SCIENTIFIC ABSTRACT ZAMYATIN, G.V. - ZAMYATINA, O.N.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001963720018-4
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 19, 2001
• Sequence Number: 18
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

ZAMYATIV, G.S.; BALAKUT, V.M., red.1 LEVINA, L.G., tekhn. red.
(Efficient use of feeds] Ratsionallnoe ispolizovanie komav.
Moskva, lzd-vo If-va n9l'.khaz.RSFSR, 1961. 73 p.
(MIRA 15:1)
(Feeds)

ZANYATI14, T.,,_ kapitan-nastavnik
Cases from a navigator's practice. Mor. flot 25 no.3:22-23 ~Lr 165.
(MIRA 18:4)
1. Severnoye parokhodstvo.

L ?1th4--66..__&4T(m Me
_WL
ACCESSION M: AP5020153 UR/0135/65/000/00a/C,012/()013.~
66.046:621-791-053:669-15-19,t
t
;AUMORSt ZmW _gineer); Samoylov, M. L
MME: Thermal treatment of.welded 25KbMiVFA steel connections with~high frequeno'.~r
currents
12-13
SOURCE: Svarochnoye proizvodetvot noT 8v
iTOPIC TAGSt butt weld, welded joint, steel sheet welding, weld beat treatment# hi4
heating/ 25WOPA eel, VGO 10
frequency induction 9~2 generator
A orflateal a heet butt welds in a
B&IMM Tempering and normalization of 25M2S-
i'urnace and by high fre4uenoy induction gatliij ( IH).were compare& Steel platesi
(200 x 100 x 3 mm, d = 70_80 L-g/Mj?) were argon-are welded.with P_ tungsten elec-
trode using 1.6 mm diameter 18KhMA-Ifteel welding wire (three passes--only the
Isecond performed with welding wire). After 30 minutes the welds were subjected to
1high temperature tempering, normalization or normalizationdwith subsequent tempering-
in normal heat treating furnaces or by HFIE1 using generatof VGO-19~-a'Atemperingz I
i720-740C maximum temperaturel 13-15 Kw genoratorg 60-65 mm/min# 100 emp generator I
Icurrent, 2'0 V; normaliz-ation: 930~-9500, 2.5, 25-30t 100# and 260 V respectively).
41) J
,Hardness and miorostraotare profiles were taken and tensile properties of the welds

RON;
L 21dih_46.
7
fACOSSION NRt A250201~0
were tested. It was f wxnd -tha either Amtace nor EEFIH tempering completely-
eliminated the weld brittlenesA44ARC63-64 even after repeated-tempering)$ and the'
difference between the two methods was ao small that HFIH can,ba-used in place or
1conventional tempering (at 7200). When normalization has to be-poxformedl HFIR-0 an
be uaed-if-the temperature is increased from 900C to 930-9500. Proasure vessel
tests showed that norcalization at,950C with subsequent tempering irith HFIH gave:
I
1beat results. Orig. cixta hass figureco
ASSOCIATIONS Permak-A.r politekbnicheakijr inatitut (Perm Polytechnic Institute)
~SUBMITTED. 00 MCM * M SM COBES Mgt IR
'No Ra sov: 000 Ormt 000
)5 VA~
Cmd

SAMOYLOV,, M.I., inzhq_~AM IN, J.,P._ __Inzh.
L
Dovice for the spot wolding of boxliko structuroa. Svar.
no.6:38-39 Je 162. WIRA 15:6)
(Electric welding-Equipment and supplies)

S/135/62/0C,0/006/014/014
AoWAM
AUTHORS: Samoylov, 14, 1., za'Trfa~ ~nL__P,_,_ Engineers
TITLE: A device for spot-welding box-shaped structures
PERIODICAL: ovarocll-moye proizvodstvo. no. 6, 1962, 38 - 39
rnr)T: The authors developed and brought into use a special device for
welding box-shaped str'.ictures, at two spots simultaneously (Fig. 3). The device
is r-nounted with tlne aid of collar 1 and lever 2 onto the lower fixed cantilever
of a spot welding machine. The electrodes -13 of the device are coaxial with the
riachine electrodes. When handle 4 is rotated, rod 5 Pulls or pushes wedge 6;
- a result the dizitance 13 Increases or decreases, By laosening bolts 7, the
,.
a
device can be turned or displaced ~5o that the access through the operating holes
in t o the box is possible. Industrial tests of the device showeA its
advantage over nandrels. Box-shaped structures of a wide range of dimensions
can be welded with the aid of this instrument. The use of mandrels is eliminated.
labor efficiency is raised and stable welding conditions are ensured. The
quality of the weld joint is satisfactory.
Card 1/2

SlI 1516210r,'OIC0610 14/0 4
A device for spot-welding box-shaped structures A006/Aio6
Figure 3: A device for spot-welding box-shaped structures
There are 3 figures.'
Card 2/2
CBS-PKH__XOPG6qAToA XON-UPYKIAMR.

VQ,IYATIN, I.P.P in,zh.; SAi-L'OYLOV, M.Iop inzh.
" ......-
ileat treatment by hir, .-freq ency cur-c-&,s of WeldOd -101-nts made
I k. -U -
in 2%hSWFI~ S*00-1. SWUr- proizir. no.g:.12-13 lkj- t65. (,,-!I-i-,A 18:8)
1. Permskiy politekliniche.5kiy Inst-Itut..

TISHCHEMs N.A.9 iuzh.; UWATIN, IPS.s inshe
. Mining with high-opeed coal plowo.,Ugol' Ukr- 3 no.9:.16-19
8 t (MIRA 13:2)
(5MInoing engineering) (Coal mining machinery)

LUKIN, V. (MoBkva)l FOLOZOV L, olektromakhanik (Gamal'Bkaya ablast')
7AKUTIN, K,,J.3verdlovsk); NEYM11, V. (Leningrad) 1 GOIMIIYUK, S.
r c 6-0-) j
C --~YXD-V, L, (Hook7a); SIMNOV, B. (Gori);
(Leningrad)
Advices from experienced people. Za rul, 19 no. 2tl4,-15 F 161.
(MIRA 14W
(Motor vehicles-Equipment and supplies)

BERNSHTEYN, M.Kh.; YABKO, Ya.M,; WCONCHKOVSKIro A.D.; KRZHIZFIANOVSKlYp 4.0.;
Z&4YATIN, K.K.; BERNSHTEPYN, U.S.; BARKOVA, L.V.; PROKUIIAT, R.E.;
VTOROV, G.N.
Artificial,leather with a nonwoven base. Kozh,-obuv.prom. 5 no-4:
18-21 Ap 163. (MIRA 16: 5)
(Leather, Artificial)

L 24724-66 EIVTCM)/E'WP(j) IJP(c) M1
ACC NR. AP660-50-7 - - SOURCE comi --- UR/6"i ft!&/666/66~/-0011/0011
(~4 ) / I
AUTRCR: Y41a-0 1U, V~; Xn!q~N~.A.; Rg~~ker ka
.9- -X.- DMIdazen S. G.;
Buni at Yes Doi K. K
Guahchin, j..,Ya.; Modi Ze V. n Zamyatin
ORO: none
TnU: Method of preparing foamed.pavin&l. Class 8P No, 179269'/
SOURCE: Izobretenlya, prouiyablenDM obraztey.. tovarnyye %naki., no. 5, 1966, n
TOPIC TAGS: pavinal, polyvinylchloride coating, pore former
ABSTRACT: An Author Certificate has been iasued describing a method for preparing
foamed pavinal by applying p2lLyLgr1chloride -paste containing plasticizers, stabi-
lizcro,, pigmentej, and the pore former I to a cloth base. To apeca up the
process, the paste applied to the cloth is headed to 180-200C. Subsequently, the
coating obtained can.be printed. [LD)
SUB CODE: 3.1/ Sum ME: Olkig621
UDC: 678.026o3
-Cardl/1 T43-22:6TrO8654

X - ~7
LYUTINKO, V.P., inzh.; ZAKYATIM. K.M., tekhaik.
Using a heterodyne w4vometar an an exciter, TestesvIazi 17 no.8;
32-33 Ag 15?0 1* (MIRA 10.-10)
1jakutskiy radiotsentr (for Lyutenko).
(Radio--Transmitters and transmission)

PHASE I TREASURE ISLAND BIBLIOGRAPHICAL REPORT AID 347 - I
BOOK Call No.: TN672.V8
Author: ~ZAM' TIN, M. M., and GOLOVIN, G. F.
4A
Full Title: OF THERMAL FACTORS IN STUDY OF TRANSFOR-
MATIONS IN STEELS
Transliterated Title: Roll teplovykh faktorov v izuchenii
prevrashcheniy v stali
Publishing Data
Originating Agency: All-Union Scientific Engineering and Technical
Society of Machine Building. Urals Branch
Publishing House: State Scientific and Technical Publishin� House
of Machine Building Literature ("Mashgiz )
Date: 1950 No. pp.: 11 No. of copies; 3,000
Text Data
This is an article from the book: VSESOYUZNOYE NAUCHNOYE INZHENERNO-
TEKHNICHESKOYE OBSHCHESTVO MASHINOSTROITELEY. URALISKOYE OTDELENIYE,
THERMAL TREATMENT OF DIETALS - Symposium of Conference (Termicheskaya
obrabotka metallov, materialy konferentsti) (P-155-165), see AID 22~'-Il
Coverage: The significance of the velocity of transformation at heat-
ing and cooling in the development of the theory of heat
treatment is discussed. In review of the Soviet and other
literaturet related to the experimental results, the authors
1/2

Roll teplovykh faktorov v izuchenii prevrashcheniy AID 347 - I
-V stali
specially note that the conditions for heat transmission
have not been considered. The authors apply computation
for heat generation and absorbtion during the process of
transformation and present his analysis with 6 charts.
Experimental results indicate the important significance
of the factors of heat transmission on the duration of
transformation by heating. The similar problem in the
transformation by cooling is under investigation.
The comparison of calculated results and experimental data
lead to the conclusion that the velocity of transformation
measured during heating or cooling in the liquid bath is
not the actual velocity. The correct result can be obtained
,only in cases when the duration of the inert period and
transformation period is considerably longer than that of
the heating and cooling periods.
Purpose: For scientific workers
Facilities: None
No. of Russian and Slavic References: 9 (1926-1950)
Available: Library of Congress.
2/2

S11 23162100010 1010061013
AOO4/A1Ol
AUMHORS: Baluyeva, T.A.
TITLE: Nitriding of steel components with h-f heating
PERIODICAL: Referativnyy zhurnal, Mashinostroyeniye, no. 10, 1962, 34, abstract
IOB196. (V sb. "Prom. primeneniye tokov vysokoy chastoty v elektro-
termii". Mo-scow-Leningrad, Mashgiz, 1Q.61, log - 117)
TEXT: 7he authoz-z. investigated the effect of induction heating on the
acceleration of the nitriding process and the properties of the nitrided steel
layer. The experiments were carried out with specimens of the 38 XMDA
(3310-z,iYuA), 4ox (4oxh) and 4 x 13 (4Khl3) steel grades and with components 1from
25 X5MA (25hh5MLA) grade steel. The specimens were placed in a ceramic tubi! on
which the Inductor was put. Heating was effected by a machine generator of 100
W power and 8,000 cps frequency. Nitriding was effected at 5500C with 0.5 .. 540
hours holding. It was found that In nitriding components from 25Xh5MA grade
steel with h-f heating the total depth, at a temperature of 5500C, of t1he cemented
layer amounted to 0.06 - 0.07 = if the process duration was 30 minutes, 0.21 -~
- 0.23 mm if the process lasted 3 hours, and 0.30 - 0.39 mm with 5 hours duration.
Ca rd 1/2

S/123/62/000/010/006/013
Nitriding of steel.... AOo4/Aloi-
The total depth of layer of the 38KhMYuA and 40Kh steel grades practically*did
not differ from the figures obtained with the Q5Kh5MA grade steel If the nitrid-
ing process duration amounted to :5 hours. The depth of the high-hardness layer
is the same or somewhat higher with the 38KhMYuA steel than with the 25Kh5MA
steel, while it is somewhat lower with the 11OKh grade steel. The depth of the
saturated layer of the 4Khl3 grade steel is considerably lower than that of the
other grades and amounts to 0.06 - 0.09 mm only. These data agree with the re-
sults obtained in ordinary nitriding. In the nitriding with h-f heating of
plungers and bushes from 25Kh5MA grade steel, it is possible to obtain layers
0.2 - 0.25 mm deep in the course of 3 - 4 hours at a temperature of 5500C. More-
over, the depth of layer with a hardness exceeding HV 820 is 0.08 - 0.12 mm. It
is pointed out that nitriding with h-f heating in a saturated ammonia solution d1d
not yield encouraging results. Them are 9 figures and 4 references.
r
LAbstracter's note-. Complete translation]
E. Spivak
%lard 2/2

V 7,64VAIM, N. H.
MSE I TREASURE ISLAND BIBLIOGRAPHICAL REPORT AID 34T - I
BOOK Call No.: TN672,V8
Author: ZAMYATIN M. M. and GOLOVIN, 0. F.
Pull Tit OF THERMAL FACTORS IN STUDY OF TRANSFOR-
MATIONS IN STEELS
Transliterated Title: Roll teplovykh faktorov v izuehenii
prevrashcheniy v stali
Publishing Data
Originating Agency: All-Union Scientific Engineering and Technical
Society of Machine Building. Urals Branch
Publishing House: State Scientific and Technical Publishin
House
of Machine Building Literature ("Mashgiz )
Date: 1950 No. pp.: 11 No. of copies: 3,000
Text Data
This is an article from the book: VSESOYUZNOYE NAUCHNOYE INZHENERNO-
TEKHNICHES"SOYE OBSHCHESTVO MASHINOSTROITELEY. URALISKOYE OTDELENIYE,
THERMAL W.13ATMENT OF METALS - Symposium of Conference (Termicheska a
obrabotka metallov, materialy konferentsii) 0455-165~ see AID-,z2.?-,xr
Coverage; The significance of the velocity of transformation at"he at.-
ing and cooling in the development of the theory of heat
-treatment is discussed. In review of the Soviet and other
literature related to the experimental results, the authors
1/2

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AVERCHRIKO, B.; ZAIffATIN M - . NOVIKOVA, L., tekhn, red.
(Value the honor of the Soviet toilor]Dorozhit' cheat'lu
sovetskogo truzhenika; sbornik statei. Moskva, Izd-vo "Pravda,"
19622. 277 p. (Agr.icultural workers) (MIRA 15:12)

AL&SEYEV, Petr Fedorovich; ZAKYATI11, M:ikhail Mikbaylovich
(Great chnnges. The *fttt Illicha" Collective ?arm acan
from the ranks of the Is(-X,,ards to the leaders] Bollshie
pareminy. Kolkhoz 'Put' lllichO iz otstaiunhohikh. vykhodit
v paredavya. Moskva, Pravda, 1955. 81 p. (MIRA 13:1)
(Collective farms)

M-1
-11., I..,Iibots-kiy, and Cherches, P. IIN selection of hens on t.
zamyantia, he
Drincinle of stimalatine the development o! orogeny", I.-vestiya A;md.
T3SSR, 1949, Ito. 2, F. 109-20, - Biblioc,: 9 items.
(L9to-)jsi Zhurnal Inykh Statcy, No. 20, 19L9).
SO: U-411, 1? J-a1Y 53,

Z A M Y AT IN,
29169 ZAMYATIN, N. I ZUBROI/A. D.
X voprogu mez4porodnogo skrashchivanlya oviney v Belorusaii. IzvestiY;k
Akad-nauk BSS'lo 1~~q, No. 4, 9. 139-J44
SO: Letopial Zhurnallnykh Statay, Vol. 391 1949

ZAMTINO N.. red.
[Rosults of work with White Rassian Black and White Wnut at the
experlmut,al station of the White 2assian Agm-icaltm-al At,-adezqj
Iz remaltatov raboty md belorusaklmi chornopestrymi svinglami v
Uohebno-opytnom khoz1aistve Beloraoskoi sel'skolthoziaistvannol
almdeEdi. Gorki, 1956. 1.V. I(Mlu 11:10)
(White Russia.-Swins breediug)

IVANOVO A.I.; 1401TICII) V.K.; ZMMTIII, N.I.
Absolute age of the granitoid intrusions in the southern part
of'central Kazakhstan. Biul.Kom.po opr.abs.vozr.geo1.form.
no-4:30-47 161. .15:1)
(Kazakhstag-Rock Igneous)
(Geologica -ta6i

GILE21KO, R.K.:, toklinik; ZAIMM11, N.N. , tekhnik
-
From practices of using thermit w,~Idring for wire aplicirg. FreT,7-!Ak
10 no.7~18--.?q JI 162, (MMIL 1~1:7)
04ire-voldina)

ZAMTATIA,,.,P.
10:2)
'14 no.12:46 D '56.
Ulieful beginning- Dan. i kred. (KLRA
,(IoLtvia--dommerce) (Banks and bankilg)

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CLASSIFKATIGN
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U B AV 10 IS!; P it It a v 0( a X v of ft ffa KID n I ~ IS
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1-1 t-y I Y IL
1, t r
130-9-1/21
AUTHORS: Inozemtsev, N.P'., Sokol-pYA.I., -Hysev, I.F.,Tdrasenkov,, D.A,,
and Zamyatin, S.I.
TITLE: Orga'nisation of Production Quality Control (0b organizatsii
kontrol,. 1cachestva produktsii)
PERIODICAL: Metallurg, 1957, Nr 9,
pp..1-2 (USSR)
ABSTRACT: This is a contribution to discussions on the present short-
comin,,,Y,s and desirable changes in quality control organisation
in the Soviet iron and steel industry. The present organisat-
ion according to which a special department is responsible for
seeirg that instructions have.been correctly carried out at
each stage of the production process is considered harmful
since it encourages an irresponsible attitude on the part of
the operators and requires a very large control organisation.
As an example the number of reports of various types of.in-
corzect procedure at the "Serp i Molot" works are given. A
further criticism is that the present organisation is on a
shop basis, thus sometimes operating contrary to the interests
of the enterprise as a whole. A two-stage reorganisation is
recommended: review of the activity of each control worker
and prepexation for his work to be undertaken by a production
1/,workerr the few remaining control workers to';be assembled
Card

130-9-1/21
Organisation of Procluction Quality Control.
into a group for inspection of the quality of the final pro-
duct; this group to be removed from the control of the direct-
or of the enterprise. Pay-system revision to encourage
better quality is also recommended. Some measures to impro 've
quality-control work at the "Serp i Molot" works are enumera~
ted.
ASSOCIATION: "Serp i Molot" Works. (Zavod "Berp i Molot")
AVAILABLE: Library of Cp~pgress.
Card ?/?

ZAf,!YLT-,,N; S.R., ',nth.
Romoval of slag 7,n thp IAquld state from soaking pits of
blooming mills. Sta'.1 25 no.2.-1?9-181 F 165. (141RA 18,3)
1. Kuznetskiy mintallurgicheskiy kombinat.

PILIPENKO, M.S.1 ZAMrATTN, S.R.; UZBERG, V.P.; MOROKOV, P.K.; SUKHANOVA, Z-V-;
DIMMA, A*~*
Production and use of ladle brick. Ognsupory 29 no.12t529-534 164.
(MIRA 1813.)
1, Kuznetiskiy metallurgichookiy- kambinat.

P(MRTSEV.k, Ye.No; MEDVEDEV, V.A.j ZAMYATIN, S.R.
-- -
Exj*r;ments in the Industrial use of refractor7 concrete. O=eup-a-z7
29 no.7:308--33.3 164. (?,',IRA
1, Kuznetokly ~Eiatallurglcheukly kombinat.

BENEDIKTOVAY N.B.;.~ ~YATI~NS.R~.; MNONOVA, T.V.; SOLOMNOV, Ye.F.
Mantifacture of resin and dolomite firebrick and its testing in
aarvice. Ogneupory 27 nc.4:151-155 162. MRA 15:4)
1, Kiiznetskiy metallurgicheskiy kombinat.
(Firebrick)

KIRSANOV, V., latchik-ispytatell; ZAMYATIN, V., vedushchiy inzh.
KAI-14 is in the sky. Kryl.rod. 14 no.6:14 Je '63. (mm 16:7)
(Gliders (Aeronauticq))

IZM,kYWV, R.; ZAHTATIII, V.
Becord soaring glider. Kryl.rod. U no.io:14-17 o 16o.
(MMA 13: 11)
(Gliders (A4ronaatics))
t

, ~* j ,,,
,!ZA~KVTA
R
- Kryl.rod. 8
G3iding as a sport in the Polish People's Republir (MLRA 10:5 )
no.1:28-29 Ja '57-
(PoUna-Gliding and soaring)

ZAMD-TIII.9 V. , in;;h. , I %
11.2. (IrMAL 16: Il I
,-., '-!*,. I
With .j e-,, engines, Kril- r0d, 14 no.11:14 N:

ZANYATIN Vr_l SPIVAK; V.
-
The "Amur" glider. Kr7l. rod. 13 no.9:17-19 3 162.
(MIRA 15,10)
(Gliders(Aeronautics))

AID P - 5558
Subject USSR/Aeronautics - Gliding
Card 1/1 Pub. 58 - 17/20
Author Zamyatin, V.
Title Gliding sports in the Polish People's Republic
Periodical Kryl. rod., 1, 28-29, Ja 1957
Abstract The setup of the training in gliding sports in Poland
is outlined, as far as the system of training centers
is concerned. The organization of the mass production
of the gliders is dealt with in some detail, and the
basic types of gliders used in Poland are listed.
Some of these types and one unnamed training station
are sketchilly described. 4 drawings.
Institution : None
Submitted : No date

ZAMTATIN, V.A... i.nzh.
Using ateal, wire in electric networks of railroad junctions.
m
~ramsp. strot, 10 no. 12:36-37 D 160. (mm 13:12)
(Bleotrio railroads--Wires and wiring)

ZAHYATIII, V.A., inzh.; PANFIL. L.S.. inzh.
Efficient scheme for feeding electric power to nontraction
consumers. Xlek.i tepl.tiaga 3 no.12:20-23 D '59.
(MIRA 13:4)
(laectric power dietribution)
(Ilectric railroads)
i

Z&HUTIN, V.A., inzhe
Two-wire food lines supplying automatic block system lines,
Avtom., telem.1 sviaz' 4 no.1:4-7 Ja '60.
(MML 13:4)
(Railroads-Sigmaling-Block systems)
(Pailroad"lectrification

ZAMYATIN,, V.A., inzh.
Determination of the maximum length of the trackside
electric power oupply line. Trud7 HIIT 114:145-149
159. (MIRA 13:4)
(Railroads-BlectrIc equipment).

.Z.A,.MYAT,IN,- V-.;. SHEREMETEV, B.
Motor gliders. Kryl. rod. 15 no.10:26-27 0 164. (MIRA 18:1)

II ZAMTIN, V.A. , Imb.
P(mer supply to nontraction consumers an electrified railroads.
Tnidy WIT no.104:229-219 '59. (141R.A. 12:9)
(Blectric railroado-Wires and wiring)

ZMATIN, V. I.
Uperimental UtiliZation of thermo-chemical water purifiers by the
All-Union Institute of Scientific Research for the Distilling In-
dustry. Spirt.prom. 20 no.4:30-32 '54. (MLYA 7;12)
(Distilling industries) (Wi,.'Aer purifioation)

DVOYENOSOV, Dzhon Vladimirovich;,ZWATIN.,..Val.e4y.Hikhaylqvich;
SNESHKO, Yuriy Ivanovich,- FADEYEVA, N.N.,, kand. tekhn.
nauk, red.; GODINER, F.Ye., red.; SOBM, H.Z., tekhn.
red. -_ . f
(Loads acting on a glider in flight)
iushehie na planer v polete. Moskva,
1963. 138 p.
(Gliders (Aeronautics))
Nagruzki, daistvu-
Izd-vo DOSAAF..
(MIRA 16:8)
-!Zt

VELIGUS, S.[Velgus, S.], planerist; MAKULYA, E.[Makula, E.1, plane-
rist; SKSHIDLEVSKIY, S.[Skrzydlewski, S.], planerist;
SNESBKO, Yu.[translatorl; VASILIYEV, A.A., red.;
DVOYENOSOV, D.V., red,; ZAMYATIN, V.M. red,,---SOROKIN, M.Z.,
tekhn. red.
(Flights in a glider] Perelety na planers. Moskva, DOSAAR,
1963. 145 p.Translated from the Polish. (MIRA 16:10)
(Gliding and soaring)

USPENISMY, Anatoliy Anatollyevich, kand. ekonom. naukj, dots.;
ZAMYAT171 V .
-==4-~,.N . dots. kand. ekonom. nauks otv, red.;
GAVRILOV, G.V.., red.
(Economic development of the Korean People's Democratic
Republic] Ekonomicheskoe razvitie Koreiskoi. Narodno-
Demokraticheakoi Respubliki. Moskva. Vses. zaochrqi
finansovo-ekon. in-t., 1959. 19 p, (MM 15:2)
(Korea, 11orth-Economic conditions)

KALINITSKIY, Ya.B., kand.tekhn.nauk* WtYATIN, Ye.B., kand.tekhn.nauk
Car change in drift mininge Shakht. stroi. no.8:28-31 Ag 160.
(MIRA 13:11)
(Mine railroads-Cars)

up vu
band spw for cirf-.mference, empsoia, piano ana amor sh e is on f3c"ll JIL
-7 7 7-7
Ml

75

ZELIGMAN, L.N. [Zelihmany L.N.]I,~A~ff~TINJ Yu.V. [Zamliatin, IU.V.]
Ampoules for repeated use in t1le manufacture of plastic
scintillators. Khim. prom. no.4:75-76 O-D 164. (MIPA 18:3)

UWATIN. Yu-7- [Zamlintin, IIJ.V.]; ZAKIIARIN, Ya.A.,- KUTSMOVICH, M.B.
k
ych, M.B. J; GF-E-P-EDNIGII-ENKO,
LKutsykow K.P.
Experimental industrial unit for growin large singltcryEtals
for scintillation counters. Khim. prom.fUkr.] no.1:43-44 Ja-
Mr 165. (111IRA 18t4)

RAJ119
ITINOG T.M.; R&ZUM0VSKIYj, V.V*,-, SIROVA, L.Y.; TARMANOV, P.P.;
IGYNIKOV, O.T.; PICHUGIN, B.M.; ER(ROPIEV, I.V.,- PEDOROV,. B.A.;
kolz
KOS=ftft7SKIY, V.S.; ITAITOVA. A.S.: SNIGnW, T.G., USHO I lp
G.I.; VTONKOVA, Ye.A.; 2UMUTINAS'A.A.; SARGIM, N.A.; KURIPOVv
A.I.; POPOV, B.L.; FINOGUM-gTX.~,WUROV, T.B.; CHENCHIKOTSUr,
S.F.; ivgov, Te.k., Amimovs V.S., red.; VINOGRADOV, V.M., red.;
SMIRIICV, A.M., red.; KAKHOVSKATA,'O.G.. red. izd-va; RUDGHHNW,
A.M., red. izd-va; IAWOVA# IsSe, takhn. red.
[Foreign comma:i-3a of the U.S.S.R. with capitalist countrieol Tneah-
nlain torgovIla SSSR a kapitaliatichookiml stranami. Koakra, Vn ah-
tprgl2dat,, 115T, 232 po (MIRA 1197)
1, Koscow. NauMMimlseladtvatellskly koar7wjmkburny7 irzat-14,Ut.

KUVYKIN, S.I.; ZA1,rLATIIqA,, A.F.; ISDOVSKIY, V.Ya,; BARANNIKOV, E.I,
Deep drilling of slim-volls in Bashkiria. fleft. khoz. 40
no-4:12-16 Ap -162. (~MM 15:5)
- ~ (Aashk#U--OII well drilling)

-i-ii 4490496999
it it 4 1% it w it 0 0 U 44 'A *;&0
I U VJ T I AA 4 M ('C 11.
M k 4 4 # 6 1., 4
gel 00
00
60 "" ef.' 40
00
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00 itimat 4
Run. 37.645 Aug 31 IM I the tc
pbosphate 1. bi- -0 0
00 f fth Ca(Offi. & Y~M -I'citratc-1w)II
in
00 cregised by addii. of leffous r4dt to the lisPOa Wore The
60
-00
00 ce 0
soal
lag
too
AIJI.ILA WILLL.PrICAL Ltyf*AYUFI CLAWFICAIJON too
4 I'V.-
oil*
I .-C C..
-5- r _L_- i-v wi, 0 14 '1 a The
U Ts if '0 IV,
04 K A it Q PC is .1 it et
0 0000 0G*4l**r!G;GA***0G 000 SO 0 0 0 6 0 0
0 0000000000000000000,0sooseocooeseoeaseei~j

- ZMAYATINI, F. F.
(See Belopollskiy, A. P.)
, Russ Pat 57,645, Aug 31, 10,40
"Fertilizer," Im. g. Bogualavskly, and F. F.'Zamyajjaa
(SM: Inst. InsGet/Fung. in Ya. V. Samoylov)
SO; U-237/49, 8 April 1949

ZAXTATIHA, I.Y.
Review of the book "Methods for analyzIM And controlling tfie pro-
duction of sulfaric acid and supermhospb^4e.0 Zav. lab. 22 no.9:
1136-1137 '56. (XLRA 9:12)
1. Voskresenskiy khimicheekly kombinat.
(Sulfaric acid) (Phosphates)

EANYATINAS F. F.-"Investigation of the Chemiatry of the Reaction Giving Rise to
the Citrate-Soluble Forn of F205 from Apatite Concentrate by Sizk.,oring
itith the Sulfites of Sodium- and Hagnesium." Kin Higher Education ITSSR.
Moscow Chemicotechnological Inst imni Mendeleyev. Hoscow 1955.
(Dissertation for the Degxse of Candidate in Technical Science).
so Knizhanay letopis'
No 2s 1956

24(7) SOV/48-23-0-4/57
AUTHORS: Kalinin, SQ. X., Marzuvariov, V. L.~ Fayn, E. Ye., Zamyatina-
0. It., Perevertun, V. N., Tarakhovichp S, L,
TITLE: Atlas of Spectral Lines for a Spectrograph With.Diffraction
Grating
PERIODICAL: Izvestiya Akademii nauk SSSR. Seriya fizicheakaya, 1959,
Vol 2,59 Nr 99 pp 1o61-1o63 (USSR)
ABSTRACT: In connection with the aeries production of diffraction grat-
ing spectrographs, the necessity of methodical directives
and of atlanos in pointed out. At present, the authors are
preparing an atlas of apentral linen for grating npectrograj,l,s.
The atlas consists of plane tables (planshet) and of their
descriptions. In figure 1, for example, the iron spectrum in
a range extending over 66 1 is shown. This spectrum was record-
ed by means of the DFS-3 spectrograph, the grating of which
has 300 grating lines per mm. The spectra recorded were en-
larged 20 times and the lengths of the plane tables amount
to 370 mm, so that, for example, the entire iron spectrum has
a total length of 25 m. Owing to the high dispersion of the
instrument about 7000 lines of 85 elements are recorded, and
Card 1/2 the intensity of the lines is estimated according to a 12-degree

SOV/48-23-9--4/57
Atlas of Spectral Lines for a Spectrog-raph With Diffraction Grating
acalej if the sample containe more than IOY* of the element,
the li-nea are marked by the figure 1, and if it contains leso
than 0.0001~, by the figure 12. in the descriDtion the proper..
ties of the lines are discussed) and directive8 are given
for oexrying out analysea. There are I figure and 3 Soviet
referanoeB.
ASSOCIATION: Institut yadernoy fiziki Akademii na~ik KazSSR
(Institute of Nuclear Physics of the Aoademy of Sciences
of the Kazakhskaya. SSR)
Card 2/2

--ZA9vA.TTNA-,-. T.- K.
."Stabilization of Quiescent Point in Transistorized Amplifiers,"
PP 39-57, 111, 4 ref
Abet: The article discusses a method for stabilizing the Quiescent point,
significantly Increasing the stability of the parameters of amplifier
alronite. The caiines of Instability of quiescent points are analyzed.
SOURCE: Erimeneni-velojimroyodnikov v Tekbulk2 Ergy2dDor S=zl. Inform,
SboXnik (The Use of Semiconductors in Wire Commlinications Engine-ring.
Collection of Infornmxtion), Moscow, Svyazlizdat. 1957
Sum 18.54

_-UMTnIA, I.M., Lnzh. (Moskva).-, MOMYEV,, G.I., Inzh.
lz-~
Methodology for determining the economic efficiency of hydro-
electric power stations. Fllektrichastvo no-4;87-90 Ap 162.
(~MIA 15:5)
(Hydroelectric power stations)

< ZAMYATINA L
Sculptor-aviator. Tekh. mol. no.5:4-5 My 162. (19-RA 15:6)
(Helicopters)

MELENTqEVj, L.A.; STYRIKOVICH, M.A.; SHTEYNGAUZ, Ye.O.; ZmffATRIA,
I M red - LARIONOVy G.Ye., tekhn. red.
[Fuel and p)wer resources balance of the U.S.S.R.; basic
problems in economics and planning]Toplivno-energeticheakii
balans &I-SR; oanovzqe voprosy okonomiki i pianiravaniia. Mo-
skvaq Goseniargoizdatg 1962. 207 (MMA 15 '* 9)
(Power resources) (Q~*

CU
Oj
USMtl ectri city 49
Pover Plants, Elco-tric
Power Plants, Thermal
WPOL.a of the Cmitrol :Kydroatation in
Maintainl~g
a VeFaerve for Thermal Power Systems," V. A.
Mitsenav, Cand Tech Sci, I. M. ZamVatina, lhg~r,
)MIME, 3 pp
"Rlektricbeetv6" Vo 3
Dstamination of fixed capacity for a bydroelectric
station is one of most important problems of
design. It in Important to separate various
f~ncttcna of a reserve,by di~,~tributing it between,
_18 49rp
tt~/tllsctrlcity (Contd) Var 49
hYdioelectric station and thermal paver systamp.
Des6ribea characteristics of various reserves.
Ccilelivien that thermal reserve should not be smaller
than thatr part of the working caDacity cif all
ualtd~vnicn represents emergency underproduction
OfIthe entire system.
'D.
'-"'8/49T22

0 0 & 0 * 0 0
C 0 1) it Ld 1) 14 ft 14 J& i 21 n n a 2$ m 71 ?1 27 1W it u um Is Is Va 0 6 41 42 43 a a ~c
0 4 Q. _A"_. L 1. A a , F W W tL j 0
pi,
cx
00 if
Cheops In Cbelyablask coal stored ta StAcu in Mot .00
P. V. Voitnva and I,, A. Zainyatina. Cake end w
09 a -09
*0 8~- he. I i.'.
the lower layers of I he tacks ti-w% to not More t 0
tj . after 37 days of %torne. Over thiv period the caknific 1
041 Ii, val" of the cnel falls by W-74 #.-cal.. 11% 0 "tent tioes .90
I
0 0 of, toy 0,14 407% and Its 11,0 comfet'l fiv, bY 0,44.3%
V, 'j 4f0
41 The yield and nature of volatile pmiuvt% obtained imi
rokinx remAifto unchantroi C. A. 00
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tio" of oho tmpmtufo of "If.wtfm of Coal. R. V.
'
~r
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.
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araiyat
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and mrthod art dewtib"j

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Thirt"m rrferencrg. A.A. ll.xleomy.
-06
-00

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60 1 A 1 8 L I ff,tLIR(.ICAL C11101411649 CLASPIRICATICk
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NOITIKOV, Vasiliy Fedorovich; Z31iY-ATRIA, L.V.,, red.
(Iwl'ovk oil the novietr, and co=dttees with -,the labor force
and activist groups] Rabota sovetov i kon.itetov prof-
soiuzov s kadrami i aktivom. Yoskva, Frofizdat, 1964. 77 p.
(Bibliotechka profsoiumogo aktivista, no.16(88))
(~a tU 17: 8)

D'YACIIENKO, Vitaliy Vasillyevich;_~~,kTINA-,-L.V., red,; KOROBOVA,
N.D., tekhn. red.
(What the trade-union activist group should know about an
enterpriseus economical Chto dolzhen znat' profsoiuzvji
aktiv ob elconomike predpriiatiia. Moskvap Profizdat 1064.
93 p. (Bibliot.echka profsoiuznogo aktivista, no-507i)
(MIRA 17:3)

ZAMYATI.NA, L.V., inzh.; SOKOLOVSKIY, S.A., inzh,
Methodology for impulse measurements In electric
transformers. Vest. elektroprom. 33 no.10:23-27
,~Q 164 091RA 15:9)
13lectric transformers-Testing)

ZARYATINA., M.F.
compound tr3atment of andarteritia obliteranc. Zdravookhranonin
5 no-I-.55-.157 Ja-F 262.,, OURA 15:4)
1. Iz khiriraicheskogo otdaleniya Lechsanupra Moldavskoy SSR
(nachallnUt kmicl.mcd.nauk ?LMagari3l,citedh) .
(ARTZHIES- -DISEASES)

~:'-J - I'F 03 117P
ACCEW;Ti. im: a5ol.'6
533.-i7
H. A.- (14205caw Prudnikov, A. G, (KOBCOV)
AN SSSR. Izveatiya. Energ-It-Iff-a 1
tt P T 0T-AG-Z., let -Axinjj~' mirin& rate,:- 6rbulelit. Mixitig molecular- mlzing,. airstream*
codDustion product jet, turbulent mole~ulax diffusion. f
-7,Fzs-dlts 4-re -iresented opf theoretical and experimental studier of the
-,!-~ilar mixing In the initial section of a
hy-5
)f 1-t --n,1.1-ustion products injected int:'~ a ~-,~ncurri--nt airgt-furt. A p
diffUS
moat -r r the turt Ld e- t f" is i on and accelerated molecular Lon
VaS used. The experimental unit conaistc; a varinble diauze-~er (100. and 200 =n in
-1 with a variable dimr,-ter 126, 30, and 60 mm' +u"- buu-ier.
Th,---- ternmeraturf! of 20-80C ard
and a jet temperature of -Finl
rhotozraphl.:!ally, the jet was colored
zndium ct.loril-
P
Cc.rrd

-A
fkCC93SION UP! AP5oi63hc
Pbnf~,-zmtrv of the nicturi!s and mathematical treatment of the results shoved that
genera-i chara(7terls"ic
Le 1 1 i i I 'S
A A + V- 4 4- -.4 -+ I i t v ~af. I c) 11naer the an e- xTie r . me nt a! condi-
tic'ni, IU14a tne JeT, rvanes Ynen ut v.4ut, viiK:rc eLt 16
an nverage stati A-Uc&L ridius of the ~et OriZ. Vt hu: 7 figureis and 19 formu as,
A- Q 'F

ZANYATINA N.A. (Moskva); PRUDNIKOV, A.G. (Moskva)
Speed of molecular mixing In the start sector of a turbulent
jet, Izv. AN SSSReEnerg. i transp, no,38137-143 VV-Je 165.
(MIRA 18e12)
1. SubmittAid February 9t 1965.

L A03-g
ACC NR. 170_0~671
AP6017828 (N) SOURCE CODE; UR/0147/66/000/002/0059)
AUTHORS: Zamyatina, N. A.; Prudnikov, A. G.; Sagalovich, V. M.
ORG: none
TITLE: Diffusion parameters of a turbulent jet-
SOURCE: IVUZ. Aviatsionnaya tekhnika, no. 21 1966, 59-67
TOPIC TAGS: turbulent jet, gas diffusion, parameter, turbulent mixing, gas density,
wake, wake flow
ABSTRLCTs A jet which escapes from a circular opening of radius a 0 into a wake of
velocity V1 is examined. The density of the gat; of the wake is go, and its tempera-
tureT 01 ; the correSDonding parameters of the jet are V2' P02' and T02' L model of
the jet-wake (black-white) mixing is used (see Fig. 1). The probabilities of the
appearance of black and white gas are calculated; these probabilities can be
interpreted as the average fractions occupied by volumes of black and white gases in
a space about a certain point. A model of grey mixing is also examined. If the
diffusion parameters are known, then the temperature profiles can be found by examia-
ing the process of grey mixing with a given dispersion. It is found difficult to say
a priori at what values of the velocity and temperature ratios m ana a mixing will'4e
optimal.
Card 1/2 UDC: 532- 517- 4

L 40324-66
ACC NR, AP6017828
TO
4
2
2
6
T-I
T.,
Fig. 1. Physical model of jet mixing (case of unique interface).
1 - external boundary of jet; 2 - mean statistical boundary of
jet; 3 - internal boundary; 4 - "instantaneous" temperature
profile averaged over samll-scale pulsations; 5 - time average
of temperature profile; 6 - layer of molecular mixing.
Orig. art. has: 15 formulas, 1 diagram, and 5 graphs.
SUB CODE: 20/ SMM DATE: 22.Tan65/ ORIG REP: 004/ OTH REF: 005

LiT 5 F'-J'
J_7RCC NR,
i AUTHOR.,
7 T 7
AP6030258 SOUPCE CODE: UR/014-11/66/000/003/0104/0110
Prudnikov. A. G.; Zanyatina. 11.
71
ORG: none
TITLEi Tile rate of molecula al!jn& in tile main section of a-turbuli,
SOURCEt IVUZ. Aviatsionnaya takhnika, no. 3, 1966, 104-110
TOPIC TACSi combustion, diffusional combustion, propulsion, after-
burnar, air broathinR angina ) 7v.Cf3aLf',vr 0-r-r, 72se,&i4c-A~r /77/.r1M6
,eA.oui Yr-"clrl-, )'~X 0 AO
ABSTRACTZ The molecular homogeneity of 4 poqbustible mixture controts
the reaction rate in diffusional combustionji-7and it is, therefore, ~1:he
most important parameter in this proces-s-7-In the present study,
experiments were made to study tile mixing of two concentrical jets and
the molecular homogeneity in the mixing zone, A cold air atream can--
taining NaI103 vapors was discharged into a concurrent stream of hot
combustion products generated by the combustion of a gasoline-air
mixture. -The hot flow had a temperature of 1650-IBOOK and a veloc:.ty
in tile 65-90 m/sec range. The cold air stream was injected through
uninsulaLed tubes of 101 4, and 2 mm. diameter located concentrically in
tile hot flow. The cold gas stream at the outlet from the tube had
Card 1/2 UDCt 531-.517.4.

ACC NR% AP6030258
temperatures of 1100-1400K and velocities of 50-240 m/sec. The light
intensity of the hot sodium atoms was determined from photographs a;ld
correlated with flow parameters to obtain values for the dispersion
land the homogeneity of the gas. The dispersion was found to depend not
on the jet diameter but only on the velocity ratio. It had a mininum
when both Jets had equal velocities. It is concluded that the width
of the turbulent-molecular mixing zone monotonically changes from a ,
l
llinaar law at a velocity ratio of 0.3 to a parabolic law at a velocity_
ratio of 1. Mixing to molecular homogeneity takes 2-4 times longer
than turbulent mixing. Orig. art. has: 16 formulas. DIVI
SUB CODEt 21/ SUBH DATEt -24Feb65/ ORIG REP: 004/ OTH REP% 002
ATD PRESS: 5076
L%
Card 22

ZAMYATINAr. 0.11.
Electrophyeiclogical analysis of excitation conduction in the
ganglia.of the solar plexua. Fiziol. zhur. .47 no.6:687-696 Je 162.
Uff-FA 15:1)
1. From-the Laboratory of General Physiology, U*S.S*R* Academy of
Sciences Favlov Institute of Physiolo grad.
(ABDOMEN-INIERVATION) ~KtIMTR911MIOLOGY)

ADAMOVICII, N.A.; DELOV~ V.Y(j.;'ZAXYATTIIA, 0.14'.
Effect of afferent impulses from the'receptors of internal orgarx
on the bicelectric activity of the thalamic area of the brain, Ilauch.
soob. Irwt. fiziol. All SSSR no.1:147-149 159. (HIPA 14- 10)
1. Laboratoviya elektrofiziologii (zav. V.7e.Delov) Instituta
fiziologii im4ni Pavlova All SSSR.
(OPTIC MUMS) (CONDITIONED IUSPONSE)

Tranumissicn of excitations along interoceptive reflex pathways
of the lumtar amd sacral segments of the spinal cord, Fiziolahur.
50 no.lt8lA6 A 164. 'NRA 1811)
1. Laboratoriva nWofiziologii Instituta tiziologii imeni I.P.
Pavlova AN SM11, Leningrad.

ZARTATIA, 0.11.
Effect of afferent iMulses from the gastrointestinal &PPamtus On
bt,)eleotric activity of the cerebral cortex. Trudy rnst. fisiol. 7:
430-439 158. (MIR& 12:3)
1. Iaboratoriya elaktrofiziologii (zav. - V.Ye. Delov). Instituta
fisiologii Im. 1.P. Pavlova AN =SR.
(ALIMTA~ff CAUL-19MUTION)
(ELSOTROIN03MLOGMPHY)

zpffATINA, O.N.
Interoceptive Influences from the gastrointestiml apparatus on
cortical electric reactions during exteroceptive stimulations.
Trudy Inat. fiziol. 7:440-447 '58. (KIRA 12:3)
l' Idboratoriya elelctrofiziologii (zav. - V.Te. Delov). Instituta
fiziologii im. I.P. Pavlova AN SSSR.
(ALIM35TARY CANAL-- INMVATION)
(3LECTROING31MIDGRAPHT)

ZkMTATINA, 0.&~_
Peripheral reflexes. Fiziol.zhur. 45 no.9:1092-1101 S 159.
(mm 13:1)
1. laborato~liya elektrofiziologil Instituta fiziologii Im. 1.P.
Avlova. AN SSSR, Leningrad.
S)

lmov, VJe.; ZAMYATINA, KISEI"t P.A*
Eleetrophysiological characteristics of the afferent function of
the vagus nerve of the stomach* Trudy Inst, fiziol. 9:73-M
160. (MIR& 14:3)
1. Laboratoriya elektrofiziologii (zaveduyushchiy V.Ye.Delov-) Instituta
fiziologii im.I.P.Pavlova.
(17AGUS NERVE) (ELECTROPHYSIOLOGY)
(STCMACII)

DELOV, V.Ye.; AIMOVICH, N.A.;
Effect of afferent impulses from visceral receptors on blo-
electric activity of thalamic nuclei, PIZIG1.zhur* 45 no,8:
916-923 Ag 159. (HIM 12:11)
1. From the Laboratory of Filectrophysiolog7, I-P-Pavlov
Institute of Pkysiology, Leningrad.
(CASTROINTESTINU SYS79H. innervation)
(BIADM, innervation)
(TH&IMMS, physioloey)
(MMTROPHYSIOLOGY)

USM/Huma and Animal Physiolo_rw (Normal and Patholo(;Lcal) T
DiC,estioa. Intestines.
Abs Jbnr Ref Zhur Diol., No 6, 1959, 267og
Author zanyatina) 0,11,
Inst
Title Blectro-Physiolo(;ical InvestiC;ation ofilifferent Impulsa-
tion in the Nerves of Intestines.
OriG Pub Fiziol. zh. SSSR, 1957, 43, No 5, 441-448
Nbstract In cats, peri-pheral terminals of transsected nerve bran-
ches of mesenteric plexus and thin nerve ramvli Vaich
approached the wall of various parts of intestines (I),
pancreas and group accumulations of Vater-Pacininn cor-
pucles in mesentery were
placed on electrodes and the
currents of action were rcaistered with cathode ascillo-
Gralih. Without application of stimili~ fast electric
oscillations were reC.Astered in nerve ranuli which exited
from -,=icreas or bToup accumulations of Vater-Pacinian
Card 1/3