SCIENTIFIC ABSTRACT GOGINA, YE.YE. - GOGLEV, S.I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000615530004-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 19, 2001
• Sequence Number: 4
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

1: "d, I I It, I lml~lvw:ll
GOGINA$ Ye.ye.
Biomorphology of Festuca varia Haenke. Botalmr. 46 noo6t824-41
je 1619 (MM 14t6)
1. Botar%icheakiy institut imeni V.L.Komarova AN WSR, Leningrad.
(rescue)

In memory of Elizaveta Aleksandrovna Bush (Feb. 14~. 1886 - Sep. .12~ 1,960).
Botahux. 48 no.2:29'1-302 C, 163. Ollj'u 1, ~4)
1. Botanichaskiy institut imani V.L.Komarova Ali Sb.:~A Lonizi-rado
P
(Bush, Elizaveta Aleksandrovwt. 1~--8&--l'?60)

qljuillia, Z.Y.; B.P., direktor.
Buturing the cornea and sclers. In open wounds of the eye bull as method of
primary treatment of such wounds. Vest.oft. 32 no.2-*27-31 Mr-Ap '53.
(MLRA 6;5)
1. Glaznoye otd~leniye Novgorodskoy oblastuoy bollnitay (for Gogina). I
2. Leningradskiy institut glaxnykh bolesney imeni Girehmana (for Kalashak-
kov). (BO-WoufAs and inJuries) (Sutures) I

426
AUTHOR: Ga-inava, D.14., Engineer, Dementev, B.B., Eengbieer, ia-ntor,
Sbitnev, G.F., Engineer, and &delman, I.N.,
~Z_neer (Moscow Blectro-mechanical wor1cs).
TITLE A device for automatic checking of three-phase integmting
meters. (Ustroystvo avtomaticheskoy proverki t;rekhfaznykh
elektroschetchikov.)
PERIODICAL: I'Vestnik Elektroproa -ghleanosti" (Journal of the Blectrical
Ihdustry~) y
1 1957, Vol. 28, No. 5p PP- 55 - 57 (U.S.S.R.)
ABSTRACT: The Moscow Electro-mechanical Works manufactuie more than
300 types of integrating meters but although they are all made
in large numbers they were until x~ecently all tested by visual
inspection using a standaid wattmeter and a -stopwatch. The
factory, therefore, manufactured a-photo-electric test bench
which was put into operation in 1956. An integrating meter
of specially good accuracy is used as a standard. There are
24 slots on the meter disc and a ray of light from an incan-
descent lamp passes through a slot in the disc and falls on a
photo cell. The current from the photo cell is amplified and
passed through an impulse counting relay. For each revo-
lution of the disc the relay counts 24 jinpulses. The speed
of the meters under test is detenained in the following way.
Twelve chamfers are pimsed on the disc and a liFht is arranged
,.to be reflected from the chamfers on to a photo cell and
thence to an amplifier and an impulse counter. For each
rotation of the disc the counter records twelve impulses.

A device for automutic checking of three-phase 1W.6
integrating meters. (Cont.)
Thirty meters can be tested simultaneously. After the required
load conditions have been set up, the standard meter's relay
is set for a given number of imp4lses, the pointers of all
impulse counters are set to zero and the test is started. After
the requisite number of impulses has passed tile counter on the
standard instrument the test is discontinued amd readings can be
taken on the meters under test.
The elements of the test -bench are described. The bench has
proved very successful in operation the errors are much less
than they were before and consequently the number of meters
rejected is reduced. The State Inspecting Authority has
inspected the test bench and has authorised its use for
meter testing.
5 figures, no literature references.

NALIVKINg D.V.p akademik, glav. red.; BEUAYE;VSKIY, N.A.t Zan. glav. red.;
TIE11CMIROV, V.V.9 zar,. glav. red.; ASSOVSKIlp A K.I red.; MELIIIIKOVp
O.D.,red.; SHATSKIY, N.S., akademikp red.(decea;cd ; TANSHIN, A.L.,
akad., red.; AKOPYAN, A.O., red.; ASIXTYAN, A.T.p rod.; GOGINYAN...
Me., red.; GULYANy E.Kh., red.; KAZLRYIN, S.V.p red.; MI=Mt
red.; KHACHATURYAN, E.A.9 red.; GOVORKYAN9 LJI.v red.vipuska;
VARTANESOVAt A.A., red. izd-va.; SAROYANg P.A.9 tiokbn.rod.
[Study of the geology of the U.S.S.R.] GeologichosIcala izuebennost'
SSSR. Erevan, Izd-vo, Akad. nauk Armianskoi SSR.Vol.48.[Armenian
S.S.R,; period of 1951-19551 Armianskaia SSR; period 1951-1955.
No.l. Published studies] OpublikovwWe raboty. 1961. 127 p.
(MIRA 14:9)
(Armenia--Geology)

AitAFELYAJ;, VEGI' UiI, A.T.; ULIYAN, :;.F,.; ,MAbYAI,, 'Y~;-'.
ASHATYAN, V.P.; i,'ACjDASAHYAfI, G.F.; 14ALKHASYMip h;.!;.;
ARUTYUNYA11, A.R.; ARUTMM4, A.G., red.; A,13111r0j'~.
-GOGIINYAN V.Y- ., red.j GULYAN, BoXh., red.; KA7AHYAN, S.V.,red.;
I-IONIff-M, K.A., red.; TSMERYAN, P.P., red.
[Study of the geology of the U.S.S.R.] I=-.
chennost' SSSR. Erevan, Izd-vo AN Arm. SSR N:).110
1964. 157 p. (1-11161

GQGIOIU M.
I
"In ten years."
p. 1 (Drwml Belsugului) No. 12p Dec. 1957
Bucharest, Rumania
SO: Honthly Index of East European Accessions (MAI) IC. Vol, 79 no, 4,
April 195 8

GOGISH.2 L.V. ;STEPINICIV., G. Yu. (11oscow)
"An approximate analysis of two-dimensional supersorde flowr~ with
characteristics of small curvature".
report presented at the 2nd All-Union Congress on Theoretical and Applied
Mechanicss Moscow, 29 Jan - 5 Feb 64o

MI- j
ACC NR, AF6020731 SOURCE CODE: UR/(*2l/66/ow/co3/oioQ./oil4
AUTHOR: G L. V. (Moscow); v
ogish yu._~Moscow)
ORG: none
TITLE: Contribution to the calculation of the bottom pressure in two-dimensional
supersonic flows / I
SOURCE: AN SSSR. Izvestiya. Mekhanika zhidkosti i gaza, no. 3, j.966) log-lilt
TOPIC TAGG: supersonic flow, pressuare affect, detaelied E;hock wave) supersonic no-=lr,
Prandtl boundary layer
ABSTPUICT: Since the published papers on the subject emphasize the belinvior of the
dissipative layer at the boundary of the detachment zon(! and ray 11ttle at-terAtion to
the outer inviscid layer) the authors have developed a freneral approximate method of
determining the bottom presstire in complex two- dimensiorial 1420AI'0)~iV 1VrPCT',;(:jnk flow,
_,~e approximation consists of using linear characteristic and a specificd detac'lifld- 1 1
flow hodograph. The influence of the dissipative layer is tahen into accovnt by rfear.51
of a universal function - the permissible angle of rotation of the layer in the rtream~
cr;mpression region. The results, of the calculations are shown to be in satisfactory
agreement with experimental data on the bottom pre5sure at the butt enl of a cylinder
aU the end surfaces in a flat channel following, sudden exVann;,ion, and in a plane
ll'iandtl-Meyer nozzle with a corner. 'The dependence of the bcittom pressure on the
features of the detached flow and its boundarien in determined onthe hasis of the
Card 1/2

- ----- ----------
ACC NRi AJ~602()7AI
derived formula. The nozzle calculations were made in collaboration with T. S.
Soboleva. OrIg. art. has.- 5 figures and 7 formulas.
SUB CODE: 20/ SUB14 DATE: 25Nov65/ ORIG REF: 002/ OZI REF: 005

(l)JVdP(m)/ETC(q)-6/EWA(l) WW/.RM
6013225 SOURCE COM UR/04211661000/DO2/0175/0180
AUTHOR:
~ht L. V. (Moscow)
ORG: none
TITLE: investigation of short supersonic nozzles
SOURCE: AN SSSR. Izvestiya. Mekhanika zhidkosti i gaze, no. 2, 1966, 175-180
TOPIC TAGS: nozzle, supersonic nozzle, nozzle design, supersonic gas flow,
nozzle flow, contoured nozzle
ABSTRACT; The problem of designing maximum thruot nozzle conrours for a given length
and exit radius has been the subject of numerous investigations. :tt was shown by
J. H. Ahlbery et al. (Truncated Perfect Nozzles in optimum Nozzle Design. ARS Journa4
1961, Vol. 31j,No. 5), for -~ examplep that an optimum noazle contour can be
selected graphically from a family of truncated perfect nozzles. However, this
article demonstrates experimentally that in nozzle optimizatian it is more expedient
to use nozzles with weak shocks and some overexpansion, obtaitied by increasing the
nozzle cofttour curvature as compared to that of a truncated perfect nozzle. Tests
were conducted with a serie:3 of two-dimenaional nozzles with 11 conlotant contour
profile but with various degrees of flow expansion. Ifeanure"ments were made of the
static pressure distribution along the wall of the nozzle suparuonli,, section and af
the total pressure at the nozzle exit. The experimentally detarmined thrust of the
Card 1/2

ACC t4 AP6013225
nozzle supersonic section with an increased contour curvature was ciompared with thO.
calculated thrust of the supersonic section of trunented perfect namtles with uniforg
characteristics. The obtained results indicate that there is m definite range of
nozzle dimensions at which the nozzles with increased contOLIt' iturvatures are more
advantageous than the truncated perfect nozzles. In this case, thecontour inclina-
tion angle In a nozzle with a shock at the exit cross-section is not equal to Zero
and the shock effect is small. The author thanks G'.-Yu..1...Gt.epq!:!av for stating the
problem and his guidance. Orig. art. has, 7 figutes and 6 fo3-~u_las~, IASI
SUB CODE: 21/ SUBM DATE: 27Aug65/ ORIG REF: 002/ OTH REF1 003
Card 2/2a2
Ty

GMTSH, V.
Avtoliniia Moskva-Tula. jutomobile line Motivow-Tul&7. Ks procktirovanliu i
organizatsii. (Avtomobill, 1941, no. 6, p. 5-7). ;j- DW: TIJt.A87
SO: Soviet Transportation and Communications, A Bibliograp Vo Library of Congress,
Reference Departmentp Washington, 1952p Unclassifiede N.

GOGISH. V.
Automobile drivers in the October Revolution, Za rul. 17 no.11:
2-3 N '59. (MIRA 11:4)
(Russia--Revolution, 1917-1921)

X~eoo: 101211,0 mg
Translation from: Referativnyy zhurnal,
# 32147
AUTHOR: Gogish-Klushin, Yu.V.
63535
S11 I 2,15TI'000 X, 15/043/1,68
A052/AO02
Elektrotekhnika, 1959, NO. 15, p. 169,
TITLE: An Automatic Electronic Device for Recording llnlarLzation C'urves
PERIODICAL: Sb. tr. Vses. n.-i. in-t Goznaka, 1957, NO. 1, PP. 177-190
TEXT: An automatic electronic device for recording polarization curves
has been developed. An 113TIFT6 -51" (EPPV-51) electronic potentiometer with
additional resistances 'd a high-ohm voltage divider are used. For graduation
of reference points a "ft-4" (P-4) potentiometer is applied. The current con-
sumption of the electronic potentiometer Is about 10-9 - 10-10 amperes. Such
currents do not cause a polarization of electrodes and the polarization curves
are stable and reproducible. The current of the electrooe,,,,.pll changes syn- i
chronously with the work of the potentiometer; a rheostat driven by a "1L-1011
A)
(D-104) reversible motor is used for this purpose. The device Is fed from a
Card 1/2

a
S11 12/513M/()15/043/0(-3
A052/AO02
An Automatic Electronic Device for Recording Polarization Curves
"OW -220-015, (SEI-2-20-0.5) ferroresonance stabilizer. 'rhe devive was opera,~ed
for 2 years under industrial conditions without failures.
A.A.S.
Translator's note: This is the full translation of the original Russian
abstract.
Card 2/2

83536
S/112/59/000/U15/044/c,68
f 47 A052/AO02
Translation from: Referativnyy zhurnal, Elektrotekhnika, 19!Y)-, 140, 15, P. 169,
# 3208
AUTHOR: Gogish-Klushin, Yu.V.
TITLE: A Study of Some Electrode Processes on the Automatic Electronic
Device for Recording Polarization Curves
PERIODICAL: Sb.: Tr. Vses. n.-i. ln-t Goznaka, 1957, No. i, pp. igi-196
TEXT: lt is found out that a polarization curve with a correction for an
increasing cathode surface can be obtained by recording a series or polarization
curves on the automatic electronic outfit with a subsequent superimposin3 and
graphic interpolation. A simultaneous recording of time-cathotie potential curves
enables to judge the cathode surface increase when the layer of built-up metal
becomes thic 'ker. The curves indicate the formation or passive films on the newly
settled metal layer and the settling of powdered porous deposits.
A.A,S,
Translator's note: This is the full translation of the original Russian ox
Card 1/1 abstract.

GOGISH-KLUSHIN, Yu. V. Cand Teoh Sci -- (diss) "Study of the effect of the
upon t~"e athode, process Bind the phyisicomechanical
composition of eleotrolytg
Uron~~
4t-
properties of electroly-tii'16-sed for galvanoplastio platliq;." Moe, 1959. 15 Pp
(Min of Higher Education. Krasnoyarsk Inst of Nonferrous Metals im M. 1.
Kalinin), 150 copies (KL, 41-59, 104)
-22-

KASHAKASHVILI, N.V.; GLADKOSKOK, P.P.; KH(SHTARIU, Sb,,F,O- Hj?rDEU, MSh.
Prinimali uohaBtiyet PAROTASMLI, V.V.1 KOERRIDZE, V.G.1
CHKHEIDZE9 Z.A.; RUKHAM, E*Ao; KMKNWHVILI, O.A.1 SHARASHIMS,
S. Sh.; GOGISHVIU.-A,001, MELKADZX, N.V.; DWASHVILI, A.V.;
'ABMISHVM, R.N.
Performance of Transcaucasia Metallurgical Plant bl&ijt fur-
naces operating on natural gas, Trudy GPI [Grus.jno&4tlI-23
v62 IRA 17t8)

oil's 1, 1
till
fit

V 9-~ (-A 934 A. 06 . . A in, B. At A . . A.,
... p-... low p,#... - A".
336 . 27 4 c.. VW-. 1938. 53 c, (21 o%A. .,
I-- - 1.7-F 43m. IMH B".. X-~
3.01 731. 3m Im. 17.4 ,
a C . o.3.. IDL. 04n. A . . . . . . . to . . . . A4#m
'011, -i~64 -AV 41~rgc,p . . . . K -p- -,m
rpot-4k --F ... I.IINo
"At. -" c . c -=- - &p-- fTp- TF7,
1-47 244 Ra 3
1, Wd;; 6rA. 21. 34. 1&69$
.%Jr 1048. 20.2. 3ag. mi. 211.12.
U,"r. A . A.-A 8 041 A ...... H..... a Es
re-p".--h wp. 38. to., -eVtAo-
C~r~ Fsm= I"?. wusm v- Jctpw f-Ay reps w Ant-
Z+4 .- J -P.. .15 M& =0 #; U
0 0-. 21 16". 3 .2
3.W 1949L 2". 942. Hoax
-6.3-
26-4 .1a, j*k-.40 b.W6A-4 A--1-ftA- ,p p rpyoo-"o CCP.
19". 42 &3. tj,1~4j. Uorj3 1944. 130 c.. 161 - a.
T.$fv d.L 1936l. 3.6. 194K, 24.7.
e-JR. IQ^ A". 941 1. .,a . . . you At. A...
~VWto- -M-oo a
&..-P. 103& 42 C, tKu. -A. - YCA.- Iot.- P-. 1943. 03 4~ 1121
TIL fml~
3.e 193k IDA 306. J94x Is.11.
4.981, di, 944. r.op..&
-Op m cav sc
so, 146& H....... -my"
ms~. - - wo-
q-Up 19M. 23.5.
xor-.%. (Doug K ... a... Piro . . . P--W- INIA,
06~ -M- . 3 .. A-4 rpr~ iottle... .* . o 3.-A-9 rpjrmoo~ rM-
x.AuArood vot---- BH"4n a CK.
1949. 833 ~ -
WL 3t.Sjr.do ..Ual aljc- 3m 190. 21.S.
'3 A' 42- &IF' SOO#" ofl-b" W ~ -0 94s, ret.w
Q. 1.
1261 S. 1, O&C.
q..w 1949, Is.4. -P-A C.----? .".0. 0, rplys.-A
H-c-ip E##A.S.- CCP. 19M. M o- VW.. -PI06 IF'
A"P-- P Xvpw Mott. .,p." AN rpys. ccn
..XUT C-O.AYMN. 194L 4. 3.6. 19K 2& 11.
190 c, M moA. o.. TdA. 946. Amastav xppeTolpop re-
3M~ 1949, I.M. O*%tv O-w
rid
r.
Mosprophl"I ajoiIIIIIIII
Def at
Tbill%si Q~tate U.

GOGISkYA S.
Possibility of determining absolute IMIDIMING of atmospheric t*Mwr&-
tuxe in the mountains from & brief series of observations. Soob.AN
Gruz.SM 17 no-9:797-800 '56. (K6RA 10:2)
1. Akademiya nauk Grusinskoy SM, inatitut geografil i-nent Vakhushti,
Tbilisi. Prodst&vleno akademikom AA.Dzhavakhishvili.
(Georgia-Atmospheric temperature)

. Some characteristics of atmospheric processes hindering the
passage of cold air Into the southern Gaucasus. Keteor.i. gidrol.
no.3:37-40 Kr '57. (KIRA 10:5)
(Caucamus-Atmosphere)

GOGIMIVL
Stractural scheme of altitudinal barie aroas in the forecast of
main cooling processes in Tranwaucasiao- Soob, Ali Grus. SSR 19 no.3s.
301-307 S 157. (MIRAL 11:5)
1. Akademiya nauk Gruzinakoy SSM, lastitut geogndii In'. Vakhushti
Tbilisi. Predstavleno akademikon A.I. Dshavakhlshvili.
(Weather forecastlzg) (Osorgist-Frost)

GOGISHVILI, K.S.
Climate of Upper Imoretia and the factors accounting for It
Lin Georgian vith oxmmry in Russian], Trudy Inst. geog. AN -
Gruz. M 10:111-121 '58, 09Rk 12:1)
(Imeretia-Climate)

ASTAKHOV, II.Ye.; VLADIHIROV, L.A.; GOGIMILI, KXS.- KORMAIJIIU, M.O.;
MARIJASHVILI, L.I.; "".'
Phyalcogeographical characteristics of Upper Imerstia. Trud Inst.
10:155-193 158. 115
geogs AN Oruz. SSR (MIRA 12:8
(Imeretla-Physical geographr)

GOGISHVILI, X.S*
Seasonable distribution of atmospberic procipItations in southern
Georgia. TrWy Insts geog, AN Gruxe M 121159481 159.
(KIRA 13: 10)
(Georgiso.-Precipitation (Kateorologr))

GOGISWILI, K.S.; KORMAKMA, M.O.
Atmospheric humidity def icit in Georgia. Trudy Inst. geog. All
Gruz. SSR 17,.139-152 162. OMA 16:7)
(Georgia-flumidity)
4r,

Ir Q-C~q~I~LIJU,-L.S-; MUMAKRIYA, 11.0.
Problem of moisture in Georgia. Trudy Inst. geqy. AN Gruz. SSR
17:153-160 162. (11MU 16:7)
(Georgia-Humidity)

GOGISHVILI, K.S.
Seasonal distribution of atmospheric precip1tation In eastern
Georgia. Trudy Geog. ob-va Gruz. SSR 6tl47-171 163.
(MIRA 17s2)

GOGISHVILIJ, K.So
Circulatory factors in the climate of western Georgia.
Trudy Inst. geog. AN Gruz, SSR l8t214,215 164.
(MIM 17:6)

C,(I,'jISI,VILI K S.
Circulational factois in the clk-4,matn of the 3as,L-!in flje,~rg]-'J.
Trudy Inst. geog, AN Cru2;. SSR 2~)-.1715-193 164-
(-TRA -'~;5)

17
SOV/ 137-58-8- 16663
Translation from: Referativnyy zhurnal, Nfetall"r-
,,iya, Nr 8, p 60 (USSR)
AUTHORS: Agladze, R.I., Gofman, N.T., GQ.I_,islivili, N.Sh.
TITLE: Extraction of Mangaiiese by Leac'kiin,, of Usa Ores (Izvlecheniye
margantsa iz usinskikh rud vysliclaclachivaniyern)
PERIODICAL: V sb.: Elektrokhimiya mar-antsa. Tbilisi, AINI GruzSSR,
1957, pp 465-482
ABSTRACT: Experiments were run in I- and Z-sta.-e leachin.- (L) of Usa
Mn chlo rite -carbonate ore ( -30"!) 1%:n) with acid anolyte. A
study is made of the effect of tli,~! de.;rce of comi-ninution of the
ore, pulp temperature, and the stoic!1iometric Atin-ore: 1'I?SO4
and solid-to-liquid ratios upon :he dc,,ree of recovery of the ~Ja
and the other components of the ore. Sin,-~de-sta-:e 1, by a solu-
tion containing 75 g i_12SO,-, yields 71,') recovery of Mn froni ore
in solution when the razio is -1:1 and the solid-
to~-ticjuid ratio -1:9 at a temperactite -:Z ZUO. The consumption
a in extractin- Mn in an -.n-ocesu is 66;') of the
of '~ 2S04
amount fed in, and the ore residue a'.ri- c o n t a i ns uL o I L") 72
Card 1/2 1,4n. Vic requirements per t Mn arc (j:~c, 2.012.

SO V / 1" 7 - L - I ~ J
Extraction of Man ,ztnese by Lcachin,7 of Usa Ores
1
0.388 t NII , and 19.43 iTi3 water. For Z-sta,ye L by solutiun contaiiiiii- 75
3
11 H2SO,I/IiLcr, at an Mn-orc:H S0,1 ratio of 1: 3 ). 3 in the acid arm ane 1: 1
in the neutral arm and a solid- to - liquid ratio exEraction of Mn attains
8476 of the startin- amount. The residue of ore af*ci- !., t%,.-ice contain
Nin. The degree to which the other components of Jhc ore lr.,,o into solution
virtually doubles the extraction thereof in sinfylc-s',a,,(, I- Tli~r., rciuircm,~nits
per t Mn arc 5.3 t ore, 1.883 t -12S04, 0.381 t NL13, and I.C.317 n-1 wacr.
The behavior of individual ore components in the resultant caustic sotu-
tion and in electrolysis is examined, and data are presented on the accumu-
lation thereof in the electrolyte. Electrolysis of purified solutions shov:s
that it proceeds with standard indices and permits extraction of -neal of
normal quality. Ener,,,,y consumption is 9.3 l(wh/kg rviii.
N. P.
I- Man -lane se-- Pi-duc.lLcn 2. Man.-I-anece
Card 2/2

S/08 2/0-6 0/00 3/")4 6/0 90
3156 3lol
AUT'71ORS: Agladze, R. I., J~Vkvjl-i- M =Lh.
TITLE: Production of antimony-manganise alloy by aiec-..-olysis of
molten salts
PERIODICAL: Referativnyy zhurnal. Khimiya, no. 3, !962, 366, a1~3traclw
31(1544 -(Tr. Gruz. polite'I'lin. . in-t, no. i1 (65)
101-115)
TEXT: The process of producing Sb-Mn alloys %110-49-3.'o 1.1n) fro'm molten
11
YnC12 + KC1 + Bacl 2 is inve3tigated; the cathode is 2olltvn matallic Sb
(99-87~4 Sb) . It has been found that increasing catholic curi-ent density
from 0.25 to 1 a/dm2 is accompaniel by a decreaz;e of the cathodic current
yield from 93 to 77/5 (tem?erature 35000, from 95 to 80,q~ (9000C), and from
97 to 907-'0 (9500C). Under these conditions, the ',*,n conte-nt of the alloy
is 23-31~~*- Increase in the Mn content of the alloy from. 1\"~ t3 lt9-31'3' is
accompanied by a decrease of the cathodic current yield from 95 to 50,71.
Card 1/2

0/0;; 6210CClr'O rl-:~4~1393
I
?roductt.-~. Z antimony-manganese illoy ... B15 YB101
The structuresof the alloys produced nave been itivestilSatei, z?nd It. har,
been found ihat 'the szructure of alloys containinE 28-31.1,~ !,:r. i:
characteristic of ---phase. Alloys with '40 Mn contt,.,:i chemical
compounds. iAbstracter's note: Complete translation.-
Card 2/2

GOGISHVILI, N.Sh,
Extraction of manganese from carbonate ores of Chlatura deposIts,
Trudy Inst. prikl. khIm. i elektrokhim. AN Gruz. S311 2:61-78 161.
. (KM 16:8)
(manganese) (Chlature.-Oreo)

GOGISHVILI, N.Sh.
Full utilization of Chiatura carbonate ore. Trudy 3nat. prikl.
khim. i elektrokhim. AN Gruz. SSR 2:79-81 161. (MMA l6t8)
(Chiatura,0res)

AGLADZE, R.I.; GOGISHVILI, N.Sh.
. I
Stripping of Chiatura, carbonate ores by percolatloa, 'IYudy lnst*
prikl. khim. i elektrokhim. AN Gruz. SSR W344 161.
(14MA 16t8)
(Chiature--,Ores) (Percolation)

G(.ClSiViLI, N.3h.; AGUDZE, R.I., akademlk
Effect of germnium lorm on the electr,.~iapositirjn of -anganese.
Soob. AN Gruz. SSR 40 no.1:105-1,11 0 165.
(MIRA 18:12)
1. Institut neorganlahe3koy khInii i alektroklilzU AN Cjrlz!.rLikoy
SSR. Submitted December 289 1964.

S/O 11/63/000/00 I/OCZ/002
A006/A1Ol
AUTHORs Azlzbekov, Sh. A.
TITLEs The Third X11-Union Conference on regularities In the formation
and distribution of endogenous mineral resource deposits
PERIODICALs Izvestiya ik&domli nauk SSSR, Serlys, g9ologicheskaya, no. 1, 1963,
126 - 128
TEM The Conference was held in Baku from September 18 to 23, 19621 it
was attended by 455 representatives from scientific and industrial geological
organizations Including 24 Academicians mid Corresponding Members or AS USM am
AS of various republic, 49 Doctors-Prof*ssors and 164 Candidates of Geological
and Mineralogical Sciences. The Conference was opened by Academician D. 1.
Shcherbakov, secretary of OOGNO AS USSRs The program of the Conference was 41-
v1ded into three main groupas a) r1gularitles In the formation and distribution
bf endogonous deposits in the Caucasusl b) regularities In the formation and
distribution of andogenous deposits of other folding r*41ona of the AlpIw cy-
ale; a) general problems of met,allogeny, In group a) reports on basic features
Card 1A

s/bi i/6VOw/ool/W2/002
The Third All-Union Conference 6n:.. A006^101
of metallogeny and models of detailed metallogenic charts of the Caucasus were
delivered by Sh. A. Azizbekov and R. N. Abdullayev (in~Azerbaydzhan), S. S.
Mkrtychya,n (in Armenia), 0. A. Tvalahralidze and Yu. 1. Hazarov- Cin Georgia) and,
_j"r be (in the Northern Caucasua)j V. 1. Sm-1-rnov sported on psoullaritlqs
y r
In magmatiim'and metallogeny of the gooey-na-1-in-e-&-rE-plateau stage In the evolu-
t1on of the Western section of Northern Caucasus. Reports were dallvered on ame-
matiam and metallogeny In the Dashkesan are region (M. A. Kashkay, M A Matafa-
beyll) Southern Georgia (y, R z9) the S*v&n-Ak_ergLton;_(
__,_DUrtd_
ors region (T. Sh Oo 16hvill, vA In the small a i~i_
0 'li
-MM sogenous volcanism In the Caucasus
Intrusives. 0. 3 aenidz re !hoA0ojtn
, Dzv.
and metallogeny related to Itnj Y,_H,_6ot1Z*r on "Deposit types relat-4 to paloo.
volcanlam"; papers were deliver9d,on, pyrite deposits.in the SomMito-Karsbakh
&W the Sevan-Akera zone Q P So-,pko); Morthern'Caucasus ~N S Skripchenko,
_V, 1. Buadze) the Chubukhlu aWu s1rore region 8 Sh Sarki in-l'.-Hip-oKi-were
__O a H4
read on polymetalio deposits in Northern CiLuo"us XM==oy v& -th-
), Nor
-West Caucasus (G. P.-Korne and the M*khmww or* field,1 Other
~vy -LN.WV. 7~* t~M*V&
N.
reports dealt wM gold e-Oukhman, mercury . V. Abtarr)
V. Mu4t&fabeylil-n-lmraii-z-ati-on-.--droup 2 inalQW-r-ep-aftv an
and ram inetal (F.
7-
Cerd Ra-

GOGISHVILIP V.G.; GOGISMILI, T.Sh.
Yletallogeny of the Alaverdi-BoInLsi ore region. 7akonom,razm.
polezn.iskon. 7069-370 164. (MIRA 17-6)
1. Kavkazskiy institut minerallnogo syrlya.

GOGISHVILI. V.G.
Seladonite from the vicinity of Tiflis. Geol.sbor. LXavk.)
no-1:134-136 159. (MIRA 13:1)
(Tiflis region-Silicates)

GOGISITVILI, V.G.; NADAREYSHVILI, Y.K.
..
Hydrothernal anhydrite from the Dshindarinakoye coppor deposit.
Geol.sbor. (Kavk.] no.1:137-139 159. (14IM 13:1)
(Anhydrite)

GO-,ISHVILI, V. G., Cand Geol-Mineval ScL -- (diss) "Rurothenval rri--tasomitites u.1L
the Khramsk Ore region (South Georgia) aW CertAin quest~iow of ore formtion,"
Tbilisi~, 1960, 26 pp, 180 copims (Tbilisi State U. Im St-slInj MucabbsInStAtute
of Mineral Resources of the Ministry of Geology and Preserval.Lon of U--neral Re-
sources USSR) (KL, 48/6.0, 113)

GOGISHVILI. V.G.,- ZULIASHVILI, T.G.; KALANDARISHVILI, N.A.
,
Alteration of ore enclosing rocks of sulfide deposits in
the Alaverdi ore region and their prospecting importance
Geol. abor. [Kavk.] no.W87-211 162. (MIRA 17:1~

GOGISHVILI, V.G.; GOGISUVILI, T.Sh.
Metallogeny of the Alavordi-Bolnisi ore region. bikonom,ram
polemiskop. 7069-370 164. (MIFIA P16)
1. Kavkazskiy institut minerallnogo syrlya.

I
k I CG 1 0".1 !.N
GOGISVANID-WE, G. Ya. --Oluertain Problems of Kineratic an:' Power Nr(3stIF.Ut1Cn of
universal Tangential Thread-Cutting Heais.* *(DissertationB for Iregrees In -clence
and Fingineering NfeLded at L23SR Higher Elucational Inatitut Ions )'Vin o-r 771jrher
Education USSR, Georgian Ordor of labor Red Banner Polytechnic Tnqt iny-,ni S 11.
Kirov, Tbilisi, 1955
SO: Knizhnaya ja_toD1s1; No. 25, 18 Jun 55
* For De.-ree of Candidate in Technical 9ciences

GOGITASUILI, G.. kandetakhn.nauk (L'yov)
S*31-1pLition of tba pl&Wdng in buokst conveMme Posh*
del* 5 no~12:8 D 159. (NIM 1)..4)
(Flour mills-Fires and f ire prevention)

GOGITASHVILI, G.G.
Improvement of safety techniques In Industrial distilling plants.
Spirt.prom. 20 no.2:21-22 '54. (MI-VA 7:6)
(Liquor industry-Safety measures)

GOGITASEVILI,.Q.G.; ZALOGIN, U.S., redaktor; RUDIUSKIT, YA.Y., takhnicheekly
~ ie "ktor
[Safety manual for workers in chemical laboratories] Pamiatka po
takhaike besopasnoeti dlia rabotaikov savodskikh khisicheskikh labo-
ratoril, Kiev, Goo. nauchno-tokhn. ind-vo mashinostroit. lit-ry.
Ukrainskoe otd-ale, 1955, 50 P, (MLRA 20:1)
(Chemical laboratories)

GOGITASHVILI, G.G.
'a=n of the cooking sections in alcohol plants. Spirt.prom.
22 no.2:34-35 '56. (WA& 9: 8)
1. LIvovskiy politekhnicheskly iustitut.
(Factorliss-Ventilation)

1 'I'll I
GOGITASHVILI. G.G.
Ventilation of fermenting sections. SpIrt. prom. 22 no.4:
20-21 '56. (MLRA 10:2)
1. Llvovskly politakhnichoskiy Institut.
(Ventilation) (Formontation)

GOGITASHVILI, 0. G. Cand Tech Sal -- (diss) Xn ",Study of
N" /~ "
the Cause of Traumatism in Alcohol Industry Plants and-Ways-*$
Improving M& Working Conditions." Llvov, 1957. 17 pp with
illustrations, 22 am. (Min of Higher Education Ukrainian SSR,
Llvov Polytechnic Inst), 100 copiea (KL, 27-57, io6)
- 30 -

GOGITASHVILI, G.G.
-'-- ---- -.
Lightning protection for distilling plimts. Spirt. prom. 25 no.4:
W-42 159. (MIRA 12:7)
(Distilleries) (Lighting protection)

GOOTASHVILI, G., kand.takhn.nauk, dots.
Where there Is a will there Is a way. Ckhr.trijda I sota.strakh.
no.1:40-41 Ja '60. 041RA 13:5)
1. Livovsk-iy politekhnicheekly Institut, kafedra tekhnik~
bezopasnostis
(Industrial hygiene)

GOGITASIIVILI, G.G.,
Safety measures and fire hazard prevention tAt ll(Pleuf &W vOdks
plants* Spirt.prom, 26 no.'3:23-P4 160. (MIU 13:10)
(Liquor industry-Safety measures)

rMITASHVILI, Georgly Grigorlyevich; SEREBROVA, I.M., inzb.,
retsenzent; inzh., retsenzent;
PRITYKINA., L.A., red.; SATAROVA, A.M., tekhn. red.
(Safety measures in the liqueur and vodka, wine, and soft
dr#ks industry] Tekhnika bezopasnosti v likero-vodochnoi,
vinodelicheskoi i bezolkogolinoi promyshlennosti. Mosk",
Pishchepromizdat, 1963. 155 P. (MIRA 16:6)
(Distilling industriea--Safety measures)
(Wine and wine making-Safety measures)
(Soft drinks)

GOGITASHVILI, Georgiy Grigorlyevich; YAROTSKIY, V.D., red.; STARODUB,
T.A., tekhn. red. -d
(Prevention of poisoning at chemical plants) Profilaktika
otravlenii na khimicheskikh prodpriiatiiakh. Kiev, Go$-
tekhizdat USSR, 1961. 75 P. (HIM4 16:5)
(Chemical plants--Hygienic aspects)

(',()(; ITA.HIN Ll , G . S.
.1 .
ilrefAratirm of antLpasteure' .106 IS 30 1"; -M f rorr. r, 1 11: - -lb , :%,'! CSla.
SSR 35 no.3:657-661 6 '614. ( WERA I',- " I'l

GOGITIDZ~, F.
Manual for marine engineers. Mor. flot 23 no-8144-45 Ag 163.
(MIRA 161l1)
1. Starshiy makhanik teplokhoda "UritakO Chernomorskogo,
parokhodetva.

-r-1-37-4 163.
1. Iz 1,tborntcril ek~:,,erlmental'ruy klilnirgl'
Got.-, 'k!:--n..su.! 'I. ant 'ahorat~rl i -nny-,,
pnif.
Insti"U"a fi7i.olcgii I t-'atcl~~Jyil
I.F. Zll--.)rulan~a r(4
'pcen.
Gnizln.n.-rv SY4

-FDNr 11 li-I T
ACC NRi
SOUliCE CODE: UR/000(:)/'6('D/,-)00/000/.-)i)i
A U TL H, 0 RU-09 jjdzej L. D Enkarenkov V. V.; Penci;ankov, G. V.;
- ---------
V. V*-
TO-FR G: none
;TITLE: Mletbod of evaluating combustion characteristics of hydrocarbon
lfuels~von a chamber type burner
:SOURCE: 11,etody otsenki ekspluetataionnykb svoystv req1d;ivny1Cb topliv 'A.
smazochnykh materialov (Methods for the performance evaluation of iat
?
1propellants and lubricants). Moscow, Izd-vo Mashinostroyenlye, 1906,
118-26
!TOPTC TAGS: petroleum fuel, conbui;tuion characteristic, combustion
~kinetics, combustion chamber test, Cos turbine enirine test
ABSTRACT: The use of a small chamber type diffusion burner (see FiLz. 11)
for determininE completeness of fuel combustion was evaluated. Total.
fuel consumption in the burner used, scoled down as much as possible
while still simulating the combustion chamber In a j-ja-- turbine enizine,
was only 150-200 ml per run. Completeness of combustion was detellmined
with an accuracy of better than 2.5",
/0. There is qualitat-live agra%-Oment
between these results and those obtained In an actual k~as turbine onE,-Inei
chamber. Orig. art. has: 4 figures and 1 table.
UDC_-. 6 6 2-.753-~.??.: 6?_g_t 13_~~_QOI . L"

T
ACC NR, AT6o15191
~ffft'fl Ono
Fig.. 1. Diavrar, a,.(' chrimber type
diffusion burner installatior).1
1--cloctric furnaco, 2--coil, 3-- 1
thermostat, 4-- eloctric tape,
thermostat, 6--fuel evaporator,
thermostat, gaij valve from
supply line, thermostat, 10--
pressure ebamber, 11--vacuum Salto
12--roLrulator valve, 13-- fuel ian'k,i,
14--microburette, 15--safety valve,
.16--thermocouplo, 17-- Ignition coil
.with electrode for iFniting fuel,
18--regulator valvo, 19--thermoutat,~,
20--electric Turnece, 21--tberrrosta,4
22--measurinE nozzle, 23--manomoter;
24--piezometor-, 25--air valve, 26-
air feed from compressor, 27-- firet,
tube, 28--fire tube mantle, 29--
burner.

L 22&99-67 1F QQ _ -_ -_ _ _ I
ACC NRI AT6015199' SOURCE CODE: UR/OOOO/66/OO0/OOO/OO87/OO95;!
AUTHOR: GoR4tjd2j L. D.; Logvinjuk, V. P&; MOkerenkov# V# V.;
Inalyshev, V, V,; Fan-c kov_,_G. M YakovIeVSKIXA vo~ V
ORG: none
TITLE: Determining nonstationery solubility of j7a6 in h1drocarbon fuels
SOURCE: Metody oteenki eksplubtatsionnykb evoyetv reaktivnykb topliv I
sma.zoobnykh materialov (Methods for the performance evaluation of et
ropellants and lubricants), Moscow, Izd-vo Mosbinostroyaniye.* 1996p
9
7-95
TOPIC TAGS: petroleum fuel, fuel property, solubility, diffused gas,
applied mathematics, aircraft fuel tank
ABSTRACT: A simple method was worked out end equipment was designed for
determining*tbe solubility and the diffusion coefficient of a gas In 1,
liquid under nonstationery conditions. This Involves direct measurement
of the volume of gas dissolved In the liquid (see Fig. I)* Conditions
approximate those in the w1nE tanks of heavy subsonic aircraft.
Equations given for calculating the nonstationary solubility of gas in a
liquid enable one to calculate the gas concentration according to the
UDC:_662m'L53,22:629.13#00l*J

L 02299-67
ACC N& AT601-5199
deptb of the fuel layer and to calculate the total amount of dissolved
gas at any time, lloo*oexperimental points (sbowing solubility of C 2
in bydrocarbon fuel) were provided by Tikbonov, No 14# VIDogradov. ULIJ
and Morozov-Rostovskp W. V." Orig. art. bas: 6 fig6res and 15 equations
Card

2299-67
ve
I ACC NRi AT015199
1.4
?ig* 1. Diagram of
3olutility of gases
Kas to be studied,
'4hermometers 6--dry
ralve, go 10--vacuu,
L3--slanted water p
'UB COD 21 14/
i5rnj --~-Mt. --

i 'T
f
ACC .1 NRI AT6,0152.66-04-NIT- ---S*OUR-C-E,-- U-R/O.0.00/66/000/00 0/0 09 6/0098
:AUTHOR: Borisov. V. D.; GogjtiOze. bo-J2 Logvinyuk V. P.; makerenkovs
N. V.-, Malyshevp V. V.; Pencbenko Yakovlevskiy, V, V.
7ORG: none
iTITLE: Apparatus for determining the amount of gas dissolved in a liquid
,SOURCE: Matody otsenki eksplustatsionny1ch svoystv rtbgktivnylcb topliv I
I
ismazochnykh materiglov (Pletbods for the performonce evaluation oWet
!propellents and lubricants). Moscow, Izd-vo Mashinontroyi9n1yet 1 6,
TOPIC TAGS: gas analysis, gas analyzer, solubility, petroleum fuel
Xlquq)
ABSTRACT: A simple npperatus for determinine the attiount of gas dissolved
'in a liquid was designed so that It could be used as a gas pipette for
,VTI, Orset or other gas analyzers. A special festurn of the apparatus
I I
1(soe Fig. 1) In the use of an elastic mombrane to aqualite the prossura
Ibetween the mensuring burette and the surrounding spmde, and measurement
iof the volume of liberated gases at different pressures and temperatures
~ deviation of 3.5% was found In the mensurement of rases separated from
10 hydrocarbon fuel.~; Water and other liquids may be used in the
Ideterminations. Orig. art. has: 1 table and 1 figure,
UDC: 6 2.3-53
Card 1/2 - 6

ACC NR: AT6oi5200
I Card
Fig. 1. Diagram of apparatus for
determining amount of Fas dissolved
in liquid: 1--monsurirg buretto,
.2--conical funnel, 3--clemp, 4--
,elastic membrane (double line
designates cross section of funnel 2
with membrane lying on it), 5-
connector for feeding thermostatio
;liquid or gas to pressure chamber,
:6--baso, 7--lower bent shield,, 8--
lactivator, 9--connector for feeding
gas or liquid, 10--hou3ing, 11--
vacuum jar, 12--therinometerj 13--
ground glass stopperp 14--ebannal,
15--connector for wi-tbdrawing gas or
liquid, 16--housing, 17--vacuum ga,,-.,
SUB CODE: 21o Ilt/ SUBM DATE$*
lODec65
PU."j

GCGITIDILE, O.A.; MANDZHAVILZE, Z..Sn.,
S"PITEWNP A.Yll.
A 340-liter expansion-: ondenshig chmmlx-r for HtlAdying hAgh-
energyparticla inters.7!tion. Fiz. chast. VYB. ene:l*g. 110.1:91
'L"
96 165. (MIRA 1,8:12)

9~-6 M? (m) /BDS AMC/ASD
L 1 6
ACCESSION NR: AP3007064 S/CiOS6/63/045/003/0469/0473
AUTHORS: 'Anikina, M. Kh. Bgitidie,_O. N.1 Zhuravleva, M. S.;
Kozlov, A. A.; Kot arevskiy, D. M.; Mandzh4vidze, 2. Sh.; Mestvir-
iihvili, A. N.1 &aqu .(Neagu), D.1 OkonOv, R. 0.1 P6trov IT. I.1
RQzanova, A. Mq Rusakov, V. A.1 Takht!Mshevt G. G.; Chkhard-ze,
L. V.; Wu Tsung-fanj Tserelov, A. A.
0 + 0
TITLE: Observation of the decays X 2 --* r + v + v
SOURCE: Zh. eksper. i teoret. fiziki, v. 45, no. 3, 1963, 469-473
TOPIC TAGS: neutral kaon decay, four charged particle decay, decay
probability, proton synchrotron, cloud chamber
0
ABSTRACT: Four decays of long-lived K mesons with concomitant emis-1
sion of four charged particles have been observed in a cloud chamber
bombarded by a neutral particle beam from the OIYaN (Joint Inst. of
Nuc. Research) proton synchrotron. All four events are identified
Card 1/3

I ~1! 14,11114 11-01 I'll 1Wr
L 19639-63
ACCESSION NR; AP3007064
4-1
as the decays
+
An estimate of the probability of the deca K 0 IT+ + 7t- + 7r0rela-
0 y 2
tive to all K 2decays involving secondary particles yields a value
0.08 + 0.04. "In conclusion, the authors express their gratitude
to engineers N. Rusishvili and A. Yu. Shtayerman of the Physics
Institute of the Georgian Academy of Sciences, who participated in
the construction and adjustment of the cloud chamber. The authors
are also grateful to the proton-cyclotron crew and to the group of
laboratory assistants. The authors are most grateful to V. I.
Veksler and B. M. Pontecorvo for interest in the work and for numer-
Card 2/3

L 19639-63
ACCESSION NR: AP3007064
ous discussions, as well as to E. L. Andronikashvili and V. P.
Dzheleopov for interest and collaboration." Orig. art. hasi 1
figure, 2 formulas, and 2 tables.
ASSOCIATION: Ob"yedinenny*y institut yaderny*kb issledovaniy (joint
Institute of Nuclear Research I Institut fiziki Akademii.nauk
Gruzinskoy SSR (Physics Institute, Academy of Sciencds, Georgian
SSR)
SUBMITTED: 02Apr63 DATE ACO: 08Oct63 ENCL: 00
SUB CODE: PH NO REP SM 002 OTHER: 003
Card 3/3

GOGITIDZF,-IVASHCMIKO, T. A.
"A Study of the Influence of Certain Factors on the Flotability of Higb-Lob Coal.0
Cand. Tech Sci, Inst of Mining, Acad Sci USSR, 24 Doe 54. (VM, 15 Doc 5411
ftrvey of Scientific and Technical Dissertations Defended at USSR Higher Iducational
Institutions (12)
SO: SUN No. 556, 24 Jun 55

cI
~31 -~m
41~ lid
17. 1 -M-, 91 i
OiO i 411-
/a At X 1"Ar I
A ail, sl'-t +
Ce"mt.' 'X~