hardening. With components of a certain size It should be
possible to complete surface carburization before the core'ia
completely heated. There are 5 figures.
SUBMITTEDs February 9, 1962
Card 2/2

37666
S/12,rJ62/000/004/304/01.3
B040/D113
3 C)
'.ITL:;: 7foldino ana soldering motcls in cio-.,i discharr-o
A "V ) .. I
PIIHODIUL: Avtomaticheskaya. zvarkca' nb! V., 190-2, 23-25
Sound 4oints were Obtailned ii- oxob or, t,3 w i th a r e a co Z'
vr',.ich cylInarical or tubular specimens, 10-1-D mm (11azeter, -aore heated. by
=12. -The reactor r,--z
c,low dicchar,3e and pressed toOethoz- at 2-73 '~~j3f/
dlevelo-acd in steel carburization ecperime-nts with ionic heating. Yieldinj
ancl soldo-ring was conducted in reutral -as, ane. the atmos-)Iiere -*L-;-L the re-
n; C 4ncl`c~'or in wh- cn the -,.-:',)ea-ance and -oa-=eters
actor chcc'~_ed 'by an -30-
o 11 c -. 7 diochanr~-e vary according to the coz_,poslt-ion of the
(V.S.Vanin, ":.:etallovedoniye -; O'bra-bot"'a matc-11.0y", 110. 8,
'~61 ). In e reactor 7ras evacuated to 0-3 mm of =ezcury, pzi or to a .ii 't-I
U:io c-13. The s-.oec-*L.-,.-,ens acted as 'U.-.e catlacde, the an-ocle in the of
Card 1/y

S/125/62/000/004-/004/013
IiIelding and solderin' meta13 ... :)040/D!13
L5
steel tape or wiro sur:Tou-.qdod 'the area of the cathode subjected to heatin3'.
Heatiing -was .)reduced mainly 'by anomalous 01w.-i dischcarg-e for 2-3 -..4-n -.-tit" up
c rend-
. densi ty 0wid 500 v. Specimens of e-i'eroi,t steel
to 150 cu:- k, - L. I
r,--ades Yere joined at 1000-1200 C, and the carbon diffusion -,,ras tho same as
previously stated in vacuum -aelding. Vrnite cast iron aas Joined with p-ray
cast iron, and titanium -aith titaniu-n. -Fusion violdinL~ with glou disc-lar.-e
vrds also tried, but it resulted in porosity at the joints, particula-zly in
P.Iurainum. There are 3 filoures.
ASSOCIATTOIT: 'il:olayevskiy korable.-troileltnyy instituti, ir.. admirala
i U k,
S.O..,al,,---:-ov-- (Nikolayev S-ipbuild,-'ng institute im. Adzairall
S.O.'.1akarov).
SUB..I='T--D: December 6, 1961
Card 2/0 -2-

ckL~; NKt AP5025600 UR/0129/65/000/010/0047/00'48
621.785.53:541.135 4-/
AUTHOR: Vanin, V. S.; Gemenova, G. A.
TITLK: Cygnidi f steol by hosting in an electrolyte
w, 5!r
SOURCE: Metal lov6d)eniye i termicheakaya obrabotka metallov, no. 10, 1965, 47-48,
and bottom half of insert facing p. 40
ABSTRACT: Tubular specimens of low-c#rbon steel (0.10-0.15% C) with I = thick
walls were experimentally, carbj!~~ ~ed jand-nCtridedFlin different electrolyte solutions
at temperatures of up to 1100*C on 44ing the setup shown in Fig. I of the Enclosure,
witb subsequent air cooling. Microstructural cxamittation,~~
and microhardness teats
were employed to determine the expediency and effectiveness of this method. It was
thus possible to establish the feasibility of nitriding and cyaniding in 10-15%
solutions of NH F, K Fe(CH)., nitrophenol, acetamide, aniline in glycerin ; sulfo-
cyaniding, in 1~. Bolation ok ammonium thiocyanate in glycerin; cyaniding, in aqueous
solution of nitric acid and acetone. Cyaniding is feasitle not only in solutions
but also in emulsionsp a.&. in an emulsion of kerosene in glycerin with NH 4F added.
On heating, the electrolyte undergoes film boiling. The thickness of the vapor en-
velope around the specimen is temperature-dependent; e.&., when the temperature of
TOPIC TAGS: cyaniding, low carbon steel, vapor p essures electrolyte
Card 1/3

L j~Z-66
ACC NRs AP5025600
the heated wall to reduced from 800"C to the minimum temperature of film boiling
(300"C), the thickness of the vapor envel around the specimen in water decreases
from 0.3 to 0.04 mm. The diffusion-coatingm specimens in the solutions enumerated
above has produced a layer of consfd-erable depth and hardness within a short interval
of time ( -5 min). It is assumed that cyaniding, just as nitriding and case harden-
tng, takes place only in the solutions where the asturating substance has a higher
iapor pressure than the solvent. It to the ratio between these vapor pressures that
determines the required concentration of the saturating substance in the solution.
Orig. art. has 3 figures.
ASSOCIATION: NikolayevskLy Xorablestroitel'nyy tnetitut (Nikolayev Shipbuilding
--Institute)
SUBHITTED: 00 ENCL: 01 GUS CODIC: HMO GC
NO REP SOV: 000 OTHER: 000
2/3

- LO-T~A-O
0-
Fig- I- Experimental setup:
Specmen (c&thOds); 2 - electrolyte; vessel (anode);
4 - cooling ayatem; 5 - ballast resistor
33/
rd 13
d

ljikNilll~ V.111.
Elec,tric .g-ap~itl:~a-,Alon nf- -,whi-,r-- ca3t ircn. I-It. %:~."
2,~,-2 5 AD '64. 4":
1e:"7,)

VANIN, VY,,- -inzh.
Municipal waste-water treatment plants abroad, 0:.7",
stroi. no.2:3-47 163. 1--- 1
Purification of industrial waste waters abroad (brief survey).
Ibid.s48-69 (WRA :L6:8)

VANINA. L. V.
Labor, Complicated; Pregnancy
Labor in multiple pregnancy# Felld. i akush. No. 3, 1952
2
SO: Month List of Russian Accessions., Library of Congress, July 19M, Uncl.

I - VAINDIA, L. V.
Pregnancy, %xtratterirle
Ectopic pregnancy. Felld. j akush. No. 1, 1953.
Month! List of Russian Lcc 3ssions, Libraz-f of Con,7ress june 195,53. Urlcl, -
__L_ ?

VANINA, L.V*
I ~ "S q-- "IMe ?o'rvr-east dur ing pregnancy, and puerper ium. Ye I I dsher & akus h.
no.7:49-53 Jtly 1933. (CLKL 25:1)

VANINA, L.V., kandidat moditainekikh nauk
Classification of modifications in the pelvic joints in preguanc7
and labor. Akush. I gin. no-5-45-48 S-0 154.: (MIRA 7112)
1. Is kafedry akasherstva I ginekologli (zav. prof. K.N.Zhmakin)
I Moskovskogo ordena Lenina meditainakogo Instituta.
(PXLVISg phyeiolog7,
I In pregn. & labor, changes In pelvic joints)
(MGMANCY, physlolog7,
pelvic joints)
(LABOR, physiology.
pelvic joints)

k) t It-F- /1', 1 1- o v -'-
BODWHIRA, V.I., professor: VANINA, L.Y., kandidat maditainakikh nauk
The condition if newborn Infants born to nothers with heart
failure. Akush. i gin. no-3:37-42 My--Je '55 (MLRA 8-10)
1. 1% kafedry akugheretva I ginekologii (sav.-prof. X.N.Zhmakin)
I Moskovskogo ordena Leni= maditsinakogo instituta.
(HURT DISEASE
in mothers, eff. on newborn inf.)
(INFANT, NMORN
off. of heart die. in mother)

'-Z~CMFTA".:ED1CA Sec.14 Vol-11/7 Radiology Jul 57.
1222. VANINA L V. Dept. of Obstet. and G)rnaecol. , Ist Med. Inst., Moscow
A n a ~t
0 T~ 0 _roentgenological peculiarities of the pub Ic
joint in women (Russian text) VESTN. RENTGENOL. RADIOL .
1956, 3(40-43)lllus. 6
Three groups each of 60 women were subject to radiological Investigation:
(1) non-pregnant women and those with no past pregnancies; (2) primigravidae,
and (3) multigravidae. The degree of change in the pubic joint is dependent on the
age of the pregnant women and on previous confinements. The anatomo-rcentgeno-
logical changes in the pubic joint were also observed in 16 women in connection
with the different phases of the menstrual cycle. They were most marked in
women with an incomplete bone formation process. In young primigravidae the
X-ray revealed changes starting In the early stages of pregnancy. These changes
were so characteristic that they may be used as a supplementary diagnostic means
in the early stages of pregnancy. In addition, the roentgenograms of the pubic
joint may be of use in forensic medicine in establishing part confinements in
women under 25 yr. of age. The early roentgenographic changes noted in the pubic
joint of young primigravidae were an increase in the breadth of the pubic joint
aperture, and indistinctness of the contours of the joint ourfaces of the pubic
rami. In primigravidae over 25 and also multigravidae, the changes in the sym-
physis connected with pregnancy affect only the width of the pubic aperture. It
was established that changes in the pubic joint observed at the beginning of pre-
gnancy develop progressively up to 26 to 28 weeks after which the process stabil-
ized itself until term, after which these changes disappear. It pregnancy Is Inter-
rupted In the early stages, the anatomo- roentgenological picture of the symphysis
in young primigravidae reverts to that observed before pregnancy. No changes
were observed In the pubic joint of middle-aged primigravidae (38 and over).

VANINA, L.Y., Icandidat meditsinskikh nau.11- (Moskva)
Management of labor in eases of premature or delayed amniorthexis.
Felld. i akush. 21 no.2:14-18 If 156. (MIA 9:5)
(JIABOR, COMPLIGATED)

VANINA. L.Y., kandidat meditsirmkikh nauk (Xookva)
Perforation of the uterus during artificial abortion. 7911d. i
akush. 21 no.12:18-21 D 156. (MLRA 10:1)
(ABORMN-comicATIONS AU.D SIqUIIAII)
(LrZYJEUS--WOUM AND UUMINS)

VANINA L.V kandidat me(litainskikh nauk
I n1.=;&
Anatomical characteristics of the symPhysis pubis in women as
revealed by X rays- Veat.rent. i rad. 31 no-3:40-43 HY-JS '56.
(MLRA 9:9)
akusherstva i ginekologii (zavo prof, K.N.Zhmakin)
1. Iz kafedry
I Mookovskogo ordena Leuina maditainskogo instituta.
(PUBLIC SYMPHYSIS, radiography,
anat. aspects (Rue))

TAIMU; 'LlY...,Undidat maditainakikh nauk (X"kva).
Retention of a dead fetus In the uterus. Felld. I akush. 22 n0.4;
23-25 AP '57. (N32A l0t6)
(UBOR, GOXFLICAM)

\1 r-\ \! : !"t ~ / t-I ~,
I ~
'TAKIA, L.Y., kand.med.nauk (Moskva)
Myome of the uterus and its treatment. Felld. i akusb. 22 no.12:
1?-22 D '57- (MIRA 11:2)
(UTIMUS-TUM(n)

EXCERpTA mick Seo 16 Vol 7 ~43ancer Apr W
1~162. Bowen's disease of the uterine cervix (Russian text) HKINAYNA 1". 1".
9) 11111s, .1
.Ind VANINA 1,J)'. ;lkwh. i Ginek. 1958, 3 (54
Keport ~ona case of Bowen's disciL~ localizd on the cemix weri in a 42-)'Cjr-4)ld
%r.para. The condition followed a long-standing cro-,ion of (he cervix. The lesion
was classified as being in the first stage according to Richen, when malignancy has
not yet developed. Amputation of the cervix led to 5-year cure.

VANINA, L.Vep kand.medonsuk (Moskva)
Pregnancy and labor in heart defects; Sovemed. 22 no.8.*53-61
Ag 158 - (MIRA 11:10)
(CARDIOVASCULAR DIMTS, CONGENITAL, physiol
effe of defeat on coiirge of prepp. & 1a;or (Rua))
(PROGNANCY, in various die,
cardiovase. defect, congen. (Rus))

VANINA, L.V., kand.med.nauk 0(oskvs)
Prevention and treatment of hemorrhege during the plAceptal and
early puerpernl stages. Fel'd. i akush. 23 no.1'15-20 Kr '58.
(HEKORRHAGE, UTERINE) (min 11:4)
(LABOR (OBSTETRICS)

VANINA, L.V., kandemed.nauk (Hook7a)
a- '7 0 153
,mb "'oionic operations* 7elld. i aku9b. 23 no.10:24-f
L
(MIRA 11:11)
(OBSTETRICS--S M ERY)

VARINA, L.V., kand.med.nauk (Koskva)
History of the cesarean section, Felldo i akash. 23 no.11:39-43
M158 (mm 11:11)
(CSSARM SECT ION)

V1 ) & 1,A ~j 4. 1,/
BELYAYNA, Yle.F., prof.; VAIIIIIA, L.Y., kand.med.nauk
3111.wl~,S,W,"~,!~.~i, J
Bowen's disease on the mucous nembranes of female genitalia (with
summary in Nnglishl. Akush. i gin. 34 no-3:54-59 My-;TO '58.
(KIRA 11:6)
1. 1% kafedry akusherstva t ginekologii (zav. - prof. K.14.Zhmakin)
I HookovBkogo ordena lenina meditsinekogo instituta imeni I.M.
Sechenova, 26 ZavediWuBhchays prozekturoy klinichookoy bolluitay
No.24 (for Belyayeva)
(CERVIX NEOPLASM, aurg.
high cervical amputation in Bowents die. (Rua))
4PARGINOMA. SPLMHOID. case repopts
Bowen's die. of cervix, surg., high emputation (Rus))

VANINA. Lev,,,.. kaud.med.nauk;s VIKUYAYEVA, TO-N, kand,medenauk
Tenth All,-Union Congress of O'batertriclans and Gynecologists;
Klinemede 36 no*8:151-156 Ag '58 (MIRA 11:9)
(OBSTETRICS.-CONGRESSES)
(GMCOLOGY-CWGFa,SSES)

VANINA, L.V., kand.med.nauk (Moskva)
Causes of sterility, Fellds i akushe 24 rxo,ltl5-20 Ja 159
1 (STERILITY) (MIRA 12:1)

VANINA, L.V. (Moskva)
nFtqsical factors in the prophylaxis of diseases and complications
in pregnant women* by K.A. rratikova. Reviewed by L.T. Vanina. Yelld.
i akush. 24 n0-3-.60-61 Mr 159. (MMA 12:4)
- '(PRENATAL CAYM)
(KRUTIIWVA, K.A.)

Imnd.med.nauk (Moskva)
VANIMo-Jag .
~,,-,
prophylaxis of lactation M-astitis. Felid. i akush. 24 no.6:
28-33 Je 159- (BRFAST--DIUASES) (KIRA 12:8)

-,,_)q!nd.med*nauk
SDma characteristics of the course of pregnancy and labor in women
suffering from heart diseases. Akush.i gin. 35 no.4:33-38 JT1-Ag
15%, (NEU 12:11)
1. Iz kafedry akasheretva i giuekologil (zave - prof, K*N* Zhmaktu)
I Mookovskogo ordena. Lenina maditsinakogo institute iment I.M.
Sechenova.
(ERAIRT DISEASN in pregn.)
(PMNANOT, compl.
(MBMI COMPL)

BLOSHANSKIY, Yu.M. VYKHLYAYEVA, Ye.K.; Z11KAKIN, Kon-
stantin Hikoloyevich, prof.; LOTIS, Y.M.; KANUILOTA, I.A.;
MOIWJWO, M.D.; STAO BI-LUVI (Haiso Pi-lienl; STRONGIUA,
T.No; TRUYETTSWA, G.T.; SHAMOTSXAYA. Y.F.; GARVEY, U.N.,
red., HAYRO25KIY, O.G., tekhn. red.
[Physiology and patholorv of the menstrual function] Fizio-
logiia I patologiia menstruallnoi funktaii.* Otv. red. K.11.
Zhmgkin. Moskva, Pervyi Mo8k. mod. In-t, 1960. 174 P.
(MIRA 14:5)
1. Sotrudniki kafedry skusherstva i ginakologil 1-go Mo-
okovakogo ordens Lenin& Medltsingiogo,instituta im. I.M.
Secherova ( for all except c6rvey, Havrotakiy),
(MENSTRUATION)

L~' ~O-s. (Moskva)
Premature detachment of a normally located placenta; reply to
obstetrical problem No, 1. Felld. I akush. 25 no.9:60-62 S 160.
(KRA 13:9)
(PLACUITA-.-DISEASES)

L
_.j_-
_ ___tV
Pregimoy and labor in vomen after commissurotomy. Akush. i gin.
36 no.305-99 NYWO !60. (HIFA-13M)
(MITHAL V=FSURGERY) (PRMHANCYt C014PLICATIOIIS OF)
(LABOR, COWLICATED)

VANIRL,. L.V dots- ~ (Y-Oskvs-)
-4,nitourimary organs. Felld. i
Trichmoulasis-Of tbs fezala (yJRA 14:2)
akusb, 2.6 no. 1:24-28 Ja 161. ONAliSp yr-,MAU-DISFASES)
(TRICHOMONIAIS) (GENWTIVE

~VANINA, L.V., dotsent (Moskva)
.....................
Causes of.rupture of the oerv-ix uteri. Feild. i alMh. 26 no.3:
54-55 Mr '-61- .(UTERUS-RUPTURE) (11MA 149)

VANIllAq L.V.p dotsent, (Moskva)
Treatment of retal asphyxia. Fe:Lld. i akush. 26 no.3.*55-59
Mr 161. (ASPHYXIA) (FETUS-DISEASES) (MIRA 14:3)

VANINA, L.V.p dotoont (Moskva)
Hydatid mole. Hastopathy and Its treatment. Felld. I akuah. 26
no.4s62 A J61. (MIRA 14:3)
(FdOLE (DEfOUTOLOGY)) (BRMT-DISEASES)