SCIENTIFIC ABSTRACT GAGELGANTS, A.A. - GAGIYEV, P.P.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000614010010-8
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 17, 2001
• Sequence Number: 10
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

uR/0000/65/000/000/0124/0141
Cr. NR'- AT602,8378 (N) SOURCE CODL
Krolenko, I. I.; Levchenko, V. A.
AUTHOR: Vartaunov, S. P. ; _Qa&e~~'.&Okt
Malovitskiy, Ya. P.; Milashin., A. P.; Rapoport, S. Ya.; Fedynskiy, V. V.; Shapirovskiy;
iX. I.; Shekinskiy, E. M.
'ORG: none
~TITLE: Geological results of marine geophysical exploration in the USSR
i
jSOUPCE: - International Geological Congress. 22d. New Delhi, 1964. Gedlogicheskiye
1 rezul'taty prikladnoy geofiziki (Geological results of applied geophysics); doklady
sovetskikh geologov, problema 2. Moscow, Izd-vo Nedri, 1965, 124-141
TOPIC TAGS: geophysic expedition, earth structure, seismic prospecting, oosan floor
topography, tectonics
ABSTRACT: Marine geophysical exploration have been conducted in the Soviet Union for
the purpose of investigating the crustal structure, and regional geological investiga-
tions have been made in offshore areas which are potential oil- and gas-bearing
structures. The seismic method is the most effective and most often used for off-
shore investigations. Also successful are gravimetric, magnetic, and electric
prospecting methods. The technique of offshore seismic shooting has been greatly
improved, making it possible to operate from a moving ship. The geophysical investi-
gations conducted on the Caspian Sea made it possible to distinguish the areas of

ACC NRs AT60283T8
the Pre-Cambrian Epihercynian platform and the Alpine geosyncline. Irvestigations
have been made of the regional structur-~ of the south Caspian depression, oil-bearing
regions of its folded margins, and gentle structures of the internal depression.
I The area of the Epihercynian platform has been found to contain Kara-Bugaz and '
imiddle Caspian arches and offshore continuation of the South Mangishlack depression
as well as folded zones. The continuations of the South Mangishlack and Karpinsky
ridge, the north Caspian zone of marginal uplifts of the Pre-Cambrian platform
and the offshore continuation of the Pre-Caspian depression have been thoroughly
investigated. A number of structures in the southern part of the Caspian Sea; have
been prepared for deep drilling. At the Sea of Azov a step-like submergence of the
southern slope of the Pre-Cambrian platform has been established, and the Azov
rampart, which connects the Epihercynian folded structures of the Northern Caucasus
and Crimeen steppe has been located. Offshore continuations of the Kerch-Taman
dislocations have been studied. At the Black Sea geophysicists have studied the
hidden Cretaceous folding and deep-seated faults at the offshore continuation of the
Kolkhida depression, submergence of the northwestern Caucasus, buried highs south
of the Crimea and the jointing between the Crimean and Dobrudga dislocations. Also
the structure of the crust and the structure of the sedimentary strata in the deep-
sea areas have been studied. Seismic surveys have been conducted to study the
geology of the Paleozoic deposits and the surface of the basement in the eastern
Baltic Sea. It has been-established that the thickness of"the sediments within
.the offshore continuation of the Polish-Lithuanian ii~rneclise does not exceed 3 km.
Interesting results have been obtainea from geophysical investigations conducted at
Card -21-4

ACC Np6026378
the Kara Sea near the mouths of the Ob and Yeniscy Rivero. The rcgional z;Lructure
of the - Jamal-Nazim depression and the- Taimir foredeep has been defined, major
platform structures have been located in the Mesozic strata, and the Taimir has been
followed further out into. the sea:. Deep-seated structure of the Earth's crust
has been investigated in the transitional zone between the Asian continent and
the Pacific Ocean, and als-o at the Okhotsk Sea and in the area of the Kazch-atka-
Kurile ridge. It has been found that the Sakhalin Tertiary folding area extends
under thb waters of'the Okhotsk Sea. Marine geophysical 'exploration in the USSR
-will be expanded. . Orig. art. has: 7 figures.
SUB 'CODE: 08/. Sum DATE: o6,Ten65/ ORIG REF: o48

I- t , r . - ,.
L~ /:L" 1~ " I I i, / ! T .
GAGE, AX, inzhener.
1Xper-H-ence using the N-11 automatic oscillographs. Blek.sts. 28
no.8:85 Ag '57. (Oncillograph) (Blectric lines) (KIRA 10:10)

~ ;~~ zi 17,1 . F :: , F,: 1 : - ! - 1 11 : I I I 'I , 11 1 1 ! I , I , I ~ . "
GAGEN, A.F., inzh.
Stand supplying stabilized feed for tenting a.c. voltmeters and
ammeters by the comparative method. Elek-sta. 28 no.12:72-73 D 157.
(MIRA 12:3)
(Electric meters--Testing)

BLT"NTALO, L.Yu., gormy7 inzh.; GAGZN,, ~.Fs. inch.-elektrik.
Counting device for chargeo'being blasted. Gor. zhur. no-12-.57
D 158. (MIRA 11-,12)
(Blasting) (Counting device*) p
I

E ;W 11 11 i III Ii 1, 1 :IiI111
-~7/ 1 -97 - r,3-12- 16126
AUTHORS: Blyumentali, L.Yu., Mlining Engineer and Cagan, A.P., Electri-
cal Engineer
TITLE.- A Recorder of Exploding Charges (Sche"tcbik vzryvayemykh
zaryadov)
PERIODICAL: Gornyy zhurnal, 1958, Nr 12, P 57 (USSR)
ABSTRACT: The authors constructed a recorder which automatically
registers number of explosions occurring during the blast-
ing operations. The principle of this recorder is based
on the perception of the sound wave by a microphone, which
through an electronic amplifier, transmits the impulses of
this wave to an electronic counting grid connected to a
counter. A detailed description, and the diagram of the
recorder, is given. There is I schematic diagram.
Card 1/1

17 ~ V, - 1! 1 -11 11 '1 , 1 11 ji 1, - ~ : I I I I ~ 1, 1
G&GIN, A.F., inzh.
Meter for the number of detonated charges. Gor.shure
no-7:72 JI l6o. OUBA 13: 7)
(Recordicg Instrumente)

:Y.090
Gas iletvio~'
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SUB
COD.&.
L 38485-66 EVIT(m)/T/EWP(v)/EWp(t)/ETI/EWP(k) IJP(c) JD/W/W
ACC NRt AP6019427 QY SOURCE CODE: UR/0135/66/000/006/0011/00714
omysbiennost-U."
Iveno-Frankovsk Branch of the Lvov Polytechnic Institute (Ivano-
Frankovskiy filial L!,vovskogo politekbnicheskogo instituta)ZG-agey
TITLE: Are beatinAf the edges* of steel tubes
.AIPTHOR: Taran V D (Doctor of technical sciences); Gagen, Yuo Go
Engineer
~Tran
M
ORG, ow Institute ror the Petrochemical and Gas Industry im* I* Me
GubiiV1`-M0--S--Rovakiy in titut n--e--Yte r
S --Iffil-micb-66-koyl gazovoy p
SOURCE: Svarocbnoye proizvodstvo, no. 6, 1966, il-14
TOPIC TAGS: are welding, temperature distribution fnF-r1qt- -rCJ40f_
ABSTRACT: The article examines the process of the distribution of beat
in the body of a tube during the motion of the are in the annular gap
between the tubes. The dependence obtained for the distribution of beat
permits determining the parameters of the heating process -lqrantee
practically uniform beating of the edges. The article also -oses a
method for calculation of the temperature field by the use o" )mograpbs
At an initial moment of time t = 0, the sources, with respect to a fixed
system of coordinatess XOYO# are at the points
X: = 2k - R. Yo. = 0. rAe t-' 0; :k 2; � 3.. .
- UDC: 621

L 38485-66
ACC NRt AF6019427
The instantaneous position of a given source at a moment of time, In
this system, is expressed: Xs-2kMR+Df; V.-O-. . The process of propagation
of an element of beat qdT /,S , related to a given linear source at the
moment of time 'I . referred to a fixed system of coordinates, without
heat transfer, is expressed'by the formula
dT(X,. r.. I - t) - "- qd'r 1P 112
I c 74 w (I -,Q
where r2-~(X'-XJ2+rO2 is the square of the Instantaneous radius vector.
The article continues with a mathematical development of the problem on
tbii basis. Results of the calculations are developed in a series of
nomograpbs. Orig. art. has: 16 formulas and 6 figurese
SUB CODE,./J,-70/ SUBM DATE: none/ ORId REF: 003/ OTH REF: 002
pb

TARAN, V.D., dokto-.,- tp'b-hn.naiik; GAGEN, Yu.G... i-nzh,
Forcps affectLrig the ar-c in a magnetic fl-ld. 8var.proizv.
-Ity 165. (MIRA
0,
1. Yloskovskiy institut npftekhimicheskoy i gazovoy promyshl-nnostl.
im. I.M.G-ubkina.

TARAII, V.D.; GAGEN, Yu.G4
Heating petroleum-pipe ends with a shifting are for pressure
welding. Mash# i neft. obor. no~-5:36-38 105. (MIRA 18:6)
1. Moskovskiy institut neftekhimicheskoy i gazovoy promyshlennosti
im. alad. I.M.Gubkina,

-I . : 1 1 : ; 9 11 :1 11 - 1 : ; H 11 , 11 ;1 .1 1 1 1 0 "
GAGENEL, Ion,, ing.
The pile of fuel for motcr -,.,hicles and ita pos31bilitleV of use.
Rev transport 12 no.1:25-27 ja 165.

SOV/ 124-58-8-9214
Translation f rom: Referativnyy zhurnal, -Mekhanika, 1958, Nr 8, p 126 (USSR)
AUTHOR: - Gagen-Torn, AN.
------------- -
TITLE: Graphing the Stress Distribution in Beams Subjected to Force-
couple (Moment) Loads [Graficheskoye postroyeniye epyur dlya
ba k, zagruzhennykh parami sil (momentami)
PERIODICAL: Sb. nauchn. tr. Magnitogorskiy gornometallurg. in-t, 1957,
Nr 13, pp 65-80
ABSTRACT: Bibliographic entry
Card 1/1

'.1 '; I '7 17 ! P.: i: ~ :w1i'l: ~ I 1! 11 - 1, 1:-1 1 iI : - ' 'I - , '-!
SKOHOKHODOV, N.Ye., prof. otv. red.; AGAPOV, V.F., prof. co
nauchnor, rabote, dots., red.; BOYARSHINOV, NJ.,, prolf.,
A -To
G
red.; VFqELOVSKAYA, Ye.S. red. -TQWj A.V., red.;
GA
GOLIDSETEMI, N.A., red.; IV21OV1 Ml~.'.kanZ T;
A--~ts., red.; KORZH, P.D., prof., red.; PETROV, V.1-1., dots.
kand. tekhn. nauk, red.
[30 years of the Magnitogorsk Mining and Metallurgical
Institute] XXX let MGII. Magnitogorsk, 1962. 170 p.
(MIRA 17:3)
1. Magnitogorsk. Gorna-metallurgicheskiy institut.
2. Sekretarl partiynogo byuro Magnitogorskogo gorno-
metal-lurgicheskogo institute, (for Petrov). 3. Dekan me-
tallurgicheskogo fakullteta Magnitogorskogo gorno-metal-
lurgicheskogo insti-Luta (for Ivanov). 4. Zaveduyushchiy
kafedroy fiziki Magnitogorskogo gorno-metallurgicheskogo
instituta (for Korzh). 5. Zaveduyushchiy kafedroy obrabotki
metallov davleniye.- Magnitogorskogo gorno-metallurgicheskogo
instituta (for Boyarshinov).

AKIMOVA, K.I.; BAZIMOV, M.F.; BAKHVALOV, G.T.; BEULUBIWO, N.P.: BERMAN.S.I.;
BOGDANOV, Te.S.; BODYAKO, M.N.; BOYKO, B,B.; VINOGRADOV, S.V.;
GAGEB-TORN,-K.V.; GLEK, T.F.; GOREV, K.V.; GRADUSOT, P.I.; GUSHCHINA,T.H.;
~Yjjmft"6t ' M.v.;
9 li.K.; YESIKOV, M.P.; ZDZYARSM, Aj.; ZAEHAROV,
ZAKRAROVA, M.I.: KARCHEVSKIT, V.A,; KOKAROV, A.M,; KORZHENKO, O.T.;
LAYMM, V.I.; KALITSIV, M.V.; MiLum, L.Te.; MILOTANOV, A.I.;
MIRONOV, B.S.; NIKOHOROVA, N.A.; OLIKHOV, N.F.: OSIPOVA, T.V.;
OSOKIN, N.Ye.: PERLIN, I.L.; PLAKSIN, I.N.: I!ROK(FITU, A.D.;
RUKTANTS~lff, M.V.; SEVERDENKO, V.P.; SMMIN, P.I.; SMIRTAGIN, A.P.;
SPASSKIT, A.G.; TITOV, P.S.; TURKOVSKAYA, A.V.; SHAKHNAZAROV, A.K.;
SHPICHINETSKIT, Te.S.; TURKSHTOVICH, N.A., YUSHKOV, A.V.;
YANEJSH]ff ICH, L.V.
Sergei Ivanovich Gubkin. TSvet.met. 28 no.6:60-61 N-D '55. (MIRA 10:11)
(Gubkin, Sergei Ivanovich, 1898-1955)

AUTHOR: Gagen-Torn, K.V.. 136-2-11/22
TITLE: Speed Characteristics of Presses for Von-ferrous Metals.
(Skorostnaya kharakteristika pressov dlya tsvetnykh
metallov).
PERIODICAL: TevetTqrje Metally, 1957, vo.21 pp. 61 - 67 (USSR)'
ABSTRACT: The characteristics of extrusion Dresses being used for
heavy non-ferrous metals are shown as curves of speed of
extrusion against rod diameter, and against pressure, of
pressure against plunger movement and of power against speed
of extrusion. Th~ese are discussed and it is shown that the*.
pressure in the hydraulic accumulator is the sum of the indi-
cator extrusion pressure and the product of the coefficient of
resistance and the square of the extrusion velocity. The funda-
mentals of the methods of establishing speed characteristics
for industrial hydraulic extrusion installations are set out.
The broad view taken of the relation between Dressures and
speeds of extrusion enables the process peculiarities associa-
ted with freely established extrusion speeds to be explained.
Mae speed characteristic of a press enables some of its main-
technological parameters to be found by calculation: the
1/2 value of the self-determined speed of extrusion, the pressure
reserve required for working the press at maximal productivity;

136-2-1~/22
Speed Characteristics of Presses for Pon-ferrous metals.
and also the power developed by the press at various extrusion
pressures - which is one of the efficiency indices of the
2/2 process. There are 4 figures and 3 references, 2 of which are
Slavic.
ASSOCIATIO.N: Giprotsvetmetobrabotka.
AVAIIABLE: lAbrary of Copgress

AUTHOR; GaGen-Torn, K. V.
7.-
TITLE,: E,--D lrlmon~l ve~rification co-olper tubes of t-l-le
Calculation Of e:.-L'.rusian in[~ to the iiet--,hod
U 'U-ioia stress (I. I r...ula)
based on constant fric- . Perlin's f0 "
(Eksperiaertall-nawa rroverl:la na -t,--,~nylh tx-ubakh rascheta
davleniy pressovaniya no netodu, osnovemnomu na
postoyannom naprye-zh-anii treniya).
FORIODICAL: Tsvetny,-Ye Tiletally, 1957, E'0-9, pp. 82-34 (USSR).
ABSTRACT: The anuthor co.-a2ares extrus-Ion proscures calculated by
I. L. Perlin's formula %' :ith e:~-,periuiontu,-Al values obtained
on industrial in,-tallations. 'He ucod coppc~-tubo extrusion
to Give da-ba coverinG the wide5t ran~,e of conditiomo.
Pressures were measured ~vith- an autoC-,-ra-phic Laanometer aiid
temperatures before e~Xtrusion -..litl-i zu-i optical pyrometer.
The results confirmed the ability of Perlin's for.-ilula to
-iit'--L the usc of an appropri-to
furnish, -!!-)irical
coefficient, values sufficiently acourz,;.Uc ~or practical
purposes.
There are 4 references - 2 Russiz~n, 1 En:7-lishv 1 Franch.
IwD
ASSOCIATION: Giprotsvetiaetobrabotka.
AVAII&BLE: Library of Congress.
Card 1/1 1. Copper tubes-Extrusion 2. Mathematical analysis

137-58-4-7.112
Translation from- Referativnyy zhurnal, Metallurgiya, 1958, Nr 4, p 115 (USSR)
AUTHOR: Gagen-Torn, K. V.
--------------
TITLE: Experiments in Preheating Copper Bars Before Extrusion, in a
Producer-gas Atmosphere (Opyty nagreva pered pressovaniyern
mednykh slitkov v atmosfere generatornogo gaza)
PERIODICAL- Tr. Gos. i proyektn. in-ta po obrabotke tsvetn. met.
1957, Nr 17, pp 90-95
ABSTRACT: To avoid scrap in extrusion of Cu tubes resulting from the
pressing in of scale, it is proposed to pre-heat in an atmosphere
of producer gas. Experiments conducted under laboratory and
factory conditions show that this almost completely eliminates the
formation of scale even when the H-> concentration is low (not over
1.0grcent), but that elevated unit pressures are required, as scale
behaves as a lubricant during extrusion. Development of hydrogen
embrittlement in Cu containing 0 is insignificant and will, under
unfavorable conditions, occur in Le surface layer to a depth of
I mm.
Card 1/1 1, Copper--Heat treatment 2. Copper--Ex trus ion-- -Proce sse

I . . . r, (T.~' , V . V . ;% 9711EYEVi 'Y*U,*-' .
GLP*-:,.N,-T(,iiNTt K.IT. -
I KI MA -
-,13 J., r'c! rg ce a 'weld, - ~ :1 i Ib - " n" - " -Y I ;-, -
or prc-.-,;Cu -) ~ - _ I -Z I I . - -,
G'. ve tme t6o7ebotIm no.24~.?73-235 165. .1'7" '! - )
U,3

GAGEN-TORN, K.V.; KOTCJV, V.V.; Prinimll -uchast-,lya~ i,71rit",
TSVAYGEI,I,t LeD.
Requirements of industrial emlsions for brass pipet nxid
drawing. Trudy Giprotsvetmetobrabotka no.24:264-268 165.
(MIRA 18~11.)

DOMBROVSY'rY. V.A.; !~AGEN-MRN, V.A.; GUIXEVICII, S.M.; POLYAKOVA, T.A.;
SVECILNIKOV, M.A.; SHULOV, O.S.
The 201 r*flacting teleacope with an astrophotometer for photo-
metric., colorimetric and polarimetric studies. Uch.zap.LGU
no-32'8:83-94 165. (MIRA 18:10)

23820
S/020/61/138/002/002/024
10-40o C111/C222
AUTHORSs Gagen - Torn, L.N., and Xikhlin, S.G.
TITLEs On the solvability of nonlinear Bit& systems
PERIODICALs Ikkademiya nauk SSSR. Dokladyt v. 138, no. 2,1961 238-260
TEM The authors give Sufficiej;t conditions for the solvability of the
Cauchy pro'blen to which the application of the Ritz method is loading for
nonlinear problems.
On a linear set dense in the Hilbert space H let be given the functional
f(x) ; lot f(x) be the otential of a nonlinear operator F(x). Lot the
Gateaux differential DFN,h) of F(x) be an operator uniformly positive-
ly bounded from below. The minimum of f(x) is sought. The approximate
arrangement of Ritz x =j ai xi ai = const, for ai leads to
the system
(Df ai xi) 9 x1 0 j M 1,2,...,n
Card 1/5

23820
S/020/61/138/002/002/024
On the solvability of ... C111/C222
or
(F ai xi) , X 0 j - 1,2,...,n
According to D.F. Davidenko (Ref. 1, DAN 88, no- 4, 1953) the authors
consider the auxiliary systen
a i + ai xi) , x a 0 j = 1,2,...,n . (2)
The differentiation with respect to yields
da + (F a xi) x a +
d i
da
+ n a X 'ajk _0 9 J-1v2q..vn (3)
z i iv xk) 7 xi d
k-I i-1
where the coefficient matrix for the dak/dX with the notation
Card 2/5

23820
S/020/61/138/002/002/024
On the 80lTability of ... C111/C222
n
(DF (1Z a ixi 9 Xk) xj x k9 Xj]
can be written in the form
IX I, X11 [X 2' XI [Xn, x11
(I 1X17 x 2j 1x2' x21 xn, x2]
9 x , x X x
The determinant I xn] 2 n n nj
n of (4) for A E [0,I] is different from zero so that
from (3) by solution (rule of Cramer) it follows
da U &in . g.0 a a ), j - 1,2,...,n (5)
Td~ W- 10 a2p n
n
Card 3/5

23 8 20
On the solvability of ...
S/020/61/138/002/002/024
C111/C222
Let the following conditions be satisfied j
n
1) (F z-1 aixi), x and (DF ('t a ixi9 x01 xi are continuous in
in a19 a2' ..., a. and it holds
n
(F aixi), x pm (&,p a29 .... an)
(6)
n
(DF aiXV x k)' xi ) !!!,=Par-1(a19a29 ... an) (7)
where pa and p, M-1 are polynomials of a-th and (m-l)-st degree, respective-
ly.
2) It holds
I A ), h) > 2 1h 112, I - const.
(DF a,x,, h N( n a
Card 4/1S

23820
S/020J61/138/002/002/024
On the solyabi-lity of ... C111/C222
Therefrom it follows
2)n(m-1)/2 p (a a (9)
i n n(M-1) 1 29 n
it iZ provpd that (5) is solvable for A 6 [0~1] , wherefrom because of
(3) he solvability of the Ritz system (1) can be concluded.
There &rt-- 3 Soviet-bloc and 1 non-Soviet-bloo references.
ASSOCIATION Leningradskoye otdeleniye Katemticheskogo institute
imeni V*A. Steklova Akademii nauk SSSR (Leningrad Branch
of the Nathematical Institute imeni V.A. Stekloy of the
Academy of Sciences USSR)
PRESENTEDs December 24, 1960, by V.I. Smirnov, Academician
SMITTEN December 20, 1960
Card 5/5

GAGEN-TORN, L.N.
SolvabiLity of Ritz systems for funetionals in the theory of
plasticity. Trudy Mat.inst. 66:190-195 162. (MIRA 15:11)
(Functional analysis)
(Plasticity)

GAGEN-TORN, H.I.
w 'r I , -
-,W-mwf~-zk~o I
M.I. Asadovskii; obituary. IST.Yees.geog.ob-va 88 no.1:93-94
J&-F '56. (MLRA 9:6)
(Asadovskii, Mark Konstantinovich. 1888-1954)

G*GEK-TORN, V.A.
Using filters in the absolute spectrophotometry of the
nebula NGC 281. Vdh.zap.LGU no.3(Y7:165--178 162. (MIRA 15:9)
(Nebulae)

studi'of
Gaia c Cluster NGC ~1502
Photographs taken usin the 1611 ast g,-ah of the:~Crimean Observa-
tory with an objective prism fdispersion 2r5O A7; at ff(~,) have been used
in making a two-dimensional spectral classification of stars up to - 12m
pg in a sky area of 100 X 701 with a center-in NGC 1502.. There is a
brief discussion of the criteria used in classification by luminosity
classes., The magnitudes of these same stars were obtained in tvn types
of light, reduced to the B, V systen (the plates were obtained using the
10",astrograph of the Astronomical Observatory Leningrad State University).
For.32 stars measurements were.made of the polarization:parameters by
electrophotome .tric and photographic methods. The totality of.data obtainedy
taking into account the known proper motions,,made it possible to study
the spatial distribution of stars and dust in the neighborhood,of!NGC 1502.
The distance to the cluster is 950 parsecs. Bibliography of 151tems.
(Abstract: ItSpatial Distribution of Stars, Dust Matter.and.Interstellar
Polarization JI.-n- th"e-N-e"i'g'-h-b--or-h-o'o-d--'o"f'-th-'e' 0-- cc l59~119
pen.Galactic Cluster.M. ,
by V. A. Dombrovskiy and V. A. Gagen-Torn; Leningrad, Uchenyye Zapiski
Leningradekogo Gosudarstvennogo-TriiversiteTa. 1964, No. 323, PP. 75-93)
'gram: Moscow, Referativnyy Zhurnal, Astronomiya, 51, Otdeltnyy Vypusk,
No- 3.. 1965v P- 22, 3-51-iiO

TDOMMOV'S"My V ~i ~ ; GA-~EN-TMRN.l
Qlpare bu 'Aon of rtdrs, duq',' mitter and irtterstel-lar
1 ~4-
I
polar-'Zation 4n the region -v.f the oper, gttlacti-~ c1uster
MC-1150-2. Ucb. Zap. LC-11 no.323~75-93 164. (MIRA 17

GAGEN-TORN, V.A.
Photographic polarimetry of Venus. Uch.zap. LO no.326:95-98 164.
(miRA 18.'5)

GAGEROV, I.P., TURKIM, M. YA.
"Utershungen uber die Beteiligung von Phenylradikalen an Losungsreaktionrm
mit Hilfe von Deuterium."
Report presented at the 2nd Conf. on Stable Isotopes
East German Academy of Sciences, Inst. of Applied Physical Vaterial
Leipzig, GDR 30 Oct-4 Nov 1961.

-;Z~" - ,- .
"A mother and a physician in a train told about antitUberCUIOUS vaccination." p. 26. (.~~
Frotiv Tuberkuloze. Vol. 13 no. 1. Jan./Feb. 1953. Beograd)
50; . Monthly List of East European Accessions Vol. 3, no. 3, Library of Congress. March 1954.
Uncl.
:h

GORYANINOV, MWiail Abramovich. prjnjwj,-WkpjV^1DBW4 KO, B. I. p
inzh.; ~AQIN, -B.-S., nauchn. red.; BONDAROVSKAYA, G71'. ,
red.; TOKM, A.M.,, tekhn. red.
(Industrial training of lathe operators] Proizvodstvennoe
obuchenie tokarei. lzd.3., perer. i dop. Moskva, Prof-
tekhizdat, 1963. 299 p. (MIRA 17:1)

CGIUNTRY : RUWkNIA H
CAMMEY : Chemical Techno1gy. Chemical Products and Their
Application. Pharmaceuticals. Vitamins. Antibio-*
ABS. JOUR. : WhMiim., No 17, 1959p No. 61802
AUTHOR : Ciocaneleat V.; Berger, T.; q~n,_F.
TITLE New Therapeutically Active Derivative of Thiol,
of the Ichthyol tyne.
Ola(;. pUB. Parmacia (Romin.), 1959, C, Yo 4, 317-320
ABSTRACT A new thiol derivative, close in the comnosition
to ichthyol, was derived from linseed oil. Linseed
oil Avas subjected to chemical treatment: sulfida-
tion, sulfonation, neutralization and *urification.
1 dark brown prodtict resulted having the consis-
tency of honey and r, reak snecific odor. Descri-
bed are the method of nrenaration, physico-che-
mical properties and results of the taxicity and
pharmacodynamic action determinations in the va-
rietT of Dharmaceutical forms.
*tics.
Card: A

IaTUKHIN, G.I.; GAGIN H.R.; RKASOV, A.D.
Well hoad automatic packer. SaftianBc 5 no-10:20-21 0 160.
(MIFA 13;10)
(Packing (Keehanical engineering))

SILINYA, V.G.;.,GAGIN I KHAMOVICH, G.Sh.
Experimental study of a model of a bucket loader in an inclined
working. Trudy NPI 130:19-34 161. (MIRA 15:4)
(Coal handling machinery--Models)

SILINYA, V.G.;.GAGIN, O.D.; IVANOV, O.P.; KFIAZANOVTCH
---- ~ , G.Sh.
Methods of determining buaket-loading machine parameters.
Trudy NPI 158:69-78 164.
Geometry of the operating part of bucket-loading machines.
Ibid,:79-89 (MIRA 18:11)

AUTHOR: Gagin, S.D., Engineer 67-6-1/23
TITLE: On the Advantages of Electric Steel Smelting in the Duplex-Process-
O.xygen -Convert er-Ele atric-Purnace (Ob eff ektivnosti vyplavki
elektrostali dupleks-protsessm-kisloTodnyy konverter-elektropech
PERIODICAL: Kislorod, 1957j, j . k ,Nr 6s pp. 1-11 (USSR)
Received: April 7, 1958
ABSTRACT: In the introduction the advantages offered by steel smelting in
the duplex process with the employment of electric furnaces are dis-
cuesed, and it is said that. compared with the usual processp pro-
duction can be increased by double its amount while the costs of
electric energy and electrodes can be reduced by three times their
amount. For the reduction of the costs of steel smelting products
it is further.reconmended, when producing half-finished products of
cast iron, to blow the latter in the main converter during found-
ing with technically pure oVgen, which ensures a more rapid de-
phosphorization of founding and makes it possible to reduce the
process of founding to a minimum of time. On the basis of the ex-
amples of the foundry work carried out in the steel plants of
"Dneprostal' " , "Zaporozhatall 11 , and others it is said that the
Card 1A prize costs of steel production in the USSR depend mainly on the

On the Advantages of Electric Steel Smelting in the 67-6-1/23
Duplex-Process-Oxygen-.^Vcnvertex-Electric Purnace
costs of the oxygen used, and because the latter is.produced by
the steel works concerned themselves in various quantities-0 also
the prime-cost rates the production of oxygen differ between
20 and 5 kopecks per :5. In the chapter. Prime-Costs of Half-Fin-
ished Products coming from the Main Converter, conditions prevail-
ing in the "Zaporozhatal'" steel works are used as an'example: The
prime-costs of cast iron from open-hearth furnaces amount to 325
rubles/t; the final prime-oosts of the half-finishea praducts:pro-
ducea amount to from 391.4 to 398.9 rubleq/t; for I t of half4in-
ished products about 50 m-7 of oxygen are necessary, which at pres-
ent costs 12-14 kopecks per m3 at the aforementioned "Zaporoshatall"
works. After the intended increase of oxygen production in this
plant, this price is to be reduced to 10 kopecks. In the chapter:
Technical-economic indices of the work Derformed b-v are furnaces in
16nt: UUP.LCX PZVCCSS it is sala %nat %ne annua.L stee.L proauc-c3.on or
one electric furnace amounted to 50 100 t in 1955, and to 56 4W t
in 1956. The introduction of the duplex process made it possible
to increase production by 223.2% at the cost of the reduction of
Card 2/3 the time needed for foundIng bY 55.2% (3 h). In the chapter.

On the Advantages of Electric Steel Smelting in the 67-6-1123
Duplex-Process-Oxygen-~Converter-Blectric Furnace
Comparison of the prime-cost prices for steel of the type UJX15
this price is said to amount to 590-637 rubles/t (according to
the rime-costs of ojorgen production and the costs of reconstruc-
tiony. In conclusion it is said that changing over to the duplex
process of founding was carried out mainly in the steel plants in
the South of the USSR and in the Ural district; in this way the
prime-cost price of steel was reduced by 3-7%, and it was possible
to reduce current investments by 12.2-15.8%. There are 5 figures,
10 tables, and 8 Slavio references.
AVAILABLE: Librar7 of Congress
Card 313

~Itinf- o
G.', GIli ,"S.D. TOch Sci--
dur.j6x-yroco.-,s -oxygon ce
nom4c :dj`l:.r
,.-0;-. Lrder of, ~-,bor lt~~d
1201 ca ioz: 104)

SOV/137-59-1-361
Translation from: Referativnyy zhurnal. Metallurgiya, 1959, Nr 1. p 45 (USSR)
AUTHOR: Gagin~ S. D.
TITLE- On the Effectiveness of a Method of Electromagnetic Mixing of
Metal in Electric Arc Furnaces (0b effektivnosti primeneniya
elektromagnitnogo peremeshivaniya metalla v elektropechakh)
PERIODICAL: Izv. vyssh. uchebn. zavedeniy, Chern. metallurgiya, 1958,
Nr 4, pp 181-189
ABSTRACT: The author evaluates the economical effectiveness of employing in-
duction mixing (IM) of metal in electric arc furnaces (EAF) with
capacities of 20, 40, and 80 tons employing liquid and solid charge
in different economic regions of the USSR. It was computed that
the employment of the IM is profitable only if the reduction period
of smelting is decreased by at least 30jo and if the cost of erecting
installations for EAF's with capacities of 20, 40, and 80 tons is
not greater than 1.15, 1.Z5, and 1.36 million rubles, respectively.
The author concludes that IM may be expediently employed in EAF's
operating on the Duplex process, but questions the need for the em-
Card I /Z ployment of this process in EAF's operating on a solid charge, as

SOV/137-59-1-361
On the Effectiveness of a Method of Electromagnetic Mixing of Metal (cont-)
well as in instances when the cost of these installations exceeds certain optimal
values.
A. Sh.
Card 2 /Z

16(5) SOV/146-59-2-23/24
'AUTHORs Gagin, S.D., Candidate of Technical Sciences
TITLE: Problems of Organizing the Feed and Teeming of Semi-Product
in Duplex-Processes With Electric Furnaces (Voprosy organizatFil
podachi i zalivki poluprodukta v elektropeaV pri dupleks-protses-
se) Oxygen Electric Furnace Converter (Kisloradnyy konverter-
elektropech)
PERIODICAL: Izvestiya vysshikh uc.hebnykh zavedeniy, Chernaya metallurgiya,
1959, Nr 2, pp 171-175 (USSR)
ABSTRAM Conyersion fromsolid to liquid charges of electric furnaces
calls for the development of systems for the feed, teeming and
transportation of eemi-products. Satisfa:otory results can only
be ftained by a quick run of operations in the basic stage of
the process and by observing strictly regulated production in
the duplex shops. The author investigates different variants of
semi-product teeming from the side of the pouring span and from
the side of the furnace span, takinginto account various feed
methods. The information includes recommendations on the proper
feed method illustrated by schematic drawing (Figure 2-d).
Card 1/2 There are 2 sets of schematic drawings.

SOV/148~59-2-23/24
Rmoblems of Organizing the Feed and Teeming of Semi-Product in Duplex-Processes
Wi-th..Electric Furnaces
AWCIATIOt: Roskovskiy inBtitUt Stali (Moscow Steel Institute) . Kafedra
I ekonomiki i organizataii proizvodstva (Chair of Production
Economics and Organization)
SUBUTTED: February 5, 1959
Ca,rd 2/2

23626
S/148/60/000/012/020/020
A161/A133
AUTHOR: Gagin, S. D.
TITLE: The slag regime for converter steel ielt-ing with oxygen blow-
ing from the top
PERIODICAL: Izvestiya vysshikh UGhebnykh zavedeniy. Chernaya metallurgiya,
no. 12, 196o, 173 - 182
TEXT: The oxygen process developed by the Tsentrallnyy nauchno-issle-
dovatellskiy instdtut chernoy metallurgii (Central Scieq~ific Research-In-
stitute-of Ferrous Metallurgy) enables open-hearth iron with up to 0.311'0 P
and 0.07% S to be obtained in basic converters. The possibilities of a mQro
complete-dephosphorization, economy of slag-forming mateftalsand reduction
in metal losses with slag have been investigated by the Moscow Steel Insti-
tute in tests with reduced lime addition and full exclusion of bauxite.
Regular shop conditions were imitated. The iron contained 0.6 - 0.9% Si;
1.4 - 1.70% Mn, up to 0.1% P and 0.05 - 0.07% S; the charge consisted of up
to 100% of liquid iron. -Three variations were tried, with 40 kg/t lime in
1, 33.2 kg//t.in II, and 21.5 kg/t in III. The first blowing period lasted
Card 1/7

23626
S11 48/60/000/012/020/020
The slag regime for converter steel melting... A161/A133
5 min, then 50 - 70o of the slag was skimmed; the second period began with
an addition of lime and iron ore. The ore was used aa coolant. Oxy,;en was
blown at 10 - 12 atm pressure, at a rate of 75 - 80 m3' min In both periods,
through one water-cooled tuyere with 42 mm. diameter nozzle. The tempera-
ture of,.the, miatal was measured with a platinum-platinorhodiun., Immerelon
thermocouple. The metal and slag composition were determined by chemical
analysis. Water was added with oxygen for cooling in addition to iron ore,
in variations I and III only the water froze in the piping diiring the Il.
The fluidity of slag was rated by its visual flowing in skimming. The slag
was absolutely homogeneous 'after 5 min in the first period and easily remov-
able from the tuyere which usually is not the case. A part of the lime ap-
parently dissolved-in Fe-Si slag instantaneously only up to the mom ent of
calcium monosilicat .e formation; the basicity of primary slag (about 1.0)
confirmed this assumptions The lowered addition of lime did not affelot the
life of the basic lining. 'The metal loss with slag was lower than with
usual lime additions. The absence of bauxite (normally used for the lique-
fying of slag) did not affect the desulfitration. It aas fowd that an in-
creasing FaO-aontent in the slag raises the P205content in it and radlices
Card 2/7

23626
S/-,_1,9i,'6C '030/012/090/02C,
The sla. reb-ime for converter steel zielzin.... A161/Ai_:)
the F content in t 'lie metal. This means that a high FeO content in slag at
the end of the first and second blowing period is necessary. High NO con-
centrations in slag can be reached by holding the tuyere on ahigher level
above the metal (Fig. 5), but this is not necessary for the whole heat time.
Metal ejections from the converter did not occur at the high tuyere posi-
tion with the described slag regime, contrary to the oxygen process with the
high lime quantity (55 - 70,kg/t) and the high tuyere level above the metal
[Ref. 4: 0. N. Koste*netskly. Proizvodstvo stali v koiiverterakh s produvkoy
kisloroda s vorkhu ("Steel production in converters with oxygen top blowing",
Trudy NTO chernoi metallurgii, Metallurgizdat, 1957, 53]~ It was not pos-
sible to establish a clear relation between the time of the tuyere staying
at one level and the slag basicity I for the number of measurements was not
sufficient, but -*it was clear that 18 - 20% FeO must be present in the slag
during the firs'. blowing period and 10 - 12% during the second to reduce
the P content in metal to 0.015 - 0.025%. This FeO content in slag could
be reached by holding the -tuYere 1,490 - 1,550 mm above the metal surface
at the end of each period and blowing 75 - 8o m3/min oxygen for 2 min. Op-
timum dephosphorization was attained a' 1,600 - 1,6300C metal temperature
at pouring. The effect of the PeO consent in slag at blowing end and P con-
Card 3/7

23626
S/148'0"0/000/012/020/020
The slag regime for converter steel melting... A1617A133
. I i
tent in metal can be expressed in equations - for the first Period (at 9 -
22~~a POO in slag) - [P] - -0-00031 (PeO)j + 0-103; and for t~.e second. period
(5-14~a` FeO in slag) - F1 = -0-0044 (FeO)jj + 0.0739; and the effect of
final metal te erature M the 1,580 -.1,7400C range): [P] = 0.000246-
0-376t where 'rPlis the phoophorus owitent In metal Ili P40 - the PI'10
content in slag,'and t metal temperature in oC. The heat is rt~commended_ to
be controllea by iron ore additions only, and in quantities necessary to
absorb heat; at 0.6 - 0.6~o Si in iron, ore quantity may te not below 8% of
the weight of liquid iron. Conclusions% 1) A process with lime addition
in smaller quar~tlties i* feasible. 2) The suggested slag regime cuts lime
consumption from 80 - 85 to 45 - 50 kg/t, or 40 - 45'/d- 3) With skimming
primary slag, the suggested regime can increase the iron outptit. A.) Bauxite
can be eliminated; 5) The basicity (CaO:SiO2) of final slag should be main-
tained at 2-3 - 2.5. Basicity higher than 2.5 is not recommended. 6)'Th,.
suggested method eliminates slag and metal throws from the converter at
high slag acidity, and facilitates the conditions for the automation of thQ
blowing. 7) The loweir lime quantity does not impair desulfuration in com-
parison with ihe current process practice. 8) The slag acidity can be Gon-
Card 4/7

4-)Difo
S/140/60/000/012/020/020
The slag regime for converter steel multuin--.- iii 61A1 33
U
trolled by the tuyere position above the metal surface. 9) The metal
temperature and slag acidity at the basicity of 2.3 - 2.5 ensure sufficient
elimination of phosphorus from metal. 10) The work of convertor operators
is facilitated through easy cleaning of the t-ayere from slag. There are 6
figoarea and 5 Soviet-bloc references..
ASSOCIATIOIT: Moskovskiy institut stali (MOSCOW Steel Institute)
SUBMITTED: April 6, 1960
Card 5/7

: : t 11 1 F! "

Ave! A!ie dega Iiiho
21

~A I V
l Ar-'
P~artic te,
6.00, ,

3, C.~ mm

e ~t6ijlaqcj,ea:s'-'
~r,'opertipd. of
jcept mol n 'u: ji.
to;
i*a --wa6 0- kic

GAGIN S.D. kand. tekhn. nauk
Effect of temperature conditions on the properties and
gas contbnt of a chromium-nickel vacuum-melted alloy.
Lit. proizv. no.11:5-7 N '65. (MIRA 18:12)

Ak
r
L ~69U---6-6 EWT(MVEW JDIWIJG
ACC NR% AP6008864 SOURCE CODE: W0128/6!i/000/011/0005/0007
AUTHORti!-ANLia, So Do (Candidate of technical sciences)
ORG: none
r
TITLE: Effect of temperature regime on the properties and gas.content of chrsMIVAL-
-nickel4lloy during vacuum remelting
SOURCE: Litaynoya proizvodetvo, no. 11, 1965, 5-7
TOPIC TAGS: vacuum melting, temperature dependence, nickel base alloy, chromium
containing alloy, vacuum furnace, titaniumi aluminum oxide, vacuum degassing
ABSTRACT: This is a continuation of a previous investigation (Gagin, S. D. Liteynoy~e
proizvodstvo, 1964, no. 9) with the difference that it deals with the effect of the
temperature of the molten metal (Ni-base alloy) on its content of oxygen, hydrogen and
nitrogen, as determined with the aid of a radiation pyrometer, in a vacuum induction
furnace 7,10-1 mm Hg). It is established that as the melt temperature increases from
11506C to 12600C, its 0 content increases from 0.004 to 0.007%; H content, from 0.0002
to 0.00054% (from 2.3 to 6 cti2/100 S); while N content is almost unchanged (0.0026-
0.0034%) and the total content of gases increases from 0.0068 to 0.011%. This is;
apparently due to a decrease in the deoxidiziug capacity of C with increasing tempez~-
ture; the reason for this~decrease appears to be the increase in the reaction rate of
Card 1/2 UDC: 621.74.045i669.14.018.A4.-,~662.
-745

L 26029-M
_;~C_CNIZ: AP6008864
the reduction of the furnace-crucible material by the active elements of the welt, e'.g.
Ti, the increase in the dissociation rate of the oxides of the lining material (A12
O~)
and the increase in'the solubility of 0 in the metal. Thereforei tbe4acuum melting
of this alloy should be carried out without its exceiisivq heatUig to 200-2500C above
the liquidus line, i. e. to 1200*C and higher,in order to prevent the, increase in the
alloys gas content and the decrease in the deoxidizing capacity,,of C as well as the
concomitant. decrease In the strengthiproperties of the'all .oy. orig. art. has: 5 figures
1 table.-
SUB COM., 11, 13/ SUBM DATE: j~EneT*ORjG-'.PM-. 006."t

T.
UM/RUMM/Petrolem - Drilling Mm/'Veb 50
Drills, Oil Well
"Soviet Drill Pipes," T. Gagin, EW, 34 Pp
"Petrol si Gaze" No 1
Describes drill pipes used in Soviet petroleum
industry, listing materials and their techni-
cal and mechanical,properties. According to
aid schedule, Rumanian'petroleum industry will
receive some drill pipes from USSR.
16iTilT

;Z 1, 1i, 6W
S/139/59/000/06/01)+/031+
9032/911)+
AUTHORS: Gagin, Ye.N., Grebenshchikov, S,Ye 9 Pj6Amay4-Y-9~
TITLE: Some Problems Associated with the Design of an Electron
Electrostatic Van de Graaf Generator-
-1
PERIODICAL: Izvestiya vysshikh uchebnykh zavedeniy, Fizikaj
1959, Nr 6, pp 95-101 (USSR)
ABSTRACT; This paper was presented at the Inter-Collegiate
Conference on Accelerators (Tomsk, February 1958). It
describes the Van de Graaf generator at the Physical
Institute Imeni P.N4 Lebedev of the Academy of Sciences,
USSR. The machine was completed in 1956. The generator
is in a horizontal position and is mounted on three
insulating columns 1.8 m long each. The 60 distributing
rings and the high voltage electrode are made of
duralumin. The high voltage electrode is in the form
of cylinder connected to a hemisphere 38 cm in diameter.
The electrodes in the accelerating tube are in the form
of thin stainless steel discs with apertures 8 cm in
Card diameter. The accelerating tube is 1.8 m long and is
1/2 made up of 180 electrodes separated by porcelain rings.
The width of the belt is 26 em. The belt moves with a
&)-ouuiaTiun: -rizicnesxly insti-ur imeni r.a. LeDeaeva Juv aaan
, A (~ Ld:
(Institute of Phv~ics imerii P.N. Lebedev _y
SUMITTED: December'27~ 1958

S1908162100010%,1610: /0013
V
AUTHORS: Gagin, Ye. N., Alet al I nikov, Yu. N. J;:Pisa~eI V. yeit
TITLE: Electrostatic Van.de Graaff generator and injectorifor t h e
680 Mev synchrotron
SOURCE. Uskoritell elektronov ha 660 Mev; abornik 8''tateye 4do,j
"by Z. D. Andreyenko. Moscow, Gosatomizdat, ~1-962. 31.401-
TEXT: A Van'de r r formdrly used f
Graaff gene ato 4'. or:-protdn;;acqe-lerotionj.to~
800 kev Pas.converted,for",operation with elec I oni c t
tr 4! ap,ti
4re
ef ic i en ay the voltage, wawl 6%. P;'
-stabilized 0 Ath:from d
s urce
to a9celerater is 7 m. A pulsed supply syst em was ~deve oped, for ihe -
-with
source, for short pulses a aaximum current amplitude~of 20 ma~~ The
generator is 1.6 m long, with 60 potential7dividing~ hoop's.! The hi&-m.
voltage electrode is 76 am diam.; the aocelerating3ube consists of.
180 alternatinG flat electrodes and porcelain' rings them charging'b,elti
4-ply rubberized percale, is 26 am vide, and moves at 21i;;1m/sea., The
ertire assembly is eincased in a steel shell filled with nitrogen at
5.5-7 atm, with relative moisture 0.05~,e.". The elect ron gu,a is a,
Card 1/2
Sit

S
B190s4WOO61000 004 008
631 1.80
AUTHORS: Xem. Ii - Kam in ir' L .,B., Molchanov,': S. Sop
Orlovskiy, G.:N., Pisarev, V. Ye. , Pyshki:n,~ B. N.,
Fedotov, A. F., Yakimenko, b1. N.
TITLE: System for electron injeation into. the ch'amber. of the
0660 Mev synchrotron
abornik 'tatey. :Ed. b
USkoritell elektronov na 680 Mev, 8~
Z. D. Andreyenko. Moscoi, Gosatomizdat'~.19062. 41-49
TEXT: The metho Ia is the same vs in the Dubna 10 Bev proton synchr'qtron.
?articles of constant energy are injected into the:magne.ti.c field'o'f the
first quadrant almost at right angles to the magnet- radiii&; iniaction is.
-stopped on.-reaching the, equilibrium orbit'~of the':chamber~ c6nt,6z and t'h e
is sw ib
-accelerating field it'ahed-an dire.c't injectioii Is impps6 lei id-ue o
the design of the accelerator~magnet and the high-iibitag6 ;'.injector
(injection energy 0.8 Mev). The electron beam 'Lr6m;'the,Van de Gr6af.f
generator.is first deflected by a magnetic 600 sector field and theh
injected by three pairs of deflection plates for a total'deflection'of.'
Card 1/2

S1908162169010001004100.8
System for electron injection
300t into the synchrotron chamber. ~Betrteen the Van A e Gv id f exit d
ax
&n
the magnetic deflector there is a magnetic corrector conjisting of two
pairs of magnetic polepieces to correct the eccentricity. Tof the
accelerated beam with respect to the geometrical axis. Directly behind,
the magnetic deflector is a 1.5 kv electrid deflector rihich can be~iised~ J;
to select short pulses of 1 p see. When switched off, the~'beam passes
through a horizontal slit,diaphragm. The alignment ''can be :checked:6n tVo
fluorescent screens. A double electrostatic corrector and. tWo capacitors
adjust the position and angle of the beam in the deflectors -of the.
injector, .,ihich are in ane of the straightsections 'of th~ a cel r'~
4. e a e a or.:1.
Each plate can be separately adjusted by translation(and,rc-tatuion from,
outside without destroying the vacuum. The' radius of cu-_;-Va:,ture of ~t~he
orbit in this deflection system is 60 on. The voltade across' each:pairi
of plates can be controlled separately.~ 11:roug~ estimate! shows that: an
3
instability of 2 - 1o-3 rad in the radial and -5 - 10 rad in th e axial't
component of the injection angle produce an intensit~'losb. bf, 2 1
e
instabilities of the supply sources are of the order of 0~101 to 0.06it.
Circuit diagrams are given for the d.c. amplifi
er and thCr'ctifter'for
the reference voltage. There are 5 figures and I tal~le.~,
Card 2/2

AUTHORS: Babkin, M.,.-B:)zin,
Metallnikov, Yu.
Pisarev, V. Ye.,
TITLE:- Some starting-up
synchrotron
S/90EI/62/009/000/007/0013:
B163)BI80
:L.;. V4!
q.. ~1.1Ilagin, y min,
pre
N.,, Orlovskiy, G. N.,:! Fetukhov, :V.
Sedov, N.-G., Shorin,.K. if.
andoperating problem's of the 680'Movi
S-OURCE: Uskoritell elektronov na 680 Mev; sbornik statey. Ed.:~by~
Z. D. Andreyenko. Moscort,.Gosatomizdat, 1962. 64-74~'
TEXT:- The momentary particle orbit duringthe first revolutions is a
distorted due to Et number of unoontrollable deviationh from the ideal:'
magnetic field configuration. This trust be oorraotodAn oidar~to captlure;:
a sufficient part ~of the injected electrons-.,. Indicating devices measuring.
deviations help tao find the initial conditions, e.g. ~the a'orrdct
injection angle and timing for which the free oscillatlions:a~out the
equilibrium orbit become minimal during the first reva4utio'ns. Similar
methods were used to correct for deviations of the median surface of:the
magnetic field from the geometr-ical symmetry plane. For these measurements
Card 1/3

S/qOaJ62/00-0/00Q/007/008:.
Some starting-up and operating B163/3180
a chopper was used, consisting of.an, electric deflector immediately~behin~d
.the 600 magnetic sector field in the injection line, by which short,pulses
of 1-2 psec duration could be selected from the injecIted beam. The
signalling devices were flags and grids coated vith 111mindiPcent paintf,
sometimes in connection vith phatomultipliers. In this viay:theorbit
deviations could be reduced to 2-3 cm in radial in 1-2.,om in, vertical,.
direction. In the quasibetatron and the synchrotron~accel~ration stages
the envelope of all oscillating orbits was measured by movable-vanea.,~,
three or four in each sector. In the first stage, abbut 1.5 Asec, them.
accelerating field is disconnec-ted but the magnetic field'.is'growing.,-
When the momentary particle orbit has been reduced 0.3 mm
at 0.2 to ~per
revolution, from the infleotor to the contral ohamber~,radilq's,,, the
accelerating electric field is trwitched on. _ Under optimal ;conditions,'~ the
.5*109. el ct=ons peril
capture coefficient is 2c,, which corresponds~ to 2
cycle. To avoid undesirable resonance effects from the.passing eleatton
U 'is detuned,~ an
beam in the,resonator during the first stage.the_~resonator~
the second stage.11s performed at:a smaller orbit radius. I'Men the field I
is switched off at the end of theaccelerating cycle, the magnetic field.-,.
is still rising and the electrons hit the target, a tungsten mire 1 mm
Card 2/3

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UdbW of "ll" #1i *A 11WOUNWINS
17"p-rerwit -1 . K. F. GAt.1'4A =
itist), No. If. 29 31)
It, ".1mcm A tocifil-I
in I)IC IC1.4ir. A tvt
1" 1'r lilh-ob"A' -toll.11.1v
Ole 0'.3
tilu. there te,'
.tmadird. 416MR1. I IN

GAGIDIA,
Forr"ation of rent solutions a I
dispersions. D., 0 RVirtikif and K. G:I ti wt "k.
t. Rubber Intl., ~-ow), K#JirPW-,'7Ro,. I
U.-I mm. thick. onvic by dryinjr latim
of oattiral rubber (Reverw) (1) or blivi'llano-qtymoc Tatim
(11). had tensile !arengthq of 8.2 and 3.8 k-g. wt./~iq. Col.,
total elongation 776 rutd. 025to, residual cloiqation 33 anti
30%, and re.3iduat tension .15 and 15%. rctip- When such
films %vere dis5olved in benzeric nnil the golvent mii Vapor-
tzed. the remaining Mini had %nniltr tv%Ac -arcogths OZ.
and 2.0), totni clongation (575 and 373%), and residnal-
elongation (10 and 870), and a Urger risidual teniiint (7'21
nucI50%forland1l.resp.). The M ins from aq. dispersioni,
had a smaller residual elonration. but ahno-;t rzmvered
their.initial shape after sivOling in lif-tizene valicer anti
drying m a vactitiol, while the di4on. of thaic front soltis.
contrictixt (e.g., by 15%',0) and thcir~ thicknci,'; increased
(e.g.. by 30%). The -
nint. of 11:0 vapor wlsorb-4 by a filin
wasi greater (25~24%) for filmi from -it solo.. whilt: the other-
films absorbed, e.g., 10% I[jO vapor. fit the filtivi from.
aq. dispersions, the hydrophilic coinponenl,t of the latex
forin a net, while in the Ji'livi front xo1w:. thec
tire lirmut tis Obscrete fragments, J. J. 11111cuillian

IFITTI . v T, I'IF, Ml k-kml-f
I -Him
P M
, IP-pr- . ioq M~ ..
I

GAGINA, T.N.
Amphibians and reptiles from the shores of Iake ftikal. Zam. po
faune i flore Sib. no.18:12-14 155. 11:1)
1. MLfedrs okhotovedenlys i zoologii Irk-utskogo sell skokhozya"tven-
nogo instituta.
(Baikal region--Reptiles) (Baikal region--Amphibla)
_r*I

4a
GAG171 T C-.,11(1 "io of 31-tylzr', llribr~yl-.-,Il ~,zid thoir
A,
oconomic 20 (Toil!nk U j.;:i V.V. Miyby-
sliuvN
175 co-A~Dc; (KI,j 26-r)3, 107)

GAGINA., T.N.
Recent data on the distribution of birds in &stern Siberia.
Ornitologiia no.3:219-225 l6o. (KIRA 14:6)
(Siberia.Eastern--Birds)

~~--_GAGUU. T.N.-
Recent data on the distribution of moo brids in Eastern Siberia.
Trud7 Probl. i tem. soy.' no.9:92-96 160. (MIRA 13:9)
1. Irkutskiy sellskokhozyaystvenny7 institut.
(Siberia, lbotern--BirdB)

: :I:. -! :~ ~, I~ II I,iII iII:-.;IzII!,:I ~
GAGINA, T.N.
History of studies on reptiles and amphibians in Siberia
during the period of Soviet regime* Trudy Vost. Sib. fil*
AN SWR no*30t99-103161. (MM16:6)
(SIBMA-REPTIIES-RESFMCH)
(SIBMIA-MIPHIBIA--RESMCH)

GAGINAY T.N.
Notes and additions to the list of birds in Eastern Siberia.
Trudy BGZ no-4:203-207 162.
Rarely wintering birds in the Baikal Lake region. Ibid.:229-230
(MIRA 2.7:9)

---C4Q;NAtj*N.
Birds accidentally found in Eastern Siberia. Ornitologiia no.4:367-.3?2
162. (HIRA 16-.4)
(Siberia., Easterro-Dirds)

I F. i~ ; 1 11 if : 1 11 ~! 11 1 : ! I I 1 11
GAGDU,, T.N,
Some ornithological fJndings in tb* Karenga Valley (Titim baBin),
Dmitolocils, no*71463-464 165. (MIR& Is& 3.0)

GAGINA,, T.N.
Capermillie in the Baikal Lake region. Zool.zhur. 44
no.10:1578-1579 165. (MIRA 18:11)
1. Irkutskiy sellskokhozyaystvanvVy institut.

ZHUKOVA, A.A., kand. med. nauk (140skva); GUREVICH, Yu.Ya. (Moskva);
FENENKO, N.F. (Zhdanov, Donetskaya oblast', UkrSSR); GDEVSKIY,
Ya.M. (Moskva); GAGINA,-T.N. (Alma-Ata); VERESHCHAGIN, N.K.,
prof. (Leningn~d); ABRAMOV, L.S.; SERGEYEV, A.S. (Moskva)
New books. Priroda 54 no-8:19, 35, 70, 102, 122-125 Ag 165.
WIRA 18:8)
1, Institut geografii AN SSSR, Moskva (for Abramov).

GAGIM, T.N.
Relation between the forms of game bird mansgoment and economic
and physicogeographica.1 factors. Izv. Alt. otd. Geor. ob-va
SSSR no.5:200-202 165. ~,MBIA 18:12)
1. Irkutskiy sel'skokhozyaystvennyy Institut.

_---WSR/Cuitivated Plants - Potatooo. Vor~otablao. Molono. M
Abs Jour Ref Zhur Biol., No 18, 1958, 82363
Author Gaat Zolotukhiaa, Yu.S.
Inst Scie~itific Research Institute of Aaxic~-.lti-xe of the
Ce~-,tral Cheriiozen, Belt
Title Tomato aiid CucLaaber Varieties for the Hothouses of
Kirovskaya Oblast'
Orig Pub Byul. iacchno-teMa. Liforu. N.A. iii-ta s. kh. ser.-
vost. r-iiov aechernozeLri. polosy, 1957., No 2-3, 27-30
Abstract Tomato varieties Urallskiy miogpplodiiyy,.Tepli&nyy
Brezhneva~ Budeiuiovka and Oruntovyy Gribovskiy were
studied. Seedlings were prepared ia the, hotho.:,ses
with -atural soil 45-50 days prior to bein6 transplanted
in a permnent place A the rate of 5 pla-ats per 1 eq-.a-
re meter. The Culture was -,..ided by o-.ie stem by tying
Card " /2
- 44 -

FIOSHIN, M.Ya.; WIL'YEV, Yd.B.; 9~qIIIK
Influence of the nature of the cation on the 4olbe electrasyntbeels.
Dokl. AN SSSR 135 no.4:909-912 160. (MIRA 13:11)
1. Institut elektrokhimii Akademii nauk SSSR. Predstavlano
akademikom A.N.FrunmkiUm.
(Reduction, Electrolytic) (Oxidation, Electrolytic):
(Acetates)
-o 5 0:iddiiii~i- to iso-C 4H9COOH with KW04 'n
an alkaline medium at 10 to 150., the yield is 83%.
(CH 3),CHCHBrCoDr is condensed with NH2COOC2H5 in
toluene (1 : 1.2 moles), the yield of
(CH3)2 CHCEMrCONHCOOC05 (1) is 80%, melting point -
110 to 1110. 1 mole of (CH 3)2CHMMrCONHCONH2 and
Card 1/2
RUMAM/Organic CherListry - Synthetic Organic Chenistry. G-2
Ai~s Jour Ref Zhur - Xhimiya, No 14,, 1958,, 46640
1.1 moles of KI are heated 30 mine in a mixture of
acetone with alcohol., poured out into water,, and
(CH3)2CHCH'CMTHCOM2 is obtained, melting point 179
to 18& - (C"3 ).CHCHICONHCOOCV5 is obtained of 1
mole of I and 1.2 moles of KI in alcohol in the s
way (4 hours).
Card 2/2
Mlcmet hd
oarlq~. (B
U are n.,*U10Tt=trW1- with
e, Tho ethdd 11, Die.-
fi"My tculihYdrestrychnin
ful 10 roan Interfedug
whtu pretInt -In the antaunt lfid"~Z L In mt./mt.) -an
Miiv+, Crt++. COt 0.0005. W-0.02, Mg-+ O.W5"
NO%- 0,00M5, PL 04-0, 0125, jFetCN)J---0.015.-
CaryGmid

1,Lf'aWJV,LL;I, --d); k-,WJ!,-',0SJVA, Uconora, MD; GAGIU, Teodora, Tociuiical
Asolstant.
"Dr. I. Cantaeuz:Lnoll Ins-tituto (InsJuitubil "Dr. -L. Gantacuzinou),
Bucil =-est - (for all)
Bucharest, Viata liedicga No 3, 1 Feb 63., pp 169-174.
j I
"Serological Stuctr on the Efficacy of Attenuated PoliozTelitis
Vaccine and Comments on the Efficacy of the Salk Vaccines"

MCOVICI, 14.; GORCMOSOVA, Eleonora; tecbn:hTue.
Omtribution to the stud7 of poliomyelitis iggdication in the
cit7 of Richarest. Arch. roum. path. ewp. mt,&-o'biol, 23 no,3:
731-736 S163
1. Travail de 111hstitut N%-,I.Cant&cuzino*; Service dew, lhtero-
viroses" 1hearest.

USSR, RLWANTA/Petroleva - Derricks Mar./Arr -507
Oil Wells
nS,jviet Methods of Moving Derricks,n Traian Gagiu,
Engr
nFetrol si Gaze" Wo 2, PP 72-77
Deacribes Soviet methoft of moving derricks: (a)
derrick, on zollers, equipment on sleds: (b) derrick
and equipment on sleds (Kovelov method), or iron
sheets (Saxshkin): (c) derrick with drilling equip-
ment, motors) sheds, etc., using motors of drilling
hoists. Also gives method of Sovrom
U _petrol following
dire,::tioas of Soviet Engr N. F. Vashchenko. In 1949
162~102
UM.9 RMUSIA/Petroleum Derricks Mar/Ap~ 50
(Contd)
24 metal- derri-eks'and 12 vocden' derricks vere
mor,i6d 18o-965 N,,.23 vith hoists, 13 vithout
hoists.
162M2

GAGIU, T.
Poring with an electric drill. p. 7. TEHNICA NOUA. (Asociatia
Stiintifica a Inginerilor si Tehnicienilor) Ducurooti. Vol. 3, No, 36,
Feb. 1956.
So. East Earopean keessions List Vol. 51 No. 9 September, 1956
1. GAGIYEV, G. I.
2. USSR -(6oo)
4. Komi A.S.S.R. - Poultry
7* Progressive practice in chick raising on collective farms of the
Komi A. S. S. R.
Ptitsevodstvo, no. 4 1952.
9. Monthly List of Russian Accessions, Library of Congress, E2P
Unclassfffea.- - Kuarj 1953.

GAGEEV, G.I.
"The large Horned Cattle of Koma ASSR and Ways to Perfect it
nirther";
gricultural
dissertation for the degree of Candidate of A,- sciences
(awarded by the Tindryamev Agricultural AcadmW, 1962)
Uzvestiya Timiryazevskoy SelI3kokhozyaystvemqy Akademil, Moscow,, No. 21P
1963p pp 232-236)

GAGIYEV, P.P., Cand Med -ci -- (diss) 4'ew anatomo-functional
meLhod of t at'" fractures of the distal end of the radius."
Ordzhonikidze, 1956 19 pp. (Sverdlovsk State Med Inst.
Severo-Oset4iy State Med Inst) 200 copies (KL, 32-58, 1-11)
- 62

p. P.
GAGIIZV, k.A., kand,ined.nauk
... I -'I--
Plastic splints for the forearm and hand. Khirurgila 37 noo5:-
130-131 Mzr 161, OGRA 1425)
1. Iz gospitallnoy khirurgicheskoy kliniki (zav. - prof. G.L.
Shapiro) Severo-osetinakogo meditainakogo irwtitut&.
(SPLUTS (SURGSRY))