SCIENTIFIC ABSTRACT DZHOMARDZHIDZE, G.S. - DZHORDZHIO, N.V.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000411910016-8
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 13, 2001
• Sequence Number: 16
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

DZHM"nU. G.
Rest Industry of Georgia. Niao.ind*SSSR 26 ne.5:14-16 055v
(MLIA 9*.2)
I.Ministr promyshlemostl vy"nykh I moloehmykh produktev
Grusinakey SSR.
(G*srSI&--X*&t industry)

CROGOVADZE9 G.Lp red.; GOMELAURI, N.G.p red.; DZllOt4ARDZIIIDZE, G.S.p red.;
GABUNIYAq A.A.# red.; CHIAYEV, L$.$ rk
ABESADZE, II.K., red.; YAKIMOVA, A.9 tekbn. red.
[Forty years of Georgian industries,, 1921-19611 PronVahlennost' Oru-
zii za 40 leto 1921-1961 g,ge Tbiliaip lzd-vo "Zaria Vostoka 0
196-1. 253 pj (MIRA 14:81
1. Georgia. Ekonomicheakiy administrativmy rayon. Sovat narodnogo
khozyaystva.
(Georgia-Industries)

BARABADZE, I.I.j BAKRADZE, G.S.; BERIDZE, G.I.; VAKHVAKHISIIVILI, N.I~,-
GABUNIYAJP G.A.; "DABUNIYA., Sh.V.- GANGIYA, A.A.; GOGOBEAIDZE, Ya.A.;
DZIMISTARISHVILI, A.I. deceased ; ZNAYMSKIY, K.F.; KVANTALIANI,
N.A.; NIKOLAYSUVILI, V.S.; TOPADZE., L.I,,- EIIUNTSARIYA, A,G.,- TAKO-
BASHVILIj N.Zo; DZRQHWZHTD74-4--q"- red.; ROYNISHVILI, N.I., red.;
PRITYKINA, L.A., red.; KISINA, Ye.I.p tekhn. red.
(Food industry of the Georgian S.S.R. during the last 40 years)
Pishchevaia promyshlemost' Gruzinskoi SSR za 40 let. Moskva,
Pishchepromizdat, 1961. 162 p. (1-URA 14 -.9)
(Georgia-Food industry)

DZHOMARDZHIDZE G S redo
(Food industry of Georgia durJikg the past 40 years]
Pishchevaia promyoblennost? Grazinskoi SSR Iza 40 let.
MosWa, Piahchapromisdats 1961. 162 p. (HIRA 15:3)
(Georgia-Food indupt47)

I)ZIIOIIDZHOROVY At.; BUCHVAROV., S-N-
on the acce_jeration distribution of a solid at the most general
motiml in Snace, rodiohnik mash elekt .10 no.1:137-146 161
(Pablo 1620)-

BUCHVAROV,, Ste; DZHOXDZHOROV, At.
On the acceleration distribution of the points of a solid at
the moot general motion in 0 ace. Godiohnik mash elekt 10
noalil47-152 161 (publs 162)P,

jfmolmv~ A.
i")
ItPreventing the Durning of FireVroof '-,'ails in roilc-r Rimaces." :). j
(FUTSIOIJALIZATSI11k. vol. 4) iio. i0i, oct. '1954,; sofiY,, Duluaria.)
" ~y
E,o-. Monthly List Of Zaot FUropean AccessioW) (ISAL)y LC2 Vol. 1, "0. 43
April 1Q.55, Uncl.-

DZHONEV, Tsvetan, inzh.; DOBREV, loalf, inzh.
The best ceramic blocks for masonry. Stroitelatvo 10 no. 2:
28-29 Mr-Ap 163.

Dzhangova, S.
Printing textile fabrics of artificial fiber aith acid dyes. 1). 42
TEKSTIL%A PRUMISHMENOR, Sofila. Bulgaria, Vol. 8, no. 4, 1959
Monthly list for East European Accessions (EFAI) W. Vol. 8, 110. 10, Oct. 1959
Uncl.

DZHCNovj_Xvop-*d-re
Anesthetization
ID-n Je 163.
nladezh 15 no*6:

VASILEV, N., inzh.; BOGATEV, K., dots. Inzh.
Fxperimental studies of the influcence of environment
temperature on the working of fluorescent lamps.
Elektrotenergiia 14 no.11:5-9 N'63.

VASILEV, N. I.; DOGATFVJ, K. I.; MARINOV, IU. P.; DVI.01101VA, E. A.
A device for automatic switching on of street lighting
depending on the level of the natural horizontal illumi-
nation and the exterior temperature. Godishnik mash elekt
12 no. 2:5-18 162 [publ. 163].

HUMAN, 0., Inzh;,P~IITqYA Eop Inzh
I-
Switching to the higher voltage in the average-voltage cable
network of the city of Sofia. Elek-troenergiia, 15 no.8sl2-15
Mr'64
L"Elektroanabdiavane - stolichnol., Sodia.

BUDEVSKI, 0.; DZHONOVA, L.
Complexametric determination of copper. Zav. lab. 30 no.9:1066-
1068 164. (MIRA 18:3)
1. Institut obshchey i neorganicheskoy khimii Bolgarskoy Akademil
nauk.

PON&REV, S.F., kand.tekhn.nauk; KULMEH, A.A., kand.toklin.ul-uh.; WHONSONs.
V.A., inzh, I
-Irt~ifr,Zion properties of materials
Inoetroltell nocB:41-42 Ag 139.
(Nonmetallic bearingn)
nade of graphite. Mash-
(MIRk 12:11)

'Pa4a
45247
S/756/61/000/001/001/004
AUTHORS: Fonarev, S.F., Kulbakh, A.A., Dzhonson, V.A.
TITLE: On the investigation of the antifriction properties of stainle,-'s steel in
unlubricated operation.
SOURCE: Moscow. Inzhcncrno-fizicheskiy institut. lvfe-,~y ispytaniy detaley i
materialov mashin i priborov. no. 1, 1960,
TEXT: The MIFI (Moscow Enginecring-Physics iiai investigated ex-
perimentally the behavior of sliding pairs of stainless stc,:.' (SS). The objective of
the invetigation is a better understanding of the frictional precesi in cylindrical
hinge si~pports in structures in which organic greases and acid- and a!k'ali-
nonrcsi.,,tant lubricant materials cannot be employed. More specifically, the tests
WCr(- Made to determine the seizing pressure, qmax, and the friction coefficicnt
(FC', as a function of the sliding speed. The specimens were in the form of cylin-
dr.-"~~Li pins and fitted bushing sectors or pads made of lXl8H9T (lKhl8N9T)
ter.i,,ic steel and the 3X13 (3Khl3) and X18 (Khl8) Cr steels. The specimen-i
a-,proximated the shape of bearings in which low-speed sliding occurs in condit-A,...,.
ptio
0: :Doundary and dry friction. The pairs were wasl;ed with CCl.,. The ince r,
sL::z:.ng is signaled by a sharp increase in frictional moment. Three sets of test;
Card 1/3

Qn the investigation of the antifriction properties ... S/756/61/000/0011001/004
wpre made: (a) Pairs of like composition; (b) pairs with a hard pin and a softer
bushing pad; (c) pairs with a hard bushing pad and a softer pin. The tests results
are summarized .in one full-page and one two-page table. Seizing at v=0.06 m/scc
occurs even at low specific pressure (q - Z kg/cmZ), but only several hours after
the start of the test. The initial FC is low (0.2-0.22) and, if no seizing occurs,
increases to a maximum after 15-25 min. The greater the pressure, the shorter
the time required for seizure. At q - 1 kg/cm2 and v - 0.3 m/sec, seizing occurs
directly upon commencement of the motion. Thus, a lKhl8N9T/ lKhl8N9T contact
without lubrication is not practicable for cylindrical supports. In the tests at
v = 0.3 m/sec it was found that at a certain value of the pressure a dark-brown
layer or film begins to form, whereupon the FG almost doubles. No seizing occurs,
and the layer, apparently, acts as a lubricant. Comparison of the test data obtained
with SS and with C steel (CS), show that the SS is more prone to seizing than the
CS (qmax/SS = 5 kg/cm2 against qrnax/CS =15-30 kg/cm2 at v= 0.3 m/sec). The
FC of the two nonhomogeneous pairs are about equal, but the wear of the hard part
is smaller in the hard-pin, soft-bushing, pair. Tests with nonhomogeneous pairs
at v= 0.06 m/sec (results tabulated) manifested formation of a dark layer and no
seizing, but an appreciable increase in surface roughness (profilographs "before"
and "after" are shown).. Tests with Khl8-steel rollers (H RC > 50) with a rolling

On the investigation of the antifriction properties ... S/756/61/000/0011001/004
speed of 0.3 m/sec and a simultaneous sliding speed of 0.045 m/sec, evinced dark-
layer' formation only at pressures in excess of 80 kg per running cm of roller
length. The formation of the dark layer or film is attributed to oxidizing wear at
local temperatures of the order of 500-5Z50C. In summarv, the use of unlubri-
cated cylindrical support hinges of SS is severely limited to small loads and
small sliding speeds. Of the pairs tested, optimal results were obtained with the
Khl8 - Khl8 and 3K~_13 - 3Khl3 pairs - Pairs made of IKhl8N9T are absolutely
unsuitable for practical use. The formation of a dark layer increases the suitabili.-y
of a SS pair. The initial surface finish is of little consequence, since the surface
roughened appreciably in use, even at low pressures. The friction coefficient
attains 03-0.4 in dry friction without dark-lAyer formation, 0.55-0.7 in dry frictior.
with dark-layer formation. The nature of the steels of the pair is inconsequential.
Wide-angle bushings (which embrace more of the cylindrical pin) are not suitable
for SS support hinges, since only a small area is actually carrying the load, at a
pressure much in excess of the apparent mean value. Narrow-angle bushing pads,
which sit on top of the pinand ensure a good contact, are more favorable. There
are 4 figures, 3 tables, and 3 Rus sian- language Soviet references.
ASSOCIATION: None given.
r.nrti I f3

45248
S/756/611000/001/002/004
XU T HO RS: Fonarev, S. F., Kul'bakh, A. A., Dzhonson, V. A.
TITLE: I xperlmental investigation of the antifriction properties of carbon- and
graphite-based materials operating in dry wear.
SOURCE: Moscow. Inzhenerno-fizicheskiy institut. Metody ispytaniy detalcy i
materialov mashin i priborov. no.l. 1961, 29-34.
TEXT: The objective of the investigation was the determination of the materials
properties stated in the title, with especial reference to the exclusion of lubricated
plain bearing or rolling- c onta ct bearings in certain atomic-energy, jet-engine, high-
speed automatic -machine, and chemical- machinery applications. The impervious-
ness and antifriction properties of carbon (C) and graphite (G) materials employed
in unlubricated plain bearings for such applications are enhanced by their impreg-
nation with liquid metals and alloys: Cu, Pb, bronze, babbit, et al. (in the USSR such
work has been done by G. K. Bannikov, V. D. Belogorskiy, I. V. Levin, and I. M.Sigarev).
Such materials are used to form plain-bearing bushing for dry-wear operation. Tests
of type-1511(D) andl5E (Ye) G-G materials were performed in the lab of the School of
Machine and Tool Components of the MIFI (Moscow Engine e ring- Physics Institute).
The wear resistance, temperature (T) behavior, friction coefficient (FC), and
friction moment were determined as functions of the specific pressure (SP). The
C-G material was shaped into a sernicylindrical bushing which rested on a X18
(Khl8) steel journal 30 mrn diam (HRC = 54-56). A Cr-Al thermocouple measured
Card 1/2

Experimental investigation of the antifriction ... S/756/61/000/001/002/004
the T at a depth of 0.2-0.3 mm from the friction surface within the highly heat-
conductive C-G material. The graphitized material 15Ye without any impregnation
operated satisfactorily at v = 0.3 m/sec up to a SP of 20 kg/cm?- (FC 0.27). These
characteristics were measured after a 7-8-hr work-in period, when the mating
surface had acquired a smooth, glossy finish. Pb impregnation of 15Ye material
improves its antifriction properties significant ; paired with a Khl8 journal this
material operates well at a SP up to 300 kg/ and speeds up to 0.7-0.8 m/sec,
with a bushing wear of less than 0.66 mg/cm hr. The FC diminishes character-
istically at an observed T of 140-1500C at which the plasticity of Pb increases
sharply, thereby affording a measure of lubrication. The Pb impregnation becomes
really effective at SP 1 '2
in excess of 30 kg/cm . Preliminary working-in of the pair
at SP of 15-20 kg/cmz is an indispensable requirement for satisfactory operation.
The effect of Pb impregnation of 15D material is not comparably favorable. Wear
increased appreciably at SP of 15 kg/crnz, with a further steep increase at 25kg,' ,
The minimal FC is 0.35. The T grows monotonously and attain 2800C at SP 30 kglc,-i 2.
At 140-1501C the wear increases sharply, the FC drops. Max operating SP is 15-: i
k,,/cm2 at v- 0.3 m/sec. There is no appreciable wear on the Khl8 journal with
either type of G-G bushing. There are 5 figures; no tables or references.
ASSOCIATION: None given.
Card 2/2

4520
S/756/61/000/001/003/004
AUTHORS: Fonarev, S.F., Kullbakh, A.A., Dzhonson V.A.
TITLE: Investigation of the antifriction properties of the graphita-based rnateri-
als Kr1500-B83 (AC;1500-B83) and Ar1500-Gu (AG1500-Cu) oper-
ating in dry wear.
SOURCE: Moscow. Inzhenerno-fizicheskiy institut. Metody ispytaniy detaley i
materialov mashin i priborov. no.l. 1961, 35-46.
TEXT: Tests were made with the babbit-impregnated AG1500-B83 and the Cu-
impregnated AG1500-Cu graphite (0) materials developed by Moscow Electrode Plant.
Photos of the microstructure (unetched) are shown. The babbit permeates the poret.
of the parent material more fully than the Cu. The tests at the lab of the School for
Machine and Tool Components of the MIFI (Moscow Engine e ring-Physics Institute)
were made to determine the friction coefficient (FC) as a function of specific pres-
sure (SP) at various sliding speeds (steady-state only), also the temperature (T) be-
havior and intensity of wear. The standard testing machine was modified to permit
measurement of the friction moment, FC, and wear over a greater range of speeds
and loads (exploded perspective view shown). The bushing-sector holder is spheri-
cally self-centering and is equipped for Cr-Al thermocouple T measurement 0.2-0.3
mm within the bushing sector. The journal is a 30-mm ODiam cylinder of X18 (Khl8)
steel (H 5Z-54). Bushing and journal were worked in at 35 kg/cmz and 0.3 m/sec
glossy contact surface was develo ed (minimal time 1.5-2

- -FONAREV, S.F.; KULIBAXHp A.A.; R~W~Ns
Antifriction material based on graphite impregnated with
polytetr&fluoroethylene. Matod.isp.det.mash,i prib no,20-9
1620 NMA 1614)
(Graphite) (Ethylene polymers) (Friction materials)

FONAREVV S.F.; MMIBAKHp A.A.; P_~YqNSI~N, V-A-
Unit for testing vorm gears. Metod.isp.det.mash.i prib. no.23
10-15 162. (KRA 16:4)
(Gearing, Worm-Testing)

FONAREVO S.F.; KULIELM, A.A.1 DMONSONO V.Asj BELOUSOVAp T.To
Graphitized materials Impregnated with epoxy resin. Metod i
det.mash.i prib. no.2xl6-28 162. (MMA i92410
(Friction materials)

VORONIN, T.V.;TATISHVILI,
Valdimir Xaplanovich't"l; 60th anniversary of hi4 birth and 35th
ann4vereary of his scientific. pedagogic, and organisational activi-
ties. Arkh. pat., Xoskya 14 no.3:99-101 May~rJuni 1952..-.(CIKL 23:2)
1. Zhgentin is Head of the Department of Pathological Anatomy at
TbUJAL Medical Institute. Also in Professor, Honored Worker in
in Science, and Aotlie' Member qt the Academy of Sciences Georgian
53H.

USSR/Genort!l Problems of Prthology - Tumors
U-4
Sbs Jour : Rof Zhur - Biol., No 7, 1958, No 32644
Author s SzIL --dza-AV., Tolinr A.V.
qXUau
Inst Not Givon
Title On the Problem of Dovolopment of Concor From Sto:irch Ulcer.
Orig Pub 2 V sb.l. Klinikr. end lochaniya --Pbolevrniy zholudkn. Ordz-
honikicizop 1956# 20-24.
Abstrret t Macro- ond nicromorphologicel studios worn roviowod of 81 croon
of stonnch cvncor rnd 56 erses of chronic stonrch ulcers, 11
c"sos of peptic ulcers of ennotorioso rfter resection rnd 131
cnnosof crllous ulcer of the duodontri. The development of
cT.ncor fron stomoch ulcer wrs ostrblishod in 11 crsos (from
56 crl1ous ulcers of the storrch - in 7 cc-scs, and from 81
cnncorous tumors of the stormch 0 in 4 crscs), which com-
privad 18.3%. During crllous ulcors of tho duodenum rnd
during peptic ulcars which rnestomosed tho davolopriant of
crncar wns not found. For the development of crncer, the
Cvrd 2 1/2
25

USSR / Human and Animal Morphology (Normal and Patho- S-3
logical). Digestive System.
Abs lour: Ref Zhur-Biole, No 17, 1956, 79051.
Author : Chachava, M. K., Dzhorbenadze, A. V.
Inst : Not given.
Title : On the Pathomorphology of the Pancreas During
an Ulcerous Illness.
Orig Pub: Tr. In-ta eksperim. I klinich. khirurgii i
gematol. AN GruzSSR, 1956, 6, 39-52.
Abstract: In four oases of ulcers, significant changes
were found in the glandular and parietal tissues
of the pancreas (P), of a chronic inflammatory
process. In 3 cases, with the presence of ul-
cers or gastritis that had recently appeared
in the P, changes were not found, clearly owing
Card 1/2

USSR / Human and Animal Morphology (Normal and Patho- S-3
logical). Digestive System.
Abs Jour: Ref Zhur-Biol., No 17, 1958, 79051.
Abstract: to the short duration of the process. In two
cases of perniscous anemia of the P, a typical
picture of cirrhosis *Was observed, with expan-
sion of the intersticial tissue and atrophy of
the glandular tissue.
Card 2/2

WHORBEVADZE, A.V.$ profs; MAMATELASh-VILI, V.G.,, dots.
[Fundamental techniques of pathoanatomical dissection of
farm animals] [Osnovy tekhniki patanatomicheskogo vskrytiia
sel'skokhozia1.stvenxWkh zhivotnykh. Tbilisi,, Gos. izd-vo
uchebno-pedegog.lit-ry Modna"] 1962. 290 p. [In Georgian]
(MIRA 17:5)

TATISHVILI, 1.7a.; DZHORMIADZE, A.V.j CHUBINIDZE, A.I.; DEKANOSIDZE, T.I.;
SHAITIME, rx.
Vladimir Kaplanovich Zbgenti; on his 70th birthday. Arkh,pat.
no.3:93-94 162. MIRA 15:3)
(ZHGMITI, VLADIMIR KAPLANOVICH, 1891-)

SARADZHISHVILI., P.M.; DZHORMADZA A.V.;- GOKIYELI, T.G.; DEXANOSIDZE, T.I.
Clinical aspect and pathomorphology of acute polimyelitis in
Georgia. Trudy Tbil. GIMY 6t95-108 162. (HIRA 16t2)
(GODRGIA.-POLIM=TIS)

DZHORBENADZE.. A.V.j KUMIMI,, W.
Morphological changes of internal organs in hypothermia; an
experimental studly. T=dy Thil.GIDUT 6t109--117 262. (HIM 16:2)
(MmMMU) (VISCEtA.-DISEASES)

MMORMWADZE A.V.; SHOTADZEK D.P.; KAXHLWI, Z.N.; TSINTSADZE, G.K.
Sme complications in modern anesthesia. Trudy 7bil. GIDUV
6s231-238 162, (AMTHESIA.CMnICATIONS AND SEWEUE) (MIRA 16t2)

DZHORBENADZE,- A..V,.,
Pathomorphology of experimental typt.us fever in guinea pigs
with scurvy. Trudy Inst. eksp. morf. AN Gruz. SSR 11:195-200
163. (MIPP% 17: 11)
1. Kafedra patologicheskoy anatomii, patofiziologii i sudebnoy
meditainy Tbiliaskogo gosudarstvennogo Instituta d1ya US07er-
shenstvov4iya vrachey.

S/124/61/000/008/025/042
AOO1/A1O1
AUTHORi Dzhorbenadze, N.P.
TITLE: On non-stationary flow of viscous liquid in a porous circular ann-j-
la-., tube
PERIODICAL: Referat Ivnyy zhurnal. Mekhanika, no, 8, 1961, 62, abstract 813436
("Soobsheb. AN GruzSSV', 1960, v. 24, no. 5, 523 - 528)
TEXT; The author dnalyzea the solutlon of Navler-Stokes equations for la-
minar conditions and the case of cylindrical symmetry. The system of non-sta-
tionary equations of hydrodynamics is reduc&d to two regular Volterra equations
of the second kind which are solved by conventional methods. The solution, ob-
tained in a closed form, goes over into a known result on the flow of a viscous
incompressible liquid between two cylinders,if there is no leakage through the
porous walls.
R. Volkov
[Abstracter's note: Complete translation]
Card 1/1

s/0583/60/027/000/002/003
B112/B138
AUTHORSs Dolidze, Do Ye., Dzhorbenadzet W. P.
TITLEt Two-dimensional flow of a viscous fluid between inhomo-
geneous parallel porous walls
SOURCEs Akademiya nauk Gruzinekoy SSR. Matematicheekiy inatitut.
Trudy, v. 27, 1960, 347 - 357
TEXT: The authors consider a hydrodynamic problem which can be repreeented
by the following boundary value problem for the stream function ~s
A (vA u4.'yy uyy ~x + u~xxxt
yl Y=O ~yl y=h - Ot t=0 ~O(X'Y)q
'~"j Y=O -a(t)e kx, ,xiy_, -4(t)e kx,
go,h'~) - ~(O'O't) - Y(t).
The components of velocity, U(Y,t) -~ V(X,Y,t) and w(x,y,t), are inter-
related with the stream. function (P by the equations v Y and w
Card IM

3 5
S/683/60 027/000/002/003
Two-dimensional flow of a viscous. B112/BI38
kx
is assumed to be of the form +(Xtyt) - f(ytt) + e y(y-,t). The
functions f and are determined as'followst
f(ytt) - 1(y,t) XY(Olt) - j(09t) - a(t)/kj
[e-Y2AV t-r) -(Y_-)2
e h /4v(t-'t) dT'
in
0
where-W satisfies the integral equation
t
W(t) + f &j(-r)K(t -'i.-)dT- 6(t)
with
K (t h V-7]e 4*1 Y - 1)
2 ;V (t - =,C) is 7t 1 _T)
and 6 y + a)/kg T(ylt) F(y,t) +O(y,t), where P has the same
structure tv, f and where 0 satisfies the integro-differential equation
Card 2h

-),;Z" . I
S/68 60 027/000/002/003
Two-dimensional flow of a viscous ... B112~BI30
t h
+(Ytt) - f dr f [a(j,T)ip,, b(,L,T)q, + A.2,pj G(yjjjt -T)dj
0 0
with a(y,t) = ku - 2k 21, b(y,t) k3u ku yy- OV,
G(y,jjt) S(y,l#t) + g(yjTtjt)j
d'
Y-f .,e
0 %1
g(ysjt't) U(Yotft) yu y(OOTLOO U(O'j st).
U has a similar structure as I . The integro-ditkorential equation for
~ is solved by a series expansion with respect to the parameter X. Therel
are 4 references, 3 Soviet and I non-Soviet. The reference to the
Enrlish-language publication reads as followet A. So Berman, Laminar
r1ow in channals with porous walls, 'J. Appl, Phys., 24, Ro- 9s 1953-
.I.'BM1TTEDt December 23# 1959
~.::Ird 3/3

AUTHOR: Dzhorbenadze, N.P.
S/251/62/028/004/001/003
1042/1242
TITLE: Two-dimensional variable flow of aviscous liquid
in.a. porous ound annular pipe
PERIODICAL: Akademiya naL Gruzinskoy SSR. Soobshcheniya,
v.26, no.4, 1962, 393-400
TEXT: Many publications have appeared.on stationary and vari-
able linear systems. This paper considers the variable non-linear
problem. The annular pipe is formed by two'coaxial cylindrical'
surfaces with radli rl and jr2 (rj
- - -1
"The Investigation ofpr-Spectra of Ne 15 and Ge 67 and also the in- Radiation
of Aul97m.11
report submitted for All-Uaion Coaf on Nuclear Spectroscopy) Tbilisi, 14-22
Feb 64.
NIIYaF) MU
Sci Res Inst Nuclear Physics, Moscow State Univ.

B&SHKIROV,, A.A.., ka~nd.tekhn.nauk; DZHORDZHADZE., P.V., inzh.
Plan for the development of the Inguri River* Gidro stroio
32 no.12:1-3 D 161. (MRA 15:2)
(Ingurl River-Power utilization)

DZIII'I' :,ADZE,' V. I.
mw"~m
"I'lediterraiman Elemoiits in the Flora c)f Adzhar.11 Cand Biol S-,i, Inst
of Botany, Acad Sci Oeorflan 36T,, Tbilisi, :L9511.
(P-7,10i0l, No 5 "la, 55)
So: Swa. No 670, 29 'Sept 55 - Survey of Scientific and TecImical Dissertations
Defended at USSR Ridier Educational Institu'.. ions (1,;),)

DZHORDZHADZEI V.4 ; BERVZOVA' Ye.?,, doktor bioloetch"skikh nauk, professor;
V.P.. akademik-. GERASIMOV, V.P.. dandidat pedagogicheakikh
nauk; DOBROLYUBOVA, Ta.M., doteent; IVANOV, P.P.; IMSiMMSIATA. L.I.:
TMWHOV, V.D., redaktor; YUSFINA, N.L., tekhnicheskiy redaktor
LPablicizing the natural sciences in connection with practical problems
in agriculture) Propaganda eotestvennonauchrqkh snanii v eviazi a
prakticheskimi zadachami sel'skogo khoziaistva. Moskva, Goo. izd-vo
kullturuo-proevatit. lit-ry, 1956. 158 P. (KLRA 9:11)
(Agriculture-Study and teaching)

YUGOSLAVIA / FiArm Animals. Cattle.
Abs Jour: Ref Zhur-Biol., No 9, 1958, 40435.
Author : Peyvioh Obren M., Dzhordzhevich Jovan. Stef-
anovich Radosav.
Inst : Not given.
Title : The Changes of the quality of Fat, Casain and
Proteins in the Milk of Domestic 3icmenthal
Cows During a Period of Three Complete Lacte-
tions.
Orig Pub: Zb. radova Polloprivrednog fak. Un-t Beo-
gradu, 1956, 4, No 1, 126-142.
Abstract: On the basis of three years of experimentation
(1951-1953), it was established that the fat
content in the milk of the Simmenthal cows
ranged from 3.4% to 4.90% (the average amount
was about 3.Vo). The fat content in the milk
Card 1/2 24

ARSENISHVILIj K.I.j doktor tekhn. nauk, prof.; DZHORDZHANELI, G..)
red.; KHUTSISHVILI, V., tekhn. red. '6
(Effect of roll-waves on hydraulic structures] Vozdeistvie nabe-
gaiushchikh voln na gidrotekhnicheskie sooruzheniia. TbUiBi
Gos.izd-vo nSabchota Sakartvelo," ig6i. 183 p. (MIRA 15:6~
(Waves) (Hydraulic structures)

L'. I.; i9c-UCIjr,K , F. 1. H M,!`1 I, G.
(I 173ico-.hemical study of' 3,crzhcr4 aiinerr;~,l whtorj
Fiziko-khImicheakoe ibu2cacvanle mint.valtnol vcdy
Birzhomi. Tbilis, Jabe ota nakartvalo, 1964. 76 p.
(I.I.IhA 17:11)
1. Chlen-%orrasponderrt. AN -'.-Jstavill.

YU, 1, if Dinculeroo. Ic I Ci[FSKU, F"
b
NHORNELS-0 G. (RumyniyPN i,
Ge o rg e 1 c!.;,,
Fler.t.romycgraphle obnervat"onn. of imariflitr cowrr- turc-p In
Firthroriis and spondylosip. Vop. kur ., fizioter. i Itch.
fiz. kullt. 28 no.4040-343 JI-Ag 163. (I-ff-F.A 17.-?)
1. lz 1witituta kurorl.-clegil i fizioterEipil -~ 1'.vVhaneste
(dtr.-- Prof. T. Dinkulesku%

DOEV., Petur; ENUKESKU, T. (Enachescu, T61; POP, S.;_PZHORDFHESKU ) U.-
[Goorgeseu, V1.1; BONEVA, L. 1-1.1 . -
Anthrepologic study of the Bulgarians of the village of
Vinga (Banat). Izv inst morf BAN 7:109-147 163.
1. Sekretar f chlen na Redaktsionnata kolegiia, "Izvestiia
na Institute. po merfologiiall (for Boev).

SINITSYN, Vladimir V2.adimirovich;j)ZjjOp4g,
_A..H,p ved. red.;
STAROSTINA, L.D., tekhn. red.
I
~ 0
(Foreign lubricating greas9Fr.,j-j,ZarybezImya (konsistent-
rore) smazki. MosWas Gostoptekhizdatp 1963 135 P.
Wk 17: 2)

PRANULIS, Mikhail Faddeyevich.; KUSHELEV, V.P., retsenzent; DZHORDZHI,
A.N._, ved. red.; YAKOVIEVA, Z.I., tekhn, red.
[Safety measures in petroleum refineries]Tekhnika bezopasnosti.
na neftezavodakh. Izd.2., perer. i dop. Moskva, Gostoptekh-
izdat, 1962. 208 p. (MIRA 16:2)
(Petroleum refineries--Safety measures)

KRASYUKOV, Aleksandr Fedorovichl DZHORDZHI, A.N., vedushchiv red.;
KATSNELISONP M.M., red.; YAKOVLEVA, Z.I., tekhn. red.
[Petroleum coke; technology and properties] Neftianoi koks;
tekhnologiia,avoistva. Moskva, Gootoptekhizdat, 1963.
161 p. (MIRA 16:6)
(Petroleum coke)

LEVCHENKO, Telizaveta Sergeyevna; BOBKOVA, Yelena Nikolayevna;
PONOYAREVA, Yelena Andreyevna. Prinimal uchastiye
ZERNYSHKO, T.A.t st. nauchn. ootr.; PMMHI, A.N:j
ved. red.; STAROSTINA, L.D., tekhn-.-red.; YAKOVLEVA,
Z.I., tekhn. red.
(Petroleums of the Northern Caucasus) Nefti Severnogo
Kavkaza; spravochnaia kniga. Moskva, Goltoptekhisdat,
1963. 335 p. MI RA 16: 10)
1. Krasnodarskiy filial Vsesoyuznogo nauchno-issledovatell-
skogo neftegazovogo instituta (for Zernyshko).
(Caucasus, Northern--Petroleum--Analysis)

PAPOK, K.K., prof., doktor tekhn. nauk, red.; SDWIDO, Ye.G.,
prof., doktor tekhn. nauk, red.; DZHORDZBI, A.N.., ved. red.;
LEVRA, Ye.S., ved. red.; TITSKAYA, B.F., ved. red.
[Motor and jet-engine oils and fluids] Motornye i reaktivmye
maela i zhidkosti. 4. parer. i dop. izd. Moskva, Izd-vo
"Khimiia," 1964. 704 p. (MIRA 17:4)

IOZHORI)ZHIKIYA, V.D.
Screen for the analysis of electrocardiogram. Klin.med.,Moskva 29
no-5:80 My 1951# (GIMUL 20: 9)
1. Of the Institute of Health Resort Therapy of Abkhaz ASSR
(Director-Prof. A.L. Grigoliya), Sukhumi.

DZFCRDZHIHrIYA, V.D.; VCYTSI-TIICVSKIY, YF. YE.
Capillaries
Fortable r.;pT7aratu3 for the -Audy of capil2ury frar,11-ity. Klin. med. 30, noo 71
1952.
1952
9. Monthly List of Russian Accessions, Library of Congress, Vecember IRGS, Unclassified.

DZVORDTHIKIlt- L 1),
The Comittee an Stalin Prime (of the Co=jL of Kinigtqrs USM) In the fieUs of
6c1*=O e0d IDT4utims Smxmm" %bat thu toillaving scidut1fic works,, popQljLr scien-
tifle books, ad textbooks have be= m*mJtted for c=qpetltion for SWin Prize& for
the yeare.1952 and 1953. (Sovet!Ma !Kturs, Nbecow, No. 22-40, 20 Feb - 3 Apr 19%)
None Title of watt ficainsted by
Dshordshikiya, V. D. ORitea-Avadkhams Ministry of Health Georgian
(Statistios of Illness) SSR
SO: W-30604j, 7 July 1954

MHORMIKIYA, V.D.; OYTSAMTBKIY, Ye.Ye.; GRIGOLIYA. A.L., professor, direktor.
Graphic regiatration of the meabanical effect of cardim and vascular activity.
Terap.arkh. 25 no.3253-58 My-Je 153. (HLRA 6:9)
I.-AbIrba skiy filial Institute, kurortologii Grusinskoy SSR.
(Cardiovascaur system)

DTIDZYGURI, T*D.; IZHORMIKITA, T.De
,
.X;1h
Simplified method of prolonged graphic registration in pbrsiological
experiments. Yislol. sh. SWR 39 no. 1:105-106 Jan.-Feb 1953.
(CIKL 24*-2)
1. Institute of Health Resort Therapy of Abkhaz ASSR, Sukhumi.

11. D- 117" ectrocardio,-ra,,Adc anu lrfpmo(!~. andc, -ha:,icz ~r, ULTato-
T,
balneoLherapoutic Treatment of Cardio-;ascular at 'L'.c. plague
Avadkhar ~A,-,'~hazi.'a)." Acad Sci U35R, Inst ul' 11~17,fnii I. P. Pavlo-7,
(Disce rta tions for Lnz:rc~-- o'L Candidate oil 1'edical 0-cience--)
SO: Knizhnaya No. 26, J~.,.n!~ 101,,'Ios ~ow

GRIGOLITA, A.L.; DATISHIME, D.G.; DZHORDZHIKITA. V.D.; KALANDITA, T.P.
Results of compound spa therap7 for hypertension at Sakhumi. Vop.
kar., fizioter. i lech.fis.kullt. no.4:3-9 O-D 155- (MIRA M12)
1. Iz Abkhazekogo filiala Institute karortologii Gruzinskoy SSR
(dir. - prof. A.L. Grigoliya).
(CLIKATI,
climatother. of h7pertension)
(HYPERTENSION, therapy,
clizatother.

BLARUTSA, S,G.- DZHORDZHIKIYA, V.D..k6ukhumi)
0 ,
Difference between oscillographic and auecultative values of vinximum
arterial pressure. Vraob.delo no.51-533-535 NY 159. (KIRA 12:12)
1, Abkhazakiy filial instituta karortologii Gruzii.
(AUSCULTATION) (OSCIIZWRAPHT) (BLOOD PRESSURIC)

DZHORDZHIKIYAP V.D.-~ KULESHOVV V.B.
Rsiording the propagation of the pul,39 vavao Klinemado 38
no.6sl39-141 Je %0o (PULSE) (MMA 131-12)

DZHORDZHIKIYA, V.D... kand.med.nauk
Method for determining the rate of pulse wave spreading. Vrach.
delo no-.10:140-141 0 162. (MIRA 15:10)
1. TSkhaltubskly filial Institute, kurortologii Gruzii.
(PULSE)

D.'-"!'l V. P.;
fu, the, pracitm marking of Txjint:; of jlr,.;,.n,,-jla,. exavrdna-
t-i-n. Kardl-ologila 5 no.2:82-83 ?ti--Ap 1~5. (MiPA 1g.:?)
1. TSkhaltuhskly fillal (direki.cir kuncl. -iied. nau;, ,~',.A.Sariadze)
r-.,2d. wirk. r-rcf. V.~J.
Iii.,)t[tuta kurortolorAl
Gruzinskoy 3.;ii.

AUTHOR: Dzhordzhio, No V. 49-5-18/18
TITLE: Certain -results Of the electro-photometric measurements
of the Aurora Borealis. (Nekotoryye rezul'taty elektro-
fotometricheskikh izmereniy Polyarnykh Siyaniy).
PERIODICAL: "Izvestiya Akademii hauk, Seriya Geofizicheskayall
(Bulletin of the Ac.Sc., Geophysics Series), 1957, NO-5,
pp. 692-695 (U.S.S.R.)
ABSTRACT: At the end of 1955 a universal electro-photometer was
built for studying the illumination of the night sky and
of the Aurora Borealis. In March, 1956 this electro-
photometer was tested at the Northern Scientific Station
of the Institute of Physics of the Atmosphere, Ac.Sc.
during which certain values of the absolute intensities of
the Aurora Borealis and of the illumination of the night
sky were obtained. In this paper the design of the electro-
photometer is described, giving also some of the measured
results. A diagram of the optical system and the block
schematics of the photometer are shown in FiG.1, the circuit
diagram of the amplifier system is shown in Fig.2. Some of
the obtained results are plotted in Figs. 3-6. The error
Card 1/2 of reading from the automatic recording instruments does not
exceed 2% for the violet range and 10% for the green range

49-5-18/18
Certain results of the electro-photometric measurements
of the Aurora Borealis. (Coat.)
in which the galvanometer readings for the night sky were
low.
There are 6 figures, 1 table and 4 references, 3 of which
are Slavic.
SUBMITTED: June 4, 1956.
ASSOCIATION: Ac.Sc. U.S.S.R. Institute of Physics of the Atmosphere.
(Akademiya Nauk SSSR Institut Fiziki Atmosfery).
AVAILABLE: Library of Congress
Card 2/2

S/169/60/000/007/005/016
A005/AOO1
Translation from: Referativnyy zhurnal, Geofizika, 1960, No. 7, P. 196, 84)1
AUTHOR: Dzhordzhio, N.V.
TITLE: Bleatrophotometric Measurements in the Polar Aurora Zone
PERIODICAL: V ab.: Spektr. elektrofotometr. i radiolokats. Issled. polyarn.
siyaniy i svechenlya nochn. neba. No. 1. Moscow, AN SSSR, 1959,
pp. 30-40 (Engl. summary)
TEXT: Electrophotometric observations of the night sky glow In the zenith
were performed at the Loparskaya station in the special ranges k 4278, 5300,
5577, 5893, 6300 1. Al o reference sections of aurorae in the spectral regions
, 5577, 6300 were observed from September 1957 to March 1958. it
of k 4278 1
turned out that the intensity of -the night sky glow in north is 1.5-2 times
higher than at medium latitudes. It is possible that this fact Is explanable by
the agntinuous presence of weak diffuse aurorae. The emissions at A-5577, 6)00,
5893 A are strongly blended with the molecular N2- and N+_band-, wh,~n measuring
with wide-band interference light-filters;. the emission 2at A.278 A '._= relatively
Card 1/2

S/169/60/000/007/005/016
A005/AOO11
Eleotrophotometrio Measurements in the Polar Aurora Zone
free from blending. A con.tinups background in pure form can be obtained only in
the section from 445o to 4600 A. Because the distribution of Intensity over the
continuous spectrum of aurorae is not determinable, it was not considered in the
t,5 %Z7 are presented for the various
treatment. The ratios T6300/I and '427~n red aurorae are not correlated
types of aurora. The varia ORZ70f 6301
with the variations of 15577 and 14278. t is shown that the main part of energy
of the main aurora emissions is concentrated in the background, which surrounds 15
the bright formations. The pulsing aurora spots In the wavelengths 55-17 and 391 A
were studied. The modulation factor characterizing the relative magnitude of
variations in V~e number of molecules be g in excited state amounted to abous.
0.6 for 43914 A. Pulsations at A.55771 lag behind the pulsations at 3914 A
by 1.5 see. Wave-like motions of the luminnus formations were observed, the
propagation velocity of them appeared equal to about 9 km/sec.
L.M. Fishkova
Translator's note: This is the full translation of the original Russian abstract.
Card 2/2

26986 8/049/60/000/012/010/011
D214/D305
AUTHORt Dzhordzhio, N.V.
TITLEt Polarization of certain emissions of the polar aurora
PERIODICAL: Akademiya nauk SSSR. Izvestiya. Seriya geofizicheekayat
no* 12l 1960t 1847 - 1851
TEXTt This paper reports measurements and a discussion of the de-
gree of polarization of radiation of various wavelengtho occurring
in the polar aurora. The suggestion that polarization should be
foundp was first made by V#L# Ginzburg (Ref. lt 0 polyarizatsiy li-
ni v spektre eveoheniya noohnogo neba i polyarnykh eyaniy (On the
Polarization of Lines in the Spectrum of Luminosity of the Night
Sky and the Polar Aurora) Dokl. AN SSSRt 38, No. 8. 1943), and R.
A. Duncan (Ref. 2: Polarization of the red oxygen auroral line.
Planalt5pace Sci.t lp No. 2, 1959) found 30 % polarization of the
6300 X radiation. The author has made observations between December
1959 and Marchp 1960 at the Loparskaya station (rp = 68.90, 1 = 33-30)
Card 1/5

26986 8/049/60/000/012/010/011
Polarization of certain D214/D305
using an electrophotometer with a quinine sulphate polaroidg which
was rotated at 0.25 rev/sec about an axis coinciding with the op-
tical axis of the photometer. The current passing from the photomul-
tiplier was displayed on an oscillograph together with an impulse
showing the completion of a revolution by the polaroidp thus enab-
ling determination of the plane of polarization and the degree of
polarization was calculated from the Stokes vector parameters. Ob-
servations were made on clear nightep when the sun was more than
180 below the horizon and there was no moonp and an interference
filter (6 X = 100 1) was used to separate the radiations, Checks
were made on the absence of polarization in the system, and allow-
ance was made for background luminosity in the night sky by measur-
ing the degree of polarization at various zenith distances and ex-
trapolating to the position at which the aurora was studied. This
contribution was then subtracted from the observed polarization.
Observations were normally made during the first phase of the
aurora. Results of measurements all show very small degrees of
polarization, of the Qrder of 4 %, and the degree is found to drop
Card 2/5

26986 B/049/60/000/012/010/011
Polarization of certain as* 3)214/D305
with decreasing zenith distance. Wavelengths 4278 1 (N+)t 4861 X
2
(HP)l 5577 VOI)o 6300 X (0I)9 6545 X (Nd were studied and, as
predicted by VsL. Ginzburg (Ref. 1: Op.cit.)q the 5577 X radiation
was always found to be unpolarized. On the same night as no polari-
zation of the 6545 and 6624 X lines was found, 4278 and 4861 A were
polarized. Durin the strongly red aurorae at 22-47 on 5.12-59, ze-
nith distance = 9509 and at 00-36 on 31-3.609 zenith distance =
620v a small (about 2 %) polarization of the 6300 1 line was found,
an observation which was later confirmed. Near the zenith, no po-
larization of the 4861 and 6300 A lines was found. Polarizatioa of
the H radiation is attributed to orientation of motion of the radia-
ting atoms along the magnetic lines of force. That of the other ra-
diations is coupled with the mechanism of excitation of radiation
by both primary and secondary electrons. The former move principal-
ly along magnetic lines of force and may orient the motion of the
excited atomsp and the latter, on Gallperin's assumption [Abstrac-
tor's note: No reference], produce luminescence of molecules alrea-
Card 3/5

26986 8/049/60/000/012/010/011
Polarization of certain see D214/D305
dy oriented in the magnetic field. The 6300 A line# a magnetic di-
pole transitionp will be radiated parallel to the magnetic dipole
of-the-atom which will have its axie,of symmetry along the lines
of force. Thusp its polarization will be found to be a maximum in
observations perpendicular to the magnetic lines of forcep explain-
ing the results of Duncan (Ref. 2: Op.cit.) whose observations were
made where the lines of force were inclined at 300 to the verticalo
whereas at the Loparskaya station the inclination of the lines of
force was only 100v so that observations made by the author at the
zenith were practically the same as observing at the polep where
no polarization would be found. At 10-200 to the horizontalq pola-
rization was found to a smaller degree than by Duncan, explained by
depolarizing collisions and by the fact that electrons exciting the
luminosity in the lower latitude are apparently less energetic than
further north. The Increased energy of exciting particles coupled
with sharp rises in intensity explains the decrease of polarization
found at such times., There are 4 figures, 1 table and 8 references:
3 Soviet-bloc and 5 non-Soviet-bloo. The references to the English-
Card 4/5

26986 S/049/60/bOO/012/010/011
Polarization of certain so@ D214/D305
language publications read as followes R.A. Duncan, Polarization
of the red oxygen auroral lines Planet. Space Sci., 1, no. 2t 1959;
M.I. Seatong Excitation proceases in the aurora and airglow. J.
Atmos. and Terr. Phys., 4t 1954; D.R. Batest The auroral spectrum
and its interpretation from physics of the upper atmosphere. london
1960; I.W. Chamberlainp On the polarization of the oxygen red line
in aurorae. Planet. Space Sci., 2, no. 11 1959,
ASSOCIATION: Akademiya nauk SSSR, institut fiziki atmoefery (Acade-
My of Sclenceag-USSR#, Institute of Physics of the At-
mosphere)
SUBMITTED: July 89 1960
Card 5/5

3'
AUTHOR: Dzhordzhio. N.V.
TITLE: Automatic scanning photometer
34358
S/203/61/001/006/019/021
D055/Dll3
PERIODICAL: Geomagnetizm I aeronomiya, v. 1, no. 6, 1961, 1005-1008
TEXT: An automatic scanning photometer for recording luminescence of the
night sky and polar aurorae is described. The circuits for program con-
trol of the photometer and automatic switching of the oscillograph are
given. The whole sky in eight almucantars can be scanned in 14 minutes.
Luminescence of the night sky is simultaneously observed in four areas of
the spectrum ( A 3914, 55779 5300, 6300 1 ), which are separated by inter-
ference light-filters. The results of some observations are given. The
photometer consists of four pipes, each having its own Interference filter
( ~b = 80 mm"OA - 100 R), entry lens (D - 80 mm, F = 240 mm), diaphragm
of field of vision (0(, - 5 ), Fabri lens (D = 80 mm, F ~ 40 mm) and an
~3y -19M (FEU-19M) or Ct'31-32 (FEU-32) photomultiplier~ signal3 frOM
which)pass directly to four rs -3 (GB-3) loops 3'10- a/mm-m,
Card 112

Automatic scanning photometer
S/203/61/001/006/019/02--1
D055/Dll3
f ~ 1.5 liz) of a 110E; -.12 (POB-12) oscillograph. The photometer was
developed in conjunction with the Design Office of the Institut fiziki
Zemll AN SSSR (Institute of Terrestrial Physics, AS USSR) and tested at the
Zvenigorodskaya nauchnaya baza Instituta fiziki, atmosfery (Zvenigorod
Scientific Base of the Institute of Physics of the Atmosphere) in Mar:,-h and
April 1961. Several recordings of luminoseence intensity were obtained in
relative units. An oscillogram for a low-latitude polar aurora with,a ray
structure taken on April 1J, 1961 shows red luminescence of A 6300 . green
luminescence of A 5577 and violet of A 3914 R. The photometer is
sensitive enough to record aurorae of intensity 1. There are 4 figures ard
3 non-Soviet references. The two English-language references are: E.Dun~an.
Austral. J. Phys., 1959, 12, no. 2, 197-198; B.J. OtBrien, J.A. Van Allen,
F.E. Roach, C.W. Gartlein, J. Geophys. Res., 1960, 65, no. 91 275~-
ASSOCIATION: Institut fiziki atmosfery AN SSSR (Institute of ?hysiis of
the Atmosphere, AS USSR)
SUNTITTED: September 30, 1961
Card 2,12

3h 919
S/049/62/000/002/005/005
D213/D301
Troitshaya, V.A., Allperovich, L.V. and Dzhordzhio.
TITLE: On the relation between short-period pulsations in
the clectro-nagnetic field of the carta and polar
auroras
PLRIUDIC,U~: ,*i_lcadcmiya naWc Izvcstiya. Seriya Z;eofiziches-
kaya, no. 2, 1962, 262-270
TZXT: In order to investigate the nature of short period
irregular pulsations (SIP), the authors have carried out an a-aalysis
of MJ's in the electric and magnetic fields of the earth at the
Lovozero Station, and of visual and electrophotometric obscrvations
of polar auroras at the Loparskaya Station. Tapes frorn the Eur-mans -
kaya variatsionnaya Gtantsiya 1,:2-iIPLUT Q..urmansl: Variational Station
of 12-111-LUO were also usnd in the analysis. Details of-' the appara-
tus employed were reported by 0.11. Barsukov and V..'&. Traitskaya
(Ref. 1: Soviet Earth-Gurrent Stationa, 1GY, 1959). An analysis has
Card 1/2

3/049/62/000/002/005/005
Gn the relation !)ctween short-period ... D213/D301
also been made of the correlation bctween the S111's and thc Aectro-
We C -
photometric observations of the auroras. The correlation *,.)et n
the SIP's and auroral forras was as follows: ~_-ays (9376), ',)arL0r' with
ray structure (36' '0 ), draperies (100'ja), corona (u'2-,.)), 'Eeeble -low
(92-A), homogeneous bands (73'da), homogeneous quiet zrcs (76,;), dL'l':fu-
sad luminous surfaces (80,")), pulsatin,r surface-c (35'/")). These corre-
lations are based on a total number of 472 clectrophotometric mcasur-
ements. The short period pulsations are the -fine structure of bays
and other forms of gcomagnetic field disturbances, and their periocis
lie between I and 20 seconds, with a most probable vAue at about
.5-6 seconds. A preliminary analysis of the distribution of short
period pulsations over the globe shows that the en~L-n, OF corduscular
streams, giving rise to the pulsations, into the Arctic or .'m'arctic
region may be both symmetric -and nonsymmetric. There are 3 ft-ures
2 tables. and 14 references: 6 Soviet-bloc and 8 non-Sovict-bloc.
001i'MON; Ahademiya -nauk 333R institut fiziki zemli (Acadeny
Z 3 000
of Sciences, USSR, Institute of Physics of the '-'--'arth)
SUJINITTM: M'ay 13, 1961
Card 2/2

A"
h1179
5/169/62/000/009/106/120
D228/D307
AUTHOR: Dzhordzhio.-K,-Y.
TITLE: Nijht sky observation near the auroral zone
PERIODICAL: Referativnyy zhurnall Geofizi~ka, no. 9,:1962, 14, ab,
stract 9G120 (In collection: Polyarn. siyaniya i sve-
cheni,ye nochn. nebal no. 81 M.t AN SSSR, 1962v 15-16
(summary in Eng.)) *
TEXT: Night sky radiation was'observed at Stn. Loparskaya in the
IGY period by means of an electrORhotometer in 5 spectral regions:
4278, 5300, 5577, 5893, and 6300 X. Obeervationb were made once an
...hour, on clear moonlese nights, when the sun had.sunk more than
180 below the horizon. Airglow was reckoned to be "pure" whe a t ere
were no visible auroral forms; and the band (0.1)NGN2 + AL4278
an intensity of -40 rayleighs. About 600 airglow and auroral
obeerv4tions were carried out in all. The intensity corresponded V~
to the airglow on 107 occasions. The diurnal variation of the a;Lr-
Card 1/2

Night sky observation ...
S/169/62/000/009/106/120
D228/D307
glow observation probability had a minimum around midnight and a
maximum in the morning and evening. The airglow intensity was-found-
to be 1.5 - 2 times higher than,in middle latitudes. The sky
brightness was measured on a p4otometer with a 5577 1 filter every
100 of zenith distance in planesi passing north-south and west-
east. A region with an extent of-700 km was covered-in this way.
The ratio of glow intensities, measured in a north-south plane at
different zenith distances, to the corresponding average intensi-
ties, measured in an east-west plane at t4e same zenith distances,,
was calculated from these data, The 5577 A emission intensity grew
monotonously northwards and reached a 1 1/2-fold increase with re-
spect to the zenith. Geomagnetic latitudes, corresponding-to differ-
ent zenith angles were calculated according to the observation
point's latitude ~at a layer height of -100 km). Starting from
geomagnetic latitude 65S10owthe glow intensity was found to increase
,sharply, Z-Abstracter's note: Complete translation--7
Card 212

007
S/L69/62/000/01L/066/077
D228/D307
AUTHOR:
TI'ME: Auroral flicker regularities
PERIODICAL: Referativnyy zhurnal, Geofikika, no. 11, 1962, 21-22,
abstract 11G145.(In collection: Polarn. siyaniya i
svecheniye nochn. neba, no. 8, L., 41 SO-31t, 1962,
17-20 (summary in Eng.))
TZXT: iuaroral pulsations appear in different forms. There,
are either entire pulsating arcs, flickering throughout their 1(-ngth,
or discontinuous arcs, consisting of separate pulsating parts. I-'ul-
sating spots, which exist in one place.foi~ a long time, are of
special interest. Pulsations are usually observe'd in the second
half of the night, after the maximum auroral flash. Pulsating fornis
.sometimes do not happen to be bright. Judging from spectroscopic
results, the emission spectrum in pulsations does not differ from
the usual green glow spectrum. In this respect it is interesting to
ascertain the physical cause of flow pulsations; in particular,
whether pulsations reflect the character of primary exciting parti-
Card 1/3

3/169/62/000/011/066/077
Auroral flicker regularities D228/1)307
cles or they are the result of secoMary effects. To study the be-
havior-of the intensity of different emissions in pulsating forms,
the simultaneous multichannel recording of the glow intensity was
carried out at Stn. Loparskaya from January 1958 to Dece-mber 1959
by three electro-photometers with parallel axes and different inter-
ference filters. imalysis of the resulting data allovmd certain
regularities of the phenomenon under study to be ealiosed. Observa-
tions showed that the course of the intensity of the emissions
^t 6545 R (7 IF) 1 !V; - X 3914 A (0.0) lNG14 +I A 5577 R (01), of the
background ;f about 1!4861. R, and of the i3tegral luminous flux is
rnpeated down to the finest details. The phenomenon discovered
shows that emissions creating most of the glow in the visible spec-
tral region are excited synchronously, and that there is a linear
relation between their intensities. The fact that pulsating forms
exist long in one place evidently indicates the connection o-A", this
phenomenon with the earth's magnetic field. But rapid, mostly non-
harmonic variations of the glow intensity in a limited region of
space would hardly reflect the integral phenomenon -- geomagnetic
field variations in the earth's outer atmosphere. If flicL-ara were
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S/169/62/000/011/066/077
Auroral flicker regularities D228/D307
related to a change in the energy of incoming particles, the emis-
sions would have a di'ferent width. Radiation splashes of emissions
with a higher excitation level would be a transitory emission of
radiation splashes from lower levels. This.is not observed, however.
Short-period glow oscillations evidently arise at the expense of the
irregularity of corpuscle inflow, though this' can be ascertained
definitely only from direct methods of corpuscular flow investiga-
tion. The relation of the duration of 6plashes to their amplitude
and the course of the probability of appearance of the flicker-
splash repetition rates were plotted on the grounds of the data ob-
tained. 'the graph shows that the amplitudes of splashes are almost
independent of their duration.
f-Abstracter'n note: Complete translation-7
Card 3/3

AUTHOR:
'rTLF -
S/269/63/000/004/02Z/030
A0011AI61
Dzhordzhio N. V.
Night sky observationn near an auroral zone
PERIODICAL: Referativnyy 4rarnal, Astronomiya, no. 4, 1963, 64, abstract
4.51-500 (In collections "Polyarn. siyaniya. i svecheniye nochn.
neba. no. 8", M., AN SSSR, 1962, 15 - 16, F;nglish summary)
The night airglow emission wiis observed in five bands of spectrum:
,x'X4,278, 5,-t!00, 5,577, 5,893 arA 6,300, at the Loparskaya station during the
International. Geophysical Year. The observations were conducted by means of an
electrophotometer, once an hour, in clear moonless nights, at the Sun depression
of more than 180 below the horizon. The vIrglow was considered to be a "purely
night Glow" when visible auroral forms were absent, and the band (0,1) 1 NGN2 +
+ K 4,278 had. an intensity-of - 40 rayleifihs. The total number of observations
of night airglow and auroras was --600. In 107 cases the intonsity corresponded
to the night airglaw. The diurnal curve of probability to observe the night
airglow had a minimum about midnight and nw:ima in evening and morning hours.
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S/269/63/000/004/02P,/030
Night sky observations near an auroral zono A001/A101
The intensity of,night airglow proved to bq higher, by a factor of 1.5 - 2, than
in mid-latitudes. The brightness of the firmament was measured with a photo-
meter with a 2~ 5,577 filter throug~a every 3.00 of zenith distance, in planes pass-
ing through north-south and west-east. Thvs & region of - 700 Rm was covered.
Using these data, the ratio of glow intensities was calculated, measured at dif-
kcrent zenith distances, in the plane nortt.-south, to the corresponding mean in-
tensities measured at the same zenith distances in the plane west-east. Me in-
tensity of emission X?,.5,577 increased monotonously toward the north and at-
-tained an one-and-half increase with respect to the zenith. Oeomagnetic lati-
tudes corresponding to different zenith distances were calculated from the la-
titudes of observation station (at the heig-Lt of the luminous layer being
100 km). It turned out that glow intensity increased sharply beginning from
the 650 geomagnetJc latitude.
N. Rudometkina
(Abstracter's note: Complete traislation]
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S/269/63/000/004/023/030 I
A001/A101
AUTHOR: DzhorldUaIL V.
TITTZ Regularities in auroral nointillations
PERIODICAL: Referativnyy zhurnal, Astronondya, no. 4, 1963, 64 - 65, abstract
4.51-501 (In collection: "Polyarn. siyaniya I svecheniye nochn..
20, English summary)
neba no. 8". AN SM, 1962, 17
TEXT; Intensities of various emissions In auroral pulsating forms were
studies by multichannel intensity recordiN.; at the station Loparskaya from
January 1958 to December 1959; three electrophotometers with parallel axes and
different interference filters were used. An analysis of the data obtained made
it possible to reveal some regularities of the phenomenon studied. The observa-
tions have shovin that the variation of intensities of emissions k 6,545 (7*4)
1 PGN2; ?~ 3,914 (0,0) 1 NGN2 +1 45,577 (01), background near X 4,861 and in-
tegrated light flux, is repeated up*to the finest details. The phenomenon dis-
covered shows that emissions giving rise to the main fraction of glow-in the
spectrum visible region, are excited synohronously, and that there is a linear
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S/269/63/000/004/oP,3/030
Regularities in auroral scintillations' AOO1/AIO1
relationship between their intensities. The fact that pulsating forms exist
for a long time at the same place indicates, apparently, a relation of this
phenomenon to the Earth's magnetic field . However, rapid, most often unhar-
monic fluctuations,of Slow intensity in a confined region of space can hardly
reflect an integrated phenomenon, i.e., fluotuations of the geomagnetic field
in the Earth's outer atmosphere. Apparent];.y, short-periodic glow fluctuations
arise due to non-uniformity of pa--ticle infltLx; however, only direct methods
of investigating corpuscular fluxes can clear up this problem. On the basis of
the data obtained, a dependence of burst duration on their amplitude was plotted,
as well as the variation of probability of tequency sequence of scintillation
bursts. The graphs show that burst amplitudes do not practically depend on
their duration.
L. Yerasova
[Abstracter's note: Complete translation]
Card 2/2

2
IMMU-0-1-0 Guam, Iva.; um I.Tes NWAYCIal, T.W.,
DOLMYA; Do
Soft Corpsaftlar Raftatiou
lWport to be mkmdttod for Ww hth ImUrmuowl Sp"o ikimm SOV"Ism
(COVAR) Wrm, 2-22 J~ 63
44

GALIFERIN, Yu.I.; KRASOVSKIY, V.I.; DZROHDZU9,-LY.; MULYARCHIK, T.M.;
BOLYUN(YVA, A.D.; TEMMYY, V.V.; MMV, M.Ya.
Studying the upper atmosphere with the aid of the satellites
"Kosmos-30 and $Kosixos-5." Kosm. issl. 1 no.1:126-146
Jl-Ag 163. 04IRA 17:4)

L 1 $946-6. irWT(1)/"T(M)/kC(v)/FS(v)-2/BDS/ES(V)/tEC-2 AFFTCASD/
rF-MDC D-3/APGO Pe-4/Pi-4/Po-4/Pq-4 TTAW
S/0293/63/ 001/001/01 2'-/'0'l -3
3 9
ACCESSION NRt AP3007341
'AUTHORt Krasovskiy, V, I,; Galtperin, Yu. 1-..; Dzhordzhio N V
-1~ A
Mulyarchik, T. H.; Bolyunovs, A. D.
TITLEs Study of the upper atmosphere by means of the Cosmos 3
and Cosmos 5 satellites. 2. Soft particles
SOURCEt Kosmicheakiye iseledovaniya, v. 1, no. 1, 1963, 132-139
TOPIC TAGSt Cosmos satellite, Cosmos 5, geoactive particle.
ionospheric particle, ionospheric current, ionospheric field,
Lon, 'Ion counter,,--patticle-counter, Cosmos 3
ABSTRACTt This is the second in a aeries of four articles 0n geo-
active particle research conducted during the Cosmos 3 and Cosmos 51
orbital flights, This articleydiscusoea the existence of currents
of electrons and positive ions\ in the upper ionosphere having
energies that are relatively low but greater than thermal. This
was concluded from fluxes detected by the two types of particle
counters usedt 1) a sensor formed of a fluorescent screen and

iL -1.894"3
ACCESSION NRt AP3007341
photomultiplier, which was biased negatively and also shielded with,
Al foil so as to register only electrons above 40 ev and positive I
ions whose free path exceeded the foil thickness (e.geq protons of
the order of 200 Kov); 2) an Lon trap which registered electrons
of 5 Kev or more 'and positive ions. The trap counters showed re-
peated instances of Anisdtropic positive ion flow in a direcli
normal to the geom 'agnetic force lines; the fact that no simulta
neous indications appeared in the indicator screen type counters
thus suggests tha.t. these must have been "soft" positive ions; if
protons, thei.r-energy would be less than 200 Kev. This conclusion
is supported by the fact that when the satellite had turned 180*
the indicator counters in turn registered particids not sensed by
the ion traps, which were evidently electrons below 5 Kev. There
thus' are areas which exhibit local current flow, in which positive
ion energies are estimated to be several dozen electronvolt3 and
average density is 108 ion/cm2/sec/ster. These areas are in the
200-tD 600-km region and tend to remain at the same earth latitudes!
for prolonged periods, sometimes as much as 9 hours. The authors
emphasize that complete determination of the orientations of the
Card 2

L 1894"3
ACCESSION NR: AP300 7341
Cosmos 3 and Cosmos 5 satellites during flight in not yet complete,~~
but sufficient data are available to verify the above results.
Additional observations are made of some high-energy particles,
particularly those registered in the South Atlantic geomagnetic
anomaly. If these had been positive ions, the ion trap count, being
the algebraic sum of incoming partteles, would have been phase op-
posed to the indicator countl which records the absolute suml sinct,
however, both counters registered such par.ticles In phase, they
must have been electrons, estimated at between,50 Kev and 1 Mev
and at an omnidLrectional density of 5 x 107/cm2laec. Regarding
electron counting technique, the possibility of spurious effects
caused by the fields of on-board transmitting antennas, principally
that of the telemetry transmitter, to rejected since no difference
in electron count was noted whether the transmitters were on or
off. The intensity and anisotropy of recorde~,electron currents
agree with earlier data from the 1958 SputnikSand from the U.S.
"Tnjun" rocket of 1961. Fig. 1 of the Enci-osure shows examples of
electron intensity isolines over the South Atlantic taken by
Cosmos 3. Orig. art. has: 7 figures..

L 11112-63-
EWT(1)/FCC(w)/FS(v)/BDS ES(v)--kFM/AFFTC/AFMC/ESD-3--
Pe-4/'Pg-4/pi-4/pi-4/Po-~/P?-4-,-7T/GW
c 4
AP30WT92 i 6V003/003/0401MOT
A1CC=-S1CZ1 M:
AUUM: KrasoyslLiZ. V. I.; Gal'perin. Yu. I.: Temny*y. V. V.; Mulyarchik,
0 N. V.; Ma
T. M.; Dzhordzhi A rov. M. Ya. 11olymova., A. D.; Vaisberg._O. L.;
Potanq~- ~.; Bragin.-M. L.
TITIS: Sme characteristics of gcoactive parti.cles
SOMPE: Geomagnetizm i aeroacmiya., v. 3o no- 3o 1963, 401-407
TOPIC T,%GS: gcoactivity, Cosmos-3, Cosmos-5, satellite, particle counter,
ionospheric particles, Kosmos-3, Ko=os-5
4~BSMCT: Three types of chaEged-particle sensors used on the CosmQs-3 and
Cosmos-5 flights are described and some recorde& results are discussed. One
type w-as an aluzin= tube which housed a fluorescent screen whose rhotoemission
from Iarticle impact was recorded by a photcmultiplier. The screen was faced
wi-.,*h al=in=. foil of 0.4 to 1.1 mg/CMI thielmess to prevent passage of
laiTeneray rarticles. Grids placed at the tube entrance included an acceleratinZ
grid for applied stepped voltages of up to 11 kv and a bias grid at -40 v to
prevent impact of thermal electrons on the foil. The fluorescent screen was
made thin (1-4 mg/cm2) so as not to respond to x-ray radiation. Each such
Card 1/YZ-

L 11112-63
ACCESSION TIR: AP3000792
indicator subtended about 1/12 -steradian and had its a;ciz no-rmal ' o the
satellite rotational axis; each satellite had several indicators. A second
tubular device., acting as a trap for hi&h-spead protons and electrons, was
similar in construction but had an annular collecting electrode placed in a
field rather than a screen. The bias grid in this case
elizinated electrons of leSs than 5 kev. Angular coverage of the trap counter
was about 1 steradian. The third collect," used was a at-andard Geiger counter,
tzrPe STS-5, uhich vas inside the satellite skin and had a 3-= lead shield to
minimize x-ray effects. This couater responded only to electronz above 0.4
I-Ifev arLd protons abQve 50 Mev, but is described as too primitive to distinGuish
their relative contributions. Results fr(n the three types of recorders are
discussed as functions of satellite altitude, latitude, and day/nijht exposure.
7hree General energy grotWingrv appear to t.~Xist: I)electroas of 102-104 ev
at =ximum flux density of 1013 el/=2/aec,/ster, observed at levels above 300
1= over the USSR (30-)50 N); 2) electrona of about 100 kev, vilth a msatximun
density of 2 X 107 el/=2/sec/ster, noted mainly in southern latitudes at
altitudes of 600-700 kn over the South AI-Olantic; and 3) the very high enerMr
protous and electroas registered by the G-.biger caunter at of 100
[not associated vith arW pariUcular Gaq3ra:-:UcaI region).
C:Oia- art- '"3z: 7 fl,Z=~O-
Card

L 10799--63 )--AmcAFncAsDAF?=1ESD-31
APOC--Pe-4/Pg-h/Pi-4/Pl-4/Po-4/Pq4!lrs~/aSWIV
ACCESSION ~TR. AP3100070 3/0203/63/003/003/0403/04,ir
AVILUOR. Krasovskiy. V. I.; Gallperin, Yu. I.; Te=X!X, Y. I.; Mulyarchik. T.M-P-
Dzhordzhio, It. ., Marov, M. Ya.; B21yMpya, A.
V
TITIB: Saae new results of geophysical studies made by Ko6mos-3 and Kosmos-
satellites
SOURCE:- Geanagaetizm i aeroacmiya, v. 3, no. 3, 1963, 408-416
TOPTIC TAGS: Yosmos-3, Kosmos-5., radiation belt, particle co=ter, upper
atmos]~aere nidiation., radiation, upper atmosphere Cosmos-3, Cosmos-5
ABSTRACT: Concentrationj and intensities of chqri~ad Rw&icle as measured by
the K03mos-3 and Kosmos-5 satellites are analyzed. The satellites used
caabinations of three types o:C recorders 1) a collector tube vith fluorescent
screen sensor and photmultIplierS 2) an Icu trap vIth a ring electrode -
collector located In a permanent magnetic field, and 5) a Geiger counter with
a 11-m lead shield, which registered onV electrons above 0.4 Mev ana protons
above 50 Mev. Particles recorded by these sensors faU into three ene-ra
Cordl/3