SCIENTIFIC ABSTRACT SHLIGERSKIY, M.SH. - SHLIOMOVICH, M.KH.

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• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001549720003-0
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 23, 2000
• Sequence Number: 3
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

S! -L I G EIRS K F'i
Att.achmmt for polAshing. Mashinostroltell no.11.116 N 164
(MIRA 18:2)
_.A

SifLIG114, G-K---
- 150, 15,
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::Iition uf (MLRA ):10)
I.V I n .
(5A - A iII Mz'

mw'w'dim at pw'"ds. him obb"A In
IN& G. K. phyliol... USSR,
ed rom fistula
Ipwty for wato-octivoti- of its tryptic
inadog.,sidtast (witsc -- a SKJVtOd in "SPOOM
a, mantemisics at 37*. The Illk
activity for the first 24 hr. it hem BO
to [at posmasm this In, Mh~ up to
tl& Vs *~ preeent and incr-mCs
untic activity. W, jw capacity for activation by enterokinase
tjjmUjaO8DWY I - OW. Capacity kc
72 hr. so ind"do; a datractim of tryp
decreas rdiM 40 the J"vious diet. The )uic~
suto-&Cti~~ varm acco or meet has never an significant
to bread D.
"croted in ropOll" vs
Capacity for auto-acti tion.

FOMINA, L. S,; MIKHLINI S. Ya. and SHLIGIN, G. K.
SHLIGIN, G. K.
"Methods of the Defining of 'Fesfatazal (ferment) of the Intestines,"
Biochemistry (Biokhimiya), Vol. 17, Issue No. 2, Press of the AS USSR, Moscov, 1952.

SHIIGIII.-, G. V.
"Influence de regimes qualitativement differents sur quelques aszects de
chirrdsire de gros --ntestin chez 1e chien," ShIdgin, G. K.
peper presented A t~e 4th intl. Congress of the intl Union of '~.Utritionanl
0
~3cience*, Paris, France, 26 July - 2 AuEust 1957
Abst. available.

J'
an,.',
a aper
o; , lorophv
"dosynt'iCSIS
3 -Y ~zerland, l9j~)
r~Jjce' ~ erkeVa.'
for
zu,

SURISY P.L., inzh.; SHLIK, L.R., inzh.
Heat transfer coefficient of an oil cooler with transverse flmr
about a clu-.,3r of pipes. Energomashinostroenie 7 no.6:44-46
Je f6l, (MIU 14:7)
(Oil coolers)
44

SHLIKNRI, P. M., Cand to Tech Sci -- (diss) "Hydrological Features and Calcula-
tion Parameters of River Drainage in the Crimeao" Moscow, Simferopol'. 1959,
20 pp (Moscow Institute for Engineers in Water Economy im V. R. Villyams)
(KL, 7-60) 109)

SULTYAS , A. V.
Biology of Capillaria anseris Madven, 1945. Trudy Gellm.
lab. 15:238-240 '65 (MIRA 19:1)

SHLIMZEN, S. R., KHLOPOTCV, N1. N. (Engs.)
Exoavating Machinery
ResUts of testing power shovel F,258 equipped with tire wheels. Mekh. stroi. 9,
no. 7, 1952.
Mgnthly List of Russian Accessions, Library of Congress, September 1952* UNCLASSIFI~Z,

GAIRBUZOV. X.Ye., inzhener; SHLIKETZEN, S.R., inzhener; FEDOROV, inzhener.
Excavator for the digging of small rectangular ditches. Mekh.stroi. 10 no.
6:10-11 Je 153. (MA 6:6)
(Excavating machinery)

GAR'JjUZOV,Z.Ye., inzhener; 113DOKU('AHAYZV,B.N.. inzhener; RESH,F.F., inshener
YRDOROY.A.P., inzhener; XHLOPOTOV,N.N., inshener; SHLIMZNN,S.R.,
in2hener 1~ - ~. -.- - -
The 5-153 excavator with lqdraulic transmission mounted on the
"Belarus" tractor. Makh. stroi. 12 no.6:5-0'q Je '55.
(Ixcavating machinery) (MLRA 8:6)

,-- -I, / " , /~~ '' -, ; li k;
I ./ . - I '' ~ ,j .!,/- I- . -. .
GAR-9U%OV, Z.Ye., In7.henor; SHLI)DIMEN, S.R., inzhener; IGILOPOTOV, N.N..
inahoner. , , ,
Set of standardized excavators:B-259, F~2510 and 1-2511, Stroi.i
dor.mashinostzl no.l.,12-16 A 156. (KERA 10:1)
(ExcavpLting machinery)

04A 0 Q7 J ~LLI t t
-_C"f
-AP60241477' SOURCE CODE:
AUTFOR: Dobrego, V. P.; Ryvkin, S. M.; Shlimak., I. S.
ORG: Physicotechnical Institute im. A. F. Ioffe All SSSR Leningrad (Fiziko-teknich
TITLE: Radiative inter-impurity recombination in germanium
SOURCE: Fizika tverdogo tela, v. 8, no. 7, 1966, 2124-2129
TOPIC TAGS: germanium, photoconductivity, impurity center, recombination radiation,
low temperature research, phonon
ABSTRACT: This is a continuation of earlier investigations of the photoconductivity
of germanium at helium temperatures and at sufficiently large concentration of shalli
impurities (jump photoconductivity) (FTT v. 6, 1203, 1964), where it was shown that
the main recombination process under these conditions is inter-impurity recombina-
tion. The present.~investigation is an attempt to confirm the presence ofJ nter-
impurity transitions in germanium by direct observation of the radiation connected
with such transitions. The particular transitions considered were arsenic - gallium
and antimony - gallium in germanium at, 2K. The arsenic and gallium impurities were
produced by irradiating the original germanium in a reactor. The original germanium
contained various amounts of antimony. The sample was excited with continuous white
Card 1

(11- 8()(', - 6 7
ACC NR: AP6024477
light and the investigated recombination radiation was registered at instants between
the excitation pulses. A monochrpmator and a photoresistor were used to analyze the
radiation. The gmllium-arsenic~iecombination spectrum contains two lines correspond-
ing to phononless transitions and to transmi L
I'l . -lion with emission of a single longitu-
dinal acoustic phonon. The t~~y-kallium transition spectrum corresponds to tran-
sition spectrum spectrum corresponds to transitions with emission of a longitudinal
acoustic phonon. It is concluded that the presence of inter-impurity recombination
in germanium is confirmed by the present experiments both as a whole, and in its de-
tails which involve the nonequilibrium distribution of impurities and the dependence
of the recombination probability on the distances between them. Orig. art. has: 4
figures, 1 formula, and 1 table.
SUB CODE: 20/ SUBM DATE: 18Dec657' ORIG MF: 001/ OTH MW: 006,
Card 2/2 afs

PETRUSHOV, A., doktor elconom.i3auk; AFANASIM, L.A., kand.ekonom.uauk;
DAITILEVICH, M.V., kand..ekDnom.nauk; YEGIAZAROVA, N.A.9 kand.ekx)nom.
nauk; KOVAIEV, Ye.V.; XCLI, M.A.'; KUZNETSOV, B.P., kand.ekonom.
uank; KUTSOBIBA, XMINOV, V.A., kand.ekonom.nauk; MEKISHI-
KOVA, M.AO; NXITERKO, B.A.; CNUFRIYEV, Yu.G.; FROKHOROVA, G.N.;
RYDVANOVP N.F.; SEGAL, N.M., kand.istoronauk; UKHOVA, A.M.; FARIZOV,
I,0', kand.istor.nauk; SHIFRIN, E.L., doktor ekonom.nauk;-$HLIKHTER,
A.A., kand.okonom.nauk:-, LISOVOKIT, Yu.P.,- KARTYNOV, V.D.; GARSIA, L.,
MOSKVINA, R., takhn.red.
[Agriculture of capitalist countries; a statistical manual] Sellskoe
khoziaistvo kapitalisticheskikh stran; statisticheskii spravochnik.
Otvet.redoA.Petrashov. Moskva, Izd-vo gotsiallno-elcon.lit-ry, 1959-
829 p. (MIRA 13:6)
I. Akademiya nauk SSSP.. Institut mirovoy ekonomiki i mezhdunarodnvkh
otnosheniy.
(Agricult in,e--Stat i st ic a)

HOVIKOV, KIkhBiI Pavlovich; SUMNOV, G.L.; BUDSKO. I.A.; RADIN, K.SV;
I -&~LIKHTERiL-A.A. -L MMTSDV, P.P., red.; GORIKOVA, X.Do q
- f'a khn. re d.
C.Farm electrification in the U.S.A.] Blektrifikataiia sellskogo
k4ozisistva v SShA. Moskva, Gos.izd-io oellkhos.lit-ry, 1960.
238 P. (MIRA 14:3)
(United States-Electricity in agriculture)

S 1111 - 11" R1 El-, , kr t, ~ ~~ ---, ", 2., j,~ -~,- :,' ~ r-.(. -, ~ 1, -1. C i! (19 02-19 C'2 ) ; ik' I AHTY N OV , V . A. ;
1, t 7.: 1. -Y A. 'SOV, A. Ye.
. . L," Ti~ L'-' . A . ; TJ SI) ' T
iiKI, -5
[L-ectrificatic-n of ag-riculuire in the U.S.A.; travel no-Iles]
Ob e1ektrifikatsii sel2skogo khoziaist-va SShA; putevye za-
pi,-ki. 14oskva, Nauka. 1965. 169 P. (MIFA 18:12)

TOFCHIYEVY A.V.; KOLBANOVSKIY, Yu.A.; POIAK, L.S.; KHAIT, Yu.L.;
SHLIKHTERY E.B.
Radiolysis of alkanes adsorbed on semiconductor catalysts.
Ne-Ptekhimiia 1 no.1:105-J-16 Ja-F 161. (MERA 15:2)
1. Institut neftekhiaiclaeskogo sinteza AN SSSR.
(Paraffins) (Radiation) (Catalysts)

S/020/61/136/001/032/037
BOU/B05c-
.k'-,'T!I"RS: Kolbanovskiy, Yu. A., Polak, L. S., and Shlikhter,,-E-B-
TITLE- Gamma Radiolysis of n-Heptane Adsorbed on Oxide Catalysts
!( D f C'~ L: Doklady Akademii nauk SSSR, 1961, Vol. 136, No.1, PP-147-150
TEXT: The purrose of the present work was investigation of the particular
features of radiolysis of adsorbed n-alkanes with n-heptane whose homo-
ganeous radiolysis had alrnady been thoroughly investigated (Refs. 1 - 7).
Gamrr:a r-diolysis the method of which had already been described (Refs. 6,
1) wcqs performed by means of the following catalysts. I: Pure A120 3
II: aluminum-c~romium catalyst, promoted with potassium oxide, 90 ~~ Al 0
2 3'
8 TC Cr2o 312 K20; III: aluminu-.n-molybdenum catalyst, 87 % A120 3t
10 ~~ moo 3t 3 basic sulfates; IV: cobalt-aluminum-molybdenum. catalyst,
79 7,' A120 3Y 15-5 L" M003"5.5 ~~ CoO. Radiolysis at catalyst II was
if~
investigated in the case of rare surface occupation (9 1) as well as in
Card 1/5

Gamma Radiolysis of n-Heptane Adsorbed on S/020/61/136/001/032/037
Oxide Catalysts B004/B056
the case of adsorption of several molecular layers. The other catalysts
were investigated with monomolecr.lar surface coating (Q = 1). Temperature
durine the experiment was about 100C in which case heptane adsorption is
reversible and chemosorption does not occur. Fig. I shows for catalyst
I! the increase AP in gas pressure with respect to 1 g heptane as depending
on P.. -~,ijch stands for the ratio of the electron fractions catalyst/heptane.
The break in the curve corresponds to the appearance of monomolecular
coatirg; this permits to determine the specific surface of catalysts by
means of this curve. If for homogeneous radiolysis &P is set equal to unity
then the following values of P rel. resulted for the catalysts. Catalyst I;
12.7; catalyst 11: 2.3; catalyst 111: 1.7; catalyst IV: 3.6. The linear
dependence of AP on f in the case of monomolecular covering proves that
energy transfer takes place only in the monomolecular layer. Rate of
radiolysis for the layers above 'Ls equal to the rate of the homogeneous
proce:~s. From a paper of the authors (Ref. 6) on epr spectra of catalyst
systems it is concluded that the most active catalyst is the one whose
epr spectrum during irradiation in the presence of the hydrocarbon changes
the least with respect to the spactrum of the irradiated pure catalyst.
Card 2/5

Gamma Radiolysis of n-Heptane Adsorbed on S/020/61/136/001/032/037
Oxide Catalysts B004/BO56
The 4LP = f(t) curve taken by an YT IT -09 (EPP-09) recorder is not linear in
its first sect4on which is attributed to impurities. The latter also are
assumed to be responsible that previously irradiated catalysts were con-
siderably less active. The probability of energy transfer from the catalyst
to adsorbed subs"ance is estimated on the basis of the following processes.
1~ X -w----)X* (direct absorption of radiation by adsorbed substance);
/ ads
2) X*-->X (deactivation processest except chemical reactions); 3) X'--4 pro-
ducts of chemical react-Ions; 4) catalyst catalyst'; 5) catalyst'----)cata-
lyst; 6) catalyst* + X ads -~catalyst + Xads* The rates of these processes
a r e '-N1~ klII6'; 1.11 2 =k2LX'I; W3 =k3 11~ *1 ; W4 = k~I; W5 = k5LD];
IN6 k61D1Q- fDj denotes the concentration of elementary excitations in
the solid, I - radiative
1111F3k3Ig/(k2 + k 3)[kj +
71~ k1k I/(k + k In
3 2 3)'
holds, where F, stands for
intensity * The following is deduced:
kAk 6/ (k5+ k69)] and for homogeneous radiolysis:
the case of 9 = 1 , W /71~ = 1 + 1/(Ekl/k )(k /k
3 4 5 6+ 1)
3
the ratio of absorbed radiation energy per 1 cm
Card 3/5

Gamma Radiolysis of n-Heptane Adsorbed on S/020/61/136/00-1/032/037
Oxide Catalysts B004/BO56
heptane and catalyst. W 3/W~ was determined experimentally; f, was calculated
according to Ref. 12, kl/k 4 From these datz; the authors estimated the
probability Z of total energy transfer: Z = k 6/ (k5+ k6). The values of Z
Por the respective cat~ilysts are: 1: 0.41, 11: 0.032, 111: 0.026,
I
IV: 0.073. L. V. Pisarzhevskiy and A. I. Kitaygorodskiy are mentioned in
the paper. The authors thank V. V. Shchekin and A. L. Klyachko for their
collaboration, and Yu. L. Khait for his discussion. There are 2 figures,
2 tables, and 12 references: 6 Soviet, 4 US, and 1 Polish.
ASSOCIATION: Institut neftekhimi-cheskogo sinteza Akademii nauk SSSR
(Institute of Petrochemical Synthesis of the Academy of
Sciences USSR)
PRESENTED: July 5, 1960 by A. V. Topchiyev, Academician
SUBMITTED: July 5, 1960
Card 415

SPLIKHTER E. F).
PHASE I BOOK EXPLOITATION SOV/61T7
Akadomiya nauk sssR. Inst1tut neftekbinlicheBkogo sinteza
Radioliz uglerodorodov; nekotoryye flziko-khimich4skiya problemy
(Radiolysis of Hydrocarbons; Some Physicoghemical Problems)
Izd-vo AN SSSR, 1962. 207 p. -3~rrata slip inserted.
5000 copies printed.
Reap. Fda.t A. Vo Topchlyev, Academician, and L..S. Polak,
Doctor of Physics and Mathematiqs;-Zd.i L. T. Bugayenko;
Tooh Ed.z Ch. A. Zentsellska7a.
Pmrom This book in intended for physical and industrial chemists
Interested in.the properties-and-behavior of irradiated hydm-
carbons.
COVM3AQJ3: The book given a systematic presentation of the results
of research on the radiolysix of h7drocarbons carried out 'from
1957 through 1961 at the Laboratory of Radiation Chemistry,
I=titut -zxef tekhimichaskogo vinteza AN SSSR (Institute of Petro!-
Card 1/4

taw
Radiolyais of Hydrocarbons (cont.) SOV/61TT
ch=ical Synthoolo, Aca4emy of Sciences USSR). Although the
roaults were obtained for-individual compounds, they may be
gcniralizod and applied to other mombors of the ca= homologous
co~ic.-D. The following persons participated in making the
c.~pcrimcnts and in writing the texti V. Q. Boryozkin,
V. E Gluchnev, Yu, A. Kolbar.,ovskiy, 1. M. Kustanevich,
V. D:- F4-ov',) A. Ya, TemIdn V*D' Timofeyev,.N. Ya. Chernyak,
V.-'A. Shlit-er, Dk. S. Shcharbakova, - Irk
B. M. Ne-odov, A. . e N. M. Rytova, T. A. Tegim,
Yu. B. Main, A. 14. Brodskiy, V. 4. Voyevodskiy, P. Ya. Glaignov,
B. L. SmirnovA, and Yu. L. Malt. Rearences, w-Inly. -Soviet
and BnSlish, follow individiuLl ahaptera.
TA= 07 CONTENTS [Abridgedls
Foreword
Ch. 1. Physicochemical Charaoteristid's of Hydrocarbon
Hadiolysis 5
Card 2/4

8/844/62/000/000/053/129
D204/D307
AUTHORS: Kolbanovskiy, Yu. A., Polak, L. S. and Shlikhter, E. B.
TITLE: k StUdy Of the radiolysis of hydrocarbons adsorbed on
oxide hydrocarbons
SOURCE: Trudy II Vsesoyuznogo~soreshchaniya po radiatsionnoy khi-
mii. Ed. by L. S. Polak. Moscow, Izd-vo AN SSSR, 1962,
317-321
TEXT: The(radiolysis kinetics of n-heptane were studied, on oxide
catalysts A120 3f A1203 /Cr203acti-vated with K20, Al_~Jo oxides and
Co-Al-blo oxides), under x ray irradiation; the degree of catalyst
coverage (9) being 0.6, 1.0 or >1 (multilayer adsorption) for-the
A120 3-Cr2o3catalyst, and with 9 = 1 in all other cases. The pres-
pure was recorded continuously and its ratelqf increase rose line-
arly (for the Cr203/Al2O 3 catalyst) with inpreasing ratio of the
electron fractions of catalyst/heptane, to a maximum (corresponding
_to the completion of a moftolayer), followed"by a linear decrease,
Card 1/3

5/84 62/000/000/053/129
A study of the ... D204X307
showing that the energy absbrbed by the cat4lyst is transmitted
solely into the monolayerw ~The relative rat6s of radiolysis~ AP rel'
ranged from 1.7 to 12.7 (I\p'= 1 in the absence of catalyst), being
lower for previoualy irradilated catalysts. AM was most effec-
2 3
tive. Prom these and previous results (DAN ASSR, 129, 145 (1959))
il~ aj)j)OLt1'13 th'Lt the lease the difference b6tween the EPR spectra
of irradiated (arid covered '~#itli a monolayer) and PUre catalyStE,
the more effective the-catlalyst. It is believed that the adsorption
is under these conditionslintermediate between physical and chemi-
cal types. The following se4uence of events is envisaged: (1) ab-
sorption of energy by the,directly adsorbed compound, (2) deactiva-
tion processes (other than 6hemical reactions)!, (3) chemical reac-
tion, (4) absorption of ei~e~rgy by the catalyst, (5) energy loss
processes within the catalyst, and (6) transfer of energy from the
catalyst to the adsorbed hydrocarbons; the corresponding rate con-
stants are denoted by k 1'*I* k6* The probability of step (6), Z
is shown to be k +k and.is linearly related to Ap rel' The rela-
Card 2/3 6

KOLBANOVSKIY, Yu.A.; POLAKY L.S.; SHLIKHTER, E.B.
Radiation polymerization of n.hepil~ne in the presence of TiCl
NeftEtkhimiia 3 no.2:222-226 Yx-Ap 163. (Hifi 16:5)
1. Institut vibft3khimicheskogo sinteza AN SSSR imeni A.V.Topchiyeva.
kHeptene) (Radiation) (Polymerization)

N SSSR.

SHLIKHTF.R. S.
Works of the economists of the German Democratic Republic on
the problems transportation economics. Vop. ekon. no.3:115-117
btr 63. (MIRA 16:3)
(Transportation)
(Germany, East-Economic research)

SHLIKHT3R, S.B. . -,.-
IfJena; the formation, growth, and prospects for development of
a ixniversity -and industrial city"' [in German] by J.H. Schultze.
Reviewed by S.B. Shlikhter. VbP- geog- u0-41-,299-301 157.
(Jena) (Schultze, J.H.) (MIRA 10:121)

SHLIKMR, S. B.
Development of ma itime transportation and shipbuilding In East
Germany-. Biul.tekh.-ekon.inform. no.2:72-75 158. (VURA 11:4)
(Germargy, East-Shi-pping)

511LIKHTER, S.B.
Petroleum in3ustry in West Gar-magy. Biul.tokh.-ekon.inform.
no.10:92-96 1 58. (MIRA 11:12)
(GermarT, Went--Petroleum industr7)

SHLIKELTYR, S. B.
Transoortation of fuel in pipelines in the U.S.A. Biul.tekh.-ekon.
inform. no*8:92-96 160. (MIRA 13:9)
(United States-Petroleum-Pipelines)

SHI. TER, S.B.
Role of transportation in the development and distribution
of the petroleum industry in Western Europe. Vop. geog. no.61;
177-191 163. (MIRL l6t6)
(Europe, Western-Petroleum industry) .
(Europe, Weetern-Petrojeum-Transportation)

i-ledel V. 'IElectric Railroad 'toll-
ShAkhto, P. il. ing Stock"( texti.Dook,
Za~diarc,'aenfl~o, D. D. 3 vols)
Tikhmenev, 3. 11.
~rakhtrran, L.
Zorokhovick, Ye.
Kx~jlov, S. K.
~-Ioscow Electrom6-&,anical
Instl tute ol' R.& iroad
Engineers imerL,
F. E. Dzerzhinskiy

L i KwA j_-Os - f) - U-9
f
lin ry
USSR/ iarmacology, TbxicoloL I Cbemo-therapeutical Products
z
Abs Jour Ref Zhur - Biol., No 4, 1958, NO 17791
'Author -Sh_Ukova-i3. D.
Inst s ilu-77-of-0-phthalmology
Title A Comparative Study of Various Methods of TTeating Obstinate
and Protracted Trachoma with the newest Soviet Antibiotics
Orig Pub Sb. infonn.-method. materialov. Gas. n.-i in-t glaznykh
bolye--ne.�, 1956, No 4, 111-113
Abstract Patierxt~; suffereing from obstinate and protracted forms of
Trachoma.were treated at the end with sintomycin (1) (231 pati-
ents), biomycin (11) and terramycin (111) (256 patients).
Simultaneolasly the following methods were used: 1. Tile ap-
plication of an emulsion of I with subconjunctive injections
of a 0.3% of its solution., 2, internal administration of 3.
in combination with an aRDIIcation of a 1~ emulsion or subcon-
junctive administration of -a 0.3% solution of 1; 3. The
application of a 11,16 and 101,t emulsion of 11 or a 0.5~ and 1%
emulsion of ill; 4. The cross-application of a 1% emulsion
of 1 and 3-1, 11 and 111. Best,-results were obtained from
Card 1/2
USSR/Pharmacology, TOxic:0109y. Chemo-therapeutical Products U-9
Abs Jour . Ref Zhur - Biol.~ No 4, 1958., No 1.7791
a Combination Of its internal use (24.2g in 15 days) and the
aPPlication of its emulsion. !a some patients the internal
administration Of I induced na,,mea, vomiting and diarrhea.
After i's cancellation these effects ceased. The fault of
the 11 and ill emulsions, as compared with emulsion 1, was
the fast decrease in their activity.
Card 2/2
USCOMM-DC-54.929

Bf,. 3 r-*,Y EV p S ~ G . 9 '91v ImA "i y J. V .
y
FSficiancy of th3 various strletures of the basic. supporLs
of owiv(--].,. Ma3h. I neft.obor~ no.113L.7-20 164.
'%M!?,A 19,,l)
1. VNIN'Traftemash.

5/249/62/018/010/001/004
D204/D307
AUTHORS: Bagirov, 1'. A. and Shlimak, V. P1.
TITLE. The problem of the polymerizing action of electric
barrier discharge
PLRIODICAL: Akademiya nauk Aze'rbaydzhanskoy SSR. Doklady~*, v. 18,
0 15-19
no. 10, 1962,
TEXT; The nature o-fbarrier discharge (discharge between two di-
electric barriers) i4 described in brief.,Assuming the polymeriz-
ing action of such discharge to be due to the fission of molecules
in..'the zone of micro'-spark discharges into reactive free atoms and
raaicals, an attempt is made to obTain*an approximate exprqssion
describint-, the rates of such polymerizations. Inelastic collisions
in the discharge zone may lead to excitation and dissociation, and
0
to ionization. It is proposed that the formation of free radicals
is mainly governed by monomolecular dissociations, bimolecular
collisions, ionization by electron impacts and photoionization.
Card 1/ 3

S/249/02/.01 S/O! 0/1001 /004
The problem of the ... D204/D307'
The radicals arfa also taken as forming by a,,qhain process. A a-ene-
C~
ral expression is given 'Lpq tLe rate of radical ormation, from
which an equation is derived which allows a..calculation of free
radical concentration,P],-in terms of velocity constants for the
various processes, ki, concentrations of starting, intermediate,
and final products,[Ni], the number of phot6ns emanating from the
discharge and absorbed by the reactants, P, and the number of el-
ectrons with energy sufficient to ionize tile z~olecules, N. Evalua-
4
tion. and the physical nea=g of these factors are discussed, and.
the overall rate of polymerization, V p is shown to be
1, f -?2 r 2
V LIIj + k I.I] I'PO + k rm + k FPI k, rl "RI +
p 2 IDj - k3 4 3 5 L 3- L"3 i j
L~ J L
1
13
+ k P ~111] + k P [1,13] + k [NI IJOI + k
7 - 8 9 Ell] IP1 31
k 2
Card 2/3 0

S/24Y'062/018/010/001/004
The problem of the ... D204 D307
It is pointed out that other, side reactions may also take place
in the discharge zone.
PRESENTED: by Academician M. P. Nagiyev
SUBMITTED: Oc-,ober* 15, 1962
Card 3/3

SIINEYDEROV, M,R., SHLIK4K, Ya.B.; KkSIMOV, I.F.
U54
ing chrcrdum-boron steel for petroleum equipment parts.
I-alloved, i term. obr, me4-. no, 6c43-44 je '64.
OERA 17:7)
1. AzNIIBurneft'.

SHLIMMERP. A.L.
Experience with loadixg cement into vehicles with screw convoy-are.
Rats. i izebr. predl. v stroi. no-117:27-29 t55. (HLRA 9:7)
(Loading and unloadixg)

GRIGORIM, K.I., inzho-ner; SHLIMMER, A.L., inzhenor.
1%
Equipment for loading and unloading loose-flowing
Mekh. trud. rab. 10 no-8:37-40 Ag 156.
materials.
(19,RA 9: 10)
(Loading and unloading)

G
'RIGORIYEV K.I.: SHLIUMPU~,.A.L,
0
. .....
The PS-60 cement reloader [Snpgested by K.I. Grigorlev. A.L.
Shlimner] Rate. i izabr. predl. v stroi. no.6:43-4,5 158.
(Icading and unloading) (Cement) (Ma 11:10)

SHLIMOVICR, B., inzh.
Thermometers for measuring soil temperature. Radio no.12:25-27
D 162. (MIRA 16:3)
(Thermometers)

ZARRAROV, N.G., kandidat sel'skokhozyaystvannykh nauk; SHLIMOVICH, B.M.,
inzhener.
New electric soil thermometer. Zamledelie 4 no.5:128 My 156.
(ML'RA 9:8)
(Soil temperature) (Thermometers)

KAGANDV, M.A.; KOROWCHKIN, I.V.; SHLIMOVICH, B.M.
ft
Measuring instruments based on the utilization of semiconducting
tbermistors. Priborostroenie no.8:10-12 Ag '56. NLRA 9:10)
(Electric instruments) (Tbermistors)

SHLIMOVIGH, B., inzhener.
j
-
Electric thermometer with a semiconductor thermoresistor for measuring
the temperature of grain. Muk.-elev.prom 22 no.9:17-18 S '56.
(MLRA 10:8)
1.1-eningradakiy agrofizicheskiy nauchno-iseledovatallskiy institut.
(Thermometers)

KOROBICHKIN,, I.T~; SHLIMOVICH B.M.
Semiconductor thermistor r*gulators and thermostats with two-positios-
and programmed control. Priborostroenis no.1:13-15 J& 157.
(Thermistor) (Thermo.stat) (MT,'RA 10t4)

SHLIMOVICH, B.M.; inzhener; GRECHKO. F.M., inzhener.
--
Semiconductive controlling and measuring instruments. Hauka i pored.
op.v sellkhoz.7 no.1:26-28 Ja '57. (KM 10:2)
(Measuring instruments)

SHLIMOVIGH, B.14.
Instnnerits for automatic regillation of soil and air tempera-
tures. Biu-I.tekh.-ekon.inform. no.1:61-62 '59. (MIRA 12:2)
(Thermostat)

coidit-'cri5 in
Ilk, -Q-

CHUDNOVSKIY, Abram Filippovich;-Lj~~~~h~yich;
GONCHAROVY B.P.., red.; BAMOVA, L.G., tekhn. red.
[Transistorized devices in agriculture] Poluprovodnikovye pri-
bory v sellskom khoziaistve. Leningrad, Iz4d-vo sellkhoz. lit-
ry.. zhurnalov i plakatov, 1961. 197 p. (MIRA 15:2)
(Transistors) (Electronics in agriculture)

GONCHAROV, Boris Prokoplyevichi-OL~~~~~
LD-ONOVA, T.S., red.; RMITI11, I.T., tekhn. red.
[Semiconductors in agriculture] Poluprovodniki v sellskom
khoziaistve. Yoskva, Izd-vo "Znanie," 1962. 29 p. (Novoe v
zhizni, nauke, tekhnike. V Seriia: Sellskoe khoziaistvo,,
no.4) (MIRA 15:4)
(Semiconductors) (Transistors)
(Electronics in agriculture)

SHLIMOVICH, B.
The agriculturalists will show their appreciation. Radio no.9:
7-8 S 162. (WRA 15:9)
1. Glavnyy inzhener laboratorii priborov Agrofizicheskogo
nauchno-issledovatel'skogo instituta Ministerstva sel'skogo
khozyaystva SSSR.
(Radio in agriculture)

ACCESSION NR: AP4019325 S/0105/64/000100310008/0012
AUTHOR: Borozinets, B. V.; Ginzburg, S. A.; Gornshteyn, V. M.;
Shlimovich, V. D.; Sovalov, S. A.; L'vov, Yu. N.
TITLE: Computer for calculating power-system economy operation and the
operating experience gained at ODU YeES
SOURCE: Elektrichestvo, no. 3. 1964, 8-12
TOPIC TAGS: power system, Soviet united power system, power system
economics, power system economics computer, computer, interconnected
power systems, high economy power system operation
ABSTRACT: An analog computer intended for calculating the high-economy
operation of the Soviet United Power System (UPS) is described. The following
features were taken into account in designing the computer; (1) The UPS is
represented by an equivalent network in which all generating stations of a local
power system are replaced by an equivalent station having an equivalent incre-
mental economy rate characteristic; (2) Easy setting of any incremental
characteristic; (3) System loads are represented by equivalent loads that have
C.,d I /Z

ACCESSION NR: AP4019325
individual load curves; (4) Interconnection -line losses are evaluated by special
methods. The computer comprises the following essential parts: 16 generating
station equivalents, 16 loads, 15 tie lines, 8 nonlinear units representing iacre-
mental losses due to power exchanges and tie-line load restrictions, 14 elements
for setting the resistances of transmission lines. The computer includes 128
UPT-4 amplifiers, 1,000 6136A diodes, 800 SP-2-A potentiometers, 2,000
resistors, 7 power-supply packs, etc.; power consumption is 7 kw. Computation
of a set of operating UPS conditions takes about 2 hrs. The computer has been in.
continuous use since Nov. '62. "L. B. Denisevich (ODU YeES) and N. S.
Malishevskaya (VNHE) took part in aligning and operating the computer.
Orig. art. has: 3 figures and I table.
ASSOCIATION: VNIIE (All-Union Scientific Research Institute of Electrical
Power Engineering); ODU YeES (Joint Ioad -Dispatcher I ti Office, Unitecl Power
System)
SUBMITTED: 10.Tun63 DATE ACQ: 27Mar64 ENCL: 00
SUB CODE: PR, EE NO REF SOY: 001 OTHER: 000
Card 2/2

BOROZINETS, B.V., iilzh.; GIMURG, S.A., doktor Lekhn. nauk;
SHLIMOVICH, V,D.J. inzh.
Network, construction, and operational indices of the RER
computer of the Administration of Power Production, Distri-
bution,, and Control of the Consolidated Power System of the
European part of the U.S.S.R. Trudy VNIIE no.18:4-13 164.
(MIRA 18.6)

GINZBURG, S A., doktor tekhn. nauk; LYUBARSKIY, Yu.Ya., inzh.;
SHLIMOVICH., V.D.J. inzh.
Functional conveiter of the RER computer and Ifts design. Trudy
VNIIE no.18:35-52 t64. (14TRA 18:6)

ACC NRtAP6023617 SOURCE CODE: UR/0105/66/000/007/0085/0089
AUTHOR: Ginsburg, S. A. (Doctor of technical sciences); Stavrovskiy, A. N.(Engineer)l
Shlimovich, V. D. (Engineer)
~2'
ORG: VNIIE
TITLE: Special-purpose computers for calculating economic distribution of active
loads in power systems [A review]
SOURCE: Elektrichestvo, no. 7, 1966, 85-89
TOPIC TAGS: electric power system, electric power transmission, special purpose
computer
ABSTRACT. Based on 1957-65 Sovlet, 1955-62 Western, and 1959-64 Japanese literature,
a review is presented which covers the following points: Scope of problems and type--
(mostly analog) of computer.Representation of incremental-rate characteristics of
plants.A-Ilowancefor network losses. Uses of special-purpose computers and economic
efficiency:(a) prediction of load diagrams, (b) counseling the dispatcher, and
(c) automatic control. Data re uses of special-purpose computers-in the_fb11avJAg,
power systems is presented: Estonian Power System; Sverdlovsk, Chelyabinsk, Bashkir
ASSR, Donbass Power Systems; Ural Joint Dispatching Systemi European-SSSR Joint
Dispatching System; Altay Power System; Georgian SSR Power System; West-Siberian
Joint Dispatching System; Hungarian Joint Dispatching System; S. California, Edison
Co; West Penna; Onio, Edison Co; Colorado Public Service Co; unnamed Soviet Power
System; Kusu, Tubu, Japanese System; Tugoku, Tokyo System. Orig. art. has: 1 table.
'w
SUB CODE: 09) SUM DATE: none / ORIG REF: 023 / OTH REF: 020
Card III UDC: 681-142.55:621.51

BFaEZOVSKIYJ, V. M.; KOLTUNOVA, V. I.; SJHlMOVIGH,-Ye,-A.; DEVYATNIN, V. A.
Nucleotides, coferments, phosphoric esters. Part 1: Synthesis
of a monophOSDhoric ester of thiamine phosphate. Zhur. ob.
khim. 32 no.12:3890-3892 D 162. (MIRA 16:1),
1. Vsesoyuznyy nauchno-issledovatellskiy vitaminnyy institut.
(Thiamine) (Phosphoric acid)

BEREZOVSKIY, V. M.;. KO~ PEKELI, N. D.; SHLIHOVIGH, Ye. A.
Nucleatideb- cobnzymes, phosphca~lcf%epters. Part 2: Synthesis
of cocaxboxylase. Zhur. ob. khim. .:~~ no .1:49-55,, '63.
3.6: 1)
1. Vsescryuznyy naufto-issledovatellokiy vitaminnyy institut.

WIPASTOV, ILI,; SIIT~IOWVICHUS, Ya.(j.
Charges in the manifestation of rock pre3sure in working coal
'th preliminary wetting. F-Iz.-tekh. probi. razrp-b. -pol.
seams w:.
iskop. 110.5-20-28 165. (tMA 1�:1)
1. Vostochnyy nauchno-issledovatellskiy institut po bezopasnosti
rabot v gornoy promyshlennosti, Kemerovo.

BFM-Ulf, 7,~. V.j L L., 5;9, -EM; rz, 3.
um
Pfl:~Glc2l therapy oil.pravallont foma of VtLao,.lp--x7 trb4D--mLLosi-,,
ProbL Tuber%,, llo!kva No. 6., Nov.-Dec. 50. p. 65-7.
C No. 9 WeSPS Sar-ateritm (Dim--tor--l. K. Rabinovich;
Chernagu7bavo).
31 March 1951

SHLIN, D.M.
(:~iartz-aegirina granita-porphyry from the Agiuskoye District of
eastern Transbaikal-ta. Dok3L.AN SSSR 106 no.1:119-322 Ja 156.
(KWA 9: 4)
l.Vsesoyu.zn" mauchno-issledovatellskiy geologicheskiT institut.
Predstayleno akademikom D.S.Korzhinskim.
(Aginskoye District--Porphyry)

-01 "-
SHLINCHAK, N. V. Ceind Mad Sci -- (diss) "Data an the pathomorphology of
the liver in can*&.eZ rheumatisra and rheumatic heart defects." Onsk, 1959.
17 pp (Min of Health RSFSR. Onsk State Mad Inst im M. I. Kalinin), 200 copies
(KL, 52-59, 127)
A-
-11 -

SHLINDKAN, ph.L (Kaliningrad)
11.1 1 ~
Result of the treatment of gynecological diseases with preserved
tissue. Akush. i gin. no-3172-74 My-Je 154. MBA 7:8)
(TISSUM TBERAPT, in various diseases,
*gyn. die. )
(GENECOLOGICAL DISEASES, therapy,
tissue ther.)

SHLMMi, Sh. I. , kand.med.nauk
Treatment of female sterility. Sov.med. 22 no.5:104-106 My '58
(MIRA 11:7)
1. Iz Rizhskogo okruzhnogo voyennogo goanitalya (nnchallnik
A.K. Khqldin).
(STERILITY, FEMALE, ther.
eArly ther. (Rus))

SHLIOMAIJ. Sh.l., kj--nd.med.nauk
Test fo.,:- patenc7 of the Fallopian tubes by introduction. of a
penicillin solution. Akush. i gin, 34 no.3:95-98 ~~-Je 158.
(MIRA 11:6)
(FALLOPIAN TUBES
patency test with penicillin solution (Rus))
(PLITICILLI11. ther. use
patency test of Fallopian tubes (Rus))

SHLINDMAUJ~ Sh.I.,q kanrl.meed.nauk
Early pravention of sterility in women. Vop. okh. mat. i det.
5 no. 5;,51-54 S-0 160. (MP,~ 13:10)
(STERILITY)

SHLINDMAN, Sh.I., kand.med.nauk (Riga)
Apparatus for hydrotubation. Ped., akush. i gin. 23 no.3:50-52
161. WRA 15:4)
(FALLOPIAN TUBES--INTUBATION)
(MEDICAL INSTRUMENTS AND APPARATUS)

SHLINDM-Ul, V. R.
FA 65T8-J*
USSR/Petroleum Industry may 1948
Pumps, Turbine
"EXPloitation of Oil Wells With Turbine Pumps," V. M.
Shlindman, 3 PP
"Neft Khoz" Vol XM, No 5
Exploitation of oil wells with turbine pumps may in
numbor of cases be effective substitute for ccmpressor
exploitation and electric rotary pumps, when
reason these methods are impracticable or un------l
LC 65T84

AID P - 567
Subjec t USISR/Mining
Card 1,1/1 Pub. (a - 41/22
Author Shlindman, V. M.
Title analysis of volumetric losses in turbo-drills
. L, Kh o z .v. 32, -48, 1--18, Ag 1954
P e r 1o d ia 1. ,7 Tr f
Abstra~~t The author discusses the method of calculation of volu-
MV-1,~ric losses described by V. M. Kaslyanov (Neft. Khoz.,
#9, 1953) and offers a few corrections to the equation
for the turbo-drill power and its volumetric efficiency.
The discussion is illustrated by numerical example for
turbo-drills of the T.12M2-10 type. Two Russian ref-
-''-,(?nces (1953).
In,stitution None
Subm1tted 111o date

SKUNDMAN, V.M-'*
------
Rangp of application of centrifugal pumps without sucker rods in
petroleum production. Neft-n-oz. 33 no.2:43-49 F 155. (VIRA 8:4)
(Oil well pumps)

SHLINDPJi.N,, V-M.
Bgjan6e, and reduction of power required by an installation of
submersible electric centrifugal pumps. Rnerg.biul. no.1:23-28
Ja '56. (MLBA 9:5)
(Oil well pumps)

'AIIJINDMAIN, V.M.
.A- -
Hydraulic calculation of spiral ccnduit. branches of cenfr-l-l'u-
gal pumps. Nauch. trudy Mosk. inst. rad-icelek. 'L gor.
ele'ktromekh. no.44:87-98 162. (1,11PUA 17:9)

3.1 111, i tic, E R , A .
Good-quality seed as the basis of , ield. Zemledelie 26 nr 8:67-66
Ag 164. (I-IMA -17: 11)
1, Starshiy agronom Tokushihskogo sovkhoza Severo-Kazakhstanskoy
oblasti.

SJILIOMISI M~
Ultrasonic absorption in electrolytes, Akust.zhur. 6 no.1:116-
119 160. (MM 14:5)
1. Permskiy gosudarstvennyy universitet.
(Electrolytes) (Ultrasonic waves)

I U T0 S',"Iliomis, K.I. (Ivanovo)
36035
S/0-10/6-9/026/0102/007/025
D299/D301
T I T 1, 2 Or. the sta-10illity (with respect to -periodic disturban-
ces) of a rotating fluid, heated from below
P:,_HICDICAL: Prikladnaya r.-atematilm i mekhanika, v. 26, no. 2, 1962
2b7 - 272
n -X'11 The ej'--:'ect o--:' rotation on the stability of a
fluid, heated
..rom below, is considered. The -fluid occupies a closed cubic con-
The stability is investigated i-In a coordinate-syst-em V/1"ich
rotates to:~et'ller with the container walls. Terms due to centrifun-a-1
and Coriolis -forces, are added to the ordinary convection equations;
(only -ue.r:-,s, iinear in the disturbances, are rezained). The equa-
tions of. motio.-. and of heat-conduction are
ir _NA'2v + ag7T + 2SI(vx7) Ayv + 1'72T, Vv = 0.(1.5)
, i +
3y introducing characteristic units 1, V1, and Tly one obtains:
-~- = - 7 f + 7 ~v + CyT + D(v x y) P~ = Cjv + V2T, Vv = 0 (1 -7)
Card 1/5.

S/04-0/62/026/002/007/025
On the stability (with respect to D299/D301
P is.-the Prand-I'll number, C - the Rayleigh nu~iber and D - the
Taylor number. The linear equatiuns (1-7) do no-$. contain 'L, exp-Licit-
I
_Ly. Hence, all the quantities can be assumed as proportional to
exp ~,,t), and the boundary-value problem
/-v 7f + ,, 4v + C^tT + D(v x y) /_~PT = C~jv + _/-T, ~/v
is considered, to-et".er viit'la, the boune~.,ry conditions on the contai-
rler yial.ls. The equilibrium is stable if Re /'I is neCative. The boun-
darNr'6o:-_diti*ons or, -.','ie -faces of the cube are
c2
d v
T v 0 -t e u -.,er faces
pper- and lo,,
0z2
(2.1)
jpvz cT
a -c,-e latcr_~l faces.
-_.--4 f4 Cia'j ye~ they yield
-e co:~-_-ect. cozvect.-Lon currents
r e s U i t SC
~re for:-.ed' 'in' t.-.o have z- e rcr:Lo,.'Ijci-,,y wi ti-, re-
Erject to all zlie order to lf'_fnz~ ":.c- a!lo-sed values
Card' V5

S/O,',0/62/026/002/007/025
U r; i-je stalbili tj" 0-;i -U" -es--)ect to D29~/D`Oi
one z--_rj-!51ies the o,~erction rot. to the -s- ecu--.'-* on (1
o ;:, ,, I _U 6 __ %, - 6.L ., I
rarzfor:%ations, onu, obtains for the -.relocity- ard ze:-.~e:,atu-
T
-a system- of 3 horno,-eneous algebraic equations; by
dleter,--.inant of this system equal to zero, ore obtains
t'--e eq!~,-_ticr -for the ei-envalues tof bound ary-value proble-m (I.,S).
s`u'~bility of the lar'-Cst-poSsible motion in the cube, is inves-
~ore det-ail. The -otations
/3-12 r = 2C2/27-4, T = D2/27,-i 4
a = Y (3
L::e. 'i-troduced. For u one obtains the ecuation:
4xu3 + 6~12 + 7F + 0 (3.2)
- 6 + T - r. 0.3)
where a = P, p = 2P + 1 , Y = 2 + P + PT
'2 1. e rc o -~' s o f' E, C . ( 3 . 2 )coincide (to within a factor 3,;~ 2), .-.,i+.h the
of (1.8). 2-herefore, onset ol' instabil'Ay coincide-s with
t1-c a cLir_--cc o--:' solut4 ons to (3.2) vrith the real .)~_,rt of e-u-1
to _-ero; as the aris--n- co!-.vection currents may be ei-.her statio-
C,
i.a-ry -r nonsI.,.-.ionary, t'he sou-ht solutions can be either tii.-,e in-
j '- r,
dl e LaZ14 Ont e. the part of u is also zero), or pori odic
Card 3/5

'C -,/0 0 6/0 C. 2 ',D 0 7/0 2 5
On . . . D29
1 L; U 72 0 T', e con -J on for ex4sti-ce of '....-r-odic
Sol U -z' i C! is T-1 con,:itlon is catiS_"ierd, b,., licui;,' -.etals
fol'o--vin-, iz _s co-.~.*
I* lon 1", fulfilled.
it waz found th-T, c u i r; f c 3 r c o t s o f 'Eq, . 2 is a!,.,.,--ys
e C, 2, 0 'o'
v a- Iu e c o f c th. 2) s- I; r. e ac h o f
Z;.,. C n u r 0 e s t, y of liqui.t! in these
re4ionzi, lo c t o t - o o e tu i on,
co-2-Isidel-ed st) far, s o f -,a r ta or s fo r a I i t h e o s s i b"; e
-.0-_LC--.z-'- z: b;, L c. d I +.~-.at t'.._e of- of a m,-
---ne'tic
0.-
:.-.o - 'n a co=,~,cl-tt is fully equi-
-.b,v.-, resul ts ~!-'-'ly also to
va IUQ f icn U
a conductin- flaid
4~ C 4'ieid~. T",ere are 1 -figure,
4
2
-:)Ioc ttn` 4 non-- -bloc. The
'oviet
fe~ ences to *;,,- -.'n ..s rca- follo""".
CI ~ai. ~ r a e r , On. in! on of' cc,-ec'-;Gn a !-a-ne'ic
4 el": 501 ; ;S. '-:'he 1n7
stab~L_L~--,.y of a C c, f _"I'. i cub.:ect to Coriolis
~orceq. i. P.-oc. -;C)C. v. 2-~7, ~06; S"'. Cimndrase-
D. __'I"Zort. T c~ f, I t _y o f a 1 L y r 1,ail'
e C Ica.'Ced be-lovi
alir_ SUO_Cc_~ to C 0 1' 3 1 0 c 0 c - R O_y - S 0 c 19 5 5 , v. 231,
Ca-rd -':./5 4

S/040/62/026/002/-'iOt/025
C n t,1-1 %D sc -~ . b i l j. -.I- y (4;_ t1h, r e s p e c t, -t o... D299/D30i
p. 10,00; Lord 7)ayleigh. On convection currents in a hori=-.1kal layer
o--:' fl,,,:,id, vihe- the LEher temperature is on the under side. P1.11il.
1.7,-. - . ,lc;16, v. 32, p. ~29-
. r.> 4,
SUM.'I2T-"D: Cctober 31, 1961
Card 5/5

L 18593-63 EPR/EWT(1)/EWG(k)/BDSLEEC(b)-2/ES(w)-2 -_AFTTG,/
M/ D-
AS
ONf/i__ .~&S -31
:
A JP(C)/SSD Ps-4/Pz_4/Pi-4/Po_4/Pab-4 ATIWW
ACCESSION NR: AP3003246 S/OW/63/OZ7/003/0523/0531
AUTHORt Shliomis, 14. 1. (Ivanovo)
i TITLEi Oscillating perturbations in a conductive fluid influenced by a magnetic
field
SOURCE: Prikladnaya matematika i mekhanika, v. 77, no. 31 1963~ 523-531
TOPIC TAGSt oscillating perturbation , magnetic field
ABSTRACT: The author studies, in general forms, the effect of a-homogeneous
magnetic field on the character of decay of small perturbations from equilibrium
of a conductive fluid in a cavity of any form. He shows that for small Hartman
numbers M there are two types of normal perturbations: 'hagnetic" and
"hydrodynamic." Perturbations of both types decay monotonically. The higher
of some critical M L- M* in the spectrum of normal perturbations are such that
they can be attributed neither to magnetic nor hydrodynamic; he does not express
this type. These normal perturbations oscillate with time and for M a little,
)V2
larger than M* theiz frequencies are proportional to (M The origin
Card

L 18593-63
ACCESSION NRt AP3003246
of the critical point must be connected with the presence of the two types of i
perturbations for small Me The author studies In detail the character of the
exceptions which have perturbations at the same point. He expresses his gratitude
to V. S. Sorokin. Orig. art. hass 62 formulas*
ASSOCIATION: none
SU11%1ITTED: 12Dec62 DATE ACQt 23Jul63 ENCLt 00 f-1
SUB CODEt WA,PH NO REF SOVs 003 -oTtmt 000
2/2
Card

ACCESSION UR2
A.P40016 S/0207/64/boo/oo4/bo23/6o26
AUTHOUSs Bratukhinj, Yus Ke (Ferml)i Shliomisp M. Ie (Perm')
TITLE: On perturbations from equilibrium in c;~;fiddting fluid filling a spherical
cavity in the prosence of a magnetic field
SOUME: Zhurnal prikladnoy mekhaaiki i takhnicheskoy flziki, no. 4, 1964j 23-28
TOPIC TAGSs magnetic field, equilibrium condition, perburbationj Hartman numbert
hydromagnetic wave., hydrodynamic th6ory
ABSTRACT: The effect of small perturbations on a corducting fluid with Viscosity
and electric conMctivity 6 filling a cavity with immovable walls and in the
presence of a magnatic field M was studied analyticallyo The equations describing,
the velocity and field perturbations u and h. proportional to w Ats are given by2~
Xu = VSU + M (TV) 11 Vp, div u- 0.,
XNh = V% + M (TV) u, divh 0:
N M
C PV
iccird-Li /2
7

311111 CMIS, I MO.. "; e-M, )
IT-1-b-ational crnvpr,,tJve IngtabIlIty of a acmducting fluid in a
magnetie, field. mat. i mekh. 28 no.i-a678-4,83 Tl-?4164
( MJRA D . E )

L 45099-66 E-,.,T( I Vt"WPW % -!/ Di
ACC NR; AP6021#887 SOURCE CODE: UR/0056/0"6/051/001/0258/0265
AVFHOR: Shliornis, 14. 1.
OFW: Perm Stal.e tJnivr.,rrj1t,y (PenTokly Vosudarstiennyy universitet)
TITLE: Hydrodynani~cs of a fluid with intrinsic rotation
SOURCE- Zhurnal eksperimentallnoy i teoreticheskoy fiziki, v. 51, no. 1, 1966, 258-!
2065
TOPIC TAGS: hydrodynamics, strem tensor, viscosity, shear viscosity, V-0'erex Fzdaj.'
superfluidity
ABSTRACT: A complete set of.hydrodynamic equations is derived phenomenologically
from the conservation laws for a fluid with an intrinsic angular momentum. The
total angular momentum per unit volume of such a medium consists of the ordinary
momentum due to hydrodynamic! (translational) motion of the fluid and of its proper
(intrinsic) rotation M. In comparsion with ordinary hydrodynamics equations , this
P
set of equations contains two additional kinetic coefficients (intrinsic angular
momentum diffusion and rotational viscosity coefficients) and an equation for the
rate of change of M. It follows from the latter equation that variation of M is
due to two causes: the albsence of equilibrium coupling between the intrinsic
angular momentum and vortex motion of the fluid (relaxation) and inhomogeneity of
M (diffusion). 'ITie stress tensor is nonsymmetr1cal. It is shown that interaction
L Car 112

USSR/Electricity Aug 48
Osaillographs
Switches
"Electromechanical Throw-Over Switch for Cathode
Oscillography," Ya. I. Sozovskiy, Engr, M. Kh.
Shliomovich, F-W, 3 'PP
E-4 !Elek Stants" Vol XIX' No 8
Subject equipment was tested at the Lab of Elec
Measurements, TsNIEL. It permits alnultaneous
a~ control and recording of two individual mechanical
phenomena on the theory of mechanical vibrating
rectifiers. Includea circuit diagram of first
410 26/49T16
USSR/Elec tricity (ContcL) Aug 48
assembled model. First performance results were
encouraging.
26/49r16
~-4
0

SH~uomovlcft, M.Lh.
, -MM MAW *MWA*-d - -
Problome in designing ampery voltohmmeters. lzm, tekh. no.3:64-65
147-Je '57. (Electric meters) (MM& 10-5)

7-20 1_59
AUTHORS: Lyubarskays., A.M. , Engineer and S~,,, li. _mf~ n, Candi -ate
of Techni~~a.__ Sr,,_iencp~~
asar Ind t z,
TITLE: A S+andard-zall-on. System -Me 1 419 ic- Itc
Instrume,n-,.2 (Sistema s-;andarti.-za-.3il- siek~-_c-
izmeritellnykh pr-,ticrov) On ~bp "G0ST"--prcje,.it Measur-
ing instraments. General rptib-,ca-_ Specifi-~afiocns.
Test Methods". (0 Dr~;Yektp_ AGOST "Pri-rony
Klassifikall-ajja~ Objhzchlyii tokl-oaj_~;hp-~.-e Jjjj!t0Cjy 43py_
taniyl)
PERIODICAL: Standartizatsi-ara, 191-5, Nr pp 61-67) (USSR)
ABSTRACT: The problem cf t"Ce a 'llaziz main
standard fc--r electric mea,,urx _g and -4rdi,atfng was
discussed at -.~he f.i---L;t ~nfere-13,- o:i D_~rc-
blems of electric instrumen'13 in -7-957, In Lenlinngrad.. The Vs-3-
soyuznyy nauchno--~-Issiedt,--,rate',Is"-~-,-*-Iy inst-"ut elektroimeritell
nykh priborov Gosplana SSSR (VNTIEP) ( Ths All Union S-zientific
Research Institute of Elec~rfc Measu=-Ing instruments the
Gosplan USSR) at present is workin.- out a ct-andard of general
technical specificati:7'ns fr'r all
Card 1/2 instruments. This standard may becc-_--ie a base for :!,xrap~ete stan-

26-558-3-201/39
Standardization System fol Filactric Measuring indicator T-Slrllmentf:. Cn t-ne
11GOST11-project "Electric &ieasuring Gereral Tech-
nical Specifications. Test Methods'?.
dardization of such instruments. it is expac~ed th-at in the
future, whan a standard hae been worked out: the ozher single
standards will serve as com;~Iementq te it and will contain only
specific da-.a for sppcial typee of instruments. The authors make
practical suggestions on details cf the main stan~iaZa and criti-
cize the draft of the proJect., which has beer, com-rlete-' by
VNIIEF and sen' to he o--ganizatians c~-n----ern=-d fc)r discassfon.
ASSOCIATION: VNIIK-omiteta standartov, mer i izmer--;tellnykh priborov (VNII of
the Committee of Standards, Uesures ) and 'i~easuring Device~:)
Card 2/2 1. Incticators-Sta.7dai-Is

9(3), 28(2) SOV/115-59-5-19/27
AUTHORS: Shliomovich, M.Eh., and Kapnik, M.Sh.
TITLE: Zero Indicator for Measuring Installations of Direct Current
PERIODICAL: lzmeritel'naya Tekhnika, 1959, Nr 5, pp 41-44 (USSR)
ADSTRkCT: The authors state, that with bridge or potentiometer-measuring
installations of direct current, it is difficult to find a zero
indicator (galvanometerN with a suitable sensivity for current
and voltage. For this r;ason, -the use of an installation is re-
commended, which consists of a condenser, a galvanometer and a
commutator (Fig.1). In a bridge scheme, for example, this instal-
lation works in the following ways Voltage Uxx moves through Com-
mutator PI to condenser C, which is loaded at the equilibrium of
the bridge. Then the condenser is switched off from the zero di-
agonal bridge by the commutator and unloads to galvanometer G'.
The movable part of the galvanometer deviates under the impulse
of the unloading current. There are 1 diagram, 1 layout, 12 equa-
Card 1/1 tions and 3 references, I of which is Soviet and 2 English.

S/115/60/000/06/18/031
B007/BO14
AUTHOR: Shliomovichq M. Kh.
TITLE: An Apparatus Used to Analyze Instruments for the Effect of
Outer Magnetic Fields
PERIODICAL: lzmeritelinaya tekhnika, 1960, No. 69 PP- 35-39
TEXT: In. Soviet and other specifications it is recommended to use a single
coil for generating outer magnetic fields while testing electrical measuring
instruments (Refs. 1-3). In the practice, howeverg-a double coil (the
Helmholz coil) is usually applied for this purpose. In connection therewith
the author gives a theoretical explanation of the use of this double coil. V/
It is shown that when the unsteadiness of the field in the space occupied
by the device instrument to be tested varies but little, the mean radius
of the ring of the double coil is half as great as the mean radius of the
single coil. The conclusions drawn therefrom are explained. Next, a com-
parison is made between the double coil and a_single coil for a ratio of
1;2 between -ahe two radii. A theoretical study has shown that it is more
Card 1/2