SCIENTIFIC ABSTRACT ROSTOKINSKIY, V.V. - ROSTOVSKAYA, V.I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001445420006-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: January 3, 2017
• Document Release Date: August 1, 2000
• Sequence Number: 6
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

81148
Manufacture of Glass Foils S/072/60/000/07/06/020
B015/B008
curves for the dependence of the thickness of the glass foils on the
drawing rate, temperature, height of the level of the glass mass above the
slot and on the width of the slot are shown in Figs. 2-5. The simultaneous
drawing of several strips of glass foil of up to 40 mm width is shown in
Fig. 6. Strips of glass foil with a width of 500 am and a thickness of up,
to 10,v, are drawn at an installation of the MKhTI. Such an installation
has a daily output of 1,500 kg of glass foil. There are 6 figures and
1 Soviet reference.
Card 2/2

S/02o/62/143/002/014/022
B104/B102
AUTHORS: Tolkachnik, S. V., and Rostokinskiy, V. V.
TIT TE: Deforcation of thin fitted glass plates (films) under the
action of uniform stress
PE'RIODICAL: Akademiya nauk SSSR. Doklady, v. 143, no. 2, 1962, 327 - 330
TEXT: In an effort to derive formulas for the strength of thin glass
plates, the authors studied the conditions of fitting and deforming such
plates under uniform stress. Proceeding from Karman's equations
D VVw = L (w, (D)
h
VV(D ~ L (w, w),
E
L (D) a' iD+ I aw+ I d2 64D
(7 T- -ir W1 R w- -iF jj,-?W.) jif
2'~j / i O(D ) ~- (-L a.N (2)
at Or r Tqj
Card 1/:~-

S/020/62/143/002/014/022
Deformation of thin fitted glass ... B104/B102
(S. P. Timoshenko, Theory of Plates and Shells, M.-Y., 1959), the two
ways of fitting thin glass plates, as shown in Fig. 1, were investigated.
The resulto obtained vith boundary conditions allowing for the sliding
of fixed glass plates (Fig. 1b) are in good agreement with experimental
data. Under these boundary conditions, maximum stress is reached in the
center of the plate, which is consistent with the kind of plate
destruction. There are 3 figures, 1 table, and 7 references: 6 Soviet and
1 non-Soviet.
ASSOCIATION: I'doskovskiy khiriko-tekhnologicheskiy institut im. D. I.
Hendeleyeva (Mloscow Institute of Chemical Technology imeni
D. I. Mendeleyev)
PRESE'ITTED: MaY 3, 1961, by P. A. Rebinder, Academician
'UB,','ITTED: April 25, 1961
Pig. 1. Stress diagram of thin glass plates.
Legend: (a) fixed; (b) sliding.
4~
Card 2/3

83T48
S/0-12// 1/0-0 '00310011loo",
0 ' 'j /
1 15 .212 0 B1 05/B2o6
AUTHORS: Kitaygorodskiy, I. I., Professor,-Rostokinskiy, V. V.,
Yelinek, V. I.
TITLE- Method of determining tear and elasticity of glass foils
PERIODICAL: Steklo i keramika, no. 3, 1961, B-11
TEXT: A method of continuous drawing of glass floils,to a thickness of
1 g and less was elaborated and introduced at the kafedra tekhnologii
stekla (Department of Glass Technology) of the hloskovskiy khimiko-
tekhnologicheskiy institut imeni D. I. hlendeleyeva (Moscow Chemical and
Technological Institute imeni D. I. Mendeleyev). In this paper, the
authors mention the first results of studies on elaborating the
determination method of some physical properties of glass foils, i.e.,
tear and elasticity. Glass foils were tested for bending by.means of
compressed air, the diameters of the inserted foils being 10, 15, 20, ar-d
30 mm. The pressure was measured with an accuracy of �0.02 atm, the
bending with an accuracy of t2g. The spread of values of rupture
Card 1/7

89748
S/072/61/000/003/001/003
Method of determining tear and elasticity... B105/B206
pressures P and bendings f for foils of window glass of 25V thickness and
20 mm diameter is characterized by the distribution curves Q(P) and Q(f)
(Figs. 2.3). The values for drawing up these diagrams were determined
1 AN
by the following formulas: Q(P) = T (-E-) , Q(P) being the distribution
I P
function; N the number of tests (in t i case 75); 6N the number of tests
with results within the interval of pressures from p up to p+ Ap; AP the
select-ed interval of pressures (in this case 0.4 atm). The tests with
glass foils were made with glass of two different compositions (aluminum-
magnesium glass (1) and aluminum-calcium glass (2)). The dependence of
bending on pressure was compared with similar values for foils of mica,
cellophane and insulation paper of the same thickness (Fig. 4). The
dependence of the reduced rupture pressure on, the thickness of foils is
shown in Fig. 5 for glasses No-1 and No. 2. The tear resistance Oo max
of the thin elastic plates which are rigidly clamped-can be calculated
-a)
by means of formula 2: 0 0.423 ~E~((P E being Young's modulus
o max h
Card 2/7

89748
S/072/61/000/003/001/003
I.1c t hod of determining tear andlelasticity... B105/B2o6
in atm; h the thickness.of the plate (foil) in cm; a'the clamping radius
of the plate in cm; P the pressure in atm;'ao max.the maximum stress in the
center in atm. Observations showed that glass foils broke :*Ln'*the center.
Youn.-Is modulus is determined.according to the.formula by Ye. P.Pichugin:
E Eimiy E being Young,ts,m6dulus for every oxide present in the-glass;..
i
mi the.mole fraction of each component: 'The congruence of the calculated
values of the ruDture stresses arupt,,-.7hich were determined for various
diameters of the clamped.round samples, is described as being satisfactory
(Table 2). The.calculated dependence of the tear resistance of glass
boils on their thickness is shown in Fig. 7 for glasses no. 1 and no. 2.
Tile authors finally state that they have elaborated.a method O-P
determining the rupture pressure and rupture flexure of rigidly clamped
glass foils',.vihich allows to make a comDarative estimation of their .. .
mechanical PrODerties; comparative determinations of rupture pressure and
ruptuure flexure of foils of various thicknesses were made for two glass
compositions; the applicability of formula 2 was shown for an approximate
estimation of the strength of glassfoils, and.it was stated that the
strength of glass.fjoils increased rapidly at a reduction of their
C=d 3/7

89748
S/07 61/000/003/001/003
Y
Mlethod of determining tear and elasticity... B2o6
B105
thickness, starting from about 100g. There are 7 figures, 2 tables, and
2 Soviet-bloc references.

S

F_

F

4
2

6 50 ~o 90
10 30
0
2,0 3, 4, -
.
Fig..2 Fig. 3
Card 4/7

89748
S/072/61/000/003/O'OI/CO3
.1. 411od of dete rmining tear and elasticity... B105/B2o6
"M

I SO

Z- Nk
x

-
1 9

0
5
3 50
.
2 N

L-P '(r1CM2
I NI
0 0,5 1,0 1,5 ZO Z,S ~O
Legend to Fig. 4 1) glass No. 1, 0 -
- h,
p

thickness
:251L;
2)
glass No. 2, ,
40 60 80 00 IZO
.0 Z5
thickness 25g; 3) mica muscovite, Legend to Fig. 5:
thickness 251L; 4) insulation paper, NI glass No. 1, N2 glass
thickness 30g; 5) cellophane, thickness 304. No. 2.
.Card.5/7

89748
S/072j6l/OOO/OO3/001/0()3
Method of determining tear.and elasticity... B105/B2o6
Legend to Fig. 7:
NI,- glass No. 1, N2 glass No. 2.
.6, Krl~mz

5000

4000

3000

2000

1000

0 20 40 60 6
0 100 120 140 160 -h 3z

Card 6/7

S/0,~217(l~ll,~(000/603/001/003
,,:Cthod of determini-n,-, tear and elasticity- B105/3206
Legend to Table 2: a~ diameter of the
clamped sample, mm; b rupturepreasure
(mean value from 15 measurements), atm;
c) value of 6,,,t calculated'according
UO Ea. (2), atm; d) deviation of a upt
Irom the arithmetical mean.
Ta6jjjjtXa 2
PA3PbbMOC
a OTKJ1OHeuAe
At P AnDile"He opffsp 83
INUCT (Qp1Aj11C H3 P3CC411T5HH3$9 OT CPeAUCAPH(
3J1AVJ1x1t a xx 15 113.eprnnn no (~opuync bei"Millb'* 8
D X11CM, (2). a 1C:jCx'
30 L2 3.100 9.35
20 2:56 3,780 10.5
15 3,0 3.500 2,5
10 4,1 3,300 3.5
Card 7/7

TOLKACHNIK, S.V.; ROSTOKINSKIY, V.V.
Deformation of a squeezed,thin glass plate (film) under
a uniformly distributed load. Dokl. AN SSSR 143 no.2:327--
330 Rr '62. (III&A, 15:3)
1. Moskovskiy khimo-tekhnicheskiy institut im. D.I.Mendeleyeva.
Predstavleno akademj-'k,-m P.A.Rebinderom.
(Deformations(Mechanics))
(Elastic plates and shells)

ROSTOKINSKIY, V. V.
Cand Tech Sci (diss) "Study of conditions of the formation of
film glass and study of several of its properties." Minsk, 1961.
14 pp; (Ministry of higher and Secondary Specialist and Profes-
sional Education Belorussian SSR, Belo Polytechnic Inst imeni I.
V. Stalin); 220 copies; price not given; (KL, 7-61 sup, 244)

USSR/Diseases in Farm Aninals. Diseases Caused by Arachno-
Entoms.
Abs Jour: Ref Zhur-Biol., No 12, 1958., 54953.
Author RostomashyJ11,A.
Inst 7ecrb,~ian Scien'tific Research Institute of Animal Husbandry
and Veterinary Sciences.
Title Botfly Control in Sheep Husbandry of the Georgian SSE.
Orig Pub: Byul. nauchno-telrdin. inform. Gruz. n.-i. in-ta zhivotno-
vodstva i vet., 1957, No 1, 31-33.
Abstract: Methods treating sheep and.koshars with hexachloran are
described.
Card

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ae 4
"MMIS A40 PSOVIVIKI I-bit

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pedmants of Wddj=-Ou Had Alloys by Alw=tius CwML
L'b'
mtory p *a
I (oil Knmlmy of
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uo-ar. The mfit-- of rt-s6Luitv and luniuqetwity of %%I-ldingohtAinM with dx.
I., th,"- with am. are: mviatAmm to %var. 1: 1. 0-75: 1: houtogencity.

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-- MMMEM -
OSTI-PIENKO, K.A.; KOPC)POV, V.,'.'.; POUUMIN F.S.; SIMBITil., ~I.G.; KATil"
El " c t, I i.-'I "'K.C 1". 1-05 J'01-',A~ Ll Y A GOG, I ",'I Li , V. ; KUP.A.SlInti Li S.
I- ~l 7 1
Ir-forn-vition and brief news. Veterinariia 41 no.2:119-126 F 165.
(mirA 18-3)

35th
Ma-
L)
eny
0-
fF

USSR / lViierobiology. Sanitary '.Iicrobiolo&Nr. F
Sanitary Microbiology of Soil.
Abs Jour : Ref Zhur - Biologiya, No 5, 1959, No. 19526
Author : Rostombekova, N. V.
Inst lot glVen
Title Haptene'Reaction in Hygienic Investigations
of the Soil
OrIS Pub : GigiyenaIi sanitariya, 1957, No 6, 74-76
Abstract : The author did not discover a strict
specific reaction with haptene in soil
investigation for the presence of bacteria
of the-intestinal group; as a consequence,
he recommends It as a method supplementing
the classical bacteriological method,
S. N. Nikitin
Card 1/1

ROSTOMBAKOVA, N.V., aspirant
Haptans reaction in hygienic evaluation of soil. Gig. i san. 22
no.6:74-76 Je 157. (KIRA 10;10)
1. Iz kafedr7 gigiyany Tbilisakogo inatituta usovershenstvovaniya
vrachey.
(SOIL, microbiolag7,
determ., haptene reaction (Rue))
(MICROORGANISMS,
in soil, aterm., haptane reaction (Rus))

7 r. T T
F T
n p

ROST01ONKOVA, If.V.t nauchn3rf so'rudnik
Physical and hygienic characteristics of the occupational and
acaderaic activity of students in trade schools for turners.
GigA san. 24 no.8:75-77 Ag '59. (MIRA 12:11)
1. Iz Instituta gigiyeny trnda i prolensionallnykh zabolevaniy
Ministerstva zdravoolthraneniya Gruzinskoy SSR.
(VOCATIOILkL EDUCATION)
RUM

Name: ROSTOMBEKOVA, N. V.
Dissertation: Role of environmental sanitation in the spread of certain
enteric,infections; from material pertaiving.to Kaspi District
Degree: Cand Med Sci
Aj4&jjatt-= Tiflis State Med Inst
se ate, Place: 1956, Tiflis
Source: Knizhnaya Letopis', No 48, 1956

HOSTOHBAKOVA If. Yo.,
Physicians study the history of medicine. Bov.zdrav. 16 no.6:61-62
Ja '57. (MLR.A 10:8)
(MIGINK-HISTORY)
-titit

47
140 AND *1" PROM

-
-
r
4
O Yll 11
Y A
C111'regit. P. li'manamax (Aber Nelt. Chos., 1934,
'!10 x
t No. 9. 47~-M~-A to. of cubes wok bramad' with
** J " Tab" " allpy (0 9-46 08 0-73 No 0.17. 6i 0-10"
W W-3S. F. 0-87%). ~'fi- W-Lme of tbA bnLmd
pleas to wmr was lowered,4if excess cumat WES used.
Bnmd" with a.c. wM am oadflator gave the but mWis.
Cu. ABs. (al

1v
'r_

41211A 2 OK dWv Stl

U
I x IN lb-Als I 's

i
1
9 0 o 0 0 0 0 0 0 a
0
.
n
0.

ROSTOMOV, G.D.
Calculzition methods of.the modulus of flow in drainage
systems of the Kolkhida Lowland. Trudy Thil. NICMI no.10:
182-193 62. (KIRA 16-.11)

RW-TC?I.OVY G. D.
RCSTOMOV, G. D. "A Method of Calculating the-Cloildburst Hunoff from
Snall Reservoirs in the Caucasus." Yoscow inst of
Water Economy Engineers imeni V. R.,Villyams.
Moscow, 1956. (Dissertation for the Degree of
Candidate in Technical Science)

ROSTOMOVA, L. T.
Hemopoiesis In diabetes mellitup, in connection with its.treat-
ment with sulfanilamide preparations. Temp. arkh 34 no.5:
66-70 15:6)
1. Iz kafedry gospital,noy terapii lechebn6go fakul'tets, (zav.
prof. K. S. Virsaladze) Thilisskogo meditsinskogo Instituta.
(DIABETES) (HEMOPOIETIC SYSTEM)
(SULFANII&fIDES)
ap --.1, T,
IN n Flu r TF-1 I t ALiq

I Li A. P.
I"-'
trlmentr,
x in Lhe co.,it.,raii, Litin of 6eor-itin
M. rz!"e ;
T

s s 1 e,-4 vet. o~.vt-
'
w,o
Re s=e Gc-o-, an
~11- 0
,
, T).
X, 1
Vol.
'T _'I ~L-to-is
U
SO ryk~ S--rtey,
:
T- I

Jisser'~-Aion.- Fight ~"gairtst Ornithodorous Lahorensis Newmann in Hange SheeD
Laisin~r in the jeor-,ian .33H." Cand Vet -3ci, Yerevan Zooveterinary Inst., 9 Jun 5
4.
Koi-munist-, ferevan, 15 MaY 54.
60- -ATM 284, 26 'Nlov 1954

A CC NR: AR6ol6149 SOURCE CODE: UR/o65_876-576~66/UVA6 i~rA 6 i9
AUTHOR: Rostomyanj A. G.; Bezirganyan., P. A.
"reflecting part of a crystal analyzer and the width of a
TITIZ : Dependence of e
spectral line on "the shape and dimensions of the x-ray source. Communication I.
,SOURCE: Ref. zh. Fizika, Abs. lIA219
REP SOURCE: Yerevani amalsaran. Gitakan tegekagir, Uch. zap. Yerevansk. un-j~ v- 93,
1964, 9-19
TOPIC TAGS: x ray spectrumt spectral line, spectrum analyzer, spectrometer, crystal
detector, x ray diffraction
e geometricE
ABSTRACT: Th LI)s ape of the sections of the first and'sec6nd crystals of
a two-crystal spectrometer participating in the formation of a monochromatic diffrac-
tion image of the spectr=ne, ans also the width and shape of this line were in-
vestigated, on the basis of the kinematic theory of x rays, as functions of the
dimensions of the source, the equality or inequality of the reflection orders nj or
n2, and the sign of n2. It is shown in particular, that in the case of a point-like
source the effective part of the first crystal, and also of the stationary second
crystal in the position (n, - n2) is for nj - % a circle whose radius depends on the
diffraction angle and on the distance of the first crystal from the source; the ef-
fective part of the stationary second crystal in the position (n, - 112) is a point
for n, / n2 and for all the positions (nj, n2). In position (n3.,,-n2) with n, / n2,
Card 1/2

L 32064-66
ACC N,R: IU16016149
the second crystal does not improve the quality of the spectral line. The angular
width of the line, obtained by the formula Ap = (6p)1,1 - (6p),.J-3. is larger than
its natural width. M. Blokhin. (TTanslation of abstract],
GUB CODE: 20
C rd

13623-6z, -Z'UT(m)/BDS. -AFVTC/ASD
ACCESSION DIR: AP3003101 S/00-56/63/0,-!-,--/006/1806/!810
A-UMOR: Grigorov, N. f.; Yerofeyeva, I. N.,
,M=zin, V. S.; ~Ushchenko L.-G.:
Rapoport, I. D.; Rosto an, B. 0.;
Sob-inyakov, V. A.; Titenkov, A. P.
Iq
TITLE: Energy ipectrum 0~
nuclear-activ*e particidd 'at 3260.m above sea.level
SOURCE: Zhurnal eksper. i teor. fiziki, v. 4-4, no. 6, 1963, 18o6-i8lo
TOPIC TAGS: nuclear-active particle spectrum, high energy atomic interactions
A7-,S'-rW.CT: , The energy spectrum of nuclear-active particles at 3260 m above sea
level was studied with an ionization calorimeter. The possible distortion of
the spectrum by instrumental effects was reduced by adding the ionization in the
ten unDer rows of.chambers. The effect of -incidence of groups of nuclearactive
particles on the array was avoided by selecting only .those events in which one
particle strikes the array. Simultaneous passage of several particles tkrough
the ap cl, ar a-
paratus was excluded by considering only the events due to nu e p -ticles.
without accompaniment in air. A total of 351 events was found in which a sharply
delimited core of an electron-nuclear shower was visible in the calorimeter, anc!
the integral energy spectrum of -die nuclear-active particles was plotted. I-, ' Uie
Card

L 13623 63
ACCESSION NR: AP3003101
energy range between 2W end 2000 GeV the integral energy spectrum cwn be
a'o-Droximated by a -oower law with exponent 1.92, with a statistical error of
and with a methodological uncertainty of 0.05. It is c6ncluded that
in this energy,reLnge the exponents of the nuclear-active particle spectrum,
the spectrum of bursts from single nuclear-active particles in ionization
chambers, and of the energy spectrum of electron-photon cascades produced in
nuclear interactions coincide, meaning that the man inelasticity factor in
nuclear interactions remains constant in the energy range under consideration.
Orig. art. has: 4 figures and one formula.
ASSOCITATIOADT: Institut yadernoy fiziki Moskovsklogo gosudarstvdnnogo universite'
(Institute of Nuclear Physics, Moscow Statte University)
SLJBYJTTED: o8jan63 DATE,'ACQ: 23Ju.163 ENTCL: 02
SUB CODE: 60 NO REF SOV:. 003 OMW: 002
Card 2/k

AKOPYAN, A.N.; MLAMAZYAN, V.S.-, ROSTOWAN, 1.14~
Chemistry -f divinylacetylene and Its halo derivatives. Part 16:
Structure of polytetrachlorohexatriene and some of its reactions.
Izv.AN Arm,SSR.KhIm.nauk1 17 n0-1:55-61 164. (MJRA 17:4)
1. Institut organicheskoy khimii AN Armyanskoy SSR.
N I . .....

AKOFYAN, A.N.; ASIAMAZZAIT, V.S.; ROSTCMM, I.M.
Chemistry of divinyl.acetylene and its halo or-JUITIM"Las. Part
14: Isomerization of trans-2,,3.,4,5-tetrachloro-l,' hexatr'
ene to a c is-modi-f ication wilth sUbsequent @Off n. diene
synthesis, and sulfone formntion. Zhur.ob.khIm. 33 LPI.10:31-43-
31" 0 163. URZ, 16:11)
1. Institut organicheskoy khimii AN Armyanskoy SSR.

GYULIBTJDAGYAN, L.V.; AR.SHAKM, R.Sh.; ROSTMM, I.M.; 14ANUKYAN, M.P.
New derivatives of 4-quinaldinol. Report No.7: 6-alkoxyl
derivatives of 3-(p-methaxybenzyl)- and 3(p-ethoxybenzyl)-4-quinaldinole
Report No,7: 6-Alkoxy derivatilves of 3--(p-metho)q~benzyl)- and
3-kp-ethoxybenzyl)-4-quinAldinols. Izv-.AlT ~Nrm.SSR.Khim.nauki
15 no.5:489-492 .162. (MIRA:16:2)
1. Yerevanskiy gosudarstvennyy universitet, kafedra organicheskoy
Ichimij.
(Quinolinol)

ROST(X,IYAII, K. Ye.
"P-roblems of the Parallel Operation of a Rural Hydroelectric Poirer Station
With a Large Scale Ew rgy System on Conditions as Present in the Armenian SSR."
27 Apr '54.
Dissertation for the degree of Cand. Tech. Sci. at the All-Union Inst. for the.
Mechanization and Electrification ofAgriculture.
Official opponents imre: Dr. Tech. Sci., Prof. D. A. Gorodskiy and Cand. of
Tech. Sci. Ye. L. Shats.

vestock farms.
(14IRA 11:11)
ivotnovodstva i
I
lturf~)

POSTOKIAN, Y,.Ye., kand.tekhn.naul-
Over-all mechanizationand automation of heavy.wor~ in stock-
breeding by using automatir devices. Trudy Arm.:nauch.-issl.
inst.zhiv. i vet. 4:131-148 10"0. (NIRA 15:5)
(Farm mechanization) (Stock and stockbreeding)
Ott

03,
e ti-le I~Iaod dur4r--F, a ccr;.,htir~na -.,a in
&i - - a ,
and internal inhibition. izv. All Arm. SS'. Diol. na'.13d 16
nc.3.-45-44 !~r 163. (1-TiA 17, 10)
WHO

AMHORS: Babayan, Kh. P., MarixLyan, A. , Matevosyan, 56-1-36/56~
K. A., Rostomyan, M. G.
TITLE; Two Cases of the Disin'Llegration of a Hyperfragmont
(Dva sluchaya raspada giperfragmenta)
PERIODICAL: Zhurnal Eksperi-nentallnoy i Teoreticheskoy Fiziki, 1958,
Vol. 34, 11r 1, pp. 231-232 (USSR)
ABSTRACT: In a pile of Ilford (Illford)-G-5 - emulsion-layers
irradiated in the stratosphere the authors discovered the
disinte.--ration of a heavy hyperfragment with the flying off
of an energy-rich proton; this hyperfragment was interpreted
as FA or II& . Furthermore a mesonic disintegration of a
hyperfragment was discovered in this pile. Case 1: A
multiple-charged hyperfragment (R = 127 p) flies out of a
star 15 + 2n. The absence of ~-electrons at the end of the
range and the narrowing of the trace show that the hyper-
fragment came to a standstill. From the length of the
narrowin,: the ch,-~rge was estimated to Z = 8 ' 2. The hyperft-ag-
ment disintegrates at the end of its range into threeebarged
particles. The behavior of these three particles is also
Card 1/12 Civen here. The following disintegration schemata of the

Two Cases of the DisinteL-ration of a Hyperfraj~ment 56-1-36/56
hyperfra.-..,ient with positive bond energy of theAoparticles
are possible: A p18,19,2o d~t) + p(d,t) + p + C,
y,lre2o,21 p(d,") + p(d,t,He He4) + p + II(C). In the dis-
integration wit" participation of a neutral particle the
possibility of a li.-,hter hyperfragment is not out of the
question. Case II: A light hyperfra-ment which disintegrates
after 2706 g into 2 particles flied off a star of the type
21 + 8p. The scatterinc- of the hyperfragment indicates a
disintegration in tleposition of rest and the charge was
esti:aated with Z = 2 to 3. The trace is produced by a pion
with the energy (32 + 5,0) MeV. The kinematic analysis of
the case furnishes the schemata He2 -, p + n- + 11e4 + 01;
.
MeV
LjA7,3 - p + n- + Li 6,7 + Q21 where Ql=Q2=(39,0 -+ 5,0)
applies. There are 2 figures and 6 references.
ASSOCIATIOIN: Physical Institute All Armenian SSR (Fizicheakiy institut
Akade,aii nauk Armyanskoy SSR)
SUBMITTED: September 19, 1957
AVAILABLE: Library of Congress
Card 2/2

'
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777
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00
00 -00
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00 Laboratory ex"riments with britzing hard alla" by -00
00 MOGMI of allsimating curmt. 11. M. Rt"loolvan. Avr- 7-00

#0 t
A itlujiller it( ridwe wiriv hinstil ilifil; the "Volinr" sillily j-00
so &TAIM11 (1.17, 1110.11). WC."12. INI'l n(int atilt
11-P IWIng IoAdr #4 (1) it, r., M a. v, iind
.(3) a. C. with *it (Willator. The re-Waisro 4 the bralrd
piece towafil went i4 lowered f,w all 3 types of brazing

00 o
ra
when an tuvils of current to wed. 11 Ant with (3) leadi
to the hiltheat revittance it, wrar.
The tchiance to
06 wear obtained with (1), 12) and (3) iq. re.%p., I A(17:1 zoo

00 for 100 amps. and 0.75:1:1 for 2M Amp%.. while the zoo
humosencity to I -. 1.67: 1.97 and 1! 1.45:210. The Rook-
s C well hardneu at a load of 00 kir. 1.,i not a criterion for the i zx '0 o
quality of the brathriff with 'I'likar" at various Cur"itt
j COO
A. A. NvIttlingli

goo
zoo
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041110 0 0 0,4111 0 a 0 0 0 a 4 00 0 f 0 US 0 0 0 0 000 00 00 00 9 0 0 i

Rosto~ian, F. Lopukh'-n E. B., 2nd Irairkhanov, n,. I., "On the Possi'r--,ility of
kppllyin,~ the Thermal !'etullcnd tUC the Corin.-, of Oil Boreholes.11 Trudy Azer:,-,aidzh.-nslcogo,
Filial2,Akad. Hauk S.S.S.R., Baku, Kzi-ko-KIiiaich. Sariia, vol. 31 No. 38, 1938, PP. 19-36.

~
Roa Lomj~an, P . Yl. - "The relationsh ip a:rorq; the speed of c.u tting , t he power used
in chisc-i curtirw, and the -Jisoersion of the particles formed", Izvestiya Akad,
nauk ltzerbaydsh. SSR, 190, No. 2, P. 59-56, (Resume in Azerbaijani), - bibliog;
8 it~,,ms.
50: L-4110, 17 July 53, (Letopis 'Zhurnal 'nykh Stuatey, No. 19, 190).

1. ROSTMYkT, P. M.
2. USSR (600)
4. Condensation
7. Condensation of water vapors in a well. Trudy Inst.fiz. i mat. AN Azerb.SSR
no. 5, 1951
9. Monthly List of Russian Accessions, Library of Congress, March 1953, Unclassified.
f 1.
Z -7,
OWME

(Oil well drilling)
,-SW
i
RVAM lam

ROSTOMYAN.P.M.
Physical factors in the choice of rock breaking methods by plane-
tary gear machinery. Ugol , 30 no 8:34-37 Ac;155. (MLRP 8:10)
(Boring;
J7
F T___.

US6R./Chemical Technology Chemical Products and Their Application. Electrochemical
Manufacturing. Electrodeposition. Chemical Sources of
Electrical Current, 1-8
Abot Journal: Referat Zhur - Khimiya, No 19, 1956, 62lb-'O
Author: Beler,kiy, M. S., Rostomyan, P,_M_
Institution: None
Title: Development of a ~Ieathod for Rapid Evaluation of the Quality of
Ac-r,ivated Pyrolusite
Original
Periodical: Tr. Azerb. industr. in-te, 1956, No 12, 118-122; Azerbaijani resume"
Abstract: There is proposed a rapid method for evaluating the quality of acti-
vated pyrolusite (GAP) based on the dependence of the thermal ef-
fect (TE) of 'he reaction taking place in a galvanic cell upon the
quality of GAP. To determine TE the cell is immersed up to the neck
of the jar int,-, a cal-_%_r-_4Tueter filled with water and after the thermal
f_:QufLibri1xm has be_~n -reacir)ed the circuit'. is closed over an 0.5 ohm
reiistan.:e Iz,cated ol the calorimeter. Evaluation of
aual_~t, of 2;"L- i~, by the amouxnt of heat generated within
Card 1/1 10- io` Mi-n U t ec, .

",5 93-57-7--3/22
AUTHOR. Rostomyan, P.M.
T-,rTL,I7-- The Rock Breakup Process in oil Well Drilling (0 protsesse
razrusheniya porod pri burenii)
PERIODICAL" Neftyanoye khozyaystvo, 1957, Nr 7, pp 9-13 (USSR)
ABSTRACT, A better knowledge of the rock breakup process taking
place in oil well drilling is very important for the further
development of drilling techniques. The problem of how
to determine the mechanical properties of rocks and evalu-
ate the process of their breakup has not yet been resolved.
Some Soviet scientists fRefs. 3,4,51 state that hardness
is the mechanical property of rocks which best fulfills
drilling requirements. V.S. Fedorov IRef. 71 states that
rock hardness should be determined by a method which
evokes the same rock resistance as encountered by bits
in the formations they are designated for. Here V.S. Fedorov
repeats the conclusions arrived at by N.S. Uspenskiy
fRef.81 in 1924., A.F. Sukhanov and B.M. Skoryy [Ref, 91
Card 1/4

C-
Trb Rock Breakup Process in Oil -M-I (Cont.) 93-57-7-3/22
in 1933.. and by Fedraidgm LT-WAUMf [Ref. 101 in 1937.
A.F. Sukhanov [Ref. 111 .-vF.TMfied r~ock hardness on the basis
of resistance to drMIWtit. and blasting, but his values need
correcting since AcMM SMOILng conditions differ from
scandard conditions., A.P. 'IMPRanin's method for determining
rock hardness is baMM on -VqqiLlar principles and
V.S. Fedorov finds ;4 FT-MMMcable. The author concludes
that the method of 1".A. -Mel MiTer and N.A. Kalinovskiy [Ref. 61
for the determinatirot Of j-7trGf',FA hardness is best since this
method evaluates haMfu-~~s by the amount of energy it takes to
break the rock into new units and is applicable to rock breakup
under any conditionk ivgwL-il M-s of hit type or drilling method.
The author suggests Men. the ztze of cuttings, i.e., the
dispersion if cuttii~W:~ 079MIMIcharacterize the rock breakup
process and the cruMslnit- pi-WILty of bits. This view is not
r
Ca 2/4

The Rock Breakup Process in Oil Well (Cont.) 93-57-7-3/22
entirely shared by Soviet scientists. I.A. Ter-Grigor'yan
[Ref. 41 and I.A. Ostroushko.[Ref. 121 do not even discuss
this subject and at the All-Union Conference of Oil Workers
only A.F. Afanas'yev [Ref. 131 mentions that the size of
cuttings decreases when the crushing elements of the bits
begins to show wear. V.A. Rogozinskiy [Ref. 14' and
P.A. Rebinder and their co-workers [Ref. 151 turn their
attention to this subject and L.A. Shreyner [Ref. 31 does not
consider the size of cuttings a factor of rock breakup
efficiency. Ye. F. Epshteyn [Ref. 51 attempts to identify
drilling with dispersion of cuttings, but this is erroneous
since drilling is only accompanied by dispersion of cuttings
and is not dispersion. Nevertheless, rules which tie in
drilling quality with size of cuttings have been'established
(Refs. 16,17,18). The author concludes that the size of
cuttings is a stable factor of the rock breakup process and
as such can be used in determining the quality of bits and
Card 3/4

Thc- Rock Breakup Process in Oil Well (Cont.) 93-57-7-3/22
consequent"Ly in selecting 'Che most suitable bits for any
formation, Furthermore, the -.Aze of cuttings may also indi-
cate the power consumption in the breakup process and
enable more effective tt**SFM-ion of power. in view of the
above data designers should -.0m to design bits which will
dril.-I wi.Lh minimum power and itaximum efficiency. There are
2 9.ables and 27 Soviet -t4'~Lzwnces.
AVAII.AB'..E- Library of Congress
Card 4/_' Drilling-Techni-Tues
f

ROSTOMYAN,P.M., Cand Tech Sci (dISS) "Llement!i of
the xxxgry theory of rock destruction in boring."
Baku, 1958, 8 np (Min of Pigher -nucation XU US5R.
AzIerbaydzhan Order of Labor Ited 8anner industrial
Inst im Azizbekov) 150 co.pies (KL, 21,1-17.61 133)
66

ROSTOMYAN, P.M.
Now classification of rocks and evaluation of factors deter-
mining their dssintegra~ion In drilling. Izv.vys.ucheb.zav.;
neft' I gaz I no.11:43-48 '58. (MIRA 12:5)
1. Azar1)ayd%hanskiy indii,3trial'nyy institut im. Azizbekova,
(Rocks--Classification and nomenclature)

ROSTOMYAN, P.M.
-Determining the amount of energy required for the doetruction of
rocks by means of logging. Izv. vys. ucheb. zav.; neft' i gaz no.4:
19-26 $58. (MIRA 11:9)
l.AzerbaydzhanskAy indiistriallnyy institut im, M. Azizbekova.
(Loggibg (Geology))

ROSTOMY.KN, P. M.
Theoretical data on the effect of weight and wear of the
cutting parts of a bit on the mechanical drilling
,, speed.
Izv.vys.ucheb.zav.; neft' i gaz 3 no.6:47-50 160.
(MIRA 13:7)
1. Azarbaydzhanskiy Institut nefti i khimii im. X.Azizbekova.
(Oil well drilling)

ROSTOIKYAN', P.M.
Energy producing aspect of the formation of sedimentary deposits.,
izv. vys. ucheb. zav.; neft' i gaz 8 no.1:114-116 10'5- -
(MIRA 18: 2)
1. Azerbaydzhanskiy institut nefti i khimii imeni M. Azizbekova.

ROSTOVIYAN F."ll.
"Realization" facVtl, of fissures in analyzirig the power aspec',
of rock dlaint--~gra4Von in driAing, lz,.r.v7s.ueheb.zav.; r;,mlcl
i gaz 6 no. 163. (MIRA 170)
1. Azerbayrdzha-nskiy institut nefti i khimii in- M.Azizbekova.

RAMAZANZADE,, M.G.; ROSTOMN, P.M.
Effect of a changein the energy of oil on local geothermal
anomalies in oil fields. Izv. vys, ucheb. zav.; neft' i gaz
3 no.7,.15.20 161). (MIRA 15:5)
1. Azerbaydzhanskiy institut nefti i khimii imeni,
M. Azizbekova.
(Oil reservoir engine &-ng)

ROSTOMMj--P. M.
Theoretical conclusion iomthe relationship M-tween the m6chanical
drilling rate and the -.-b.*Val load on the bit. Izv.v-fs.ucheb.ZaVo;
ne'LO i gaz 3 no.3..;C~13 ?60.' (MMA 14:10)
1. Azerbaydzhanskiy institut nefti i khimii 'Meni M.Azi,zbekova.
(Oil vell drilling)
~-,& AWL "Ll

ROSTOMYAN, ~.M.; WIAZANUM, M.G.
A factor determining changes in the geothermic depth in oil fields,
Izv. vys. ucheb. zav.; neft' i gaz 3 160.
(mA,14:4):
1. Azerbaydzhanskiy institut nefti i khimJi ATWfu M.Azizbekova.
(Apsheron Peninsula-Oil fie-faf-POROMMMM properties)

L- '3 E RM&IJM W
'6~6 UVIA--woo
ACC NRt- AP 9 SOURCE COIDE: UR/OOT2/66/ooo/oo5/0017/0018
AUTHOR: Aslanova, H. S. (Doctor'of chemical sciences): Rost2g[an, R. M. .(Erigineery,
ORG: (Aslanoval All-Union Scientific Research Institute of Fiberglassand Fiberglass
-Re"forced Plasticg-(Vae oyuznyy nauchno-isoledovatellskiy institut stekloplastik
steklovolokna); (Rostowyan] Institute of Stone and Silicates, Yerevan (Institut
Kamnya i silikatov)
TITLE: Mechanical properties of new types of alkali.gless fibersiced on Am' enien
perlites
SOURCE: Steklo i keramika, no. 5, 1966, 17-18
TOPIC TAGS: glass fiber; qkali, perlite, mechanical property, chemicia stabiltty,_
synthetic fiber
ABSTRACT: The authors study Armenian perlites. These'perlites contain very little
iron oxide but do have both sodium and potassium oxides which contribute to the-
ch.emical stability of. glass. A series of glass specimens was founded using vario~.r
.ratioe of perlite sand and additivewto find optimum composit-ion.-,As a result of
.these experiments new types of glass fibers are produced with an*alumincimseesium.
calcium-sodium-silicate c2T2osition~ The mechanical properties and chemical Stability
of these materials are-similar to those of fibers made of alkali-free aluminoboro-
Card 1/2 uDe: "6.189.2im17

L 32963-66
ACC NR, AP6016~27
L%
silicate'glasB. ITh.ese -new materials are highly reeistant to acid axid belonS to the
first hydrolytici'cl"s with respect'io water resistance. The results shvv that glasi
fibers containing, alkali metal'oxides may be produced with properties ass good tho'
of.alkali-free-glass. Orig. art. has: 1 figure, 2 tables.
SUB CODE: 07, ll/. SUBM DATE; '00/ ORIG REF:* 000/ OTH 000

ROSTOHYAN) v
mi~ xed -Plpf,oordru aril
L II Zhur. ml.krabl.-,.I., opid. i
A 9 165.
1 . instLtut. epidemiolo,gli gigiyeny MirL3t3rstira
Ar-pyanslkoy SSR.
th,~ jlool h-ting
irimn. 1.2 nc;.8:111-117
(%,Ljr,,A 1-8:9)
zdravcokhran.eniva

mammon=
Antagonistic correlations between R-Mtospira of -arious serologic
t,,j-,-es..Zi-ur.mikrobiol., epid. i '11110OUL. 42 no.4:69-73 Ap 165.
(MIRA 18:5)
1. Institut epider-dolog-ii i gigiyeny Ministerstva zdravookhraneriya
A-=,yanskoy SSR.

ROSTC14YAN, S.V.
Human leptospirosis in-the Armenian S.S.R. Zhur. mikrobiol.,
epid. i immun. 33 no.7:10-13 Jl 262. (MIRA 17;1)
1. Iz Instituta epidemiologii i gigiyeny Ministerstva
zdravookhraneniya Armyangkoy SSR.

ROSTGIYA1,11 S.V.
Orientating rea.'ction of agglutination-lysis for large scale studies
of Leptospirae. Lab.delo 7.no.9:42-44 S 161. (MIRA 14:10)
1. Institut epidemiologii i gigiyeny Hinisterstva zdravookhraneniya
Armyanskoy SSR.
(LEPTOSPIRCISIS)

PI-,TJL-V-KT-Y, G. V. ,RCSTCIL,7AN. Ye Y1
Ussiq (6 -o)
Ricinoleic Acid
Prsparation of oxide of ricinoleic acid. Zhur. ob. khi- 22 no 11, 19~2.
Yonthly List of Russian-Accessions, Library of Congress, March 1953. Unclassified.

ROSTOKYAN, V. nzh.
Change of the flow direction of the Arps, River into Iake Sevan
and some problems in theoperation of the Sevan-Razdan
hydroelectric power plant cascade. Prom. Arm. 4 no.12:17-
22 D 161, (MIRA 15:2)
(Armenia-Hydroelectric power stations)
(Arpa-Chai, River-Rivers-Regulation)

DuBlulil. lijkolay ?c t r., ~i i. 'r:a I ka tteklinichaskikh aauk. ZRALUITOV, Pelr
Prokhorovich, tekk~niaheskikh nauk.; bTO!-Ozhz.V, i-likhail
Usil'yevich, tek',al~-.huskikh nalik; ?OPOV, Yuvil,anty AlekBan-,
Urovich, T.-clionovich, jiluk:
17AMIds-, nauk;
kandidat ?AINCHAII0,
~icnnllant,.n _Petrcvi,,~~, takhmic-heski-rch masuk-; ?ULI, V.1knr
fcl~hnlcheskilCh anukl, R0z.TURGUj'_~:V Ivan
Seree-c-Ic', nauk: SHE141=-tt'.. L .4: '-.to,-.
redeVtor-. MODEL', B.I., telvtnicheskiy
red,,kt,or
me"allov. ?od 7oc~,, N.P.Dubinina.
[Technolcgy ~ff
IZ-1 , 3-8. Mozim lit-ry,
1957. 5&v P. 10: ic.)

ROSTOROTSKIY 2 A.N.1 inzh.
Remarks on the quality of rmnufactured equipm
ent. Avtom., telem.
i sviaz' 5 no-5:39 MY 161. JMIRA 3-4:6)
1. Prokhladnenskaya, distantsiya signalizatsii i svyazi Severo-
Kavkazskoy dorogi.
(Railroads-Electric equipment)

jr ha ng ri -a~ boii S',af.
L-13 Je.
F-& riz r-c.,.r ta
3c, ~Ta L, t. a,, r::

SARKHOSHIYAN, G.H,; BARANOV, M.S.; 16440--tANSKIY. M S ORWVSKIY. V.I.;
MALIKOVA, N.V., -43-MMIMMM
[Repair techniques and equipment f:)r repairing automobiles;
practices of Moscow automobile 4i4siair shops) Tekhnologiia
remonta i pris-oosobleniia dlia d4--nnta avtomobilei; iz opyta
moskovskikh avtoremontnykh IfivUritatii. Izd.2-oe. Moskva,
Nauchno-tekhn.izd-vo nvtotranap.-11;-ry, 1957. 10 P.
1. Moscow. Nauchno-issledovatell--t.';Ly institut avtomobil'nogo
transporta.
(Automobi-MORT-lin,T-noance and repair)

ROSTOSHINSKIY M S., inzh.
Possibility of'using the VSG-;-3A rectifier for welding in an
atmosphere of carbon dioxide.. Svar.proizv. no.7:35-36 J'l 162.
(MM 15212)
1. Nauchno-issledovatellskiy institut avtomob~llnogo traniporta.
(Electric welding-Equipment and supplies)
(Electric current rectifiers)

S/135/62/000/007/007/010
A006/A101
AUT.Iil,)Ro Rostoshinskiy, M. S, Engineer
"T'LE On the possibility of using the (3Cr-3A (VSG-3A) rectifier for
welding in C02
PERIODICAL- Svarochnoye proizvodstvo, no. 7, 1962, 35 - 36
'TIFYT: The author with the participation of Candidate of Technical Sciences
I -
N~ lz Dotsenko, Engineer Z. A. Krichevskiy and Technician V. G.,Tobias, investi-
gated at the NIIAT welding laboratory the possibility of using rectifier VSG-3A
for welding in C02, The rectifier operates on A single-phase full wave circuit
wlLh a central point.. The power source is a set of 3 rectifiers. The high
sides of the stepdown transformer are "starl''or "triangle"-connected to the
three-phase current network. The output sides of the rectifier are connected in
-zerles and the bridges of the network sides of the transformer are positioned
c,orrespondingly. Thus the required welding voltage is obtained. Depending on
the position of the bridges on the panel 6.6; 6; 4.5 and 3,5 v rectified vol-
tage can be produced at a full load. Welding was performed with 0.8 - 1.4 mm
lard 1/2
- - -------------

S/135/62/000/00VO07/010
Or, 'the possibility of... A006/A101
diamett:r wire on semi-aLltomatic device A-547p (A-547r) and on the YAHep-5HWHAT
(UANF-15 NIIAT) unit, It was found that rectifier VSG-3A can be used for welding
and harafacing in C02 on 175 - 200 amps current. Experimental assimilation of
the r-=ctifier at several plants yielded good results. There are 3 figures.
ASSGCIA--uT,ON,! NTI avtotransporta (Scientific Research Institute of Automobile
Transportation)
,Card?/2

5k 37/6 1/ooo/o 12/og .1/ 149
A41061A 10 1
AUTHOI~q; Sarkhoshlyan,-G., Rostoshinskiy, M.
TITILE: A seminar on the mechanization of..welding ei!g~tions
PERIODICAL: Referativnyy zhurnal. Metallurgiya, no. 12, VOL41, 1, abstract 12E5
("Avtomob..Itransport"i.1961, no.,8, 54- 55)
TEXT: At. the Ivanovo Automobile Repair Plant of the e-AR0 Trust a seminar
,was held pertaining to the state and outlooks of jitzi,#Mno M.;(on and automation of
welding and building-up operations in automobile Yepait. VLe purpose of the
seminar was to acquaint its participapts, with modern zt,M MM '%ic and semi -automatic
welding methods, employed in the auto repair industry, and ;o demonstrate these
methods on the equipment of the Plant. The necessity is gor-ed of centralizing
'the supply of the automobile repair plants with welding *U.Ipment and of improv-
ing the labor organization at these plants.
Ye Terpugov
[Abstracter's note: Complete translation]
Card 1/1

Sc
diun in Minp
of Pall-I rA2_&.:Ld Solution by Hydrazine.
Bar-, l(Y)h, 37, 2441-2461
J. Chema. Eoc,s V. 88, 594
flydrazinea- sulphate pr acipitates palladimm quantitatively from hot mineral acid solutions,
partly in the form of raetal and partly as oxide. Palladium may thus be readily sep-
arate,~ from the rare electro-positive netals. In other cases) precipita-:,ion of the se-
cond met-al may t-,ke place ooing to tae catal.;tic action of -,he precipitated palladium
producing hydrogen in the active foxm offalladium hydride.
Palladium, is separated fr n, aluminum% chromium, urnaium, uiclybdenum, and tun.:sten L-j
thL addition of a hot concentrated solution of by,;razine sulphate to the hot acid
solution. '11he precipi~cate Is dried and reduced in hydrogen. The separa-,ion from Cal-
cium, strontium, and barium is similar, except that in these cas s the use of hydrazine,
hydrcchloride, prepared from benzylideneazine or by saturating hyaraz'ne hydraLe with
hydrov-eri chloride, is advisable.
'Phe separation frort man,",anese, cadmitua, nickel, and cobalt by means of h-.,drazzine' sul-
phate is alos coji;plete, in -pite of the existence of spfiringly soluble double Salts of
1hese -rBtals with hydrazine (CurtLus and Schrader, tustr-, 1895,ii, 10). In the case
of nickel and cobalt, however, dilute solutions must be --m-ployed> and the precipitate
nwast be thoroaghly washed.

GrLR/'Hiu,-qn and :aiival Physiology (Nomal and 1-athological). T-9
Internal Secretion. The Pal',CrM3.
Abs Jour : Ref Mur - Biol., 110 11, 1958, 51142
Ahthor : Rostoski, Otto
Inst : --z--
Title : Diabetes Mellitus.
OrIg Pub : Uis-- 1957, 6, No 3, 193-204.
Abstract : No abstract.
Card 1/1
84

ALMRIM, I.F.; BXLYAVSKAYA, T.A.; ROSTOTSUTA, N.M.
Qmntitative separation of zirconium from iron and nickel by ion
xchange chromatography. Vest.Xosk.un. 11 n0-3:67-71 Nr 156.
Kafedra analitichaskoy khimii. (KM 9:8)
(Zirconium) (Chromatographic analysis)
ip"

ARENDT,A.A... prof.; ARTARYAN,A.A,. kand.mr-!('.nauk; 8ALtOV,G.A. prof.;
VOLKOVII-z.V., prof.; VAIRSHAVSKAYA, D.Ya., kand. med. nauk;
VOROKFOBOVY L.A.; GEMRALOV. A.I., kand. r-red. nauk,;
DPI;IYEL'ijF,K, K.V.: kand. med. rauk; DEPMAVDII, V.M., kand.
med. nauk; DOLETSKIY, S.Ya., prof.: YDRMOLIN, V.N.; ZATSEPBI,
S.T., kand. med. nauk: ZIrYAGINTSE--V A.Ye.. dots.; ISAKOV,Yu.F.,
doktor red. naulk; KOZYREV, V.A., kand. med. nauk; KONOVALOV,
A.N.; KORNYANSKIY, G.F., prof.; KLIMANSKIY V.A., kand..,med.
nauk; MMKOVICH, I.G. dots.-. K01-11DRASHIP N.I.~ kand. med.
nauk- ISVII-iA, O.Ya.:, kand. med. rauk; LENYLISHKE4, A.I., kand.
med. nauk; LEYBZON, II.D., ciaktor med. nauk,. IrUILUIRTA, L.I.,
doktor med. nauk; MAIMEVA, T.G,, kandidai meditsinskikh
nauk; NMSESYI'Q'"S, S.I,, kand. med. nauk; OVCHINNIKOV, A.A.;
OGLEZHEV, K.Ya.. kand. med. nauh; ~iOSTOTSKAY-A,_V.I., kand,
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