SCIENTIFIC ABSTRACT SLAVIN, A.M. - SLAVIN, R.M.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001651310008-6
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 25, 2000
• Sequence Number: 8
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

TAIROV, II.P. kand. sell skokhozyaystvennykh nauk; SIAVIN, A.M.
Economic accountability on swine-fattening farms. Zhivotnovodstvo
21 no.1:12-16 Ja 159. (MIR& 12:2)
1. Glavnyy zootekhnik sovkhoza "Belaya dacha." Moskovskoy oblasti.
(Svine--Feeding and feeding stuffs)

OBTDINNOV, V.A., dots; SLAVIN, A.M. zootekhnik; FIDOTOV, P.I.
Penicillium rlycelium as swine food. Zhivotnovodstvo 21 no.6.*72-74
jo 159. (MIRA 12SS)
1. Mookovatcays. veterinernays Wmdimlya (for Obydennov).*_ '. Glav-
my vetvraeb sovkhos "Bolaya dacha.* Ukhtomskogo, rayons, Mookovskoy
oblastl (for Fodotov).
(Swine-looding and feeding stuffs)
(Ponicillium)

8LAVIN, A. Me --RPAYIV, le. U.
-) IT)MAROV, N.M. arul Iy, U
"Ventilation of pigsties with heating of flowing air."
Veterinariya, Vol. 37, No- 7, 196o, p. 75
C-,R T -
1) - jr, " -@- t" %

KOMAROV, N.M., prof.; TORPAKOT, F.G., kand.veterin.nauk; SIA@A@
uchanyy zootekbnik
Tentilation of pigsties with a heated air flow. V'eterinariia
37 no.7:75-78 JI 160. (MIRA 16s2)
(9wine houses and equipment)
(Farm buildingo-ibmting and ventilation)

,SJAV IN, B.
Improving navigation metbods for vessels in the Rybinsk water
reservoir. Nor. i rech.flot 14 no.12:14-16 D 15k (KLRA 8:1)
(Rybiask Reservoir--Navigation)

F-FSJZTEIj;A LID-Ti;bv, ldi,: SLIK117 B.A.; POSTIJ iV. YU.V.;
.1 -
t
S01,'GLC-Vf--*'-hYAI, Ye.A.; TML,@,.OV, 'I.; BARGI-, V.A.
Const-raction of vertica-1 draina-c-e in the Gclodnaya Steppe. Mat.
po proizv. sil. Uzb. no.15:281-306 f60. (1-1114- 14:8)
1. Institut vodnykh problem i gidrotekhniki AN UzSSR; Uzbekskiy
gidrogeologicheskiy trest i Glavgolodnostepstroy.
(Mirzachull region-Drainage)

BRAUN)@ I.I.P., doktor toklin. nauk; MIROVSKIY, E.I., inzh.; LEVITANUS, A.D.,
kand. te@hn. nauki KARAWIN, E.I., inzh,; @LAVJV,' B,A., Inzh.
Using low-nickel and nickelless steels for pinions of tractor
transmissions. Mashinostroenie no.2t85-87 Mr-Ap 165.
(MIRA 18:6)

SLAVIN, B. Ye. Cand Tech Sei -- "Study of the strength and deformations
Wx ., r,
of pylon-type subway,,,pi ars made of prefabricated reinforced concrete." Mos,
1961 (Min of Railways USSR. Mos Order of Lenin and Order of Labor Red Banner
Inst of Engineers of Railroad Transport im I. V. Stalin). (KL, 4-61, 200)
-4-

BESKOV, Sergey Dmitriyovicht prof.; BELOTSVETOV, Aleksey Vsevolodovich;
KLYUCHNIKC-V., Nikolay Grigorlyevich; SLAVIN, David Osipoyich;
METELISKAYA, G.S., red.; ZAYTSEVA, K.F., red. kart; MAKHOVA,
N. N... tekhn. red
[Principles of chemical technology]Osnovy khimicheekoi tekhnologii;
posobie dlia studentov pedagogichookikh institutov. (By] S.D.
Beskov i dr. Izd.2., ispr. i dop. Moskva, Uchpedgiz, 1962. 406 p.
(MIRA 16:1)
(Chemistry, Technical)

DRDZDOV, Pavel Filaretovich;-LLAVIII. D.S., Otv.rad.; CHMMVSKATA, T.P..
-va; ILIIIISKATA,- -- -T
red.izd G.M.. Techn.red.; ITADEINSKATA. A.A.,
takhn.red.
[Precast reinforced concrete construction elements in mines)
Sbornya zhelezobstonnye konstniktaft v shakhtnom stroitel'stve.
?4oskva, Ugletekbizdat, 1958. 325 P. (14IR& 12:1)
(Mining engineering) (Precast concrete construction)

LIVOVSKIY, A.S., inzh.; SLAVIN. D.S.. inzh.
Planning production centers of the constructioz IndustrT,
Prom. stroi. 36 no.12:4-7 D '58. (MIRA 12:1)
(Construction industry)

RABKIN, Semen Llvovich; MURATOV, Igor' Vladimirovich; SUIRYAYEV, Grigoriy
Anatollyevich; SLAVIN, D.S., otv.red.; PETRAKOVA, Te.P., red.
izd-va. BMESLA tekhn.red.
[Sectional reinforced concrete constructions for mine support]
Sbornye zhelezobetonnye konstruktsii shakhtnoi krepi. Moskra,
Gos.nauchno-takhn.izd-vo lit-ry po gornomn delu, 1959. 227 P.
(MIRA 12:12)
Wine timbering) (Precast concrete construction)

__pL _4; (;HEKHOvsKHA, T.P.. red. izd
SIkVIN, r,@y _$tepqnov:kc -va; NINSKER,
L.I., tekhn. red.
[Precast reinforced-concrete construction in mine building] Sber-
nye zhelezobetonrqe konstruktsii v shakhtnom stroitellst-we. Mo-
skva, Goo. nauobno-tekhn. izd.-vo lit-ry po gornomu delu,, 1961.
190 P. (MIU .14: 10)
(Procast concrete construction) (Mime buildings)

MARKOVICH, Mikhail Parmenovich; LIVSHITS, Ya.D., prof., retsenzent;
SLAVIN,-R,9,., otv. red.; GIIECHKOV, L.V., red. izd-va;
14TS-DI&VA, V.V., tekbn. red.
[Structural elements and construction work at the surface of mines)
Stroitellrye konstruktsii i proizvodstvo stroitellnykh rabot na po-
verkhnosti shakht. Moskva, Gosgortckhizdat@ 1962. 429 p.
(MIU 15:12)
1. Zaveduyushchiy kaf6droy!--etro.it*VzWkh konstruktsiy i mostov
Riyevskogo avtodorozhnogo instituta (for Livshits).
(Mine buildings)

FLAKSE-.1,- Yakov Grigorlyeirich; 1712KKEL' Arkadiy Illich; NIKIT121KO,
Vasiliy Rodionov-@ch; IOVIIKOV, Grigoriy Porfirlyevich;
AfTODA, Ivan Ivanov-ich; MARKOVICHIM.P.,kand.teft.naukpdots.,
CRICOR, V.I. dots., retsenzent; NITROOIN,S.C.,
tseRzent VR,D.S.,otv.red.,- CHERNEGOVA,E.M.,red.ind-val
14AKS V-,t6lbii.red,
[Principles of building and mining-engineering structures]
Osnovy stroitellnogo dela i gornainzhenernye sooruzheniia.
Izd.2., dop. i perer. [By] IA.G.Plaksin i dr. Moskva,
Cosgortakhizdat, 1963. 463 p. (MIRA 16:12)
(Building) (Mine buildings)

@: @ " V T @; , f " . 1', . , , f '. i ;@ " I r', 4 KI- I, N@,@ @Ii`. , :%
1; k--- . - - i, - .11, V@. .11 - y -
11, Voltages During Fault Clearing an Long Transm,ssion Lines With
Ileccvery -
Series Capacitors", pauer presented at International Conference on large
-,-IectrLc Systems (CIGIRV), 16th Session, Paris, 30 MaY-9 June 1956

135-6-4/13
TITLE& New Method of Semi-Automatic Hose-Welding with Non-Melting
Electrodes in Argon (Novyi eposob poluaytomaticheskoy shlangovey
svarki neplavyashchimaya elektrodom v srede argon&).
to the direction of its own movement. The operator has only
@o watch the accuracy of movement of the arc along the connec-
t,
tion,, The length of arc remains always independent of the
work contour, Welding in possible on complex contours in various
positions of space. The output is 3-5-fold as compared to
manual welding, the process is stable, the quality of welds
is same as in automatic welding and is less dependent of the
operator's skill.
The process is applicable for welding stainless, heat-resistant,
and structural steels of OA-4 mm thicknesag aluminum and
magnesium alloys of over 1.5 mm thickness.
The semi-automatic hose-welder '117LU6-111, shown by a photograph
and by mechanical and electrical diagrams, works with cur:@vnto
of up to 400A and with tungsten electrodes of 1-6 mm in d-Jimeter.
The welding kit ("ranets") comprises the wire spool with an '-,-
electric motor mounted inside, the gear reductor of the flexible
shaft drivag and is carried by the operator on his back, In
Card 2/3 this way, the length of the flexible shaft is reduced and the

1315-6-8/13
TITLEt New Method of Semi--Auto_matJ@. flosp_-A',@Iding with Non-Melting
Electrodes in Argon (Novyi aposob pcluavtomaticheakoy shlangavoy
svarki neplavyashchimsya elektrodem v srede argon&).
weight of hoses (6 meter) does not affect the welding process,
The transportable control-gear is made in suitcase-form of
470x3OOx2OO min slze@ it is connected by electric wiring and
removable hvses to the parts carried by the welder on his back.
The devices works on alternate as well as on direct current
with the same .,ontrol circuit,
Detailed design and technology, as well as welding conditions
for various welds are givenL.
The article contains 4 photograph8q I mechanical scheme, 1
electrical scheme, 2 tables,,
ASSOCIATION! INIAVI
PRESENTED BY:
SUBMITTEDi
AVAILABLE: At the Library of Congress,
Card 3/3

-01,01h, G. A.; N. !@.; A. K.; N. P.; XuldAKOVA, A. I.;
MLUMICHI I. M.; SOIIAJJJV, S. A.; POPiOV, V. I.
Results of Some Researches, Carried out in the USSR on 600 kV long-distance
Power Transmi55ions.
paper submitted for presentation at the Intl. Conf. on Iarge Electric Systems (CIGRE)
17th Biennial Session, Paris, France, 4-14 June 1958.
Electra No- 30, Nov 57, periodical news letter issued by the CIGRE, Paris France.

112100
3355o
S/135/62/000/002/004/010
A006/A101
AUTHORS: Petrov.- A.V., Candidate of Technical Sciences, Slavin, G.A., Engineer
TIME- Automatic welding of thin steel sheetswith a pulsating are in argon
atmosphere
PERIODICAL: Svarochnoye proizvodstvo, no. 2, 1962, 18 - 21
TEXT- Difficulties in welding thin steel sheets (less than 0.6 mm) are
widely eliminated with the aid of a pulsating are combined with an "auxilikry" are
in argon atmosphere. The peculiarity of this method is the maintenance of an-in-
dependent 0.8 - 2 amp are between the tungsten electrode and the part to be welded.
The pulsating are is superp, osed onto the auxiliary are. The continuous burning of
the auxiliary are eliminates "straying" of the pulsating are during its repeated
excitation and assures constant electric parameters of the process and stable spot
dimensions. On the basis of special investigations, a power supply source and
a technoloiy we're developed for welding-with a pulsating'arc-. The process is per-
formed on a copper backing plate in pneumatic hose key-type clamps. The'backing
plate has a longitudinal groove 0.15 --0"2 mm deep and 1.8 - 2.0 mm wide. T6
reduce warping of the edges, it is reco;;;nded to use "rijid!' welding conditions.
However, an excessive reduction of the pulse duration may cause undercuttings on
Card 111 -2,

L 22643w65
ACCESSION NR.# AP5001170

creases.the effect of thernial variations on the shape of the seams Tft weldi
so leads to looer residual.stread. Btirnlng'of,the@thln sh@ets-.,Was;@.ellminated...

.using -a rotating welding -head. d Tfg-,i
: Thd@ describe 461ding 66thod: ensures
,

@
d t h- dr ffg-
ity seams when thin and'ma sive @i@ hal
a parts. are-. joine oget er rt
ures and 2 tables.,
ASSOG7MON: None'_

SUM11TTED. 00 "Slid OOD19-.@':--,
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NO REP:SOV: 000
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Card 2/2'.

2gwimjm.of-t
operatiz his 0 1
and is connected. in swei4s with the ireld1mg trww ormwo
control mind1mg Of the Choke
LC
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L 18,96-66 -EWT(m)/EWP(v)/-T/@vP (t)/a-@,P(k)/E0-(b)/EWA,(F) P/H14
13/0049/004i-,
ACCESSION NR: AP50215T6 UR/0286/65/000/0
621.T91.89
trov, A. V.-
Verbitskiy V. G.-I Slavin, G. A.
AUTHOR: Pe
yq, 5
TITLE: Congtricted are weldina ass 21, No. 1T2423
SOURCE: Byulleten' izobreten?71 i tovarn3rkh znakov, no. 139 1965, 49
TOPIC TAGS: are welding, constricted are welding, thin sheet arc veldlug
ABSTRACT: An Author Certificate has been issued for a method of constricted -ard,
welding of thin sheet materials@ The welding is done with a closed constricted-,:
arc using a miniature chamber pressed at a definite.presiure to the parts being.
(Not
welded and moved along the weld.
ASSOCIATION: none
SUBMITTED: 19jah63 ENCL: 00 SUB CODE:,: IV
ATD PIM:
OTHER: 000
NO REF SOV: 000
cc,
"j

@3bAyrn, q.A.
4ffect of the of bus conductors and substation eQuir-
- I r
ment on voltage recoi@ery durina Vne el-5-mination of short circu-Itsj
Trudy LPI no.242@159-164 165. 0 (MIRA 18:8)

SbAVIII, LI.A., ke-nrj.tekI)n.wAkj PETROV, A.V., kand.t-3kh,.-,.nauk,- SMIPNOVA,
S.V., inzh.; KOWTKOVA, G.M., inzb.
Autcoatic welding with a nonconsumblo eiect-rode of zhdn-ahe-at
alundnum allo7s using a pulsating arc. Svar.proizv. no.21-2s!8-20
D 165 (MIRA 18312)
.'@ a

SLAVIN) G.A. (Moskva); PETROV A.V. (Mosk-va); Kl,)Iiv)'I'KOV,',, G.M. (ffizhcv);
FILIPPOV, M.A. (Rzhev@
Feed source of a direct current pulsation arc. Av*--.-..svar. 18
no.11:63-67 N 165. (MIPA 18:12)
1. Submitted April 29, 1965.

I;"" " f
T/ &Z,--
A Z!'t' AP600617'@ SOURCE CODE: UR/0135/66/000/002/0001/0004
AUTHOR: Petrov, A. V. (Candidate of technical sciences)- Slavin G. A. (Candidate
of techni@al sde-nces)
ORG: none
TITLE: A study of the tachnical potential of the pulse are
SOURCE: Svarochnoye proizvodstvo, no. 2, 1965, 1-4
TOPIC TAGS: arc welding, pulse welding., alloy steel, mechanical strengt1h, welding
equipment
ABSTRACT: The pulse are welding method was evaluated by studying certain process
parameters, the character of the welded seam and the heat affected zone. Equations
for the heat flow rate q and the welding current I as a function o impulse time
2, r
t. and pause time t are given. Experiments were done on IKhlBNgTlsteel of 3.0 mm
thickness and the efificiency was-given as a function of cycle stability G--- t It
j V
welding current I r (tbis was calculated from I r = II(l + t It wheree I is p se cur-
rent) and pulse vs continuous arc. The temperature field @as obtained from the
UDC: 621.791.8.004.12
Card 1/3

T 2265L, -60
ACC NR: AP6006178
ifollowing equation:
VX
V
q
P ;-a Ivr
V, z) m (r, z) e Ko
2 vxb
The field was plotted as a function of x-y coordinates for G 0, 1, 3. The pulse
,method is deemed better than continuous welding since it melted the metal more ef-
ficiently with a smaller heat affected zone. Residual stresses were found to be
much lower in pulse welded samples and mechanical properties and seam dinsities high-
er. The therinal cycle at various points from the seam axis is given as a function
of time (again calculated by the above equation) for continuous and pulse welding.
For pulse welding, -the metal was much hotter at equivalent distances (0 to 6 mm);
the solidification time U to 3 sec) was given as a function of G for pulse cycles
of 0.35 and 0.48 sec and a maximum was reached at G fiO.5 (3 sec fo 0.36 sec,and
1.7 sec for 0.48 secd. The maximum density of welds made from AMg 1@aluiminum 0
ls
occurred at G = 0'51", Mechanical property data are given for pulse and contini 'U's
welding of MGSNA@steel (1.0 mm thick) as a function of the process rameters.
.The maximun strength (119.5 kg/MM2) was obtained for pulse arc weldingfIK!
at 240 a,
tP 6.00 sec, t 0.38 sec and G 16. Seam dimensions are given for Nalgss
Card 2/3

ACC NR: AP6006178
steel as a function of metal thickness (0.2 to 0.6 mm(, displacement, and dimensions
of the fusion zone. Orig. art. has; 8 figures, 2 tables, 5 fonnulas.
SUB CODE: 13,11/ SUBM DATE: 00/ ORIG REF: 0021 OTH RFF: 000
Card

L 52689-6t) h;WTk M)/EWP (v)/T/EWP(t)/E'dP(k) IJP(c) JD'HM
ACC NR- AP6012284 SOURCE CODE: UR/0125/65/000/011/0063/0067
AUTHOR: Slavin@,_q!, k.; Petrov, A. V.; Korotkova, G. M.; Filippov, M, A.
ORG: none
TITLE: Power source for pulsed DC arc
SOURCE: Avtmaticheakaya ovarke, no 11, 1965, pp 63-67
TOPIC TAM electric power source, electric arc, are molding, pule* welding.
circuit design
ABSTRACT: The pulsed DC arc welding method is a variation of shielded arc welding
with a nonconsumable electrode, which can be used to weld stainless and high-
temperature steels with wall thickness of 0.3-2.5 mm. It requires a power source
that must assure the required range of the control of pulse time t and pause time
, the required extent of current reg5@ation, the ionization Of the are gap during
tk pauses and a definite front of curytnt rise during the pulse. In this connection,
the authors determined experimentally-,Ve optimal parameters*of a power source of this
kind by welding specimens of 1Khl8N9T1Jteel 0.4, 0.8, 1.0 and 3.0 mm thick, the
criterion used being the melting power of the pulsed arc, characterized by its therisal
Card 1/2 UDC: 621.791.03:621.311.6

L 32689-66
ACC NR- AP6012284
efficiency. On the basis of experimentally plotted curves of thermal efficiency as a
function of current-pulse time it is established that the power source must assure a
pulse time of 0.06-0.4 see and hence also a pause time of 0.06-0.4 sec; the pulse
shape must be rectangular and hence the approximate current rising and drooping time
may not exceed 0.02 sec. Accordingly, the power source should assure the regulation
of current within the range of from 15 to 350 a. The circuit of the power source
should include a welding-current rectifier, a three-phase power transformer and a
thyratron-type breaker designed to turn on and off the current in the primary winding
of the transformer, to which it is connected in series, and to regulate the current-
pulse time. Orig. art. has: 7 figures.
SUB CODE: 09 SUBM DATZ: 29Apr65/ ORIG RU: 001
Card 2/2

T -2696-bb ii@ T(m)/r,,,',4?(v'/ c,@,Fk t j/'j'k
ACC NRt AP6015104 00 SOURCE CODE: UR/0135/66/000/005/0018/0019
AUIVOR: Petrov, A. V. (Candidate of technical acfences@; Slavin', G. A, (Candidate of
technical scienc-es)-
ORG: none
TITLE: Warping of thin sheet edges during.Helding
SOURCE: Svarachnoye proizvodgtvo, no. 5, 1966, 18-19
TOPIC TAGS: arc welding, argon shielded arc, thin sheet welding, thin sheet warping,
warping prevention, stainless steel sheet, aluminum alloy sheet
ABSTRACT: A serious problem in arc welding of thin (less than 0.6 mm thick) sheets
is the warping of sheet edges which unavoidably leads to burned through holes in the
weld. A special gage has been devised for measuring the it d of warpleg. The
with this device indicated that in lKhl8N9Tm)%n165u41tand SN-3 tainless-
data obtainej( 9 -
;-steel sheets\'0.3-0.5 mm thick, warping begins ah_e_aT_oT_the7r_cat a distance of
16-20 mm and reaches a maximum at a distance of 3-5 mm. The magnitude of the
warping increases with decreasing sheet thickness and in 0.3-0.5 mm thick sheets, is
about I mm. Cold-rolled sheets, as a rule, preserve the direction of warping (up or
down) in which they have warped at the beginning of welding. On the basis of these
observations, several methods for preventing warpage or for minimizing its negative
effects have been developed. One method is based on the use of clamping devices.
Card 1/2

L 32696-66
ACC NRt AP6015104
fFig. 1.
d
7'-M irection
bar (a)
a
Setup for welding with control
of warping by angular backing
dr by flanging the sheets (b)
Since the distance between the clamps must be very short for sheets 0.1-0.5 mm
thick (4-8 mm) and Is consequently impractical, a traveling clamping device has been
designed which moves at a certain fixed distance from the arc, pressing the sheet
edges to the.backing bar. Another method (see Fig. 1) is based on the tendency of
sheets to warp in the direction of the initial warping. This method is especially(
effective with materials whi
,@h have a-relatively low yield strength, such as AMtslor
AMg aluminum alloys. AMg6lalloy tanks with a wall thickness of 0.3-0.5 mm were
successfully welded by tFi-amethod. Helium added to the shielding argon increases
the depth of penetrati reduces the width of the weld and heat-affected zone, and
thus reduces warping.r26--i d
b u se -power arc welding br constricted-arc weldXn reduces
warping by 40 or 43% @espectively compared to,conventlional TIG weldillS.,erig. art.
has: 6 figures.
IDVI
SUB CODE: ll/ SUBM DATE: none/ ATD PRESS: 67,4-2 3
2/2 LC'_

L _4_5584-@,b E,IJ (d @/F.'JT (,-n)1i:V!;(w) 41 v-/-,/;,
ACC NR: AP6031410 SOURCE CODE: UR/0135/0'6/000/009/0018/0020
JDAY"VE
(Candidate of technical sciences); Sekretareva
AUTHOR: Slavin; A,
'E. S. (Enpineer); Savchuk, V. P. (Engineer)
ORG: none
\b
TITIAP: Automatic TIC welding of aluminum alloys in a vertical
position.
@SOURCE: Svarochnoye proizvodstvo, no. 9, 1966, 18-20
TOPIC TAGS: a4r@zn-tmt@-.I=y welding, aluminum alloy TIC welding, alloy
'pulsed power welding, vertical position alloy weldi@hg / AMg6 aluminum
!alloy
ABSTRACT: _A',,-lg6 aluminum alloy specimens 3-20 mm thick were TIG welded.
@in vertical position with a conventional conttnuous-power welder or wit]
an.t@IPDI-1@9_U e,perimental pulsed-power10W_,ej_d_%_r, -producing pulse currents
,up to 900 amp. Results showed that pulsed-powdr welding offers a
inumber of advantages: metal parts up to 6-8 mm thick can be welded
@wtthout preparation of edges (for heavier parts at least one side shoull
ibe beveled);10-mm thick parts can be joined in one pass with satisfac-@
tory weld formation; parts over 10 mm thick can be joined with a satiss--T
ifactory penetration of the root weld. Pulsed-power welding yieldsITJ
Idense, fine-grained welds with no porosity and a tensile strength of
1 2 2
i29-35.6 kg/mm vs. 35.7 kg/mm of the base metal. The advantages of
Card 1/ 2 UDC: 621.791.754:546.29:669.715

ACC NR: AP6031410
.pulsed-power welding are especially marked in welding horizontal joints
(in vertical position). However, these joints have a much narrower
iregion of optimal conditions than vertically welded joints. Orig. art,.
has: 2 figures and 2 tables. -'pp IND)
SUB CODE: 13, ll/ SUBM DATE: none/ ORIG REF:. 002/ ATD PRESS. 5082
:.Card 2/2

FISHMAN, Mikhail Aleksandrovich, dotaent, kandidat tekhnicheskikh nauk:
VAMOVSKIY, I.M., retsenzent; SIMONOV. K.A.. retsenzent; suyj&-.
G.P., kandidat tekhnicheskikh nauk. reteenzent; MARGOLIN. I.Z..
tb d a.ktor; YAZDOKOVA, M.L., redaktor izdatelstva; BIRLOV, A.?.,
takhnicheakiy redaktor
[Principles of ore dressing] Osnovy obogashcheniia polezaykh isko-
paemykh. Moskva. Goo. nauchno-tekhn. izd-vo lit-ry po chernoi C
tBvetnot metallurgii, 1956. 279 P- (MIRA 9:11)
(Ore dressing)

SLAVIN, G.P.
@,_: -41
Third conference of ore dressing BPecialists in Czechoslovakia.
U901' 32 no.8:48 Ag 157. (KLn 10:9)
(Czechoslovakia--Ore dressing)

z
MTE%ory : USSR/Acoustics - Noise J-3
Abr. Jour : Ref Zhur - Fizika, No 1, 1957 No 2123
Author : Slavin, I.F.
Title :-C5m-b-MIHg-_H_oIse in Machinery Spaces of Ships
Orig Pub : Tr. nauch. sesli Vses. n-i in-ta okhrany truda, 1955, Vyp- 3. L., 1955, 52-81
Abstract The excessive noise of hi@b-speed marine diesel engines not only fatigues
the command but reduces the seagoing safety. The article describes the
basic methods de-veloped by the LIOT to combat noise in ships. The source
of noise in ships IB analyzed in detail, and measurements of noise levels
in 36 diesel and steam ship installations of various types are given along
with noise levels in the machinery spaces of 31 ships; an approximate esti-
mate of the intelligibility of speech is given for the above ships. It is
shown that noise is lowest in ships provided with steam piston engines and that
turbines are noisier, principally owing to the noise in tbereduction gear. The
noisiest are diesels. The principal means for reduction of marine engine noise
are given, and a relationship is established between the n6ise level of mechan-
ical origin and the technical parameters of the engim L = (30 log n + 12 log
N - 9), where L is the noise level in phons, N the engine horsepoyer, and n
the shaft rpm. A nomogram is given for the a:Fove equation. A detailed anW1-
ysis is made of methods for soundproofing the engines, and &-method is given
C Card -.-l 2

SLAVINY I.L. . -
--- - - - -- -----
The first experience in using auxiUary brushes in the traction
motors of electric locomotives. Elek.i tepl.tiaga 7 no.239 F
163. (PCMA 16t2)
1. Zamestitell nachallnik@-depo Nizhnedneprovsk-Uzel
Pridneprovskoy dorogi.
(Electric railway motors) (Brushes, Electric)

FODCLI SKIT, Leonid Romanovich; PAPCHENKO. Nikolay Ivanovich;
__IL'yq_Llvov,ich* AKOYM. D.Y., inzh., red.; KHITROV, P.A.,
- ___j
tekhn.red.
[Electric networks of the VL23 electric locomotive] Blektri-
chaskie akhemy elektrovosa VL23. Moskva. Vess.izdatellsko-poligr.
ob"edinenia N-va putei soobahchaniia, 1960. 147 p.
(Electric locomotives) (KIM 13:11)

PODOLISKIY, Leonid Romanovich; PAPCIUKO, Nikolay Ivanovich;,XAVIN, Illya
LIvovich; KAZACIZIN V.I., Inzh., retsenzent; YAKOVLEV) D.T., inzh-,-,---
P P
i@e-t7s6hnienf;--bOBROVA, Ye.N., tekhn, red*
[Detecting and eliminating defects in the VI23 electric locomotive]
Qbnaruzhenie i ustranenie neispravnostei elektrovoza VL23- Moskva,
Vses. izdatellsko-poligr. ob"edinenie M-va putei soobshcheniia.,
1961. 143 p. (MI:@A 14:10)
(Electric locomotives--Maint-enance and repair)

neft. 7-as"'rlcs-
"-C, 1-7: 12)

S T . @l V J- @ 14 ,@.' '?,.
M@ @- k 1 1 : :- --- - - 2 ---- 7 - -. . - i - " 1: . - , - .; I - - ,
, ll,, @ 7, . -
@ - @-' I .- - @ c - - , -
y 1 ::D 1 - , , @

SLAVIN, LA.; SPASOV, S.; BASAN, IA.
UProducing synthetic tanning extracts from native coke tar."
LEKA PROI-IISHLENOST., SoMa, Bulgaria., Vol. 8, No. 2, 1959
Monthly list of EAST EUROPEAN ACCESSIONS (EEAI), LC, Vol. 8, No. 7, July 1959, Unclas

CHERNYSFEV, M.P.; ROZHKOV, L.P.; SIRJLIGINA, Ye.F.; IGNATOVICH A.F.;
LABUNSKAYA, L.S.; FOMINA, T.V.; CHERNYAKOVA, A.P.; SjAiOVA,
L.N.; TARASOVAP M.K.; ANFILATOVA, A.I.; qLAVIR,-L.-B..;
BARYSHEVSKAYA, G.I.; DERIGLAZOVA, N.V.; MATUSHEVSKIY, G.V.;
ALITMAN, E.N.; KROPACfEV, L.N.; CHEREDILOV, B.F.; POTAPOV,
A.T.; DUDCHIK, M.K.; REGENTOVSKIY, V.S.; YERMAKOVA, L.F.;
SaTINOVA, Ye.A.; KULIKOVSKIY, I.I.; KIRYUKHIN, V.G.; AKSENOV,
A.A., red.; NEDOSHIVINA, T.G., red.; SERGEYEV, A.N., tekhn.
red.; BRAYNINA, M.I., tekhn. red.
[Hydrometeorological- handbook of the Sea of Azov] Gidrometeoro-
logicheskii spravochnik Azovskogo moria. Pod red. A.A.Aksenova.
Leningrad, Gidrometeoizdat, 1962. 855 p. (MIRA 16-.7)
1. Gidrometeorologicheskaya observatoriya Chernogo i Asovskogo
morey.
(Azov, Sea of-Hydrometeorology)

L 05024-67 EWT(1 GW
ACC NRr AT60-07099
SOURCE CODE: UR/3
AUTHOR: Slavin, L. B.
ORG:
none V
TITLE: Heat balance and thermal economy of the Azov Sea
SOURCE: Basseynovaya gidrometeorologicheskaya obse
morey. SWMIR-rabot, no. 3, 1965, TL-4L
TOPIC TAGS: heat balance, ocean dynamics, thermal process ) 0-c-c-ftl-
L
_1_q9
7
ABSTRACT: The purpose of this study was to analyze all components of the heat balance
and on the basis of calculations to refine the heat balance, determine the magnitude
of the annual thermal economy in various regions of the Azov Sea, and to establish
the dependence of thermal economy on the depth of the sea and on other factors. The
analysis revealed that the basic causes for the characteristics of thermal processes
in the Azov Sea are the geographic location and atmospheric processes occurring over
it and the smallness and shallowness of the sea. The main source of beat arriving at
the surface of the sea is solar radiation which amounts to 95-100 kcal/cm2 year.
The bulk of the heat (from 45 kcal/cmz year in the central region of the se'a to 60
kcal/cm2 year in the south-western part of the sea and in t e southern part of the
Taganrog Bay) is expended for evaporation, about 35 kcal/cm year for effective
radiation, and least of all for contact' heat transfer (5-10 kcal/cM2 year). Heat
loss to evaporation and beat transfer with the atmosphere have the greatest spatial

L 05004-67
ACC NRt AT6007099
I
variation of all the camp-aents of the beat balance. The heat balance and thermal
economy are substantially affected during the winter and spring by the ice cover
and thermal effect during the formation and thawing of ice. Both the external add
internal thermal economy in the Azov Sea depend directly on its depth. There to
no well-pronouncerl &Awarejon nF hoot In-the Azov Sea. Heat transport If-AmqrpAii.
being determined by variable currents arising under the effect of the winds pro-
vallIng over the sea. OrIg. art, bass 9 tables and 7 figures.
;SUB CODE: 08/ SUBM DATE: acme/ ORIC REF: Oll

A i,Prinimali uchastiye: SUVIN, L.D.,
SLAVIN, David Os'povich (deceasedl '
lnzh.; ZUSKAN, I.G., inzh., red.; TATURA, G.L.. @re. @
(Technology of metals and other materials) Takhaologiia metallov
i drugikh materialov. Moskva, Gos.uche'6no-pedagog.i%d-Yo K-ve
prosv.RUSR. 1960, 414 p. (KIRA 13:10)
(Ketallurgy) (Metalwork) (Nonmetallic uterials)

ACCESSION NR: AP4010074 S/0129/64/000/001/0040/0044
AUTHORS: Pogodina-Alekseyeva, K. M.; Biront V. S.; Slavin, Le Do'
TITLE: The effect of ultrasonics on the mechanical properties of
R18 steel.
SOURCE: Metallovedeniye i termicheskaya obrabotka metallov, no.
1964, 40-44
TOPIC TAGS: R18 steel, mechanical propertyl ultrasonication, high
speed R18 steel, hardness, microhardness, heat resistance, hardening#;."-.
annealing, tempering, ultrasonic hardening, ultrasonic temperingj
A.-
steel structure conversion mechanism, cutting instrument..-, heat
treatment, austenitic steelg martensitev precipitation hardening
ABSTRACT: The effect of ultrasonics on the properties of high speed
R18 steel with respect to heat treating is qualitatively the aiiie
regardless of the time or duration of its introduction; generally)
the hardness, microhardness and heat resistance of the ultrasonically'.-
treated steel is higher than that of conventionally treated steel~
Ultrasonics intensify the transitions which take place on heat treat-
Card
1/3

ACCESSION NR: AP4010074
ing. Residual austenite is reduced to 18% by hardening with soni-
cation for 1 hour as compared with 25 hours for conventional har-
dening. Hardness increases with prolonged ultrasonics treatment,
and microhardness is also higher. This is explained by the increased
amount of carbide precipitates and their hardening. The effect of
ultrasonics during tempering is identical to the effect during an-
nealing. It is possible to obtain the same conversion of residual
austenite in a two-stage (to 0.3%) or even in a single stage (to 3%)
tempering that requires three-stage tempering by conventional
methods. The heat resistance of ultrasonically treated steels,
during annealing, tempering, or both is also higher with 1 hour of
treatment being optimum. It is proposed that ultrasonics prepare
the structure of the steel for further conversion, accelerate the
break-down of residual austenite and thereby form intermediate
phases (not strengthening martensite-austenite mixtures) which are
apparently strengtheneds especially by second tempering. Increased
microhardness due to ultrasonic tempering is explained by the forma-
tion of submicroscopic separated carbidest io *a, precipitation
hardening of the martensites Ultrasonic heat treatmento especially
2/3
Card

ACCESSION NR: AP4010074
1 hour ultrasonic temperingj is recommended for simple cutting
instruments. Orig. art. has: 3 Figures.
ASSOCIATION: Vseso zny*y zaochny*y politekhnicheskiy institut
(All-Vnion Correspondence Polytechnical Institute)
SUBMITTED: 00 DATE ACQ: 07Feb64 ENCL: 00
SUB CODE; ML NR REF SOV: 000 OTHER: 000
Card 3/3

.--)I-, -,, I -
SIAVI --A
Treating acute stages of sciatica. Sov.med. 21 Supplement:4-5 '57-
(KIPA 11:2)
1. Iz ob"yediaennoy bollnitsy No.18 imeni Oktyabrlskoy revolyutsit
Moskvy.
(SCIATICA)

1 . 1111. Viii" V.
2. U32A (600)
4. Labor and the Laboring Classes-1/edical Care
7. Persistenly eliminate shortcomings. V pom. profakti-ru 14 no. 6, 1953
9. Monthly List of Russian Accessions, Library of Congress, June 1953. Unclassified.

AUTHORS: Slavin, M., Belen'kiy, S. SOV/107-58-10-48/55
TITLE: Prolonging the Life of Radiv Valves (Prodleniye sroka sluzhby
V
radiolamp)
PERIODICAL: Radio, 191.38, Nr 10, P 57 (USSR)
ABSTRACT: The authors su,-.,,est a way of renewing valves and cathode-
ray tubes which have lost their emission. A voltage 1.6
times greater than normal is applied to the filament for
5-6 minutes.
Card 1/1

SLAVIN, M.
Restoration of electric vacuum devices with oxide cathodes. Radio
no.1:54 Ja '62. (KM 15:1)
(Electron tubes)

SLAVIN M.
High-frequency generator for reconditioning electron-tube
devicem. Radio no,7z48 J'1 962, (MIRA j6s6)
(Oscillators, Electron-tube)

GALTYMIN, 11.14.; SLAVIN, M.B.; Prinimali uchastiye: LERNER, B.N. ;
SECHENOVA. R.A.
Automation of safety and control systems of heating in automated
heating boilers. Nov. tekh. zhil.-kom. khoz.;Zhil. khoz. no.2:
71-85 163. (MIPA 18: 6)

SIAVINP M.B.
Evaluation and specifications of automatically controlled
boiler safety systems. Avtomatiz. otop. kot. no.3:148-AP 163.
(MERA 16:10)
1. Akademiya kommunallnogo khozyaystva.
(Automatic control) (Boilers)

TSIKEfNPJI, L.Ya., doktor tekhn.nauk; SLAlliq, M.B., kand.tekhn.nauk;
MAKISIMOV, M.P.,, 1nzh.
Electronic-acoustical methods for finding the locations of water
leakages from underground pipelines. Vod. i san. tekh. no.11:1-3
N '64. (MIRA 1812)

SLAVIN, M.B., kand. tekhn. nauk
Economic efficiency of the general automatic control of
boilers operating on gas fuel. Vid. i san. tekh. no.2;
25-28 F 165. (MIRA 1814)

L 14066-66, EWT
(d)/EWt~,1)/EWP(V)/EWP(k)/EWP(h)/E~P(1)/EWA"h) TG
ACC NR:, AP6002407(A) SOURCE- CODE: UR/0103/65/026/012/22�@/@285 012;
AUTHOI@: Slavin, M. B. (Moscow); Taikerman, L. Ya. (Moscow)
ORG: None
TITLE: Some unique features of the method of evaluating automatic control system
reliability
SOURCE: Avtomatika i telemekhanika v 26 no. 12$ 1965, 2281-2285
TOPIC TAGS: automatic contro1 s tem, system reliability, circuit reliability
ABSTRACT: The authors examine 'a rfiethod of evaluating automatic control system
reliability which takes into: account the properties of the controlled object. An express-@:.'@,
ion is derived for the determination of error probability in the control of the more
common cases of exponential and normal time distribution of the appearance of hidden
defects in a system, as well as for a Weibull distribution case. It is assumed that the
time of the elimination of the defects as well as of the reasons causing intolerable
deviation of the controlled parameters is extremely small compared to the operational
period investigated. Oirg. art. has; 5 figures and 12 formulas.
SUB CODE: 09/ SUBM DATE: 24Mar65/ ORIG REP: 011/ OTH REP: 003.
Card 1/1 UDC: 62-501.7:621.3.019.3

'@'-CC AJ160i70j-L SOURCE CODE: I "0372/65/000/012/G006/G006
AUTHOR: Slavin IAL B.
TITLE: Rational margins of redundancy and chiplication in automatic control and regulation
systems
@SOURCE: Ref. zli. Kibernetika, Abs.12G36
RE'F SOURCE: Nauchn. tr, Akad. koininun. kh-va, vyp. 34, 1965, 3-17
TOPIC 'FAGS: control Vieory, system reliability, characteristic function
il' iTRACT- Probh-ms of LILe classification and conditions for employment of (Aiplicat
Jon (D)
aiid reduodancy (R), represenLincr two fundamentally similar niethods of enhancing )-eliability,
are Considered. R is pointed out tbat the type of R and D nit,st be selected so as to Wke into
aCCQL111f thC Sp0(-ifjC ;)r0perties of Lbe autoniatioi) system by determining the least reliable and
:11oils"Olf-clieckilig elcluents as Nvell as the distribtition Ruictioti characteristic of the conceriled
1SYSteDi or of its indtvicittal parts. 'Dic corresponding inadieniatical functions servii-xg to esti-
n1ate Lhe effectiveness of R and D and to select the most expedient method are pre ented,
ilhistrations, Dibliography )Mxact]@
of 2 B. C. [Translation o. ay.
!,SUB CODE: 09, 12/
1Card

BOROVIKOV, Vas 'My Aleksandrovich; KOSAREV, Vladimir Kuzlmich; KHODOT,
Georgiy Aleksandrovich; SLAVI 4-A I., And. tekhn.nauk,
retsenzent; DOROKHOVA,-X-.T.-, 2 z retse - t GESSENI
V.Yu., doktor tekhn. nauk, red.; Apiz ", ;
VA fef-I., tekhn.
red. .1 .
(Electrical networks and systems] Elektricheskie seti i si-
stemy. Moskva, Gosenergoizdat, 1963. 459 p. (MIRA 16:8)
(Electric lines-Overhead)

BBIN, L.Te.; GANILIM, A.K.; GILINSKIY, A.M.; GORNOVESOV, G.V.; ZIATKOVSKIT,
A.P.; KAUFMAN, B.M.; KISELEV, N.A.; KULIKOV, P.Ye.; LEVIN. H.S.;
SHIRNOV, B.V.; SHIRNOV, V.I., SHIRSOVA. I.S.;
TARASOTA V.1e.; GEMOTARBY, V.I.; SEATS, Te.L.; FMIN. I.A.;
IOSIPTAN: S-G,i redaktor; SARK STA , A.M.. redaktor; SHIR IY.
K,D., redaktor; TAPLITSKIY, U.S. redaktor; KOKAROVA. V.K., redaktor;
GURIVICH, N.M.. tekhnichookly redaktor.
[FAiles for the operation of electric Installations in rural axes*]
Pravila takhnichaskol ekepluatatsil sellskikh elektroustanovok.
Hookvit, Goo. izd-vo sellkhov. lit-ry. 1957. 183 P. (XLHA 10:4)
1.'Russia (1923- U.S.S.R.) Glvanoye upravlenlye sel'skikh elektro-
stanteii.
(Electric power plants) (Electricity in agriculture)

LASHCHENKO, M.N.,-dotsent, kandidat takhnichookikh nauk; SLAVIN, M.Ta.,
kandidat tekhnichookikh nauk, doteent, ot.vetstvennyy redaktOr,"
AISTOT, N.N., doktor takhnichaskikh nauk, professor, reteenzent:
BIDA, P.K., inzheiner. retsenzent; KAPLAN. M.Ta.. redaktor;
PULIKINA. Te.A.. takhnichaskly redaktor
[Reinforcing natal structural elemental Usilenele metallichaskikh
konstruktail. Leningrad, Goo. Isd-vo lit-ry po stroitellstvu 1
arkh1takture, 1954. 154 p. (NUM 7:10)
(Building. Iron and steel)

SOV/1 24- 57-4-4621
Translation from: Referativnyy zhurnal. Mekhanika, 1957, Nr 4, p 108 (USSR)
AUTHOR: Stavin, M. Ya.
TITLE: Contribution to the Calculation of Prismatic Hipped Systems Accord-
ing to the "No-moment" Theory (K voprosu o raschete prizmatiches-
kikh skladchatykh sistern po "bezmomentnoy" teorii)
PERIODICAL: Nauch. tr. Leningr. inzh.-stroit. in-ta, 1954, Nr 17, pp 159-171
ABSTRACT: The author offers a graphic method for the calculation of hipped
systems with two-sided joints and with linear hinges on the ribs under
any desired simultaneous loading of all sides. A specific numerical
calculation example is adduced.
A. K. Mroshchinskiy
Card I/l

SOV/1 24-57-3-- 3578
Translation from: Referativnyy zhurnal. Mekhanika, 1957, Nr 3, p 137 (USSR)
AUTHOR: Slavin, M. Ya.
TITLE; On a Graphical Solution of Statically Indeterminate Systems (K
graficheskomu raschetu staticheski neopredelimykh sistem)
PERIODICAL: Nauch. tr. Leningr. inzh.-stroit. in-ta, 1956, Nr 23, pp 84 - 101
ABSTRACT: The method proposed for the graphical solution of statically indeter-
minate systems is based on the utilization of Oroperties of angular
(zero-slope ) fixed points. This approach is also one of the graphical
methods of solving the trinomial canonic equations to which a number
of problems in structural mechanics may be reduced. Essentially, the
method involves the graphical determination of the angles through
.which various joints of the frame are rotated; once these angles a-re
known ' fbrce diagrams may be constructed with th46 aid of the well-
known formulas. By utilizing the group unknowns of the slope-d'splace-
ment method, the author obtains a number of relationships perm'it-'ng
an analytical solution of framework systems containing no closed cor-
Card 1/1 tours. Illustrative examples are given. P. B. Antonevich

8(2) SOVI 112 -59 -1-615
Translati,on from: Referativn1yy zhurna-1. Elektrotekb-nika, 1959, Nr 1, p 81 {USSR)
A LIT HOR;_@@@@
TITLE: Operating EjTerience and Increasing Insulation Level and improving
a
Overvoltage Protection in the "Uzbekenergo" Power System
PERIODICAL: V sb.: Materialy 1-y Uzb. nauchno-tekhn. konferentsii po izolyatsii
i zashc-hite ot perep-apryazhen-iy. Farkhadges-Kayrak-Kumges, 1957, pp 5-55
ABSTRACT: It is recommended that substation insulators be washed before the
autumn rain period. in the 35-kv system, internal overvoltages were observed
whose amplitudes reached 4-6 times the phase-to-neutral voltage; they could
have been caused by asymmetrical short-circuits, by ferroresonance
phenomena, or by parametric resonances. Stator insulation of generators that
were ir, repair for a long time is tested with a double rated AG v-.)ltage and w1th
3.5--rated DC voltage. Rotor insLlation is tested with 2-3-kv AC voltage at
their rated speed. Failures of MKP-76-D circuit breakers are described in
Card 1/2

SOV/112-59-1-615
Operating Experience and Increasing Insulation Level and Improving Overvoltage . . .
detail. Operating axpqrience with bushings, pin-type insulators, and line
insulators is reported. Good qualities of SP-110 insulators are noted.
V. V. K. -D.
Card 212

SLAVIN, Vaum r-addeyevich
[In the struggle for commmiBt laborIV borlbe za kom-
munisticheskii trud. Petrozavodsk,, Gos.izd-vo Yarellskoi
ASSR, 1961. 86 p. (MIRA -15:9)
(Karelia-.Labor and laboring classes)
(Karelia--Socialist competition)

, 1, . - .
. . I
--ardi-a lDs::_7-Jei IT.-airZ_,n[_7 an' testimg tratuters-1.
I I @7)., L,
1@-f:2. 2'-'-_r, P.
SO: @.Ianthl List af Russ-an Accessica__S, Voi 6 No 4, JulY 1953

SLA`Tri'l , ". ".
U -ness ?:-cing
-5'1
Useful book ("Tr,@J-ning -nd trials of trotters.") Re-viewed by L. Ye Khosrayev.
Konevodstvo, 22, no. 3, 10,-52
Mont'lly 1!@ g_f Rugsian Accessi@ns, Library of Congress, Noveimber 110,52 UNCI-AMI-FIED.

XULEBAKIN, V.S.. akadamik, redaktor; BUDZICO, !.A., doktor takhnicheskikh nauk,
redektor; GANELIN, A.M., kandidat tekhnicheskikh nauk. redaktor;
GLIBOVICH, A.A.. kandidat tekhnicheskikh nauk, redalctor; DRIIVS, G.T.,
kandidat takhnicheakikh nauk. redaktor, LUMNSON. D.Ya.. kandidat
tekhnicheskikh nauk, redaktor; SIAVIN P.K, kandidat takhnicheakikh
nauk, redaktor; SOUDENIXOT, V.N., Icandida khnicheskikh nauk,
redaktor; SHUMILOVSKIY, N.N., doktor tekhnicheskikh nauk, redaktor;
KURDYUKOV, K.P.. kandidat tekhnicheskikh nauk, redaktor; KLIMOV, V.A.,
redaktor izdatel'stva; MOSKVICHRVA, N.I.. tekhnicheskiy redaktor
(Automatization of work in agriculture; papers deliverecl at the
conference November 25 - December 2, 1954] Avtomatizatslia poroiz-
vodsivennykh protsessov v sellskom khoziaistve; materialy soveshcha-
niia. 25 noiabria - 2 dekabria. Moskva, Izd-vo Akademii nauk SSSR,
1956. 452 p. (MIRA 9:12)
1. Soveshchanlyepo avtomatizatsii proizvodstyenuykh protseseov v
sel'skom khozyaystve. 1954. 2. Institut avtomatiki i telemekhaniki
AN SSSR (for Xulebakin). 3. Vaesoyuznyy nauchno-iseledovatellskiy
Institut alektrifikataii sel'skogo khOZyayBtVa (for Glebovich,
Solodenikov)
(Automatic control) (Agriculture)

f- I , % ; 7,, -
-'@) @,_' I/ ,iii 11@,::I I
KOVDA.Y.A.; SLAVINt-F.S.; SOKOLOV,V.A., professor, redaktor; KARKOV,V.Ta.
redaktor_.TTSTXW',,A.J.. tekhnicheakiy red&ktor
[Boil and geochemical characteristics of oil-bearing areas] Pochvwmo-
geokhimicheakie pokazatell neftenosnosti nedr. Moskva, Izd-vo Akademli
nauk SSSR. 1951. 68 p. Oflu 9:1)
(Petroleum geology)

15-57-5-6681
Translation from: Referativny zhurnalp Geolo,-iya, 19571, Nr 'i
p 143 (USSR@
AUTHOR: Slavin, P. S.
TITLE: Investigation of Oxidizing and Reducing Potential
of Soils for Petroleum-Prospecting Purposes (Ob
issledovanii okislitellno-vosstanovitellnogo
potentsiala pochvoc-,runtov dlya neftepoiskovykh
tseley)
PERIODICAL: Tr. N.-i. in-ta a-eofiz. i goekhim. metodov razvedki,
C@
1954, Nr 2, pp 103-110
ABSTRACT: Bibliographic entry
Card 1/1

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"A. -.0010TOM.14 IA411 JIGA4 it 906049 flu~ Aptil 21 to AFril,
Z -, Aq!t rr- A 9@!opo.,Al of tk% [e-mail]-4kk '. the AS USSR.
60 verq rcyrottatoa by about 240 members of
the AS 11812, its branches, the Anadsziss of the Isrublica
of ths Vilon. of a tusler of high onhoole, of ~India inatit-
.tt0. =4 protwIllol cre"Lls-lons of ". Mi.tot.rolve
a.. I okbrpay asdz (N--Blotjy of 1-@5cr ant FroteOlso
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Card 1/4 1:rlltloln@lpanto v^rT ociint'-ste free the Corzan Democratic
B.kchurin spoke about the movement of deep subterran-
....... A. a. a.... port.4 on
::,.:Its d-liag-i-M-M diet-ib.tio. of org..i. -"be-
1. the M.&I...1-Y -k. of %no I .. I" PI-tf--- Malk.d.,
one. -1. the amajoet f the f.11..Ig
a.A. loglievokLy - The present stage of the problest of
nwaU of gas ba.torls, no& a W.it*bi. method rw its
T.. it._ love - hydr-h-mi-I I .. sticati-M
In prosp..ting f- xaA tgtaraj Sent I. A. golds
am 3,11swin -- s*11 pook"Ical fessares fair thi-pold
of - -4 ..t-.l a.. to 10. ..P..t.46
T. a. ILLOro.skeye -6Imainiscon-s-bitmainological sashed
for the Investigation "-preeps.tind Of "twat gas "a
Iop.@t%.j T. A.Jgkol- - 968-&IYtL-&l
-a qiy ... I am& ..We %. *_plot* thest &ad *there.
The so, of 4996healeal methods IS varls.s regions .9 The
1351 was also treated, Tlamme-1posberskaws
provioJOLIS (A. 1,@..KEMO %.1161votev),
cmd 3/4 ftratavsko's 1pevelsh"O 1".: ::

SLAVIN, P. S.
V.A. Kovda and P.S. Slavin "Geochemical soil data concerning the mineral oil and
gas content"
rerort T)rescnted lit"IS con! 'erance in the DeT
- - pt. of Geologice-2, and Geosraph-"C-Al
Sci., 3-r' and M3+lhod!@ Cf Search and Prospecting
for Deposits, 21-26 APrii 1958-
(Vest. A'--, Nauj@: SSSR, 3.958, 110, 7, pp. 125-2;.,-,)

SIAVINY P.S.
Types of oxidation-reduction media in Cretaceous and Tertiary
deposits of Turkmenia. Izv.AN SSSR.S*.geol. 26 no.7:88-100
j:L 161. (MMA 14:7)
1. Vsesoyaznyy nauchno-issledovatel'skiy geologorazvedochmyy
neftyanoy institut, Moskva.
(i@rkmenistan--Sediments (Geology))
(Oxidationo-reduction reaction)

@P@
Methods for compiling geochemical maps in connection with
the s*dy of oil and gas potentials. Savogeol. 5 no.11:88-97
N 162. (MM 15:12)
1. Vsesoyuznyy geologorazvedochnyy neftya4cy institut.
(Geochemistry---Maps) '

SLAVIN.,--F-S,; KLYACHKINA, F.G.; NEVEROVA, V.I.
Relations between the disseminated bitumen and gas composition
and the oxidation-reduction characteristics of enclosing rocks.
Geol.nefti i gaze 6 no.8:50-52 Ag 162. (MIRA 15:9)
1. Vsesoyuznyy naucbno-issledovateliskiy institut yadernoy
geofizlki i geokhimii Ministerstva,geologii i okhrany nedr SSSR
i Vsesoyuznyy nauchno-issledovatel skiy geologorazvedochnyy
neftyanoy institut.
(Organic matter)
(Oxidation-reduction reaction)
"I

SIAVIIII) P.S.; NIKITINA, Ye. A.
Practice of goechemical regionalization for purposes of petroleum
prospecting. Sov. geol. 6 no.6:65-71+ Je 163. (mifu 16:7)
1. Vsesoyuznyy nauchno-issledovatellskiy institut, yadernoy
geofizi3d i geokbimii.
(Turlmenistan-Geochemica.1 prospecting)

DIKENSHTEYN, G.Kh.; KUTUZOVA, V.V.; RA5HIYKOV, K.K.; BABAYEV, A.G.;
FOLISTERY L.A.; YUFEREV, R.F.; SHISHnVA, A.I.; BAKEYEV,
R.A.; MAKAROVA, L.N.; YIURADOV, K.; FYALNOVSKAYA, I.A.;
SEZIIIOV, V.N.; SIROTDTA, Ye.A.; TURKRIA, I.S.; FELIDILAY,
S.L.; KHON, A.V.; KUNITSKAYA, T.N.; GOLENKOVA, N.P.;
ROSHINA, V.M.; FARTUKOVj, M.M.; SHCHUTSKAYA, Ye.K.;
ALTAYEVA, N.V.; BYKADOROV, V.A.; KOTOVA, M.S.; SAIRNOV,
L.M.; IBRAGIMOV, M.S.; KRAVCHENKO, M.F.; MARKOVA, L.P.;
ROZYYEVA, T.R.; UZAKOV, 0.; S;4VTN, F.S.; NIKITINA, Ye.A.;
MILOGRADOVA, M.V.; BARTASHEVICH, O.V.; STAROBINETS, I.S.;
KARIMOV, A.K.
[Splicing of the wires of overhead power transmission lines]
Soedinenie provodov vozdushnykh linii elektroperedachi. Mo-
skva, Energiia, 1964. 69 p. (Biblioteka elektromontera,
no.132) (MIRA 17:9)

- -1 @ '
, ) L-@ II .I,
Slavin, a. Y.. - Elp-ctronics arid automatization of ari ionic electric drive," Trudy
Sti-.dench. nauch.-t@@khr. o-va @Mlosk. enera,et. in-t im. Molotova), Issue 3, 1949.,
p. 20-28
ykh Statey, T:o. 15, 1949)
SO: U-4355, 14 August 53, (Letoois 'Zhurnal In- I

SLAVIN, R.M.
Control station for automatic water pumps with electric drive.
Biul. nauch.-takh. inform. po el*k. fiellkhox. no.1 056.
(Paving machinery) (Automatic control) ' (KLU l0r9)

SIAVIN, R.M.
Protecting electric motors from overload resulting from loss of
phase. Biul. nauch.-tekh. inform. po elek. sellkhoz. no.1:34-37
156. (KLRA 10-0)
(Ilectric motors)

SLAV III, R.M., kandidpt t elch niche skikh nauk.
-
Operation of electric traeUw-aotors in connection with the instsbili-
ty of supply voltageXauch.trudy VIRDKq 2:3-28 '56. (MLRA 10:1)
@Tractors--Xnigines) (Rlectric motors. Induction)

SLAVIN, R.M.. kand.tekhn.nauk
Performnce of the electric drive of tractors under continuous
unsteady load. [Nauch.trudy] VIBSKH 3:4P,-66 '53.
(14IRk 13:4)
(Tractors--Blectric driving)
I.

SLAVIN, R.?4.. kand.tokhn.mutc; 14URjiDYAI?, A.Ye.. lmnd.telthn.nauk
How static characteri8tics of tho electric drive affect the
prodri-.t4ity of tractors. [Ifaucb.trudyl VINSKH 3:67-80
'58. (14M 13:4)
(Tractors--Electric driving)

SLAVIN, RJI..knnd.tekhn.nnuk; FADEYEV, N.N.,inzh.; CHINILOV, Ye.P.,inzh.
Automatic stock waterer with electric henting and forced circulation
of wnter. Mekh. i elk. sots. sellkhoz. 15 no.2:31-36 158.
(MM 11:5)
1. Vsesoyuznyy nauchno-issledovatel'skiy institut elektrifikptsii
sel'skogo khozynystva.
(Cattle-Wntering)

SLAVIN, R.M., kand.tekbn.Dauk; LEV, N.A., inzh.
Protection for the electric motors of incubators. Ptitsevod-
stvo 9 no.10:22-27 0 159. (MIRA 13:2)
1. Vaesoyuznyy nauchno-iseledovatellsk-iy institut alektrifikatsii
sel'skogo khozyaystva (for Lay).
(Incubators) (Blectric ralays)

LISTOT, P.N., prof., doktor tekhn.nauk; GANELIN, A.M.; GRICHffSKIT, E.Ya.;
L3TIN, U.S.; HURADTAII, A.Te.; SLATIN, R.M.; TAKOBS, A.I.;
DEMINA, G.A., red.; TCKIR. A.K., takhn.red.
(Electrician for rural electric power systems] Blektromonter
ael'skoi elektrifikataii. Pod red. P.N.Listova. Moskva. Vaes.
uchobno-pedagog.izd-vo Proftekhizdat. 1960. (MIRA 13:5)
1. Chlen-korrespondent Yeesoyusnoy akademii sel'skokhoz.nauk
(TASKhNIL) (for Listov).
(Electricians--Handbooks, manuals, etc.)
(Electricity in agriculture)

- SLAUN, Radiy Mikhaylovich; GANELIN, Aleksandr Koiseyevich; ZKIJMTSKAYA,
L.D., tekhn.red.
[Automatic water onpply on livestock farms] Avtomatizatsiia
vodosaabzheniis zhivotnovadeboakikh form. Moskva, Izd-vo X-va
sel'.khoz.RSP-qR, 1961. 95 P. (MIRA 14:4)
(Cattle-Watering) (Famping machinery)