SCIENTIFIC ABSTRACT YUDINA, N. D. - YUDINTSEVA, YE. V.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001963110013-6
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 15, 2001
• Sequence Number: 13
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

Z; " ~-, - ~
,- ~ -I z-1; , ..

V, Al
prof
-1311)ocl f or=ation and -blood in wound Sapsis Ned7eb.2hur, 17:95-118
1476 (MIRA 11:1)
1. Z Inatitutu. klinlobnol fiziologii All URSR (direktor aked.

YUDIINA N.D.
Changeb fin'~the blood and bms marrDv depending on aga; experimental
investigativn. 7i2iol.sbux. (Ukr.) 2 no.3:78-91 M-y-.Te 156.
Oavu 9: 10)
1. Institut eksperimentalinci biologii J patologit Imeni alrademika
O.O.MoSomol3taya.
(3310OD--ANALYSIS AND CHEMISTY)

WITUIT, I.P.;
prof
Zff4wt of A-1he tranufull-on a I&B, -protein planna oubatituto on
blood coagulation proceaGes in reciplente. Probl.gomat. I perel.
krovi 4 no-4-50-53 AP '59- (mm 12: 0
1, 12 Xi7evskogo instituta peralivaniya krovi (dlr. - 2asluzhennyy
(AHINO ACID HLXT=S, eff.
BE-8, on blood coagalation (Hue))
(BLOOD CUGUIATION, eff. of drags on,
-protein hydrol7sate BL-8 (RuB))

SPASOKMOTSKIY, Yu.A., prof.; YUDIffAjt,K*Dv prof.; SWIITBKIY. I.P., kand.
md.na,nk
-sw Ce mental and clinical data on the biological action of BI-8,
bbVained-V -determin-ij -tiio--blooa--congulation-procesiBee of tbe- recipiente
Akt.vop.parelok~ovi ta.73357-~360 -'590- (MLIM 13: 1)
1. X17etski7 institut perellvanip krovi I neotImbnoy khirurgii
(diTektor - zaBlu-.benn,--7 vTacb rospubliki, kand.med.nauk- T.K. Gnodp-sh).
(1100D HASMA SMSTITUMS) (33WOOD-COAGUMT1011)

DY,ITRIYEVSY ITY, Y - I -, r4aster-vzryvnik; BYCHY OV, F .; N'll, I Ti 1,, *11 - , -i --, ~- - I
VORKIILIY, X., inzh.; 7"DJTRIN, V., inzh.; MINA, N.1 -, iri7h.;
WEGIN, G., inzh.
Editor's mail.. Bezop. trpda v:prom. 5 no-8:34 '61.
1. Shakbta No.321 Stalins~aya oblast' (for Dmitriyevskiy).
2. Sherlovoporskiy gornoobogatitel'-nyy kombinat, Chitinskaya
(for Nikitint4orkhlik, Tyutrin). 3. Otdel tek~,niki bezirasn~Et'
Nizhne-Tagil'skoro metallurgicheskogo kombinata impni V.I. Lcn-w,
(for Yudina). 4. Tekhnicbeskiy otdel tresta Dorogobuzhs~ii~~ht--)E,,r~,.-.,
(for ZaneFin).
(I'llining engineering--Safety measures)

14-57-7-14647
Translation from: Referativnyy zhurnal, Geografiyap 1957, Nr 7,
pp 60-61 (USSR)
AUTHORS: Tverskaya, IN. P.5 Yudina N. P.
TITLE: Experimental.Investigationlof Water-Drop Conjoining
(Rezulltaty eksperimentallnogo issledovaniya koagu-
lyatsii kapell vody)

PERIODICAL: Tr. Leningradsk. gidrometeorol. in-ta, 1956, Nrs 5-6,
pp 263-267

ABSTRACT: The-authors continued their reviously started investi-
gation (RZbGeogr, 1956, 2817 with the aim of determi-
ning the effectiveness coefficient of collisions (K)),
and in an-effort to clarify the mechanics of large
drop,formation. The experiments were conducted on the
drops of,identical sizes (2-3 mm. and 1.2 mm) and also
on the drops of various'sizes (2-3 mm and 2 mm; 2.3 mm
and 2.1 mm; 1.3 mm and 1.7 mm; 1.1 mm, and 0.5 mri).
Card 1/3

14-57-7-14647
Experimental Investigation of.Water-Drop (Cont.,)
The formerly constructed apparatus was used again,- 'but it was altered
to the extent that the air in the camera could be either dessicated
or humidified. The extent of the zone of conjoiningof was de -
termined in respect to the' velocity V at the moment impact at a
given moisture content f. The temperature was maintained at about
160 to 180 C. By the o-3ne of conjoining the authors understand that
deviation of the center of the upper drop from a vertical line
pas5ing through the center of the lower drop at which the conjoining
of the two drops ceases to occur. For the drops of equal sizes at
V = 30 cm/sec and f = 36 percent, the extent of the zone of complete
conjoining, expressed as percentage of the sum of radii of the
colliding drops, is equal to 28 percent. As the amount of trans-
location of the drop centers is increased, there is formed a tran-
sitional zone within which K:~ (the ratio of the number of conjoined
drops to the total number of colliding drops) decreases to zero.
At the translocation equal to 38 percent all the impacts become
ineffective. At f 93 percent, the extent of the zone of full
Card 2/3
M

14-57-7-14647
Experimental Investigati-o-n---oP-"ild-t--e-r--]Yrbp-(Cbnt-.)
conjoining expanids-so as to,-include the deviations of-43 percent
without altering the extent of the-transitional zone. The relation
of the zone of conjoining to V for various sizes is expressed
-.graphically.--In all-the -cases, the increase of the velocity leads
to the diminuition,of this zone, and the rate of diminuition is more
uniform for.the smaller drops* It can also be seen from the graphs
that the zone of conjoining increases with the increase of f, which
fact can be probably explained by the intensification of di_o~
evaporation and by the acceleration of the vapor flow from the drop
surface to the air. The impacts of the drops 1.1 mm in size against
those 0.5 mm in size were more effective than the impacts of drops
with any other size relations. The results of these experiments
agreed fully with those of the previou-s work. The article includes
6 bibliography-of 10 titles.
Card 3/3 A. B.

'I'll-e book iii intAuted fe7 -mosearchore,
trapapo

of pc4mtw (inn, 1,
R., V,,
ol,--~;,vult and R, V. TIL61x'm ('21i7

-r rp
Rib'.

IWITOV, N.M.; XLL*POVSUU, K. I.; TPPT'~~" O.T.
7ormtIcm, --of penicillin =cleus durImS feizentation and'Its con-
version to penicillin, Antiblotik! 4. no,6:18-24 N-D , 159.
(MM 13: 3
1. r1sesoy=n7y inatitut antiblotikov.
(MICILLIN chem.)
N.M Mll~ Ilan-
AIA
--MV3

IEVITOV2 H.M. INOMMITSEVA I.I.; GWOVTSBVA,-V.A.- ROMOKII-M, Z.F.;
101, G.I.; IMM, R.I.; 11AGUS, A.M.
Production and basic Vxoperties of almecillin (allylmereaptomethyi-
penicillin). lied. prco1j, 15 no.11:12-10, 14 1619 (MRA 15:6)
1. Vsesoyuznyy nauOhno-isaledovatellskiy institut antibiotikov
i Rizhskiy zavod meditsinakikh preparatov.

LEVMUV 14. 14.; KMNER) G. 1. C-DTOVTMA) V. A,; ZAMMSKMA~ G. F.; IOFO, R. I.;
KLAPOVSYMA, K. I.; YUDINA, 0. D.
I)punjcMir,-jcyjaze productim by escherichia coli in relation to cultivaticn
conditions."
report isubmitted for Antibiotics COngi Prague, 15-19 Jun 64.
All-Tinion Sci Res Inst of Antibiotics ., Ibsco-w & Plant for Production of V&dicinal
-2-

MEYN G. I.-; LEVMVP -M. M.; MMVSMA~ X.- 1. ZAVnMSMYA) G. F.; )Ml-ri~~ 0- D~-;
DEME, B. B.
"Investigation of the process of f4-rmentative cleavage of penicillin."
report -BubhAttda. for Antibiotics - Cong, Prague,, 15-19 jun 64.
AU-Union Sci Res Inst of -Antibiotics, ~bscov Plant for the Production of
Wdical Prodiacts, Riga.

~7
GOTOVTSL'VA3 V.A.) LEVITOV, H.M.; 70111A, O.D.
Effect of oils on Vho fornaticm of 6-=inojAnic-i11a-nic acid &nd
penicillins in the submer'ged cultivation of Poni-ciLi= chryoogen=n.
Antibiotiki 7 no.5s429-1+33 My 162. (41--Lk 15,'~)'
L Vossoyu=yy nauelmo-issledovatollskiy institut antibiotikav.
(OUS AIM FATS) , (PENICTUA 11G ACID)
(lmllcrulv) QM1.1,01MIUM)

GOTOVTSEVA, V.A.; YUDIHA~, 004 1EVITOVO M.M.
vlase
-Effect of organic acidson the production of penicillin ac.
by Bacterium faecalis alcaligenes. Wkrobiologiia 34 no.2.216-
14r-Ap 165. MJRA IS: 6)
222,
1. Vsesoyuznyy naucbno-isi3ledovatel'skiy institut antibiotikov.

29"319
S111216010001010100416
aev A052/A101
AMORS: Plotkin, Ye.I.; Karateyev, B.V.,- Yudina, O.M.
'.'Tonophone"-type electroacoustic converter
PERIODICAL: Referativnyy zhurnal.. Elektrotekhnika, 1960, no. 10. 350, abs-ract.
6.9539. (-Tr. Nauchno-tekhn. konferentsii Leningr. elektrotekh.
svyazi, no. 3, Leningrad, 1959, 39 - 46)
TEXT- The first test model of theJonophone, developed by the Le-ningrad
Electrotechnical'Institute of Communication, is described as well as the princi..
ple of the converter and a detailed basic circuit of the h-f generator, the main,
power supply element of the converter. It is pointed out that in its present
form the ionophone differs considerably from the initial model proposed by Z.
Kleyn and can be considered as a sufficiently promising type of an inertialess
electroacoustic converter. Me device can be tuned in such a way that noises are
practically not, perceived. Amplitude and frequency characteristics of the iono-
phone are given. It is possible to use the ionophone in 2-band acoustio Units
for reproducing the upper audio frequency sub-band and in single-band acousti:
Card 1/2
X~

23319
"Ionophone"-type electroacoustic converter
sys-Lems as an additional h-f emitter.
[Abstracter's note-.. Complete translation]
Card, 2/2
S/1 12/60/000/o 1o/004/004
A052/A1O1
NYa,K.

f:-, 7-
1 -4

~r
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~,: I , .1. 1 .

- ~r.:- -
- ~j -
I
" ., r

-3/49M2/000/007/024/040
D217rD-3!07
AUTHORS: Vullf, B. K. and Yudina,.S. A.
~TITLE:' Heat treatment.o -r3 (AT3), 4 -r LI (AT4), 7-
f alloys
(AT6) and (AT8)
SOURCE: Akademiya nauk...S.5SR.Institut metallurgii.-Titan i yego
splavy. no. 7, Moscow,.1962. Metallokhimiya i novyye
splavy, 174,184
TBXT. The-influence of heat,treatment on the structure and proper-
of titanium alloys of the 6-component system Ti-AI-Cr-Fe-Ui-B
was investigated.,,Ingots,450 kg in Weight were melted in a vacuum
-arc furnace with a solixble electrode and forged at 1200 - 10500C
into rods of 12 x 12.mm,cros,s-section..The structure and proper-
4.
ties of-the rod-material was-atudied in the as-received condition.
The forged rods were cut'into portions of 100 mm length, which were
cheat treated by.yarious.methodso The investigation included deter-
mination of chemical-composition, metallograDhic analysis and me-
-chanical testing. It was found that 0DtiMUM mechanical propert4les
Card 1/2---

S/598/62/000/007/,024/040
,..''Heat treatment of alloys D217/D307
were obtained after quenching -the alluys in. air from the q-range,
~.close to the boundary-o-fthe two-phase range ((2(+ 3). Quenching
from the 3-range led to.a ,decrease inplasticity of tho alloys,
particularly after ageing, The.-following heat treatments are recom-
mended for the alloys: AT3 and AT4 to be heated to 8500Q, AT6 to be
heated to 9000C and AT8 to be heated to 95000, follow-ed by cooling
in air. In all cases, the heating time at the quenching temperature
should-be between 30 minutes and 1 hour for thicknesses of up to
12 mm. In the case of both quenched alloys and as-forged ones, an
increase in Al content leads to an increase in strength, but to a
decrease in plasticity and impact resistance. The influence of oxy-
-gen on the mechanical properties of Ti alloys depends essentially
on the nature of heat treatment. For the estimation of the influ-
of heat treatment andthe~degree of gas saturation of Ti al-
..loys on their mechanical properties, the percentage reduction in
area. should be used as the Droperty most sensitive to changes in
structure -and composition of these alloya. There are 8 figures and
2 tables.,
Card 2/2

L 3037 EWT(m /T/F_VJP(t)/lff I I.TP (c JH/JD/?iB/GD
CODE: UR/Oc"
ACC NR, AT6012382 SOURCE
AUTHORS: Tavadzo F. N.-.~ Mand2hgaladze, S. No-, Vullf, B4, K#2- Yudina) S. A.;
Daenniani,
OW:
TITLE: The effect of oxygen content.and,heat treatment on the corrosion resistance
AT3 anj T8 titanium alloys
XURGE. Acb)veshchaniye Do metallokhimii, metallovedeniYu i Drimeneniyu titana i )Lego
splavoy, Tt-h. fiovyve issledovaniya titanovykh splavov (New research on titanium
alloys),* trudy soveshchaniyao Hosovoi., Izd-vo Nauka3 19653 136-1112
A ivn resistant alloy,
-TOPIG -TAGS: - titanium- alloy$-- corrosion- resistancep corros
hydrochloric acid, hitric-acid, sulfuric acid, / AT3 titanium alloy, ATB titanium alloy
ABSTRACT.- 'The dependence of the corrosion T*istance of titanium alloys with both
small. and considerable contents of aluminu!qVupon their oxygen content is studied.
The range of oxygen content was from Oil to OA3%. The alloya woro studi.0. in tho
initial state and after normal heat treatment. T&--T corrosive twdia were 5% HNO
3)
30% H SOh, 40r% HU., solutions of,tannic., gallic., and tartaric acids., 5% solutions of I
2
NaC1 iind NaOH, and a lutmid subtropical atmosphere. In all but the HG1, H2S0h, and
tartaric acid 'lie cpxrosj5~ resiqtance of th allo was almopt ind%endnt 0 4r
oxygen conteU see 1g. An increase in e ox gen c ent. consi erab y Vorsened
th
L-Card 1,13

1.- 30371-66
V~

wt."% -62 D;
Figs 1. CorrDsion resistance of alloys AT3 (1) and ATO (2) as a function
of oxygen.content: a - in*30% H2SOb at room temperature; b - in 40','o
HG1 at r om, tenperature; c - in tolling min r I aridso
-,-.the corro~IICA--res:lstzncelof--AT8---in~adl-furio-. at-woom-teVerature) and tartaric
kcid, case., the -6orrobion resiUstanc of AT3 Ith less aluminum) was
In this w
A

ACC 1~~(
'AT60j2385 --SOUWE WWI-
UR/W/05/~W/OW/0155/0162
AI)THOR Yudinnp~ 8,,: A,
ORIG~.
TITIZ: The offoot of O'Vgan on the .3mchanical properties and thermal otability of
AT AT$
So
UAt Soveshcbaui 17a i primen
,ye R2 notallakhimii, notalloveden oniyu titana i
~6th. ITovyye issledovanlya titanovykh splavov (Ilew research on titanium
alloys); trudl, soVeschanlya. 'Hoscow, Izd-vo flauka, 155-162
tltanG~ a
TOPICTAGS: . I Uoys -thermal stabillty,, plasticity# solid mechanical property,
titanium~' n*"rFr T0113 titanium., TIGOD titanium, AT3 titanium alloy, AT8
titanium aUoy
AWTRAW The, effect of an on the-wchanical properties and structure of AT-Ld
128 alloys is 11 ~IUIJ'Dd The work don to establish norms for oxygen content.4nd
; ' "e Vas 0
to study the tTr, lity 0. alloys, containi;n- various amounts of aluminum in
xygen. - 2q3_1 1 nd TGOORt Ihms used. In order to preserve high plaaticityZtho
exceod~ 0.
'Y C012tent should nof 1---~O.I~% in alloys of the AT typo. A varyiw,
-effectoftbe,purity f the starting titanium on the mechanical properties of AT
Card - i/2

L: 30369,~66
ACC NR 7~771
AT6012385
alloys and their thermal atability an a function of their almainum content is shown
See Fig.4).
j
.0
. Ir,..- - ~-
f j
roh
~Distance, 'surface,
f
Fig. Is, Al=inum distribution1n, AT3 and AT8 alloys as a function of oxygen
content after oxidation for 7 bra at 6000 (a) and 10DOC (b).*
I AT3 with 0.1% 02; 2 - AT3 with 0o33% 02; 3 - AT3 with 0. 43% Op;
a
4- ATS --WAth _01 ;L5---~--AT8-vithl-.-Ol~-33jo-,-O~ffi---~_-.-_-_- -
1% 02
It-was astab3.ished-that-oyyg6ii-hardens~the.alloys and reduces their plastic proper-
ties. This-is'OsPe6Ul1y-trvx9 in the case.-of heat-treated alloys-with increased
alumizl= content* The positive effect of aluminma on the thermal stability of the
alloys is an increa as at high temperatures (1000G) for alloys with increased oxygen.
Orig. art, hae; 3 graphs end I table.
SUB cow. . n/ Sum Dm: macw oRzo mrs oDg/ om REPt om
2/2 0

Id
L
NR - A T14 04 F:-6 0
ACCFS"3~0N
A V u 1 3: X,
-A-7M,
V, the m ocha 1 ic~ o1
T L-.-
allov.a- o7nmunication)
Ek)Ve:tmchanl---- po roetall,rgrii, mi,~t I -v -
i~lgvov. 501- M Q~ ei I en~ye
scqw. 196
I M-4 tKcv es hall anty-4. Moscow, lzd-v,.
rOPiC TAGS: Utwilum adloy, t!,WZJizr---, alioy -MICI
treatnic-ni, aluanknum con,3ining allloy~ Waniucr) Wt-, neap tr~
Auo-'ritACT; Accor4ing to the TI-0 --liagram, ox~,T~;~,-~
tr~nsformatlo-n. cspectally at the criticad p,-nrztj; !,,i All. -7- e,

ULU %~-J__ I-l-T'----
A C ItI-56i
f)C,
C)LI pr
,L~
f.he
Cr Al Con
.1e. A! conterit (A'F3)
arc f~.r!lrir.'e vilavgf-d vvilth pure ivoil alit

ASSOCLATIO'N: none
C,Ird
-)N Nli --180601
N AT40-
SUBM~ITTFD. !6411164 Ot
Y", F SM; 01

ACCESESION NII: AT40,19060
I Effen" of oxygen On the
Al in initial state-, 2 - alloy A"Y3 'aft-or quo-acL',~I!-,z,,
all I'P, in t1w trAti,-.1 ,3 tpit-o -. 4ov ATS ol tc

allcy 78 in the Wtial state; 4 - ,ul loy A'!
i~vi A f d
ACCpssjC)N NIR:
T_ vt t
Vul f.
TIT',
a
SOil
PC) rjletal~
tal:
E 'llyru Zf)&
sc!~W.

TrW-1c. 6 t d,
paE~nr
Xfls;
,an A
ttv~f the prcrhj~tjo.,2 (,,f
Lions of li
hew
differfanc-11 bel"'Vem" 1whe vi all r
A-3 2. 5 % Al,
eA
Woro t'n-"ted ~Jjj r-ui 'L,i
na
4 ~jr
V
Of A

o rd
LE r

L I
, C w 11-4 1 JB: AI'43416OB4
C
.

pa
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ri ui-

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u rq 1 7-' u
7
-'10 rREF M~ 005
L 27.143-66 EWT(m)/T1EWA(d)1EW('V)1UP(0 IJP(C) WMANAM
/63/001 /006/011-26/0,728
AGG ER: AF6DD8631 SOURCE OOM UR1030
AUTHORS: Bocharov'i Ve A.; Purso
Ng_ G.9 OV X_J~-';
V. K,; Borozdinn)..!~! R.; u-CUTW4-p.~Jj;
ORGs Dneproftembinsk Hotallurg on Factory - ~v~
(Dneproftezhinskly lzetauurglmnesw ~Va4~tuz)
TITLE: On the inhibition of corrosion of Hqlaod-joints of carbon and a
Bteels
SOURCE: Zasbchita netanov.. ve 1; no, 6p 1965p,726-728
TOPIC TAGS:, vt99l,,:ataWess steol.,eloctrochemiatryp car-bon steelp anti-
corrosion agent, coxTosion, aro voldrg, corrosion inhibitor / IM8119T ateol,
St-3 ateel., 3Xh8N9T steel., M-2-anticorros~on agent
ABSTRACT3 This investigation was conducted to'check experimentally the offoo-
Uveness of the agent M-2,t described by N. G. Chon (1h, prikl. khWi, 1964,
37., 3.958) as'an irbibitor of comsion in welded Joints of carbon and staimlose
stools during the pickling proom. The extent and nature of corrosion warc.
doternined zetaU.QFzraDhiqq3.17* Palari2ation curves for the woldB and for base
Cora VJ UDGs 620&193o4l

L ~W-66----: -
=1R 3 Ap6man
I
.Motals in 2C% %S0,4 solution were also determined. The experimental results are
pronented in grapho and tables I'seelFig. 2).
byaragon
n6rml
electrode
41
alp -
C%~
V IS
'Litt. U,
7190 Is Polarization CM-MD for stool 'St-3., d,otervdn*4 for the welding soam
and bass notal In 2C% H2S?Io I - 11 welding so= (witbout M-2);
2 - 21 bane =otal (without M-2); 31 welding ssam (with M-2);

L 2730-66
ACC lut: jP60MOI,
It-van found that the addition'of the !TMbitAg adont KYh-2 to the pickling
solution inbibits Vhu corrosion of carbon staoPlAt-3- imUs and completoly pro-
vont.2 the corrosion of a t axiggosted that thi, in-
hibiting action of thol Jbitor M-2 in due to ,the presence of surfeco activo
agents in the latter. Those agents prevent tbo adsorption of chlorido ions on
the surface of the motal and retard the rate of tho cathodic and anodic processes.
Crig. art. has: 2 tables an4 I gmpb,,
SUB CoM;3.3,%3?./ SUBm DATM Web65/ Orm Pzp: 002
Card

TKAGHMIKO, N.I. (Leningrad) ' YUMA, T.A. (Leningrad')
survival rate of E13cIerichin coli in the -,Mte waters of hydrolY-Sis
piants. Vod. i san. takh. no. 4:31-32 Ap 161. (KIRA 14:4)
(Escherichia coll) (Sewage-44icrobiology)

SOURCE
MA ~k-
fy
r o t t
ITI
57
"ph.e r A. c -k i onn- i t :1 s po u a
the ptate
oc.-~-,.7utation of tlv~
o f t~he F2 004R14UStIon of 65-":
fy---mni the n-~~Puns. Ttle prorr"Ja &IP~

11" PTOF"I"'liz r P,"e non a ll.Strol-

'
4 al ibe r n, f
":
he p
-
.
ps
or n!;, -r fAj.- !-C,
cv! mu-
tna ir 1~1~-

, ~kand.tskbn.naj*._,,ARu~jy~.I., 11 S inzh
NAIMIR? A.I. 'n2h I ~ip"T n:, '1~ , E. pi4zb
KOZDOBA, A.A., inzh.; 11.1
YUDINA,
U7,__ oils -an -allmli--in neutralization
neiltlanzation, of,fii and im:
chmbera. Haol. zhir. Prom. 27 -no.32:37-40 D 361o
(MIPLA 14-.3.2)
1~ Zaporozbs)d raslozhirovoy kombinato
(Oilo and fats)

- YUDUA, V. , instruktor; PANGVA, I. ~ insttruktor
J:L ~ ji
Gem-Line, business-like patronaga. Zbil.-kr,=. Y-hoz. n,-,.7-.:L2-1.' -
161'. (Ia ill 14: 7 '
1. TSentrallrjy komitat profso3ruza raboobikh mestnoy promy&hlemosti
i kom=lallno ozyayBtva, g. Krasnodar.
Ritanodar Tcrritor~r-Hunioipal services)

u

7---, V. I." a-yorv"' T.. P., 97SPIVIS, X. 7~.SIFA, 1, 9.

Malitki In )lutcalyk (17) twitutilloslatol) t. The
M
of the
IMMUM coefficient on the of T.-It.ly!
ThospIste (I. ullalsbNsl kbelsitilystil
ka-sDazirstsis trnsutillearsts)
7=010110 Z)mTmtl zaarx*zlobpam7 kkisills 1951, Ul 5. Lp V. p) VM-2116
(Tsai)
A3jmc?l 7b4 Okwaastap of the dialralklicn sneflicless in the extraction
d Flosemius-17 oopj.~Ulds via, tribusyl qh~p;hxls Sam $avalls.
sales. 14 the 0619VIAlloij of the alOrlullm O"MR16:3 O's
term *lm AspIrlsullam abaffles-All was Itt"a';Z06. ??'w
618171vullon 81,W16joul fey to give& is the 6.00
af sulksojucul extratliall twkiz; ItU aoto"% the -6
the tme WgIrltalizz C09171cloat 'by She alsation (II)I
goo - V)
jj_),)vgG04j)2
ct3.A 112 2bm extraotlem or PIZIOnlum-17 coakommaj was carrl*A vus with a
1.5 SWA solzilon of tril"172 plosplallis In lazzons at 2.0 mi'l
X303. Tom tras dusWIMI-Som oDaffidleml of Flutvalus was 001C.-
lalel Szcm V~ *z"riansal "YoUs tar the dsler3dablIon of The
UOITIVUMM coafflallal of plutualus with trilratyl
;uBiluts. The no% extrAVIVA rasiftV wss Iv7satigatal with
m700% to IU* 01-raUsula, sm 1% 9r&% front tUt tssl&,* j~.237
,also As 241 WAS"s. itars IL" 2 rim", a 10108, W4 2
yefarsavoll. I of Which is bevies.
Ulmo 3. IP37
car# all

-59-16-58506
W118I
Translation from: Referativnyy zhurnal. rLhimiya, 1959, Nr 16, pp 410-411 (W,011)
AMORS: Agafonov, A.V,, Yudina V L Alfimova, Ye.A., Pazhitnov, V.N.
TITLE: On the Technology of the Production of Oils From Secondary Raw Material
PERIODICAL: -Tr. Wea. n.-I. In-t po pererabotke nefti i gaza i polucheniyu iskusstv.
zhidk. topliva, 1958, Nr 7, pp 202-221
--ABSTRACT.--, Several variants of obtaining.lubrication oils (LO) from the fraction
'33P 77 ki -(KC) - of heavy raw material - by
- 4869Cf ;i!:W
. 4C c ng-
P
means-of-hydrogenation,-~,'-se.le-o,t4.ve- purification, -deparaffination, secondary
distillation and final contact purification have been studied. In the best
variant FCC is hydrogenated.at high pressure-t3OO atm), deparaffinated by
carbamide,. distilled and. - purif ied _ by - in this case LO with a b. p.
contact,
of 330 ~4000C-Was obtained (viscosity ^a3 centistokes at lOO0C and index
of viscosity (3:v)-6o) and a LO with a b. p. of 400 - 4800r, (viscosity , 5
centistokesat 10000 and IV,--#100), the total yield of LO being 59 - 62%;
the LO were:stable (method~of VTI) and had iodine numbers < 2. Based on
the same variant LO was obtained from KC with a b. p. of 330 - 48oOc which
after thicliening by 0.7% poiyisobutylene (viscosity after thickening 6
Card 1/2 centistoken at 1000C, IV > 100) was subjected to a 100-hour test in a

sov/81-59-16-58506
On the Technology:of the Production of Oils From Secondary Ravi Material
GAZ-51 engine. According to the.-test results It did not differ from the commercial
Baku SU oil. According to the calculation the prime cost of LO from FCC is lower thar.
that of directly distilled.LO with selective purification. At catalytic cracking cf
residual raw material the LO yields are higher than those of directly distilled LO and
in the cracking gases enough H2 Is formed for the hydrogenation of FCC. The developed
technology for obtaining LO from FCC is applicable also to the preparation of LO from
direct-flow distillates.
A. Ravikovich.
Card,2/2

-4

U.A..I.Laa
~11.U Cheftl.t" (00"70 VUal Me"ttly"
k.11.14-Y k-w J

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to of . phynteal-Obsidamol 46tom.
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iv
y,
an tag 1, of 6.
if V"V*4 UY th*
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t'Y bi.b took plans in "t tat
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CHMIKOV., A. A.; YUDIIIA, V. S. (Hoskva)
Supplenentar7. peritoneal sac; a developmental defect of the peri-
toneum. Arkh. pat. no.6:79-91 162. (MIR-A 15:7)
1. Iz Mfe&7 patologieboBboy ailatomil (zav. - deystvitel'nyy
chlan 241; SSSIR =-of. I V. DavydovBkiy) 11 Moskovskogo moditsinskcro
instituta imani-N. 1. hrogova kdir. - dotsent M. G. Sirotkina)
(PEILITOMM-UN01MITIES, JUID DEFOa-II-IIES)

IBM V 7
Sulallmline varleties of Siberian traps it the baoin of the
Ulakhan,-Botuobuya River (right tributary of the VJI-Tyuy), lzr
AN SSM.Ser.geol. 26 no.6.-?9-97 JB
:L,, Institut geologii rudr*ikb ,wstorozb&nky patrografiA, mimaralo-
gii i gookhimdi AD SSSR, HoAmo
(MAkhan-Botuobuja VaUey--Rocks.. Ignaclua)

WBZHDINA) Ye.D.;_YUDAXAI_Y.VLYAKOVL,"rXAYA~ T.A.
-7.
zonal- fassaits- from tbenstasomatically alterated trap rock in
the middle ViIM ViLUey. Truay IGEM no.77.-30'7-318 162.
(YJRA 1-6.2)
(VJ.1pq

A.~

REZANOVq I.A.; NGO TXHYONG: SHAN; SHEYNMANN, Yu.M.; RATS, M.V.; KRUG, O.Yu.;
ZYRYANOV$ V..N.; RAKCHEYEV, A.D.; YAKOVLEVA, Ye.B.; PETROVA, N.A.;
I.,- X(IZNETSOV, Ye.A.; YLTDINA V.V.- BARDIIIA, II.Yu.;
PETROV, Yu.
SIMMI(Di.. 1.M.; ATA115YAN, S.V.; RGEYE VA A.M.; PARFENOV, S.I.;
RUTKOVSKI, Yatsek (Rutkovski, Jaeek]; MAKHLINA$ M.D.; ZVEREVp V.P.;
TERNOVSKAYAs V.T.; SAWYLOVAg-R.B.; YERMAKOVA, K.A.; BYKOVA, N.K.;
HMEN$ S.V.; BOSKOV, I.S.; IL'INAp L.B.- BABANOVA, L.I.;
DDLITSKAYA, I.V.; GORBACHt L.P.; BUTSIKO, S.S.; TRESKINSKIY, S.A.;
SVOZDETSX-IY., N.A.; PRYALVKHINA, A.F.; GROSVALIDI M.G.; MODEL', Yu.M.;
'GORYAINOVA.9 I.N.; MEDVEDEVA., N.K.; MYALO., Ye.G.; DOEROVOLISKIY, V.V.;
..KHOROISHILOV, P.I.; CHIKISHEV, A.G.
BrIef nuws. Blul. IMIF. Otd. geol. 40 no.3tl22-154 MY-Je 165.
(MIRA 18:8)

YMM
IzuebeInie slovobbrazovMlia V platykb. klaw&lKb Serailetmai iarednei chko3.7 ZThe study of
t,-aq 5tb t s7. Tambov, OA inst.
world DOMatiOU it lass of s6van-year and secondary 8cboOl
:UsOVqrS'hewtycvanila udbltalleii 219512. 48 P- -No aNovember'1953
Sol MontUy ~L#t of ft6Sj=,A=&9BlDn9x Vai 6

YUDIMkj- Yew'41.9 vrach
Effect af.tha-nothod.of exjnaoion of the aec=dinras on blood loss
du#ng-:Labor4nd tho courva of the postpartui period. Sbor. manch.
rab. X0. akdsh. i gin. GMI no.1077-98 160. (MIRA 1514)
.4,:g- Gorikogo- Ilauebnyy rukovoditelt dotsent
nyy dam Bo'
YuA, Vinogra'dova.
-TA
(PUERPERIUM) (PLACEN

YAllDVSXA*fli'-,3ol*, IMUTA9 Tu.Aep YUD-INAS; -YU-3r..
Pathogenesip of dysentez7. 2eport Wo.l: Bffeot of dysenterinl
-Intoxication on ascorbic acid metabolism in white rate (with sun-
XaTV In Nnglish). Blul.eksp. biol. i med. 45 no,5:25-28 MY '58
(MIRA 11:6)
1. Gruppa pri daystvitellnom chlene M SSSR B.A. lavrove I iv
Otdaln nsaitsinskoy mikrobiologii Instituta eDidemiologii i
mikrobiologii I'mani Gamnleys A)M SSb-R, Moskva. PredstAVIeUA
deystvitellnym chlanoin ANN SBBR B,A, lavrovym,
DTSWMIAT,,
toxic..eff. on vitnmin 0 imstnb. in vArious organs
(VITAMIN a, metabolism
eff of Shigalln dyoenterine toxin (Rua))

YOVICIA A.
IlMethods of.Clultivationg Kifir Fungi", 414olochnaya Fron$ No. 7, pp 2&-29, 1950.

SHVARTS t L.S.; lm--a3l F.S.
Rosinopeniv reaction and the ammimt, of -17-ketosteroids in the
lu-j-M flc>-Uowimg treatment vlth steroid hormom2a. Faz. =ed.
zhur. no. 4:8-13. Z-Ag 160. (YMU 13: 8 )
1, 1z goopitallnoy teraperticheskoy kliniki (zav. - prof.
L.S. Shvarts) lechenbnogo fakul"teta Saratovskogo meditsinskogo
instituta,
I (HORYONE TEMPI) (EOSINOPHILES) (STMOIDS)

GR-EE-FNCHU.Kp A I SOMOVA,
T.A. ANDDRIE-fFEVA, A.P. YU-11NOVA P.V.,~ WOTTASIDW',
Salmorellllosi~ in rodents In Leningrad. Zhur.
crild. i irman. 42, no.6.43-47 165. (M:4A 11 CZ
1. L-pningradskaya protivochurmaya portcrvaya gorcdf;yuy~tie. t'-- y
datelInaya stantsiya i Len-ln,vradskayap
stantslya.

, 1. ..

- ---------
IJ j
L 549&1:0 EW(WEVAM/t/vAM-2 VV/JX
ACCESSION RR: AP50142139 UP/0016/65/000/005/0043/004,
616.981,49-022.39(471.23-2)
AUMORI Grebenchuk, A.'I.j Balulina, 16. 1.) Vashchenck G I t Somova H. H.-
n1ko T *V. A. I VaMbM
A~.. Aqdr-yev.. A. Pt Y,~dino V.
ITITM Gal"'wellosis in redente In Imningrad
Zhurnal mikrobiologii, epidemiolof,11 I Imunobiolosil, no. 6, 1905, 43-47
ITOPIC TAGS: salmonella, rodent carrier, disease control
Z7~
ABSTRACT: Approximately 46,00D ro&nts were examined In a study'of salronellosia
in rodent& In Leningrad In 1960-19B2. These includea 36,000 gray rats, 650 black
rats, 6100 house nice, and 2700 other murine rodents (9 species). The rodents were
caught in various food establishments, apartments. etc. in the. city and suburbs.
301 serological types of salmonella were Isolated from this material; 151 were typed
i as Isacheriko-Danich organisms, the r*ndnder were distributed among 16 serological
typea from the B, C, D, E, and F gmups- All but one of tho letter wart Isoletad
froz the organs of the grrj rats imd house idea, a matter of epidemiological In-
Card 1/2

L 54949-63
ACCESSIC" NRI Apsol4288
salmonellas 'Were
to Dynanthropic species.
so rodents bolon ij. 85 gardens, P,3*g, and cemeterlesk
tervat because tbt
Isolated from rodents ca-usht. in 4en places But. Ither 14% in the fall- The
t of the MOB 432%) verb 15015tad 43urInE w-13" '404
comtmest of the 2 S. enteritidle (42%)
Hoe ja3awnelles isolated frO2 the r*dtnts we
and B. typhi3wrilm (40%); S. sapastifor S. tx a otbers were rarer.
The types of aalmoneilas'(15) Isolated iW."7tr. re also isolated frm
sick persona during tbe same perica. The percentage of the varlow types isolate
MO.
t the sum as in the rodents. Orig, art. hani 3 tab B.
f-ron man was abou
gmVda'saya pablyudatelt
P-MOCIATICH: Len=,
naye stantzlya (Ica
- -4 --A~'kmva vani
No )zr sovs oD7 ,
=at - 00.
QMRI PDO
I

TjAGTT;IOV, Goorgi7 Aleksandrovic Ib. Prinivai uehastiyo: MGMVP
kard. tekhn. nauk; vALIDUER, O.A., kand. tekbn. nauk;
S-11ALILOV, A.'V-, kand, tx.'kbn. nauk; CBjS_77Av_OV, F.N., kamd-
JA~, fd propoelfrVA01
tekhn. nauk; YVIDIVSKAYA tarBM7
.'.V_ _~F _T_
FRIDKD:) A.]. ek& r;d.
[Electron-tube and tTansiztOr dev'cez (Phys'"' fundamental
theory, and priricipal des:lgnv)3 Ejektrovakuuzmye i poluprovo6-
nikovye pribory (fizika, elementarnaia teoriia2 osuovnye kon-
struktsil). Moskba, Gos. energ. izd-vo, 1962. 398 p.
(MMA 15:4)
(Electron tubes) (Transistors)

AGAMMV, A.V.; SUKHkMV, V-P-: RABIIUVICH,B.I; YUDI M-H, R.N.
[Cracking of higb-bolling 'point fractl6W of sulfurous oilb
using aluminomillc2tes as catal3rat2j Razlozbenie vysokold-
piasbchikh fraktoll sernistykh neftei v prinutstvii aliumo-
BilikatiWk), katali2atorov: doklady na IV M92bdunarodnon neftianom
kongresse 'v Rim. Moskva, 12d-vo Akademii nau SSSR, lgr5.46 p
(Catalysts) (Cracking process) (MU10:10)

a Lc,

~'l rp r tv I

e -o. I n ~~nrlc-ol !-p;ll T-.,-I)Ill lt-r.-P fpi t

:1

;c r--s

n.,~n

G.; YfJD33TSBV, A.
ooal f rom going to the rock e Hast.vgI, 6 no-5:12
Prevent
MY WA 10:7)
1. Redaktor shakhtnoy gazaty OV boy 2a upl'!Of or Novakbvekly).
2. Nachallmik sbakhty No. ~17 tresta Anzberougoll (for Tudintsev).
(0081 mites and mining) (Selvage (Waste, etc.)

ZAYTSEV, Vikentiy Petrovich, kand. takhn. nauk.. clots.; NITOGMUN,
,Aleksandr fefimovich, inzb.; POPYRIN, Ivan Andrayeviah,
inzh.; SURVILLO, Vladimir Lyudvigovich, doktoi, tekha.
prof.(deceased]; KAN, A.V., inzh., rotsenzent; TERENTIFEV,
G.B., kand. tekhn. nauk, retsenzent; KAZARDV, Yu.S., red.;
ZU-DJ1ECSEY,A-.F., red.; CHISTYAKOVA, R.K., tekhn, red.;
SHISBKOV.A, L.M., tekhn. red.
(Refripfator j3hips3 RefriAeratornye suda. (By-l-V.P.Zaitsev i
dr. Leningrad, Sud roMg12, 1963. 523 p. (HIRA 16:6)
p
(Refrigerator ships)

A.A., inzb,; I)AITILOVt O-V- ;I=h.; SIJUAK, S.L., iuzbo;
ro 2 iuzbo
AWY-W4-HJ
I;ew diagram for batchI339 and weighing the cbzrge miXtUrO fOr
St4li 22 no.S:679-683 Ag 162.
higb capacity blast fu=acOP* (MIRA 15:7)
1. Magnitogorakly goDudarstvarZ77 aoyunyy Institut po
proyektirovanip metallurgicbeekikh mavoclov.
(Blast Aumacss-Rquipwnt and supplies)

ACC-74H, AP6017836 SOURCE CODE: UR/0147/66/000/002/0119/012.5
MINOR: Bulygina, Ye. V.; Yudintsev, Yu. N.
ORG; none
JITTZ., Hypersonic profile with minimum.drag and a given bending strength
SOURCE: IVUZ. Aviataionnaya tekhnika, no. 2, 1966, 119-125
TOPIC TAGS: hypersonic aerodynamics, aerodynamic drag, drag coefficient, lift
coefficient,'- bending--strength.,-aircr.aft-wing~
ABSTRACT: The problem of determining the optimum-shape of a hypersonic. wing profile
with given,section modulus and minimum drag is considered and reduced t3'ttle deter-
mination of an extermal minimizing the functional of drag at given values of the
functionals of lift and section modulus. The.problem Is solved by a variational
method and the pressure coefficient is.determined by Newton's formula, 2 sin2v
where '0 is the angle between flow direction and the tangent to the wing surface. The
wedge shape and optimum profiles were considered and compared*with respect to their
section modulus.,.OAg. art. has: I figure, 33 formulas and.1 table. (AB)
SUB CODE ol/ SUBM DATE.- O8Feb65/ ORIG REF: 003/ ATD PRESS. 1~
-pig
629.13.014,3

;Tlilt

VOLIFS011, I.S. - ARAMIAN, Ye.S.; PPINTSEVA, I.P.; K11ASANOVA, N.A.
Effect ofthe fractional-composition on the rate of the
extraction of aromatic hydrocarbons. Nefteper. i neftelchim.
no. 3:29-30 .164,, (MIRA 17:5)
vledovatollskiy institut g. Kazan'.
,19 Taturakiv nauchno-io
gg

3 0 3 18 -6
s 0
ye.
orl t
lie'
r c, r
TI
4~i F, -o
itt -Q!y -'i i~D k Im
g-o

i. V%M L CO 13

A "'r
tile, -I t' r,
-vo-I

-~Cl A
no - p ove. a s

kf: 0 0
Cz C.

WSR / Plant Physiology. laneral Nutrition.
Abs Jour Ref Zhur: Bioli.9 -No 80 1958, No 342-59
Author .1 Guly0cin, 1. V.; - ijru-dA U a W" 4
Inst : Timiryszov Agriculturel Academy
Title : Uptake of Froducts of Fission by ~lcnts end Their Effect
on the C-rowing Organism
Orig Pub :. Izv. Timirypzevsk. s.-kh. eked., 1956, No 3, 121--142
Abstract study was ipada of the-products of fission of heavy nu--
clei-(strontium, cosium, ceriuw, ruthenitm, zirconium)
entering into plants of wheat, opts, sun flowers and beans,
groirin.-I in water and send cultivetion. !!heat plEnts Triticurr

iers
ir VM received frectionstednourishment: rindically,
every 24 hours, plants Iwere transposed -L'ro::,i the nutritive
mixture tobowls with a radioisotope (0.05 o. curio per 1i.
ter) end then beck again. Different intensity of ebsorption
and distribution of separate isotopes mnong orgens wes
Cerd 1/3