SCIENTIFIC ABSTRACT BAROYAN, O.V. - BARSANOV, G.P.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000203710012-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 6, 2000
• Sequence Number: 12
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

BAROYAN, Oov.
Yellaw fever in Africa. Zhur. mikrobiol., apid.
I immun.
33 no.7:6-10 JTl t62. (MIRA 17:1)

BARGYAN, O.V.; BOLOTOVSKIY, V.M.
Preliminary results of vaccination against
influenza.
Report No.l: Degree of reactivity and
immunoganicity of
different anti-influenzal proparatiozis. Zhur.
mikrobiol.,
epid. i im=. 33 no.11:57-62 N 162. (MIRA 17:1)
1. 1z Instituta virusologii imeni Ivanovskogo AMN
SSM.

B~~N O~~ln-es-V-dg~ihaKgvj&,hi_GAYLONSKAYA, Irina
Nikolayevna;
PARNES, Ya.A., ze&;-LYUDK0VSKAYA, N.I., tekhn.
rod. .
[Intestinal viruses and the diseases caused by
them] Kishech-
nye virusy i vyz3r-raemye imi zabolevaniia.
Moskva, Medgiz,
1962. 149 p. (IG RA 16: 5)
(COXSACKIE VIRUSES) (ECHO VIRUSES)

BA11,10YAl~) O.V.
Problem of the specific prevention of the most
important virus
diseases. Vest A1,94 SSSR 18 no-5:36-45163. O-M-A
16:8)
(RMUS DISEASLS -REVL,."YION)

-BARGYAN, O.V.; BOLOTOVSKIY, V.M.; GUKASYAN, G.B.;
SLEPUSHKINA, V.G.;
MOOESYAN, A.M.
Comparative study of tho im:manologIcal activity
of various
influenza vaccines depending or. the antibody
level prior
to waccination. Zhur. mikrobiol.., apid. i im;iun.
40 n0-37
116-117 Mr '63. (MIRA 17,,,2)

BAROYAN, V.0.
e ng on the problem of influenza and acute
respiratory diseases,
Vop. virus. 5 no. 1:123-125 Ja-F 160. (MIRA 14:4)
(RESPIRATORY ORGANS-DISEASES)

BAROYANt V.O.
eir
1~1~ on the ;roblem of influenza and acute
respiratory diseases.
Vop. virus. 5 no. 1:123-125 Ja-F 160, (MIPUA 14:4)
(RESPIRATORY ORGANS-DISEASES)

BAROYANt V.O.
--,--19;Mr~"on the problem of influenza and acute
respiratory diseases.
Vop. virus. 5 no. 1:123-125 Ja-F 160. (191U 14: 1+)
(RESPIRATORY ORGANS-DISEASES)

BAROYAN, V.O.
- - - ,on the problem of influenza and acute
respiratory diseases.
Vop. virus. 5 no. 1:123-125 Ja-F 160. (MIRA 14:4)
(RESPIRATORY ORGANS-DISEASES)

. . .... ....................
T T T L:': Prot ec: t ing DP ~'e c taces in t ne '-:;a::..a
of' Ap,. ara-r u,, by an
r
:.Cid-Proof Paste (Zziolichita ezli
dennyl-h mest i V ~11-11'Iftr:Lturo
T 7 L pro::iyshIe,.ncst 1,)I)5, Nr p-- 14 31 (USSR)
F) S 2A C T Tna uut!,,or t o~:uther Yritn ccdinov and N
A.Yeremin
developed v. paste which diflers from the previously used
diabase pastes in that it contaJns a toluene solution of
polyi2.ubutyl one and, wato r gl aSL ~ The ~- rus,-od pol yd
ocbutyl e.-.e
is dissolveo, in L~jluenc- for two or three days and is
to its use. The water glass is boiled
ar.d '4*-'-'tj.,-E:-I and 11,.en nkx,~d wit'.. t,-e above
Solution at -a ratio
cl- 11:2; af'-,~~rward~; -1', is -added to the filler
(dialcase powder
3'1~I-!r-,-.-,--uoride) intil t,e desired consi-~tency
r,--acha(.. This )nste is applied in ',-.4 layers to the
defec'I
placo. Exa-wl~-:; !.-om viorl: demonstrate t-~,t
protected thi.--: way life cf more than 1,5 years even w-.-en
is in with molten i)-en(-!, anhydride and
rd i 2 t i n r~ h -, c., ~ i I e a 1, 121 C - 1 '~ 0A pp E~
r a tD11 t n, _-_y;
d e t

r,
A;~ S7 v a r
ofi for
ASS~
2/2

Aleks~--.ndr litich;__ 41~; - red.
y _ ~L _ ,
[ Geoc heriai:3 try oi' opigelictio. proceoso,;;
superi, zz e
'e le on j
Geokllindia ep! gene tiche ski kh protsessov;
zona gipergeneza.
I-'.oskva, Nedra, 1965. 271 p. 0,41,~A 18:7)

BAR-Pa~'~TKWSKA, Jadwiga; NIF.IIAMISKA, '-~arta;
DGE!~CZ--liTSK.A., Joa:--na
Use of epsilon-amInocaproic acdd (EAC'I) in
L-,Tr--cclogr &nd
obstetrics. Girek. pol. 335 no.1:101--86 Ja-F164
l. Z II Kliniki Poloznict-wra i C-orob Kobl-ecych AIM w
Wa--s.-p-
wie; 'Kiero-wTik-. prof.dr.med. I.Rosnkowski.

BOPYMISK!, 7c! ia; 7adwiga
311 ir. 4-- c al e-~,-al -,;r- -~ j cm (" f tlle ~~.
-: "]* - al ox-it C, ~; "..-1 1. z - -, . -C 1. tyg.
Ilek. 19 nn~44.'16-86-1668 11' 2 '6-1
1. '~. 11 d !.!s-dycznej
w ,arszav i:, . J. .1.

Jb~LuX'lK P.I. , prof.; POZIwisillyp S.S. y dotsent
(Kiyov)
, ._-- '- - --I - - ----
Sanitary and epidemiological station as a base for
training ph~-,--'clans
Ir
of a medical institute. Sov. zclrav. 21 no.1.25-27 162.
O"d-LiA 115:2)
1. Iz Kiyevskogo meditsinskogo instituta.
(PUBLIC !EALIH-STUDY AND TEAL;HII;G)

KOLA?, 0.; PRASILOVA, T.; DOTJBRAVA. 0.;
EARRAGAN,--M.-
Subacute sclerot~z~ng leukoenccphalitis in the
course of
Sabin's poliovaccinhtlon. Cesk. neurol. 27
no.5046-348
s 164.
1. Neurologicka klinika le)(arske fakulty
Falackeho University
v Olomoucl (prednosta prof. dr. J. Hrbsk, Dr6a .)
a Ustav
patologicke anatoride lekarske fak-ulty P&lackaho
University
v Olomouci (prednosta doe. dr. V. Valaoh).

BARRE, Lucien
Live-line work in distrjjrjtj-on networks. 'Offiad
elektrot.C-chn
28 no.11/12-,350-354 N-D 161.
1. Asystent -kierownika Zakladu Rozdzielszego
Energii i Gazu w
Nuntes, Electricite de France i Gaz do France.

S/135/60/000/01O./012/015
A006/AO01
AUTHORS. Kheyflts, D, P., Engineer, Barreras. IL, Morozov, A, F.,
&1pan'ko,_
G. F., Technicians
TITLE: A Modernized Burner for Welding Thin Metal ir Carbon Dioxide
PERIODICKL: Svarochnoye proizvodstvo, 1960, No. 10, P. 32
TEXT; A simplified design of a burner for welding In carbon
dioxide was V/
developed on the basis of the TsNIIT14AS burner and introduced at
the'Mcscow
"Gidrooborudovaniyell experimental machine-plant- The burner has
the fo_-Mc~vii~__
particular features: 1. Non-ferrous metal parts were partially
eliminated;
2. The cooling system was improved thus preventing scorching of
the in'ter-
changeable burner; 3. The burner has a lighter weight,
facilitating Its opera-
tion. The burner nozzle is made of M1 copper and cooled by
rL,_,ining water,
circulating between the nozzle and a bushing soldered to it.. For
the in- and
outflow of water to the nozzle copper pipes are used, The carbon
dioxide gas
enters the welding area through 4 apertures in the ~- W5 (DSh5)
holder tip, The
nozzle Is fixed by a disk and a nut, Insulated wit.1, asbestos
cement gask,~T's. Ar
exch%,igeable tip from the AW-5(DSh-5) holder is used In the
burner. The carbon
Card 1/2

S/135/60/000/010/t)12/015
A006/A00 1
A Modernized Burner for Welding Thin Metal in Carbon Dioxide
dioxide gas Is supplied to the burner from a cylinder through
a hose molril -1d In
the handle and passes through the heater, reductor end a
drying device, Ti- t-ip
rrust be inserted into -the nozzle to 10 - 15 mm depth. The
throat depth- of the
electrode from the burner must not exceed 40 mm at an are
ignition of 160 - .180
amps current. During welding the electrode throat Is 20 - 25
mm, The bunner
can be easily assembled and dismounted. Tests made with the
burner yielded
satisfactory results when welding butt and overlap joints of 4
mm thick 73"
grade steel, at 180 amps current and 2 mm diameter (-a-10r(-
(Sv-!OGS', wire. Triere
is I figure.
Card 2/2

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523.
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law
Ast
0 m'
3C'.:279 iiU
as
N
22-4, o eiii
ti
ti Po' 9
The ons -.were:,
ijeuited; .- obsOrvati
are
lit
~-.:-Vaft ~to~:-explala.' the presence, vf-ai second rjlmp-~-emliss
w.:source. ln:'Ithii', ~raxwva- coij-m'.'.
0' Um U
OU3 gai ttibutlozi -of :Tiurus!-4 source., at the
wairalth9th a6d -a aeasureA
ns'ddal ugi-i!~Ith- to
righ an Allikv-41tion., or ;-;A t 6 lobsor
V vlo -of, 4, raft
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61
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khhik:L. I-, elektrobikil- Ak'Mezdj~.' miuk SSSR
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-_T
5/058/63,/000/003/053/104
A06Z/A101
.AUMORS: I., Gorokhovskiy,:]YU. N., Oratsiemskaya, Z. I.,
-Pruss, P.
Dependence of the resolving power of multilayer color films on
disposition sequence of the layorn.
PERIODICAL: Referativnyy zhurnal, nzika, no. 3, 196is 88, abstract
31)594
("Uspekhi nauchn, fotogr.11, 1961.), v. 8, 21 7 28)
TEXTs A concept is i~ntroduced for a resolvometrio balanciv- of three
elementary Images in the final positive color inage. Requirements are
formu-
lated for the structure of a pair of multilayer films farming a set,
in which
the resulting image can attain the highest resolution. A study was
made on the
resolvometrio properties of 7 sets of multilayer films wAh different
sequences
of disposition of the layers, and it is shovri that fulfillment of
the presented
demands brirZa about effectively a higher resolution and
a-resolvometric
ing of the set. Therresolving and distinguishing powerzi of two
negative multi-~
layer materials and the positive images obtained from then are
compared. It ls,,`
Card 1/2

S/0'58/63,/000/003/053/104
Dependence of the resolving pointer of... A062/A101
shown. that these mttely proportional to each other and
quantities are approxim
tbat, consequently, the quality of,geometria reproduction of'
two-dimensional
color ob~eats can be, at least in a first approximation,
characterized by the
m
nitude of the resolving power.
ag
[Abstracter's note: Complete translation]*
Carsd ~V2

S/05EV63/ooq/oo3/o41/io4
A06W*AIOI
AUTHDRSs Novflkov, T. A. "AMMU-M-24, Gafurova, N. S.
TIMs Dependence of the resolviy~g power of photographic 'Layers on the
content of optical sensitizers in them
PPIODICAL: Referativnyy. zhurnal, Pizilm, no. 3, 1963, 83, abstract
-~D%8
Tr. Vses. n.-i. kinofotoin-tal,1.1962, no. 46, 6.5 - 75)
TEXT: An investigation war. made on the dependence of tht; resolving
power
U f optical sensi-
of photolayers of fine and coarse granularity on the content o
tizers in them. It is establi&.ed that as the concentration of the
sensitizers
in the phot-olayers increases, the resolving power, determined behind
light fil-
ters,of the primary colors, passes as a rule through a MaXimu3. In
the opinion
of the authors, the,change of the resolving pvwer under the Influence
of the.
sensitizers takes plar,,e fir3tly on account of the sensitivity shift
off the layer
Into that portion of the spectrum in which -the light scattering Is
different
from that in the region of the own sensitivity of AgHal, and
iiecondly as a re-
sult of their action on the apatity an& the aon~rast toefticient ot
the layer.
Card 1/2

S/058/6:Vooo/GO3/041/10.4
Dependence of the resolving power of... A00-P-A161
It is shovm that large quantities of sensitizers sirraltaneously
increase the
opacity (thereby bringing about an increase of the resolvIng power)
a-nd reduce
the contraM (thereby lt-3adirg to-'a deer-ease of the po-eter). The
ob-
tained results are submitted to an analysis from the point of view
of the com-
petition between these t-wo factors. Ubere are 15 re.-Verences.
V. Sintsov
[astracter's notes Complete translation)
Card Z~2

LEVIP S.M.; BARRO, M.I.
Activation of the chromium hardening of emulsion
layers. Trudy
NIKFI no.51:95-98 162. (MIRA 16:12)

B,LILRIO,jl~l.; GOaOKiiOWI:-IY, Yil.ll.;
GRATSIJU~*SKAYA, Z,!.; PH-USS, F.1,1r,
De,.)--ndenca of the resolving power of nuatilayer
color fil-ms
on^tha sequential arrangement of the layLrs, Usp,
nauch- fot., 8~
21-28 162. (Milu

MUM, P.V.; BARRO, M.I.
"Spectral analysis of the photokraphic process" by
M.N.
Gorokhovskii. Reviewed by P.V.Meikliar, M.I.Barro.
Zhur.
nauch.i prikl.fot.i kin. 8 no.1:76-77 Ja-Feb. 163,
(MIRA IW)
(Fhotography--Equipment and supplies)
(Gorokhovskii, IU.N.)

NOVIKOV, I.A.; BARRO. M.I.; GAFUPOVA, N.S.
FIffect of the presence of optical sensitizer5 on the
resolving power
of photographic emulsions. Trudy NIKFI no.46:65-75 162.
(MIRA 18:8)

SA.LRON, A.Ye., kami.tek.Yn.
---
Automatic "on and off" switching of Fara2lel operatin~~,
transformers.
Pron.enerp. 17 no.2:14-1r, F 'C--? ("If?,, 15:3)
- e.
(Electric transformers) (Autumatic control)

__J~RRON,_A.Ye., kand.tekhn.nauk
Automatic switching of a.c. and d.c. Unes. Makh.i
avtom.proizv.
16 no.9%42-43 S 162. (KRA 15:9)
(Electric switchgear)

BARRON, A.Yq., katA. takhn. rauk
Automatic consecutive starting of meehanismB in
line prodn~tion.
Makh. i avtom. proizv. 17 no.52-30 My 163. (K[P-k
16t6)
(Automation)
I F

BARRON, A.Ye.y kand.tekhn.nauk
Schematic for conneCTin.- igritrons in a three-phase
network.
Prom,energ. 18 noU:9-10 11 t6~. (MIRA 16:12)

1 ;7-1957-12-232611
Translation from: Referativriyy zhurnal, Metallurgiya, 1957, Nr
12, p 59 (USSR)
AUTHOR: Bars, P. A.
TITLE: The Adjustment of KU-80 Recovery Boilers Operating in Con-
junction izith0pen-bowthRamarnz (Naladl:a kotlo\-utilizz0o.--o%
KU-80, u5;tz-,no%-lennykh z.i tnartenov~,I.imi pechirni)
PERIODICAL: V :;b. : Kotly-utilizatory martvno%'fk. pechcv. Mo!
cov
Metallurgizd,it, 1)--17 pp .'7- 37
ABSTRACT: The starting up and adjustment of t-,k,o KU-80 recovery
boiler-;
t,RB) at the "Azovstal'" plant is described, The following
were observed when the flow of flue gases pa., ;ed through thc
boiler in it~-' entirety: gener,iting czip~tcl,.",, 10.1? t,/hr;
ste'--m prvt~.~.ure, 6.5, atns (abrolutc) tcnNrature of tho steam,
3530; temperature of flue gasez at the boiler inlet, 5350; tem-
perature of flue ga~,es at the boiler outlet, 258"; efficiency,
4,'.8
percent. Without cleining the he,ting surface.,,, in oper,oicna).
run of the RB lasied up to 8-10 days. Without Lte~m-bla:,r
cle~-,n-
ing the eff;c;cncy of the boilers decreaFes rapidly, the
temperture
of the %vaste gases ri!~es to 300o, zind the stearn genert~fing
capacity
Card 1/1 of the bDiler is reduced to 6 t/hr. Ye. N.
1. Boilcrs-"T~crn Lion 2. 30ilers-,.diustment 3.
methods 4. 13oilers-Tost results

BARS, P.A., inzh.
Increase in the productive capacity of a coal
pulverizing
system using 250/390 ball mills in anthracite
culm, grinding
operation. From. energ. 17 no.11;28-31 N 162. (MBU
15:12)
(Coal, Pulvarized) (Milling machinery)

BARS, Sari
The head of the family is ill. Hung TU no.5:16-17
1,br 162.

BARS,,Sari
Bright thoughts on Childrents Day. Hung TU no.6zlO-ll
Je 162.

BARS, Sari-
A visit to the Vamos family, Hung TU no,W9 F
163.

it 16 It la to a

$1 U a 36 a is 27 0 jo

a 1, w U 3, m
b it 0 6 6;
U U a a Eo

a I I v I A I I AA 90 CC U m

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h7droeUmi*ld stfuctwW mmy W the Unbal rWoa.

-60

06 w. A"JL E. A.
IWI-And E. S Itkina (C-Pi. ft.j Acid.

194). investigation ha-
1~11

00
carried out into the PM%L bility of outlining the tectonic
structoic

-60

00 1 the Alisubm region on the Imsib (d the
tonii-Awn M rdr.~ -attfsL

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Rs.f Ye
flThe 19h9 Gublrdn Readik~sp 11 Iz. Ak. Nauk SSZ-i?, Otdel.
Tekh. :aizk, ';o.11, 1259

i, I'l ~
AIMSBYEV. F.A.: BARS, Ye.A.; GULYAYEVA, L.A., GIZZER. V.G.;
GAVRILRINKO, Ye.S.,
KOGO. S.
.Irroneous intarpyetation of V.A. Sulin's genetic
classification of
watem. Gaol. nefti 1 no.0:06.-69 is '57. (MIRA 10:8)
(Water, Undercround-Analyalul

i ),,I]
BARS, Ye.A.
Hydrochemical indicea of oil-bearing potential and
methods of
prospecting for oil pools. Geol. nefti 1 no.8:13-18 Ag
15-7.
(MIRA 10:12)
I.Institut nefti AN SSSR.
(Oil field brin6s)

APELITS-N, I.E., dok:tor tekhn.nauk; BARS. Ya.A.,
kand.geol.-min.aauk-,
3CRISOV, Yu.P.. 1--ind.tokhn.nauk; VELIKOVSKIY, A.S.,
prof.; VYSOTSKIY,
I.V., kjjnd.eeol.min.nauk; GOVOROVA. G.L., dots.;
DAZINOV, Y.N., prof.
ZHDANOV. M.A., prof.; ZHUKOV. A.L. dots.;
KOTTAKHOV.,F.I.. prof.;
lOtFM, A.YB., doktor geol.-min.nauk; MURAVIYEV. I.M.,
prof.;
MUSHIN, A.Z., inzh.; NAMIOT, A.K11., kand.tekhn.nauk;
KHODANOVICH,
I.Ye.. lcand.tokhnnauk; !GILYSTOV, V.T., inzh.;
CHKRNOY, B.G., 'kand.
tekhn.-isuk; SHUROV, V.I., dots.; SAVIIL~, Z.A.,
vedushchiy red.:
POLOSI11A. A.S., tekhri.red.
[Manual fo potroleum extrriction] Spravochnik Do
dobyche nefti.
Pod obshchei red. I.M.Muravleva. Moqk-va, Gos.
anuchno-tekhn.izd-vo
neft. i gorno-toplivnoi lit-ry. Vol. 1. 1958. 540 p.
(MIRA 11:4)
(Petroleum industry)

B.'j"S, Ye.
"Results of hydrochem-ical re:;earcli work obtained in the
course of prospecting for

BARS, Te.A.
Hyd.rochemical studies
neftl 9:2113-257 158.
(Oil
in prospecting for oil fields. Trudy In8t.
(MIRA 12:4)
fields brines)

r" q

B.~PS, Ye.l.; GLF,,-.ER, V.G.
Hidrochemical survoying In lrk~uinlt~llslo7e
Di8trict, Bashkir
A.S. 3.R. Trudy Inat. geol. I rf,:,rz~b. gor.
iskop. 1:314-327
160. (MIRA 11~.1)
(Arkhangeltskoye DiGtrict--W~.ter,
Underground--Analysis)

BARS, Ye.A.
I~ydrochemical investigations in the middle
Daubikhe and Suchan
Valleys and. the Kangauz-Shitukhe tectonic zone
carried out in
1953-1954. Trudy Inst. geol. i ratrab. gor. Iskop.
1:363-374
16o. (9IRk 14:1)
(Maritime Territory-Water. Underground)

E~ARS, G.A.; F;13D, 1.0.; ,J:.
Genetic aEFociation of oil- anu Faf:-bearinr !.~:E-lns ',
-11 7~ r- ;- 7-, c I of i:,
1--aFins Df undervround watprs. G('01. nPft! ~ raza -I o
- I I ; 27-34
(I.- iqA 14:
Ins titu' gc3lo?ii i ra. r a cotl:i Eo:~~uchik~ iskopa%
Nefte-
Fa2, Gl-fAvno;ro FpolorD-ra7-,~'CiOChnoF-o u,ravleniya
HES,.Z;
rosudarstvennyy univi~rEitet;
(Fetrol(.-urr.

PARS#Yo.A.; B0RSHCHEVJ[ IY, G.A.; BROD,I.O.;
OVCHRINIKOV, A.M.
Method of setting up boundaries for artesian and
oil-and
gas-bearing basins. Izv.vyz.ucheb.zavo; geol. i razv.
4 no.11:
95-101 N 161. (MIRA 15:2)
1. Moskovskiy gosudarstvennyy universitet imeni
Lomonosova,
Moskovskiy geologorazvedochnyy institut imeni
Ordzhonikidze i
Institut peologii i razrabotki goryuchikh iskopayemykh
AN SSSR.
(Petroleim
geology)(Gas,Natural--Geology)(Water,Underground)'

veshchcstvo
L

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BARSLBOV, G.P.; SH3VXWVA, V.A.
Contributions to the study of luminescence of
minerals.
muz. no.4:3-35 '52.
(Luminescence) (Mineralogy)
Trudy Min.
(MLRA 7:11)

AUTHOR BUBNIKOV P.P., BARSAKOTSKIY V.P. PA - 2495
TITLE Chemistrv and T_ S11i
echnology of J, cates in China.
(Khimiya i tekhnologiya silikatov v Kitaye - Russian.)
PERIODICAL Vestnik Akademii Nauk 1957, Vol 27, Nr 2, PP 74-79
(U.S.S.R.)
Received: 5/1957 Reviewed; 5/1957
ABSTRACT The Chinese Academy of Science worked out a plan for
scientific
work to be accomplished within the next 12 years. The major
part
of this work shall be devoted to problems of Chemistry and the
technology of silicates. Several new scientific institutes are
intended to be founded for this purpose the main task of which
will be the investigation of various oxides, vitreous
substances,
and silicate raw materials for the purpose of developing the
silicate industry.
The Chinese Peoples' Republic has vast stocks of various
valuable silicate materials which have as yet not been
scienti-
fically exploited. Chinese kaolin earths are world famous as
"-Iso
such materials as "porcelain stone" and "cast glass stone" in
which field research work will be of great importance for
Chinese industry. The same may be said about quartz, talcum,
gypsum, serpentine, and other materials available in China.
CKU 1/3

Chomintry and Technology of 91licatem in China. PA - 2495
The main center of research is The Institute for Metallurgy
and
Ceramics of the Academy of Science at Shanghai with branches
at Tsharisha and Kunmin. The institute is under the
management
of professor Chshou-Zhen and has a staff of 300 persons.
Apart
from experimental stations the institute also possesses
industrial objects such as blast furnaces for gray cast
iron.
Particular success -was attained by this institute in the
field
of the production of fireproof articles, special glass such
as electrovacuum glass, glass for steam boilers, special
barium
lase which allows only ultraviolet rays to pass (at
3000-4000
1
) whilst nearly all others are absorbed, baseproof boron
silicate glass, etc.
A second institute of equal importance is at Mukden (under
the
management of Prof. Li-Siu-In) which has 6 dej~artments:
enrichment of ore, science of firproofness, metallurgical
chemistry, metal working, metal physics, and analytical
chemistry. Further, there is the Institute for the metalurgy
of casting and the Institute for building material. Further,
there is the great central laboratory of the Anshan
industrial
combine, the Institute for Ceramics at Tsindechzhen and
others. It was here that at the time of the Min dynasty
(1368-1644) the porcelain industry was established, which
was
CARD 2/3

Chemistry and Tochnologk.,Qf Silicates in China. PA - 2495
under the protection of the emperors and aroused the
admiration
of the entire world. It must be mentioned that, apart from
scientifically founded industry, which is making enormous
progress at the time, the branches of the old established
primitive home industrj are still prospering in China the
products of which are distinguished by their superb and
precise workmanship and hand-painted decorations,
particularly
as far as ch1navare (porcelain) is concerned. This
circumstance
decided the Chinese government to establish a new high school
for the Technology of artistic products and ceramics and to
found a special Institute for the Resarch of Applied Art in
Antiquity and Present.
ASSOCIATION: not given
PRESENTED BY: -
SUBMITTED: -
AVAILkBLE: Library of Coilgress
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-~ A'~.; AR iv , N. .
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Pertar'.-cable picture 1-3'ler.,,,. -,'ov.mor. 17
no.14:13 J! '57.
10:0)
r~ - j /
(AivR7o7:;'-Ii, Ivan Voastnntinovich.
(Feodo~,iyn-Art-Gallerles and museums)

BARSAMOVA, N.L.
-I"I '~' '-"'. .'.
Beetles damaging forest foliage in Kuba and Kusary
Districts, Azer-
baijan S..%R. Uch. zap. AGU no.2:59-63 156. (MLRA 10:4)
(Kuba District--Btetlas) (Kusa--7 District--Beetles)
(Forest insects)

B4621
15- .%Silo c," 2 -2 OS
S/173/60/013/002/002/OC2
All0/A029
AUT11OR: Markosyan, M. M. and Barsamyan, S. T.
T I ME Study of HlectroRhysica~Pronertles of
11oly011oropreJLatexeq
PERIODICAL: Izvestiya Akademli nauk Armyanskoy SSR, Seriya
tekhnicheskikh na:.ik,
1960, Vol. 13, No.. 2, PP. 51-60
TEXT: A series of tests is described carried out ty the Sektor
kabel' no-
Izolyatsionnoy tekhniki filiala NII pri Armelektrozavode
(Department of Cable-
insblation Technology of the NII of the Armelektrozavod) in
cooperation with the
TsNIL zavoda im. Kirova (Central Scientific Research Laboratory
of the Kirov
Plant) in regard to clectro-physical properties of.1 -3 (L-3),A-4
(L-4)_~nd. 77
(L-7)'latex typ~-s. Polychloroprene latexes and coatings, as well
as coatings de
\10
rived from a mixture of the former latexes and the effect of the
derivation m-thod
on the electrophysical propertiesd the coating were investigated.
The electric
characteristics of the latex coating are shown in Table 1. Figure
1 shows the de-
pendence of the tangent angle on the temperature of the
dielectric losses and the
volumetric resttances of L-7 latex coatings without additional
drying and (broiten
line) after additiona-1 drying at T = 200-4 50 C over a period of
96 hours. The
Card 113

84621
S/17::/60/013/002/002/002
A11O/'AO29
Study of Electrophysical. Properties of Polychloroprene
Latexes
mechnaical properties of polychloroprene coatings are
satislactory and meer, the
-equirements of cable bose rubber as shown In Fable 2. The
moisture absorption
of polychloroprene c-~atings depends on emulsifiers and
stabilizers. Figure 2
shows the dvendence of the au:Forbing capacity of L-_3, L-4,
F-.nd L-7 coatings and
also of L-7 Plus 10 % furnace ca-rbon black coatings on the
period of immersion at
20()C~ TeBtS Tevealed a strong effect. of polychloroprene on
copper. HC1 ancd/i
Clo separated from polych.11-oroprene show the following
reaction on copper, HC1+
Cu->C'uCl2+H2 and C12-+ Cu-->CuCl-::', The resistance of
these coatings to heat
oil, light and moisture can be increased by ad~iition of
fiirnace carbon black
(Table 3) ar.dMBM (MVM) vaseline oil (Figs. 3 and 4) to the
poly chl oroprene
mi,xt,ure. The disadvantage of vaseline oil is that It
facIlitates the. propagation
of micro-organisms; this Is countered Dy an addition of
fungicides consisting
of a wat.er emulsion of ;salicylanilid,--t siavilized by
ammonium caseAnatc. Tabir-
4 gives the composition of L-7 latex mixtures The coating
process is the fol-
lowingi the iT.em is pla,-ed In a concentrated solution of ~O
Z CaC12 ana Oien
Immersed In a latex bath A negative feature of this method is
the saturation
of th,? zoating wit-h Ealls wMcft Impair Its
e1cetr-opIlysical properties- Another
card

84621
S/173/60/013/002/002/002
AllO/A029
Study of Electrophysicil Properties of Polyclilorop-ene
Latexes
possibility is the "electric deposition" which is achieved by
elecitrophoresIs
and produces more resistant coatings (Fig. 5)~ The
electrophysical properties
of coatings are improved by syneresis which completely
removes all. stabilizers
and salts. Figures 6 and 7 show the results of tcsts in
regard to dielectric
losses of poly c 1-0 o-ropr fine latex coatings and
volumetric electric resistances as
depending on period of immersion. The use of latexes in cable
prolucirion- x
produces airtigh- coatings of 0.3 mm o,- less, whereas type
L-7 is consiaered
most suitable for ~hls purpose Latexes mixed with fungicides
and vaseline are
sul~able for wires and cables used in the tropics There are 6
figures, 4 tables
and 5 Soviet references.
ASSOCIATION
Armyasiskiy filial nauchno-issledavatel 'skugo InsT ~.tuta
(-Itrtro-
mashinostroyeniya (Armenian Department of the ScAentlfic
Research
Institute of Electric Machine Building)
Card 3/-~~

KOCHARYAN, N.M.; AYOPYAN, A.N.; BARSAMYAN, S.T.;
TOLAPCHYAN, L.S.;
PIKALIOVA, V.N. -
Dielectric properties of chlorinated
polytetrachlorohexa-.riene.
Dokl. A14 Arm. SSR 37 no.5:263-267 163. (MIRI 17:9)
1. Chlen-korrespandent A14 Armyanskoy SSR (for
Kccharyan).

KOOIIAhYANY ',~,TSOYAN, S.G.; S.T.; PIFAWVAL., MI.;
T'jLAP-
CHYAN., L.S.; I'LIIYAN,
Dielectric loss, dielectric and the effective dipole
mo,:,.ent of polyd
~i:iettyi-,~;-nyleti.~,iiylcal-biziol. Dokl. Ali' Arm.
SSP 37
no.1:7-13 fL3. (YJRk 16:11)
U"!,:., ieac,vutel Iskaya fizziko-tekdinicheskaya
laboratoriva ~,hlen-korrespondent A"; Armyans-
zMy SSR (for Koci-c-rya%'.

BAHBULESCU, C.; BARSAN, A.; BURCEA, fl.; FU-,J, St.,'
Y-UILI-E, U., Pu--ur;-std)
Natural pastures and hayfields on the Bran Plateau.
Natura
Biologie 16 no.2:lD-19 l,,r-Ap 164.

ACC&SSION SRx Aft 4020763 S/0169/64/000/001/G027/GO27
SOURCEs RZh. Geofizika, Abs, IG186
AUMORSt Pariyskiy, N. N.; Gridnev. D. G.1 Barsenkov, S. N,;
Sary*cheya'
Yu. K.; Kramer, M. V.
TITLE: Tidal Yariations of the force of gravity in Tashkent
CITED SOURCEt Sb. lzuch. zemn. priliyov. No. 3. M., AN SSSR,
1963, 9-39
TOPIC TAGSt Tidal gravity variation, gravimeter
TILLVSLATIONt Results are given of an analysis of observations of
tidal Yari-
ations of gravity in Tashkent carried out at the Astronomical
Obseryatory
with two Askaniy gravimeters in the course of 7 months. Bach
gravimeter was
used to carry out 16 monthly analyses by two methodas that of
Pertsey and
that of Lekalaze. The agreement between the results obtained by
the two
methods was very good. On the average, the Pertsev methodgave ~ -
1.148+
0.0012, and the Lekalaze method gave 1.147 + 0.001 3 for the wayes
Card 1/2

ACCESSION NRi AM02OT63
M27 S2, and 01.
The value or 6 obtained in this wirk
published earlier (see preceding report) is
processed date.% nnd principally by the fact
drift on the determination of the calibration
using the method due to Yu. S. Dobrokhotov.
DATE ACQ: 03MarG4
and greater by
explained by the
that the effect or
factors was taken
-
1% than the value
larger volume of
the instrument
into account,
SUB CODE: AS ENCL: 00
Cord 2/2

A v,
Dil -,i(: of rirbon~~Is, IWI. AN Arm.33R 38
no.5.,295-299 164. 27-6)
sw!.;lr :1 va
W- 9ki..ya

BARSO, A. (Bucuresti)
Correct spelling of geograpldml P-waas,,, NAtura
G-3ografia 15
no-4-.82-85 Jl.-Ag 163.

BAR&U: G., prof. (liucuresti)
S.
Tha countxies c,f Ai~ricru; tha Unitcd Arab Republic,
14atura Geografts
15 :-10.4759-60 Jl-,Ag 963.

-:f St L e
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SOURCL CODE: 0/0124/66/000/006/vOGI/V061
ACC N~Z; 'd~6030409
BaI'3X-IEYC:V, S.
of stress waves in explosions of borehole charges in rocks
havini; avera_7e zcoustic rigidity
SOU-RCE: Ref. zh- Mckhanika, Abs. 6V438
RZF SOURCE: Tr. V Sessii Uch. soveta po narodnokhoz. ispolIz.
vzryva. Frunze, Ilim,
1.24-133
IAGS: explo-o-ive charge, shock wave
70'..C T
.LRANSLATION: T'.-.e a:-,plitudes of positive compression phases
and their durations are ra-'
icorded along wizh the velocity or- longitudinal waves.
Measurements are ma3e in a clean-1,
I
~ed rock facc having two exposed surfaces a2.ong the lower bundle
of the corner stratL--n.
,Relations are given between the maximum radial displacement rates
U rl-Ilax and the dura-
zion of the positi-ve phase of compression T -for various relative
distances r. The in-
icreasing .1--ne~an ralazion between T and r Is -fou-nd elong with
the decreasing linear r-ala~-
;tion between -, and the acoustic rigidity of the neditun pC. On
the basis of these data,,
I
,curves a:re constructed for the relation to r of the maximum
-adial displacement rate I
, . max 4-... , the displacem t from
;V the -x.-, radial stress behind the wave front a I
Z n4ax rmax
Card 1/2

ACC N.R. AR6330"09
equiii'Driiz-, W, thc: Spacific impulse of the co.-,,jression
phase I, and the specific ener-
gy of the wavo crossing a unit area E. All o_-F these quantities
are given in ampirical
vanishing :-u:,,ctions of r with various power laas of damping.
E dampens the fastest
1~0-1/r2_5). in z.-.c limits of the values o,.;: r used (from
62.5 to 250 charge rad.-i) dis-
placement ra-_,c~s hel~w crit.,cal values (2.5 m/sec) for
destruction of the mass are not
~obse,-ved. '.ha x~_,s-ulls o-" measurement of stress wave
parameters allow one to dater-
'Mine opti-mal piarameters for borehole explosions. A. S.
Stavrovskiy.
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USMAtinerals - Bentif leation 1944
Pyrochlore
"Secondary Alteratim of Pyrochloro," G. P. Barsanov,
4 pp
"CR Acad Sc.V: Vol =, No 2
Study of a specimn of pyrochlore crystal frcm the
peEpatites of the Ilmn Mountains, covoismicrochemical,:
optic and qualitative date.
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00

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1

71
1te MV., IAI I, twilt1c. The of,ak I, IlOlt Vill- S;,
66

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00
v

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"

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, -;0.) slid other *F& nanctal~ III-

t,.jgT.-%n %ith casNitentr
ha%e txvn finiml. Atialy-s are

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9 * 6 0 0 0
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Y 1947
"On ~-f DeT,,rslta of
the ~'Ikc,! G P Barsanc- md
J P
"Iz-i A"~aH Nlau~~ Geacl" Vc, 2
Authore desc~rlbc the n1neralo0cal conpooltion and
ort% typos of a nt~w silver deposit diocovorad 1939
on
t1a Al:o! s,mrce IM t~.,m No river basin, in the
acut.h-
arn j:arIL cf -t~ie Mli-misairml, Pak~lon
I-110

BARSANOV, G.P.
Life and work of Professor Vltdimir Illich
Kryzhanovskii, 1881-
1947. Trudy Min.miz.no.1:7-17 149. (MW 9:6)
(Kryzhanovskit, VIndimir Illich, 1881-1947)

BARSADDY, G.P.
.1 1 q
Minnraloi7 and origin of aaglrite-augltm
pegmatite from the
r,roup of pits no.15 in the Illinenskiyo Hills.
TnLdy Min.muz.
no.1:26-45 149. MaA 9:6)
(111manakiye Hille-Pagmatites)