SCIENTIFIC ABSTRACT LEVIN, A.G. - LEVIN, A.I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000929510019-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 23, 2000
• Sequence Number: 19
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

KALININ, G'Pd J~kV N _A.0,
~~ ..... ..
,rudy GO no&173&67-75 .)
Calculation or atn'-sTIP-00 jYe-:!J-F1taticr* (mm 19, 1
165*
y inatitut prognozovo
1. Tsent-~alfvr

.[AAUCrC_N';_~'n6045'6. MUM COM URIOOA/60~~~
'1ORt loviny A. Ge (CwAidato of technical sciences); Borshchovoklyt Yes No
ORG: ILvdromatoorolo Lwa Scientific esearch Center SSSIt (Gidrometomvlogichaskiy
nauthno-isslod 1fo toontr SSSR)
TIM: Choice of parameters of influence functions using..An analog computer
SOURCRs -116teorolo0ya-i.gidrologiya. no* G. 1966. 3-5-37
TOPIC TAGSt analog computer, oncillograph
ABSWCT: An electronic analog computer can be used in choosing the para-
motors of influence functions/ iaking it possible to make multiple com-
:parisons of hydrographs; by the method described in this paper the cor-
.rection of the parameters of the influence functions in possible directly.
~in the selection process* The PR-27 analog computer Is supplemented b7'
an oscillograph having a screen measuring 180 x 220 m with a tube after-
-glow up to 30 secondso The oscillograph screen continuously shows the
actual and computed hydrographso The duration or each cycle of compar-
Ison of the hydrographs-for 100 days is 12 seconds* Bjr varying values
.'directly in.the course of solution tho' operator at the same time can
icbserve on the screen the resulting changes of the compated hydrographo,
The operatox! thus am =ko.a Y=7 great, number of oomparisons in a short

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LM14, -- - - - IZIGUYA , IF. !'T-- -
-A ~J-_; KWN
Contribution t the Problem of the Pdhogenesis of Frost bite.
The Role of LocalDisturbances Of the Blood CIrculatiOr,
Arkhiv Biol Nauk, 60, 1941, 3, 15-24

TUSHIMICIT, M.D. *. 22VIN, A. 1.
...... 11
Characteristics of Botkiri's diseases (epidemic Tirus hepatitis)
according to clinical data, 1947-1948. Sovet.vrach.abor-n. no.17:
13-20 3 149. (CLKL 19:2)
1. Of the Propedeutto and Therapeutic Clinic of the first Leningrad
Medinal Institute imeni I.P.Pavlov.

"I --, -, /, ) , 'I,
- "; . - ~ 'L -
LICYIN, A.Iej BABOV. D.M.; SHRIMMIN, A.Y.
NPneumoconiosts"; bibliographic index to Russian literature from
1918-1955. Reviewed by A.I.Ievin, D.M.Babov, A.V.Sholeketin. Gig.
truda L prof exab. I no.5:62-63 S-'O 157. (MIRA 10:11)
(BIBLIOGROKY-UNGS-DUST DISIASIS)

USSR / Pharmacologyo Toxicology, Anti-Inflammatory V
Drugs,
Abs Jour: Ref Zhur-Biol.o No 9. 1958, 42436.
Author
Inst : Not Given't
Title : Butadione Therapy of Reiter's Syndrome.
Orig Pubs Vrachebn, delo, 1957, No 10, 1083-io84.
Abstracts The author reports that butadione appears to be
an effective drug in the therapy complex of the
socalled Reiter's Syndrome.
Card 1/1

'e7- K//y
IXTIN, A.1 kand.sednank
Reorganization of teaching in medical schools. Gig. i son. 23 no.l:
64-65 Ja 158. (HIU 11:2)
lo Is Krivoroshakogo institute gigirevy truds I professionallurkh
sabolevaniya
(XZDICINN--SMY A11D TRACHING)

A.I.; KRASILISHCHIK, D.Z. (Krivoy Rog)
Combination of silicools, tuberculosis, and cancer of the lungs,
Arkh.pat. 21 no.6173-74 159. (MIRA 12:12)
L Is Krivoroshokogo institute g1glyeny truda I profsabolevanly
dir. - kand.med.tauk Ye.l. Stoshouskaya) i tuborkulasnoy bollnitsy
iglaynyy vraoh P#Ge Zaryankin),
(WNG 130PLASKS, compl.
silicosis & tubere, (Bus))
(TUR1RC=SISt PULMNARY, coupl.
silicosis & lung cancer (Has))
(SILICOSIS' compl,
pule. tubere, & lung cancer (Ru

XkWATAq A.P., kund.ned.nau1c; IJWIN, A.L. )Mnd.ned.nauk; ULZID1, G.Kh.4
VOLEWA, V. M.
Treatment of hnmrtension with reserpine. Kas.-sed.shur. 40
no.2:62-65 Mr-Ap '59. (M=A 12--11)
1. Is Krivoroshokoy klinicheakoy spettealizirovannoy bollnitey
(glavyrach - A.G.Shwaakov).
(HYMTMSION) (RICSIRPINN)

s//06IJ61/000/1011/033/040
B110/B201
AUTHORS: Levi n,._A,_L_,_.Byskin, M. 1.
TITLE: Production of standard fuels and individual hydrocarbons
PERIODICAL: Referativnyy zhurnal. Khimiya, no. 11, 1961, 485, abotract
194214 (11M214) (Tr. Vses. n.-i. in-t neftpkhim. protnessov,
196o, vyp. 1, 129-146)
TEXT: Synthol, a mixture of hydrocarbons of the paraffin series, served
as starting muterial for the production of n-heptane. It consists mainly
of-c3-C? as well as of the accompanying unsaturated hydrocarbons (up to
40 4 A n the low-boiling and up to 20,"# in the high-boiling fractions)
with a possible content of the heptane-heptene fraction of about 20;'j '
inclusive of 13.6~of n-heptane. Synthol was subjected to gradual fractiona-
tion on a laboratory column with 25 plates and the reflux number 20.
;lost of the heptene-heptane fraction is contained in the fraction boil .ing
between 96 and 900C. Unsaturated hydrocarbons were purified by means of
sulfuric acid or by hydrogenation of this fraction at 1600C. at a volume
rate 0.15 per volume of catalyst (nickel on kieselguhr), and at an H,
Card 113

31 108 116 1 /000/011 10331't)4 0
Production of standard fuels and ... BIIO/B201
feeding rato of 8 l/hr. Under equal fractionation conditions the yield
of standard heptano obtained by hydrogenation is 23-35' 1higher than on
purification by sulfuric acid. ~he n-heptane samples so obtained display
C-
the following characteristics: d 0 - 0.6631 - 0.6848; n'O -, 1.36777 -
4 D
- 1-38825, aniline point 70-0-70.1, boiling point 96.0-98.5, octane
number 0. The purity of the product obtained was checked by tal:ing a
Raman spectrum. The yield of standard heptane is 35.6,'0' of the capacity
per working cycle. Standard and commercial isooctane (fuel 3) were
obtained from alkyl gasoline of Guey.,vskiy IIPZ (-Uur-yevsk IIIPZ) in two
stages: a) separation of the 6U-IOOOC fraction from the alkylate on the
rectification units of the first stage, and b) separation of standard
fuels from the 80-1000C fraction on the precision rectification units of
the second stage. The 98.2-99.10C fraction was taken as commercial and
the 99.1-99-40C fraction as standard isooctane. The total yield of
standard fuels was 16,7i~ of the initial gasoline. Standari isooctane had
20 20
d4 . 0.6919; n D . 1.3917, boiling point - 99.20C, octane number 100.
Analogously, the following substances were separated from the corresponding
Card 2/3

S/081/61/000/011/033/040
Production of standard fuels and ... B110/B201
alkyl-gasoline fractionc:.isopentane, 2,3-dimethyl butane, and other
hydrocarbons. A project of provisional industrial production conditions
for standard n-heptane was suggested. The production of standard hydro-
carbons was started on an experimental plant. Technical data concerning
the planning of an industrial plant for standard fuels are given.
[ilbstracter's note: Complete translation.3
Card 3/3

ZHMZNUKO ISVINO A.I.
Zffect of certain structural factors on the effectiveness of
-laboratory colums vith a spiral prismatic packing. Trudy VNIINef-
takhIm no.ls:L47-155 160. (MIRA 1411)
(Packed tovero)

LEVIEV A.I., kandwd.nauk (Krivoy Rog)
Vectorcardiogram In pneumoconiosis. Klin.med. nos4:74-78 162.
(MM 15:5)
1. 1z Krivorosbakogo instituta gigi truda i profzabolevaniy
V77
(dir. T kand.medonauk A,G. Sbumako ,
UMGS-DUST DISFASES) (VECTORCARDIOGRAPiff)

LSVINP A.I.# kand.med.nauk
Signiflaude bf the liquid retwtica test in powwomlosis.
Vkaoh.delo ]jo.11ijb;a Ja 163. (KMA 1682)
lo rrivorosbakil institat gigiyany truda i professionalln7kh
wboleraniy.
Wnw.--Amysis AND PATHOLOGY) (WNGS--DUST DISUSFJ)

.1XVIN, A.I.,, kand.med.nauk; KOVALICHUN, A.A... kand.med.nauk
r-
Rxeretion of 17-kBtosteroido in pulmonary cardiac insuffieiency.
Vrach. delo no.803-36 Ag'63. (HUA 16t9)
1. Krivoroahakiy institut gigiyany truda i profoosionallnykh
sabolevaniy ismolm) (Cott FUU401wz)

I
I
sod. nauk
Use of sterold hormmee in pammary and cardiao Insuffioien ,
Soy. mod. 27 no.12&30-33 D163 (MIRA l7t4l
I& lir Nrivorozhakogo nauebino-4seledovatellskogo Instituta gi-
giyany truda i profesolonalinykb sabolavmly ( dir. - kand.me&
anuk A.G. 9humakov).

Lout I.I.
Re0ex influenoes fr= the re6eptors of the stomsoh to the heart
un4er nomal arid experimerftl pathologioal conditione. Trudy Insts
fisiols 91241-2" f60, (MIRA 1413)
1. Labon'tbriya kortiko-visteemllnoy patologil (saveduyushohly -
I*T*Kurto:Ln) Inotituta fisiologii Im. I.F.Pavlova.
(RULEXES) (STOMACH)

11ININ, A.-I., prof.; - .A., kind. A:.,,; .nttlx'k, i '.. "I ~* , I-%*I#
C
Calparallve jnaiys!s rit' ltftn rmi0t* in trentirf, wit"
CrirlIt and manit.rit. Sov. m-d. 28 no.14:28-1'-i') ',~ I!jl. (MMA 18-41)
1. Kafedra propodevtik,L mil.renvilkh bt-):P.4rf,y 1- - Prof. A.T.
Levin' Ilorm.-kogo zoditrAn-kogo inbtltutrl.

LSVIN, A.I*--.-.
tionating Colwns
Comparative Characteristic of laboratorY frao ?SS)
and caps. TruO Inst.01higgaso no.6:139-156 131. (MIRA
(Distillation, Fractional)

Tettivg ItAdevalusting milthodit for!
PAS "d L. 0.
(AWLAIGAZ) 6. 121-1q(1951).-Various f"011(iiN
Wt" ItivestigmCd hor It3tilig W). fra.- timin ibis Coluitin't tued
Y
-PC- ~
..Ix (a) Ikmrenc~lkhlar(A-Oanc surklard rrJ%t.
101' th* C011811111S 1000f L-vi 01412 50 tI3tVrOk=1 f4attl, 410
(b) heptAng (b. W4 ) + lvoWfana (ti. 99.2*) standa(d
mitt. for the caltimm bicludiog tip to 303 theomkvi pkilm
(klftl Outs). For (!etic. the compri. rJ tile wigt. ablained'
during the apemtinn. the "raimile mhai- mcilaxi (mix.
CM. temp. Points of Sn"C. Soln. In Comixontnts: I.A.V for
heptane and 195.5' fnr 6aktatie) iv;m ~.ucvi~ik*fully applied.
jesting tnethud,i (or ffaCtitmilvic colur~)%s Include thg
following devvi,t tnax. k^n1low INJIM late, static AM
d IC "I' uld hotd-up". equil. lim" I"I. of d%taratir-1
d'-lWaflow 13111M
(a) Its e(joil. by fiti
Avet dittl (b) 10-1-tftAilt W041,14 MAPN61US. kv.

Y~

tv r
Y --influeno 04 cetiA6 rittom on t6

o4 X_
- ton n 90114Z A ~ 1. Ixvit. X11, AY;WtZ
mOVA, 4UQ L. 'I. ~P FIVIVY114. Adva.-fs-
1k.10irtki. mmnm- Frwab"!hi Gout (vilAtea) 6'.
of ftitahl folors wm tarkd out,
Liv.1gulmi; Lcw[~: dbuctmimmma Of rautims (4-2Z'
min.
1,,* it, :tnd Z-170cm. high). type &nJ ike of pack-
itzg, I!,, 111 [Intl urrange(mir, of ;xwkive. irtrtimlity and
ta"wr w met.;oda Cd I&C-4 tit,
a atul hilwilating, and (b
i
-
Of tfttite4
'mists. n" I Ilp-Ir etimpti., initial VVI. at skii-ti. to tv Aqxt.:
-ific rate of tt"n-.
itial. tif `1;tpiA I#OM tilt" Itt packing. 4M,
liq .1d. IJ14A%k-t alul re.
uid, rite unit wtal mut. 0 ill
'
mim. fiet"nal cificriting conelitkao, boluemv of inai.ten-
Ing. wustts etc 71wr highttt fractionating efIcctivear"
*Qq 44 -
Iwo by ;;tklug I X I itun. 3-edtid PPImls (d, prt-
I I. .
1111WIt JU~4
retillfig U1,61r.), 'while tlit. low"t was %ith
With immitig tif mAjmn diant. Irtmi 4 to Irp skint. Ote cf-
IrctIvenv~,% of 3.ttlgtd kph,tj txAlng U ulto locicatied by
4jbwt2D%. Inert "Ing ilic lidght ti calumn Nita -Vo to 140
'em., while packlu, Is v*Ikulally wrallsmi, has 1w Itowl
upon die rtlativeAcctivrot"of pidlits.btit V tivai-Aumn
Is mitimucituily jgwkej its 1.0ght twim-um, (Fr4n 10 to ton ent,
kwhi toraLw rA "Ittl0it tjulv. ton theoretical platv" by3O-
*
trains Veflical pashloo litt, 03c,
311%. 1.1cileclitm within 46
-ksl by 3-WpNI h"
colutum tit %rmH d6m. pack
I. ra
f
i
l
in "
prPalml effect ispon columa ti
ect
mm.
w" the aw of Is different mixtis, (lieuxetw4kh1twmthime,
MrAwniteve: Art
eiraluatt"a of CxAwrm effectivent" In "pill. Is &Ptodeiat
Tb4tpo.a
=
W Plates (ideal suirm) Is decreased (acccirdinir to
t, 011"Ientwy-Fruet's evaluation f(wilmla), "Ith She gweptlem
14 tilt OlKNI414 M14116.0nil W101 I'M Wei Ut didlible uut-'
Put

IEVIN, A. I.
"Investigation of the Influence of Som* Structural and Technological Factors
on the Operation of Laboratory Rectification Columns." Cand Tech Sci, Leningrad
Sci-Res Inst of Petroleum Refining and Production of Synthetic Liquid Fuel 'LenKII,
I Min Petroleum Industry USSR, Leningrad, 1954. (KL, No 1,, Jan 55)
Survey of Scientific and Technical Dissertations Defended at USSR Higher
Educational Instiutiono (12)
SOs Sm. No. 5560 24 Jun 55

MIN AoIe
It ~ I ~-' I
Choosing a layout for the continuous fractionaltion of
synthetic fatty soldso Xhim. i tekh.topl. i masel n0-8:27-30
Ag '57. (KIRA 10110)
leLeningradskiy neftyanor isoledovatellskir institut.
(Dist4llation) (Acids, Fatty)

AVMOR: Le-~Ir, A. I. I 2~
T ITLE so ompcsitl r- Fatty AL,ids Iloparad by
Oxidatic, of 8.311d Paraffl- Postav sintet.
zhirn7kh pokaulisny.,7kh oklslertly6m t-i--r~1y'r-h
paraf Inca,) -
MIODIOAL: Xhimiya 1 TeW.,,_-t.Ac Iya T,~~pjj.y 4A. Mas:)J. 1958, Nj-.C~.
pp. 29 - 33. !UBBRI.
ABSTUCT: The followirg gynthetir. fatty acid3 are rrepared ir thq
Shebekir,, Coxtil.!~ SZIK! C5 - 06P C7 - C, .4 Clo - 016 1.
0 C,,% 0 citainixiC 1-1.0hor fatty
17 - :L, ar4 a1sc a -i-at residue

2. a:A a r,,!-.,rmirLz residus. T!-,P, fractioral
aoids than 0
ocmpositic.-.~, Z:k fa*,L7 a..!Ala was determinel b7 rc::t1.f!cf-ttJ.cn
and dietillation of ~.,amplss of siAds priipared at Shebekino
during 195P,. Thi.- c~13tlllaticzi was narvlaa& cut urler
vacuum in a c~lnt:Lrfticus iurrDnt of heated water var. -jur (steam)
on the apparatu3 Iii,cwn In The analysis and distilla-
tion of the a.,1.1.3 was under the leadership of
L. 0. Semenyuk. The ccntent c-f fatty acids Jr. tha vat
residue ((,-,rer C;!- ) wac determined bj lapenification.
Industrial fract4ons -If acidi from bha`-ek1no were also
tested. k-srage yiel"'I )f industrial H-actions (1955 -
Card 1/2 1956) and thal-, yp:t,-:pazrt1ea are C.;'Wen Cralule 1);

The Composition of Synthotip, Patty A-.Ids Prepared by Oxidation
of Solid-Paraffins.
distillation cur-res of Industrial sample a off fatty a-Ads
are shown in Fig,.2,, and reatification our.-ciz of mixtures
of fatty acids In Figs. 3 and 4. Table C: ;ompositlon
of mixtures of fatty acids and industrial fra,,~tions from
Shebekino, The latter data Indicate that each Industrial
fraction contains a 2onsiderable quantity of leri-mole.cular
and high-Molecular a3ids which are undesirable admixtures.
About SOX of the'appropriate acids are vontainad in
industrial fra3tions (Tables 3). Norms Pn thq required
content of these acids in.the industrial fi-actions were
-omputed (Table 4) n inarease ir. the nornterit of these
aolds (up to* 70%-_ 654) ~an be achlaved b7 u3ing rijpaate,-l
rectificaticn. It is pointed out that It ia possible
to separate the fraetions of aoids up to C-16 on columns
with up to 25 theoretical plates when carry"t-, * C'Ut the
distillation under pressure. There are 4 TMOS, 4
2 So7let References.
ASSOCIATION: lenNII
Card 2/2

LEVIN, A. I.
Laboratory column for microfractionAtion. Zhur.prikl,khim. 31
nooll:1655-1661 N 158, (MIRA 12:2)
1. Vessoyuznyy nanchno-isoledovatellskiy institut neftekhtmi-
chsokikh proteessove
(Distillation affaratus)

28(5) SOV/32-25-5-47/56
AUTHOR: Levin, A. lo
TITLE: Rectifying Column With Regularly Arranged Disk-like Filling
Bodies (Rektifikatsionnaya kolonka s upcryadochennoy diskovoy
nasadkoy)
PERIODICAL: Zavodskaya Laboratoriya, 1959, Vol 25, Nr 5, pp 630-631 (USSR)
ABSTRACT: Rectifying columns with irregularly arranged filling bodies
have the disadvantage of causing irregular gas- and liquid
distribution which can be avoided by specially arranged filling
bodiesl and thus a better contact between liquid phase and gas
phase can be obtained* The Stedman-type filling body (Ref 1)
Is one of the best consisting of cone-shaped reticular caps;
since its production is difficult, howevery this filling body
has not been used frequently. In the case under review a similar
filling body was made of level retieular dicks (Fig) which
were reinforced by rings of wire. A column (diameter: 15 mm,
height: 35 cm) was.produced for testing the filling 2bodies,
and 160 bottoms of copper gauze (16 X24 openings/cm ) of the
shape mentioned above were inserted at a height of 30 cm. It
Card 112 was found that the column mentioned above is as efficient as

SOT/32-25-5-47/56
Rectifying Column With Regularly Arranged Disk-like Filling Bodies
a column with Stedman filling bodies, There are I figure and
3 references, I of which is Soviet.
ASSOCIATION: Vsesoyuznyy nau,3hnc-is9ledovate11skiy institut neftekbdmiche3-
kikh Drotsesso-i (All-Union Scientifia Research Institute .-f
Petro-chemical ProCeS3eg)
Card 2/2

LIVINg A I I SVMM9 L.O.; YELCHUINOVA, B,V,
--~ ~-O I
Rectification of synthetic fatty acids and alcohols. Trudy
VNIINeftakhim no.1:5.-43 160. (MIRA .14: 1)
(Aoids,, Fatty) (Alcohgls)
(Distillationt Fraotiou*l)
0

LSVIN,, A.I.; ZHELZZNM.. A.S.; SDM=,, L.O.
Iscovery of lov molecular veight monobasio organic acids from
"ous solutions by wctractione trudy MINeftekhim.no.1:84,94
160,, (MDRA 148 1)
(Aoids., Organic) (Zxtraction (Chemistry))

ZHZIXZNYAK9 A.S.;-TZVINj_Ajt_
Study of the ateotropian of binary systems, Trudy MINeftekhix
n0,1195-1 160* (KM 1481)
Otsystems (Chemistry)) (Azeotropy)

POKORSKIrq V.N.j KATSM&N. S.V.t_TlNp A.I. ___
Study of synthol for the purpose of obtaining motor fuels, Trudy
VNIINeftekhim noslsI05~428 160, (KM 14a)
(Motor fueld)

LEVIN A 1,
Laboratory rectification columns.
,62.
(Distillation apparatus)
"I
Trudy VNIlneftekhim no.5:3-19
(MIRA 15:7)

ARISTOVICH, V.IU.LIFIIIL A.I.; MORACIEVSKIY, A.G.
Liquid - vapor equilibrium in the systems consisting of
low molecular weight acids of the aliphatic series and water.
Trudy VIIIIWftekhiM io.5t84,101 162. (MIRA 15:7)
(Aoidat Fatty)
(Phaso rule and equilibrium)

LF4VINp A.I.
-W-~
Determ4T-tion of the approximate value of relative volatility of
binary systems. Trudy VNIIneftekhim no.5:232-138 162. (MIRA 15:7)
(Systems (Chemistry))
(Volatility)

IZVINO A.I.; YSIZIMINOVA, B.V.
Thermal stability of high molecular weight fatty acid3.
Trudy VIIIInoftekhiz no,5*.139-143 162, (MIM 15:7)
(Stearic acid-Thermal properties)

f
UVIN, A.I.; GOLISHMAN, V.G.
f .-'-
Throttling evaporation of synthetic fatty acids. Trudy VNII-
neftekhim no.5;144-11+8 162. (MIRA 15:7)
(Acids, Fatty)
V

IGONON, P.G., inzh.; SVITKI14, V.V inzh.; 14ITROFANOV M.G., kand.tekhri.nauk;
SIXXTSOV, YU.S.,, inzh.; K;LOZHVARI,, A.A.,, ir.4-.; PASHDIKO, M.A., insh.;
ZHIVOLUPb'V^A., inzh.; Prini-Ii uchastiye.- WSR:-,XKU, D.V.;
TSYSKOVSKIY, V.K.; SHCHEGLOVA, TS.H.; FREYDIN, B.G.; FTLINIKOV, V.I.;
LEVIIIA) M.1j; LEVIII A.I.- LURIYE, Ye.l.; BAYKINA, T.A.; UDOVENKOj S.A;
MAJLCMKO,
FXfect of the method of liquid parafrit. oxidizing on the yield and
quality of the obtained fatty acida. Mael.-zhir.prom. 28 no.11:20-23
N 162. (MIRA 15:12)
1. Groznenakiy neuchno-iouledovatel'skiy neftyanoy Institut (for
Igonin, Svitkin, Mirtofamv, Slepteov, Koloshvari, Pashenkos Zhivolupov),
2. Voesoyu=yy nauchno-issledovateltakiy institut neftekhimichookikh
protaeosov (for Mushenko., TSyakovskiy,, Shcheglova, Freydin, Pyllnikov,,
Levinap Levin),39 Lengiprogaz (for Lurlye, Baykina)- 4. VNIISINZh
(for Udovenko Marchenko).
(Paraffins) (Acids, Fatty)

GURYLEV, V.V.; LEVIN, A.I.
Anode behavior of copper In pyrophosphate electrolyte6. 7(hur.
prikl. khim. 37 no.12:2625-2630 D 164.
(1141N1 180)

Detorrinl,n(l uia rf ~,r.
r-u-roeicn Gr
ly pol,.t.3,f(;lmtchvA_,7. -.-.s --' ult ',E*!:i

GCIRODE:TBKIY, M,S.; LEVINt A.I.
Approach speed to a given position In positton-controlled xachine
tools* Stan. I instr. 36 nos4t22-25 Ap 165, (141RA 1815)

LEVIN, A.I,f 'AlYCHINA, O.N.; SOKOLOV, S.V.
3ynthesis of a6~(J-dlhydroperfluoroparsfflns from 6)-hydroperflu-
orinated acids by Kolbas reaction. Zhur. ob. khim. 35 no.10t
1.778-1781 0 165. (MM 18,10)

M.; a:VIN A-.I.; MUKEIN, V.A.
Investigating conditions for the electrolytic refinIng of copper
In a nickel-containing electrolyte. Izv. vys. ucheb. zav.; tevet,
met. 8 no.5s54-58 165. (MIRA 18tio)
1. Uraltakly politekhnicheakly institut, kafedra tekhnologii
elektrokb1m1cheskikh proizvodstv.

LAZAREV, LF~s 071-11ARYNKO, V.I.; I,WINP ~.I.j RUPOY, V.m.
fffat!t of aurCaaa-ictiva aubstAnc-ts ca the prcceas of rzanivation
of a lead olectm&-. "'.har, 38 Ja 165.
(MIRA 18:30)
1. ins0tut. Imeni S.M.1r1rav3.

BAYBULATOVA.. Z.K.1 LEM,, A.I.; RMTER, V.G.
Relation between the basic structural elements of the Kara-
Bogas region. Izv. AN SSSR Ser. gaol. 29 no.7t52-5a n 164
(MIRA 18e1)
1. Iftuobno-ispledovatellekaya laboratoriya geologicbeekikh kri-
teriyev otserki perspektiv neftegazonoanostip Moskva@

1XVIN, A.I.,. prof.; SMLEIISKIY, G.A.,, kand. mod. nauk
Clinical and biochemical analysis of a rheumatic fever attack
with an acute course. Vop. revm. 3 no.4:1+&-53 O-D 163.
(MIRA 17s2)
l:jIz kafedry propodevtiki vnutrennikh bolezney (zav.-prof,
A . Levin) Permskogo meditsinskogo instita.

W'W
L 27399-65
!ACCLOMOU Iks- S/0121/6h/Ow 1010100181 M-2 3
AUTHORs L"a,_A"
1TITIEs Eleatro4draulia food drive with wide-range, stepleas speed control
i
:SMCEs Stan1d i instrusents no* 10, 1964# 16-23
TOPM TACSs hydraulic equipment,, automation, metalwodcIng machinery
Abstracts This newly designed *200trohydraulic food drive in the automation of
estal-working machinery consists of hydraulio motor. hydraulic amplifier. tacho-
meter generator, electro-mechanical converter, electronic amplifier and a como-
pe=ating network. The theory of the aectanism is illustrated by numerous
equations describing all the electrical and macharLical functions, and by
correspoading graphs. Experimental data derived from the test model are also
given, including oecillogrww of ape" var-iation.
The drive guarantees a wide range of speed control. high degree of speed stab-
Uity, ria'Alty of zechaniesa characteristics. linearity of tho controlled
characteristic*, and high-speed reaction during &periodic transition arocesaes.
Orig. &z-t. has 12 f1gures and 27 formulas.
Card

L 27399-65
ICCESSION HRt AP5W52o
IAS=TATIONS awe
ISUMTTEDS 00 EUM t 00 SUB CODEs IE
i
INO REF BDVI WO 003
Card 2A
NO 11
RM I IN U IR --j T'!
AIR

LEVIN,_,4 1,0 insh,j IAURSVp V.F.t insh.
Concerning the use of a
t,o,,in.forming lead plates for storage
batteries. Vast. slak o cm 31 no.6t6O-62 Ja 161. (NDU 16s7)
(Storage batteries)

Uffil- Arnolld Ioatfovich. insh.; FAYNGVM. Baum Senoylovich. Insh.:
V3WGRMrYUX, L*Iq* red,*, KARABILOYA, S.Fo. tekhn.red,
(Use of machinery In building and repairing subscription
radio lines and district telephone lines] Makhanizataiia
rabot po stroitel'styn I remontu linsino-abonentskol sati
rediofikatsii I VRS, Koekva, Gos.izd-vo lit-ry po voprosan
svissi I radio, 1959. 27 P. (KIM 12:10)
1. Gorlkovskays oblastneys direktalys radlotranslyatuionnoy Betl
(for Levin, 7ayngersh).
(Electric lines--Overhead)

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vm~,ineer: Dust'saparat~wu in the Trocnasinp of Tailini-s", Tavllt- Yet.
14, No 6, 1939.
Report U-1506, 4 Oct. 1951*

f
NT'he Balance of Voltage in Was Used for thn 'ZiectricnI -zixtraction of Ca4mit"D
Tevet. vAt- Ili Vo 6,,1939#
'Import U-1500. 4 Cct. 15~1

1,71TI14A818 600
1. UVIII, A. T.
2. 1!51R. (600)
Fmgineer. "The Ijqe or Refining Slar!s for the Neutralization of Electrol..Yte7, at
the Kyshtyn Electrolytic Copper Plant." Tsvet. Mlet. 14, No ~, -leptemb,,r 1)39.
9. ~W Report U-1506, 4 Oct. 1951.

At ah 4 IMIL'ol ~11-1;
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sohdiou of ODUSIU SAL A. 1. lovin KUM.. 1144. 14.
31-39; (- A&*, 19A W. 1174-ftfi-Riake.) Irwrly nvdallin, dnw
depisits fmm VM dilate 11011111MA Ot"pl, W&JAS I to ~SFA &nd confirrova .00
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so- Irl"W"88i
so Calboda PoWintiM WING MONSWIlti. OW cufftrat 7 Of
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Electrochemical Laboratory of the Ural Industrial Imstitute irent
S. M. Kirov (-ivi~~)
"Slectrolytic Polishing of Metals." Stanki I Inst. Vol. 15. No. ), 1944
BR 52059019

L--V'N. I. I., Professor
Sverdlovsk, Urul Induatr1al Institute Imeni S. R. Kirov (-19144-)
'A Nickel Sub-Layer for Protecting parts from Hardening by Carbon."
Stanki I Instrument Vol. 15, No. 6, 1944
BR 52059019

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41
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thm m aw eliectma". to I - of (NH.IAO. Cho
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same effect was Xallned In seld baths, PH 2.64.4. with

ft PAIns. nt " g,11. of area, at 600 C.d. 37-100 amp./sq.
A c d 60 7 Itts
0-20 hrs
and with
lycerol 31
don
r Ir. .,
.,
g
l-
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too effect; Solidol Is effective at 00". Brittle deposits were
6II
O 20
b
l
l I
dil
f MSO
SO
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(NHj
A
V Ira neo
. so
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4.
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601. 30-40 Rtnp./sq. dm.. it 90%; lh 6 hors. the PH rose rom
fix 2-3 t*7, this necessitated &4justment with HIS0j. More
vepow-
21
,NS, an,l
dcry NI; this is promoted by addris o( area Nf 1.
hl
tie
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er can
e obta
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ack
I 1pow
at room temp.,
111spersco
w
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ith

,
1t 9 anotile 9 6 considerably higher electrolysis In this ease
-
t
l
l
d
b
d
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h
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ucte
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n e
ic.
must
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t
IP
l1. of Nit at 45% without stiffing, the percent of fine-
S g
orra n powiter in the depo%it Increases with c.d. (mesh 2(Y)
i
V jon4 M. 2M and 0.14. 30.22 and 1022%, 4t 12.5 and
73A amp,/sq. din., reip.); I Is m&%. at 25.0 amp,fiwl.
ilm. The ACOVity 4, #fell$. by III-splaCelaCtit Of CH IrOnk
f on CuSOj antl dcfine4 as a - 100 c/3.4, where c - It. of Cu 41s.
Et;trci toy 5 g. N1 pow-fer. In 401 tool. at 764. of the dectro. 'WO
lvfMIKTIINIP"WitCr(=ItlltihfrACtilM walvery
YIIC'Ilt
r Pa- y
Anw, uqually 4.4 -M.X %; variation of the drying prme-
thire iv:is of too avail: fit atunt(ouLical hath, a rtp-;c ac- W
"Jonally to til% Ile-ithig too Hs. :Y) L/bt. per I log.
P ev, - joinvilef (270 otimb), at 7(91', for 2-41 lim., r.tiwil a to

11 4112, at it ctyn4l. lestitth of rOurtion, 2 lor%., at
-
If$)* 611111,
Din, 4 row Irtma ~115V to 42.61, MIAG,
01.02.01.1270.
701' for 3 hrs., hail a 401.41, 88.14. 94M. resp.
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al 0,
kw~ vomw of
bormoo-A do
OPW

A. 1. JAnq )d X V
itt G). Kit 4jr lt~,j 14*j 11, It. 1 1 ie A.
III ~~ W~ -ii, d
14 ty;- ~ .-- r,,i
-4
I"D
Well, 010
III al .......
631 0-4'-f J
vn~vd m 0 1 It I); Il"If, fl~ to I (I Of, ti(A.
wel is .011 H" '4s on It,,, t ta, I'll fit
0 " " . to I 11. 0 11 !, 1) 011? 0 ',1 . All
4-w 46'1~ 0-"'3 le'.1 O'j; 1. 40 01. OLIS'l
OLPII"~ 'A "..' (PIN, fH(p, SIVI 0", qwl .'th 03 ful't
r4ricum
I'll Orti"a I-( 11,,Lvi-i w,tnt-, th,- Ili -Oght wev
" GAto-PA.4 - Ii tit "s.I (I to to "ut 0-61 0,11.
001, WO 001;
05.0-LO40), Olt
in afe4kill, u ~v' it .-I Wn.
AVCU~ -1
gable Ili it In; 0."",
1,10: 0" W-M, 11-110; fit', w"i +11'
AW, T~ 11, A
)to 14)", ,,if I

is PAII
0-ILCO
a ago$ $I
its gas
~-Pl :10tylicaltv
*,Awe
W'a'aly vook~tw.'d by ri-ol
00. 115,
110-2D
od 11
-" raw,
rms mdwp
At's &'
knitial fo!o 1w
1w aaw"I
1 to N.
voll c0 V, wn.
41W jrctlolytv

%oume (d Anowaftm Uft 0u the COM4440 of p rod,
come.
JZASO.
(Y. L. i.,A P'. Aid- 1"p. M: -19. .Sf 15 g cf
W9236 Cu pow+.r , -ve pLuM in e. tw*k- vmdo it )at , hkh
4an WI-In wpaztv brakem -&n Nil tall 4-A -ater. fkm
wri[Rhl, of Wt fAkM w" 04t conta. %11,.' Th- -w.
n,Arin nf the Pu wu &-1rrmL-:Pwj hy wmunng th, hftn;:~ fn
*Wight aft" 12 hr- at 40' j- 0-5'(,. Th. V.," 4 mmwitn
~in U41cf./g,jday) of thn Ou vrith wari-xvi MI. "It's W.r~
ahlarWo 4' . 54, tworaW U-03, icAidv 34 71, 1-1 12,
G"Ute 720, nituta RPA, curbousto 219-12, imll,"kMa.0 744.
"A wcorkury &to H-68. TIM toff"Sion Mtv will be
daperwimt an J1to`,rt1,kru of the 11q. &Awarp~vNi layvr on
tho surfaro of the amt&J and The arimm uf *I-um and gwve
diwotrtk6l In U; It shank! them(on be grestef (at "11A Of
krwor Unruml stshifity. The YcUtility of the a,.+i forming
" &aim of the salt is there(ars the main fwtorIcwrmintng
U4 carnalvanm (this Is onnfimad by Mrapaz%ng c4-ffroeivity
of thO N44 'K't " b.jp of the &M for a serk of IU
esae of hidrdysis of the ulls to a.-nnog the o6er futors
Involvid.-G. V. S. T.

LEMI A* I&
PA 187U3
WO/Chemistry, Corrosion
%x4oheric Cork6sion of Powderad Copper,.* A. Y.
Pomosov, A, 1, Levin
"Zhur Prik Min," Vol XXV, No 7 PP 723-726
Water-4epellent Cu (treated vith dry Z28) vithmt
film-of moisture is subject to atm corrosion. there.
fore., atm cbhr6sion cannot be unconditionally coa-
sidered an special case of electrocbma corrosiod.
Xn temp range corr to liquid state of* %00 gas car-
rosion vhIch is purely cbea., plays imWrtent role Jb
--,,,,addn. to -electrocben corrosion.
l&Ml3

Um stry - Electrochemistry of Jun 52
/ChOKI
CaRW and Rickel
-2u Chars ateristles of Electrolytic Ref'O of
Caner Which Contains Rickel," A. 1. Levin, Lob
or IMectrochem, Ural Polytech Imst imeni S. X.
-zhur Prik xhiar vol xxv, No 6, pp, 616-625
Sep cowponents of the anodic alloy do not go into
soln proportionally to their electrochem equivs.
Mw nosequa dissolving of metal causes very quick
acavoulation of nickel in the-electrolyte. An the
a*ncn of Ni salts increases, the soly of CaN in
MR/Chezistry - Electrochemistry of J= 52
Copper and Nickel (Contd)
the electrolyte decreases, its viscosity increases,
&a& *Iec cond decreases. The quantity of anode
alvd4p goes up and causes partial paselvation. of
the -wde due to forviation of dense sludge crusts
an Its surface. Cathodic deposition of Cu from
s*]= rich in X salts also in accompanied by ser-
lam difficulties and Is particularly sensitive to
anq ftctors influencing electrode polarization
and.tbw character of electrolytic deposition. Ilee-
trOI*w circulation Immaiwas poor due to slvdge for-
218M_
~4

-7vjojr*~%; sk Klin
A. 1. lavin and V. M. NovskaY21=1M., =ftdr
Rff'qr'71~' 97"70 (in Ruak" t' J. APPI. Moral.
lDU.M(Q).IUW-l0l3(In =-,-)),Land X. have studied
the pttpn. of Cuffle blawtal by *lactrodepoeldoci of Ca (no
I& haths at high eAL Umfi - I.A) I
e 1 a Wth Oonts I
M
'4 6. xam 34- imse 4.6 ao Reim 36 t w.-
found that the but dip.L ~4 a Pi
cathode were abWned at a catho& oA. (Dj a 90 &mV./din.'
CHI almrolysia for 111~10 we, I further depwilon at thu D,
gAva dopaits which corroded ram r"Iy. In tests at
varloas values of P, the r4te of deposifloo blemsed with
Incream In D but so did the coil voltage, n-sching 13-16 V.
At 60-6) amplilos.l. Optimum condillons for the
re'julmd deposits am moltlered to be D - 6-10 stop./tim,*
u-IthadalloattlontIMOOM-40mo. Tolmloliamallw1for
obWaing deposits of any desired thickness, dep(millon at
-6,1-with pe"o reversal was investigated. At ~.
Ig - ---
'blf the OW, 01114:16-J, - Practically hulependent of ilia
duration ~Of a eampma eyele, Vi or
Data SIW,.hY t1lef elle
d OWdiFftt dli~'
tion) on the Cormat effidemy am tsbui&W; the allPea-6
and structm Of the depoelts w" lftWW MIY " ratim of
Oe3 Wid low. The ewmt OgWmq deelvased with in-
creasing D, it m also round to be imegligible at the start
of W,,"y" thm to Inerimm rapidly and finally &pp-h
& lindtigg value; , this Is because of the low R overvoltaga
ondiecielginalPtairfam 8&th&CtOrY4q)04t4&ftoht&iAiA
ja6PrO*ftjg' 6WOWygia (1.3 hr.), on;voia" beniling to
1 of & pUW Mal jtrip, until fracture, the depoldit did
not Pul, As D was inaresi4 ill* AftAm 0( the deposit
Impro"d. then lJMorated; the val" 0( D 44 -M,-14 tho
struet no was best Increased as the relative lZim of till%
revem current imermaxed. B61bt=-imPrGvsd"th*c)c-lO
duration was inemand, the W[mum eyck Um* being greater
&9,0, was reduced. OpftumowditiM 110"Wendbilam:
Dk 8 mn dal,11, oycls be0od 4-6 ame- dam"" of revem
DU/FO bla"tal PrOp" in " manner
C:;
M"not exhibIt H blistering an kaltt"immt at &OD'
Ilia is presumably bemuse the It prodwed In tho Call-
t
aumparin"t is oildized at this Mt*hovw to &n0&.
--a. V. L T.

-VI:,', A. 1.
V Tht effwt d stuface-4clive ma"ais uo the itf-~,fp
motpittIAL A, 1, [A-Vitt. V .
mid
Kalil I'll "I r
, 114; ill't.. 'Mi " ~, ),
M
Abad. N.K. WT. -4 fill Ilk-,7-F-Tri, .4-1
big luauu aluts, UO) I(x) w4j. 1. 1.4 ~llfmv,wilvv
Will on the tiectirtAr ImIg-joial Wit- ~fjlilfil,'lj ( Jr Of 410 /it
diectrodes. Trilino 11, aml wilbrillifor
acki produ(vd it %Ignifioml 101i iof mi, Ovvirimic Ivic, wi,al.
Of Of (0 11141Wl' IXJ'4. VAll". IlY4- (AIiiiMik,
=to.. and aijium itich m I -, Kil I' , istiii (*,(). ' lo.,J tio ef -
fect. Tht Iti)(ca(Ld td flic Zo , hvic-.6- wik,; fiffic,I oiivr~trd
hiaw PON. VAlwq I)v mirfati-ativ- r:,Ikmt.
twolum) ttn4 oteutr2i mi:4- (mmsp-I oid Sot-
(we-wtive all"ll lijil Ito olvel lm file 1-1clAtI. I It..
alailge irk twist-11IL41 owing Iii, III,- In-ltcu 4 ,Uffacv,lcti~t
suboAtwei dink6hol with thow aim) 4111 c it In rioclil till 1114k
dLupp"Ircmil Imnlifettly. . ) R-JVI;l( IA-34:11

/Vii"aadfits In the Ekdrivesafac of wicket-Beamw
Copw, A I Lenn ~Trwo, &~vaak,&L-ej p-
1W, 162-V"ItTT f,6 L t.di-t the ~Lr-_P,
Mfigre of Cb cKiritt so 4) 0 1. -1 3 Q~ ni, 001
16 003, 1; 00 1 'P. At 0 00i, Fe 0033. athl Pb 0015'~~
at MY -56' C. T_h~ datA ObW4.e.) M tb.Uu-i
Certain erotAtituenta of tio alloya "I wit jcD into ~fs- in
pIvpnIt&,n to 4-wochein "U.Takot-q, vither lmcaw~
inter,r~,-at Led C. r~-J J Nt Er-b,bi,
filtiv* ("mw,l ~wt, T",
.f it- mtn,! i, . ..... -t- .1 it- I------
wh4~:I mi-$ ti- Q"#.Lbty "; - wfij, I&I.1" -f 4(1 'r I S, t .
win 170 i4 I 't 'AV C lte i Sk~.
-AUbII2ty 1- M~n,O,-I U- -I--!
tj.it ~ J It- t,cj. ~1- ....... .. -'.1,
~w_d jamv~l -114~n _411
iwdwaw of M I" the bath kd to Uoubled at the catbo&;
~Ocuktion of tho tLecteollto dia(Moml Mis aarJe dims awl
I*Wuc*tl wuluke E. T.

ax
7M- --Cathode
fw Cm from
wub
PhOW-14 0). 4 W, lklmullok
rklW14=hiqmrwxft(4 (IV) "W
"NO, sad KH.,
V.
dp
an ccwk Rod
* V by foraWlan of
Pawfft Alm oft it* 7u amw
P., '=10 lh* C--Pkx 111"A nun.,
I" OZ-W the complex-latud,
tkdnds pCost" I" kkft

A.I.; KOIAVATOVAl V,S,; HINRUSHIN, S,G.
Effect of surface-active substances on the wetting of cathodic zinc by the
electrolyte. Koll.shar, 15 no.4t252-258 '53. KRA 6:8)
1. Urallskly politakhaicheakiy institut imani S.R.Kirova. Laboratorlya
elektrokhimii i kolloidnoy khimil (Sverdlovsk).
(Surface-active agents) (Zinc plating)

'Nain of a* ftwum" of 's gmewl
of Ha
A-Y-Jkmew. and

Russian). in tbe lion
RX
T 7n from
I 18
.
, them us puiods vum lbe "C!fit 'A dif fiewt to
rMove fivw Uw At st"cliv Oh"ta. T6 fnr~svgs
I
b
mc
L waig. 2n 60. '100 with varimm
ft
contenter Ives. ymed at C. and cathodic
ed.
4M amp4m'. ising anotles and catliodes of shoot I
a V P. 8 Ang troable, Occurred Only when Ow
F- cont.0 Xmihed mjqL
for cathodes used re
eated
,
p
wm,. for two eathodec since the max.
at >=
O
i vmimtof wry bahs fm 60 mg./L, the imuhles esperieDeed
to praotim we not moW due to tbo peesmov of F-. as was
suf mW by
!
W Zo~IMO" W 11'anWo (T#nL Met, 194k
i
d
u
l
d th
t
f
h
a tual
a
n, expet
Kwa
a
t
e prearam o
a 3whavi ftk
6
16 u Max on me At ON444 "ing"d of the ZO,
V'
ti
t
k
;~80060
9
d
c4"
a soneen
ra
on
m 0 to 4M ing.p. obw
1
34
t A 1
H
t
I
e
w
4
o
11
n
oo
a, (
=1
t
W
fr
w4t
d r
'
e
om to
an
im
" y
~0638 ta -(KCIV., mp~,'but this wa4 so only for the Initial
atential
otentlal of At fA 1,1
tM
was
80
fter 2 h

r.
I
, a
p
1
!
-0-68 V. for amy F- Contest within the = 040M
M
I
m
d
dh
f th
M
Z
i
inpp.
w
nqresi
e
a
e#
o
a
s ated to
n
pt-iruefty in W ox9s film or'wmkhM &A* emck4 and other
defects In the metal surface. 311croodle =o set up.. leading
to the fmostion of intermtallic Zn-Al compounds In FRA W
'Uw AL Uk wu condmwd by artifloWly producing ad.
bul, '4y*tckkgt%Alntfi"orbyuWpmatb*it. TM
redostiou In @arm& sgb*nq obserred w0h ammigunaW
pbAw Is uplalmed by the intaMvv ooffosim that mcuM
-0. V. B-Z