SCIENTIFIC ABSTRACT ASINOVSKAYA, G.A. - ASKALONONV, S.P.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000102330007-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 6, 2000
• Sequence Number: 7
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

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ASINOVSX&YA, G.A inzhener.; WMKANOT, S.N., kandidat
takhniahaskikh nauk,
'0 W
-'"'"Wore"e"hr, radaktor.;ANTONOV. 1.A., inthenerg
redaktor.:POPOYA, S.M.,
telchnieheskiy redaktor.
[Flame brazing of metals.] OazoPlammonala Pailra metallov.
Moskva, Oce,
nauchno-tekhn. Izd-vo khim, lit-r7, -1-955. 70 1). (Moscow.
Veasoiusnyl
nauchno-looledovatellskil Institut avtogennoi obrabotki
metalloy. Ruko-
vodiashchis materialy, no.'?) 411 (MLRL 9:11)
(Brazing)

ASIIJDVSKATA, G.A.
Improving the voldabilitif of brass by small additions of
silicon,
Trudy VNIIAvtogen n0.3:5--35 155. (MIRA 11:12)
(Brass--Welding) (Silicon) (Gas welding and cutting)

ASINOVSXATA, G.A.
Gas fltm powder welding. Trudy VNIIAvtogen
;no*3:215-23.6 '55a,
(MIRA 11t12)
(Gas welding and cutting-Equipment and supplies)

ASINOVSKATA. G.A., inzhener
I
Goa welding of 162 brags. Sirar. proizv. no.6:15-16 Js
155. (MLTtA 8:9)
1. Voeooyusnyy Ilauchno-isoledovatellskiy inatitut
avtogennor obrabotkl,
matallov. (Braus-Welding)
. .. 4- '

AID P 4526
Subject USSR/Engineering-Welding
Card 1/1 Pub. 107-a - 12/13
Author AsInovskaya, G. A.
Title About the art*icle of V. T, Zolotykh on "Evaporation
of Zinc and Foritation of Pores in Welded Seams".
Periodical Svar. proizv., 2, 28, If 1956
Abstract This is Ulzriticism of the. article by V. T. Zolotykh
on the above subject published In this journal, 1956,
no. 1. Engineer, Asinivskaya has additional data obtained
by her in research and experiments carried out with weld-
ing brass by the ar onarc and by gas. Two graphs. Two
Russian references T1936, 1956).
Institution : None
Submitted : No date

ANTONOV, I.A,, kand.teirhn~-hauk, ANTOSHIN, Ye.Y.,
insh.; ASINOVSKAYAIGI.A..,-
inah.; VASILITIV, N.V., karta.tekhn.nauk; GUZOV, S. .,
na
VX, inzh.; ZATTSEVA, V.P., inzh.; XAZHIKOV, P.P.,
inth.: NAM,
Tu.B.i insh.; KOLTUNOV, P.S,,, kand.takhn,nauk; KMOVIN,
A.I., inch.;
XR CHKOVSXIY, AX, inzh.1; KUZKBTSOVA, Te.l., inzh.;
MATY1M,K.F..
takhnik; MOROZOV, M.Ye., inch.; NZKRASOV,, Tu.I.,
inzh.; N30HATIV,
V.D., kand.takhn.nauk; RMOG, A.K., kand.takhn.nauk;
SPFMOR,O.Sh.,
insh.; STRIZHEVSXIT, I.I., 1:and.khim.nau1:;
TI&SYMITSKIT, D.I., insh.;
XEROROYA, TS.S., insh.; TSMINSLI, A.K., Insh.;
SHASHKOV, A,N., kFtnd,
takhn.nauk, dote.; SHRLWHN.El, M.M., inzh.; SHU111MAN,
D.Ta., inzh.;
IDWSON, A.M., inth.; VOLODIN, V.A., red.; UVAROVA,
A.F., tekhn.red.
CHRchines and apparatuses degigned by the All-Union
Institute of
'I
Autogenoua Working of Metals. Mashiny i apparty
konstruktaii
VNIIAvtogen. Moskva, Gos.navchno-tekhn.1cd-vo
maohinostroitallnoi
lit-ry, 1957. 173 p. (Moscosr. Vseaoiuzrqi
nauchno-issladovateltakii
institut avtogennoi obrabotki, metallov, no.9)
(Gas welding and cutbirg--Bqu:lpment and supplies)

137- ~;8-2- 324
Translation from: Refcralivnyy zhurnal, Metallurgiya, 1958,
Nr 2, p 142 (USSR)
AUTHOR: Asinovskaya, G..A.
TITLE: Development of a Process of Powder Gas-flux Welding
of Thick
Brass (Razrabotka protsessa poroshkovoy gazo-flyusovoy
svarki latuni bol'shoy tolshchiny)
PERIODICAL: Tr. Vses. n.-i. in-ta avtogen. obrabotki
metallov, 1957, Nr 4,
- pp 69-96
ABSTRACT: A new process of powder gas- flux welding with
pneumatic
feed of the flux into the flame to obtain a dense weld of
uniform
strength has been developed. Uniform delivery of the flux in
strictly determined qaantities makes for stable results,
partic-
ularly when the flux in delivered by an inert gas, namely,
N2 *
Acceleration of we)ding can be achieved by eliminating the
cool-
ing of the welding pool, which occurs when an excess amount
of
borax is thrown, and tile employrnent of a special burner,
the
orifice of which is closer to tile metal being heated and
yields a
more intensive heating- The method is easily automated and
may be recommended not only foi welding thick brass, but for
Card 1/2 facing and other labo17-C01lSUMillg welding
processes (repair of

137-58-2-3242
Development of a Process of Powd(ir Gas-flux IVelding of
Thick Brass
iron and brass castings, etc.) - B-.rief technical and
cost figures on the appar-
atus used in gas-flux welding are presented, an,I
the.techniques of brass
welding are described.
1. Brass-4elding 2, Welding fluxoo-Applications
4.. Gas weld Ine. Lions
G,K.
3. Gas welding-Froaeduree
Card Z/Z

ASINOVSKAYA, G. A. Engineer
"Automation of Gas-Flux Welding."
paper presented ht the Sverdlov8k Regional Conference on
Gas-Flwne Retal WorkIne:
and Electric-Gas Processes, Sverdlovsk, 114-16 My 1915,13,
Sponeored by VNIlAv-tallen.

~"l 01~ 9 A n i I- - G JJL-, En ~-,i i-, 1- or
-~-Cl i-T
-0 1 .
11. W.
TITLE:
PERIODICAL:
A-23TRACT:
C~-,-rd, 1/2
Giseous Fluxing I.Jent BM. 1 .~or M~.(, 'Ueldip.,E; of
Br.-.-.ss
Ap,-)ara tuses (Ga:~,.obraziiyy flrusBM -1 dlya
l!itunnyMi a.,-:arntov)
Kislorod, 19581 Vol 11, Nr 51 pp 4-9 - '36 (USSR)
For the brasu containers and -tutev used in t-
oxygen industry s~pecial requirements a.~e zet ar, to
their welding. Previously povdery fluxin.-
ivere used the do,-;i[.;e of which, haw2var, vias li-fficllil.
and which were unouited for t~e uuto~-,ticr, of t~.,o
.?rocess. The flux::Irg agent unler r,?viev; i2 a re..dj.l~-
organic mixture ol' methanol a--d 55-7a/o meth~-lborf~to.
'2he flux is roed for the prodliction of'
metal during the -,veldinj rrocoss. ro-ot4 C):-
'es
as follows:
2B(CH3 0)3+90 2 - B1203+6co2 +91120. The mot`,Ylalco~ol
burns completely in tile fl,,-meE. For t,,,e introd-action
of the fluxing agent a flux f.-leder is in3crtod

Ga-1cous Fluxing ACent, 34 -1 for the Woldini, of Dr,,-z;s
sov/~S-
Ap,),.ratuses
into the feed pipe of the acetylcno, which -er~it.;
the donina. The acetylene is dried before becaoise,
of the tendency QV B(CH 0' tot-aroo hyr' rol-., c i
The iveldinG is pe:rforme~ 13 under ~iddit`ion of
brass-like metals into tho wcldin~: Scciz~!
attention requiren the elimiration of zinc v_si~c,,s
and zincoxide from the prcceeo since the firot i:,,.-,%c
the slam porous arid the latter are able to produce
slaC coatinGs. It was found t'iat -- dosi.:-e of the
fluxing agent in the ran,~e be,;weei 15 and 40~0 flux
in acetylene makes the iveld soam the mozt ~t,,-.bie. More
than 400% renders seam. crac,'-1y, white less th,.,i 11~;10
rcrder!,
porous. For the inlresti-ation, brass plates of
different thicknesti were weld(-d. An avera--e
of the weld seam of 37-38 k9/11IM2 and of the wc.~ldcd
joint of 31-33 kg/_,,jM2p a buckling -,ngle of' thz- of
1600 was found and in the breakinC -,est the crack
peared the rietal and not in tho sea::,_ T-~2,r~-
7 fiGures, 2 tableo, and 3 refere-t~ies, 2 of
Ca rd 2 /2 Soviet.

25(2) PEASR I BOOK ML012ATIOX SOF/Ml
Vaesoruznyy nauchno-issl*dovatel-mkly
inatItut artogennay Cbra-
bottl metalloy
Kislorodnays. roxka I evarka (oxygen
cutting and welding Moscow.
VashgIz. 1959. 268 p. (34rJess Itas
Trudy, V". 51 Errata
bllp Inserted. 4,800 copies printod.
Ed.% &.N. Shashkov, Candidate of
?ochnlaal 3816n~061 Ia. Of
rublishing Houses G.N. foboleval Tech.
Zd.2 V.P. Illklady
Vanagln$ go. for Literature on Essv7
Machine Buildings S. 2a.
G*lovIn' XnaLoser.
MPOSZI This col2octlon. of articles Ia
Intended for engineers,
technicians, malentl8ts, designers, and
students of Wtuffeg.
The book way be Used for Impro!Ing
Operational MWthOds of
oxygen and Sea x0talwore."g.
COVERAGE' This book co.tmine &7-iala&
Ur-otisations
Qf -w_-== =Zlivg --m welding and proble"
related to the gas-
rl&K0 treatment Of weta2m, No
personalities a" magntionwa.
References follow each artiele.
TABLE 07 COMRX
Keen Aygy, V.D. 1c" Idat a of Tachnicil
scienceal. "tatistleaz
V:.thod of Determining the lKlerol
COVff1c14nt Of Oxygen Can-
swptlon at its Exit From Cyl1ndrIca2
XOZZIMS Of Welding and
Cutting Torches .7A
The author 1---!Z=tz- Proolem and reaches
so APPM-
x1mat& value of the p-co*fficlent by
determining the rela-
tionship between the discester of the
"zzle Orifice, thos
oxygen pressure, and the condition Of the
nOXXIS.
~ A ' and N.M. Ze2lkovx"
a.. 0 Mdr ~R W.IdIng With BM-1_9404OUN
[EngIne*r1joo
The author discusses the process
developed In 2tb*r Count-
r1em, and the equipment used.
3trizhovskly, I.I. fcandl~ate of Chemical
Sciences], and_YAP.
ZIX~seva 11hSineerl. Preparation and
rropertle: of Gaseous 221
ux
The author gives technological data of
sethylborate-
methanol flux " makes recommendations for
proper star&"
to prevent hydrolysis.

ASINOVSKAYA. G.A., iuzh.; ERIA)VA, Yv.V., inth.; ZRMKC,VSUYA,
N.M., insh.
Brass surfacing of ferrouv metals with flux gas techniques.
Svar. proizv. no.2:28-31 T 159. (XIRA 12:1)
(Hard facing) (Brass) (Flux (Metallurgy))

ASINOVSKATA, G.A., insh.; ZELIKOIrSLITA, N.M., in:ih.
.1 ......
Gas soldering and veldirg processes with -W-I gaseous
flux.
Trudy VRIIAvtogen no..'3:200-220 159. (MIRA 12:6)
(Gas welding and cutting) (Solder and soldetring) (Flux
(Metallurg7))

latali 'ya Hikhaylorma;
WMHKOT, A.N., kand.tekbji.nauk, red.;, SOBOI'XVA, G.N,, rad.izd-va;
SHIJINOTA, G.T.. tekhn.red.
[Gaii welding of brass and Its depositi.on or. ferrous metals]
Gazovaia evarka latunij naplavka so its chernye mtelly. Pod red.
A.H.Shashkova. Moskva,, 0os.nauchno-t0-.1m.izd-vo mehinostroite
lit-ry, 1960. 102 p. (Bibliotechka avtogerishchika. no.4/5)
(MIRA 14:3)
(Brass-Welding) (ass welding ard cutting)
(Hard facina.)

ANTONDY, I.A., kand.takhn.nauk; AS:[NDVSKAU,,
G.A., insh.
Introducing automatic ccjntj,-oj of gas flame
brazing of
tubular joints. Trudy VNIJAvtogen
no.7:104-122 16o.
(MIRA 1317)
(Braring--Squipment and supplits)
(Automatic oontrol)
k

insh,
Investigating the propertieis of metal bqndsAn
hard facing
ferrous metals by silicon 'b.:raos. Trud7
VNIU6vtogen no.7:
123-138 160- (MULL 1317)
(Hard facing) (Ircu-silicon alloys)

ASINOVSKLYA, G.A. inxh.
Investigations of copper--phosphorus braving of
bass. Truc'u,
VNIIAvtogen no.6.-BO-M .060.: (IWIU 33: 8)
(Braes) (Brazing)

ANTONOV, I.A., kand.tekhn.naukj AS.ENC"SKAYA, G,.A., inzh.
Princi.ples of introducing automatic ocatrol of brass facing
flat ring surfaces with paeous flux. Trud~r VNIIAvtogen noAs
3-26 162. OUWi5t6)
(Gas welding amd, cutting) (Metal aladding)
(Automatic control)

SHASHKOV, A.N,.,
kand.tekhn.nauk,-,,i5l=SKA4A7-Q,4,,.~n ~-; DOBKINA,
Yejef
inzh,,
Invectigating and devoloping a aelf-rluxivg filler
met,4 for
brass welding. Trudy VNI:lAvt4gen n,).8:37-54 162.
(MIRA 15:6)
(Brass-.Welding)

ASINOVSKAYA Gnettya Abramovna; STRIZIEVSKIY, Iovif
IsitakovIch;
IYA, NafiP~i Mikhavloyna; ZAYISEVA, Vera Polikarpovna;
RAGAZINA, M.F., inzh., val. red.; SHTERLINE, S.Z., dots.,
red.;
SOROKINA, T.M., tekhn. red.
(BH-1 gae-like flux for nonferrous metal welding and
brazing)
Gazoobraznyi fliua BM-l ffi.ia avaAd tsvetnykh metallov i
tverdoi
paiki. Moskva, Filial Vacs. in-ta nauchni i tekhn.
informntaiiq
1958. 16 p. (Peredoyoi nemchno-tekhnichaskii, i
proizvodstyen-
nyi opyt. Tema 12. No.M-58-104/0) (MIRA 16:.3)
(Flux (Metallurgy)) (Nonferrous metals,--Welding)

ASINOVSKAYA. GneVA-&br=avn&+-ZFAZOVSKAYA. Nataliya
Mikhaylovna;
KORUVIN' Andrey Ivanovich-, HRAVETSEY, G.A.-
NEMKOVSKIYp
I.A.; OFITSEROV, D.M.; Tk:SMENITSKIY,, D~L; FISHKIS,
M.M.;
SHAPIRO, I.S.; GLUMANENED, D.L., kand. tekhn. nauk,
red.;
KLMUCH, Yu.G., red.; CORODNOVA, L.A.p-tekhft. red.
[Flame metalworking proceaso)Gazoplazieftnaia
obrabotka metal-
lov. (By] G.A.AsinovskeLia i dr. Moskva,
Prof-tekhizdat, 1962.
556 P. (MIRA 160)
(Gas woblding and cutting) (Flame hariening) (Metal
sproying)

ASINM9&YA,-G-,L-; SHASHKOV, A.N.0 kand. tekhn.
nauk, red.;
SOBOUVAp G.N., red. izd-va; GORDEYEVA, L,,P.,.tekhn.
red.
(Gas welding of metals] Gazoplamennitia ped.ka
metallov. Pod
red. L.N.ShaBhkova. Moiskva Masbgi:i, 1963. 124 p.
(Biblio-
techka avtogenshchika, no.91 (MIRA 16:7)
(Gas welding and cutting)

AsINOV~KAjA,-jLA,,,,,,,inzh.i SJW31110, I.S., kand.tekhn.nauk-
Gits-arc welding of K3 copper with a thicknass of up to mm.
Sitar. proizv. no.%19-;~I 3 163. 16,110)
1. Vsesovuznyy nauvli,,ic~,~l..gqledovatellskiy Institut
avtogennoy
obrabotki metallov.

SPEKTORj O.Sh., inzh.; AS.1NO-V3XA.',fA,, G.A.,
iwsh.; Prinimali uchavtiye.-
BIMOVA, Ye.V., inzh.; SEMENOVA, A.S,,, inzh.
Studying the nature and conditions cf changes In the
structure
and chemical composition of St.3 steel at the
surface of a cut.
Trudy VNIIAvtogen no.90,9-32 163. (MIRN 16:12)

ASINOVSKA,YA, G.A., inah,
VeA of nickel on t1wiprocess of ",he formation of a
diffusive
1hyer at the boundary ol' silicon brass fusion with steel.
Trudy VNIIAvtogen no.g.-57-64 163. (MIRA 16t12)

SHASHKOV, A.N., kand. tekhn. naukl ASINOVSKAYA, G.A., inzh.;
SPEKTOR, 0.5h.8
inzh, .. - .
)i
I
Investigating the nature arid conditiors of the change in the
chemical
compositJ -n of structural aiteel at the surface of the out.
Trudy
VNIIAvtotei no.100-26 16,4.. (MIRA 17110) 1

kana~ U~A"ra .,auks:
ly
Os we-ielng under
Ac A C', 5A- 70U
04.
( M T RA 10

tLINOVSK&YA, G.A., bizb.; NJI.* lnzti.
Automit-Av gca; welding uiltius,* flux ot brand 1,62
bran. Tnidy VNIIAvtogen
no.10,640-,~7 ~ 64. (MIRA 17-.10)

ARTrUKHOVSKAYA, S.A.; TESMENIVSKIN, D.I.; ASINOVSKAYA G.A.;
BOYKOp M.I.;
KOLTUNOV, P.S.; NEKRASOV, Yu.L.; KOROVIN, A.I.; NECHAYEVj
V.D.;
NINBURG, A.K.; SHASHKOV, A.N.; EDELISON, A.M.; ANTIONOV,
I.A.,
kand. tekhn. nauk, red.
[Using acetylene substitute gases f-)r flame metalworking.]
Primenenie gazov-zameni-telei atsetilena pri, gazoplamennoi
obrabotke metallov. Moskva, Mashinostroenie, 1964. 15Dp.
(Moscow. Vaesoiuznyi nauclahno-issledovatell8kii institut
avto-
gennoi obrabotke metallov, Spravochnye materialy po gazopla-
mennoi obrabotke metallov, no.23). (MIRA 170)

ASINOVSKAYAV G.A., inzh.; SHEYER, inzi.
G.is-flux deposition welding of braso on ferrous metals.
Trady
MT!Avtogen no.'Ut15-2? 11~4. (MIRA 180)

SHASHKOV, A. N.; SPEMR: 0. Ch.; ASINOVSKAYA)i't. A.
"Influence of tbermal cutting under metal on seotion
borders"
paper presentedat 18th Annual Assembly, Intl Inst of
Welding, Paris, 5-10 Jul
1965-

ASIROVSKAYA G A inzb.; ILIINAp I*I.., inth.
Porosity of the weld notal during the gas
welding of cast
iron. Trudy VI?IIAVTO5EIMSH no. 12:122-145 165,
(MIM 18-4 11)

ASINOVSKAYA,, G.A.; IAKEIEMONSKIr, A.V.; LkSHKO,, N.F*; IASHKO,
S.V.
The terminology of soldering. Trwly VNIIAVTCGE*WH no.22t
193-199 165s (MIRA 18:11)

88624
S/170 61/'004/002/002/018
5019 B060
'71 0 0
AUTHORS: Shpillrayn, E. E., Asinovskiy, E. 1.
TITLE; Calculation of -the Thermodynamic Properties and the
Construction of the is-Diagram of Alkali Metals
PERIODICAL: Inzhenerno-fizi~%heskiy thurnal, 1961, Vol. 4, No. 2,
pp. 18-26
TEXT: In view o-A' the relatively scarve data available on the
thermodynamic
properties of alkali metals the authoxs calculated the
thermodynamic func-
tions and set up the is-diagrain. The following assumptions were
made:
critical parameters for sodium p or ~' 355 kg/cm2' T or - 22700K,
for lithium
Pcr ~ (1400-1500) kg/cm 2, Tor " (2750-530O)oK, tor - (0-14-0.15)
9/cm3.
These values permit the assumption tha; the vapors of alkali metals
satisfy
the equation of state of ideal gases. ~!he volume of liquid metals
was
taken to be independent of pressure, wt.ile enthalpy and enthropy
were
estimated as functions of press%ire according to well-known
thermodynamic
relations. Moreover, the thermodynamic functions of the liquid
phases were
Card 1/3

88624
Calculation of the Thermodynamic Properties and S/17
61/004/002/002/Ola
the Construction of.the is-Diagram of Alkali B019YB060
Metals
regarded as being solely dependent on temperature. The
thermodynamic
properties of a monoatomic vapor were examined generally, and
specifically
near the saturation curve. Formulas are given and discussed
concerning the
calculation of enthropy and enthalpy. The thermodynamic
calculation of
the vapor composition is discuissed, tle well-known equation
of the reaction
isotherm being applied to the Irapor dimerization.
Dimerization taken into
account in the calculation of the vapor properties is finally
dealt with.
The construction of the is-diagram is lescribed on the basis
of the formu-
las given here. It is assumed for the Sirst stage that the
vapor is in
equilibrium with the liquid and that this vapor is
monoatomic. Only the
knowledge of functions i(T), i.O(T) s(T,, s.(p,T), and pl(T)
is required
1
in this case. The following equations hcld
i(p,T) - io(T) - P(p,T)&Io(T)
I
s(p,T) - SI(p,T) , Rlnlo-P/2)/(1-0~1- P(pj)L~10(T)/T
P1 is the pressure of saturated vapor a-. the temperature T,
When dimeriza-
tion is taken into account the upper lintit curve is shifted
and the form
Card 2/3

88624
C~lculation of the Thermodyniunic Prcperties and
S/170/61i'004/002/002/018
t~e Construction of the is-W-agram of Alkali B019/BO60
Krtals
oi the isotherms and isobars of overheated vapor also
changos, There are
2 ligures and 24 referenceu: 9 Soviet, 11US,and. 2
German,
AS-MIATION: Energeticheakiy institutj g. Moskva
(Institute of
Power Engineering, Moscow)
SULMITTED: September 20, 1960
Card 3/3

ZENGERmBREDT, I.[Sanger-Bredt, I.]; SYCHEV,
VA[translator);
.ASjMLU4_B..Ijtrims1ator1j KIRILLIN, V.A., red.;
SHEYNDLIN, A.Ye., dok-~or tekbm. nauk, prof., red.;
YAKIMOVICH, M.G., rod.; KARPOV, I.I., tekhn. red.;
KOROTEYEVA, Yu.I., tehhn. red.
[Some Propertie: of hjdrogen mid water as possible
working
fluids for rook tslNekotorye voistva, vodoroda i
vodianogo
para - vozmozhnykh mb:kchikh Ul raket. Moskva,
Izd-vo ino-
str. lit-ry, 1962. 98 p. Translated from -the
English end
the German. (MIRA 16: 1)
1. Chlen-korrespondent Akademii nauk SSSR (for
Kirillin).
(Rockets (Aeronautics',,)

3 t: ~ tt
S/170/62/005/004/005/016
B1 I 1'/B 102
/4'.7900
AUTHORS: Shpillrayn, E. E., Asigg 1kiv, E. I.
TITLE: Calculation of the latent evaporation heat of alkali
metals
PERIODICAL: Inzhenerno-fizicheakiy zhurnal, v- 5, no. 4,
1962, 35 - 40
TEXT: Evaporation of liquid alizali metals proceeds in two
stages. First
atomic vapor is formed, subsequently, dimerization takes
place to a certain
percentage. Thus, the vapor preasure decreases and the liquid
metal eap-
crates until equilibrium sets in.. The vapor phase carr be
regarded as a
single-component system irrespective of its real structure.
For isobaric lo,
reactions the authors prove that the Clalislus-Clapeyron
equation from
which the m-olar evaporation heat can be oalculated holds
also for'this
complex evaporation process. To determine the specific
evaporation heat
the molecular weight must be measured separately, e.g., by
measuring the
volume elasticity of vapor. The opecific evaporation heat of
alkali
-metals cannot be determined by prossure measuremento only,
but the degree
of vapor dimerization has to be taken int,) account. The
authors demon-
strate that in a number of papers the numorical date, on the
specific evap-
Card(D3

Calculation of the latent ...
S/17,D/62/005/004/005/016
B111/B102
oration heat of alkalies are incorrect because dimerization
has not been
taken into account. For lithium, soditLm, and potassium, the
following
correct values are given:
Atomic Molar specific
weight evaporatic,n heat, evaporation heat,
Li kcal/mOle kca.1/kg
6,940 36,3
4636
Na 22,991 24,1 926
K 39,100 19,5 473
These values hold for the boil:tng point of the individual
metals. There
are 1 table and 16 referencess !] Soviet and 11 non-Soviet.
The four
most recent references to English-language publications read
as follows;
K. K. Kelley, Bur. of Mines., Bull. 383, Washington, 19351 L.
Quill, The
chemistry and metallurgy of miscellaneou(i materialo, 1950; R.
Lyon, Hand-
book on Liquid I%Ietals Suppl., Was,hington, 1950; W. H. EvanB
et al., J.
Res. Nat. Bur. Stand., ~2, 83, 1955-
Laboratorlyn vyso)cil,,h temporatur AN SSSH, g. hloakva
(Labora-
tfiry of High Tempor&tures AS USSR, Moscow)

S/170/62/005/004/005/016
Calculation of the latent ... B111/B162
SUB'.'.ITTED: August 4, 1961
Card 3/3

ASINOVSKIY,, E. I., SHEYNMU. I A. YE.,
'"Study of Electric and Optical. Properti,ts of Argon
in Stabilized Arc,"
report presented at the 6th IntI. Conf. on Ionization
Phenomena in Gases,
Paris, France, 8-13 Jul 63

ASINOVSKIY, E. I., and SHEYNDLIN, A. Y.)
"Nekotorne Rezulltati Issledovaniy Argona v Ctabilizirovannoy
Duge. (Some Results of
Investigations vith Argon in a Stabilized Are.)"
report presented at the Int-1. SympoiWam on Hig)i Temperattwe
Technology held at Asilomar,
California, 8-11 Sep 63

SHEYNDLIN, A.Ye.; E.I.; BATURIN, V.A.; BATENIN, V.M.
Apparatus for pmluoing plasm. and studying its
pi4operties.
Zhur. tekh. fiz. 33 no.lOtll6S-1172 0 163. (MIRA
16:11)
1. Nauchno-issledovatellskiy institut vysokikh
temperatur,
Moskva.

) A. Ye.; BATENIN, V. A.; ASIMWSKIY~ E. I.
"Experimental investigation of non-equilibrian ionization
in a -mixture of argon
and potassium."
report submitted for the Intl Symp tin
Magnetohydrodynainic Electrical Pover Gener-
ation, Paris., 6-lo jul 64.
Inst of High Temperatures, Moscow.

ALEKSANDROVA, M.A,,- ASINOVSKIY4 E.I.; BALANDIN) V.V.;
BRODYANSKIY)
V.M., kand. teklK. -nauij'WKIlRAWEVA, Ye.A.,; VERBAp M.I,j
kand. tekhn. naukj VORONU, T.A., kind. tekhn. nauk,
GIRSHFELID, V.Ya., kand, tekhn. nault; DEYCII, M-Ye-, prof.
doktor tekhn. nauk; IVIN, F.A.; LAPIIIIHIN, M.I., kand. tekhn.
nauk; LIPOV, Yu.M.., kand. tekhn. natk; LYUBARSKAYA, A.F.;
MAYJUWKOI I.D.; MIRIMOVA.,j VA; NEILERj S.Ye.; ROZANOV,
K.A.A kand. tekhn. nauk; ROTACH, V.1a., kando tekhn. nauk;
KHMELINITSKIY, R.Z., kand, tekhn. naak; SHEVCM)KO, E.G.j
BOODMOIDV, B.A., red.; VAZtNSHTEYN, K.N., Epets. red.;
LICHAKp S.K.p spets. red.
[German-Russian heat engin*ering dictionary] Nemetsko-
rusakii teplotekhnichesk-ii slovarl. Hosk-va, Sovetskala.
entsiklopediia, 1964. 51;! P. (MIRA 18:1)
1. Moscow. Energetichesk-.1y institut. 2. Hoskovskiy onerge-
tioheskiy inatitut (for tal except Vaynshteyn$ Lichak).

L'.00485-66 'I,ITXI
ACCESSION NR:.- 5020U4 Ul~/,R~14/65/bU3/004/0530/0636.-
,!Lar
-533415#535.30s96.293
-Ar/1
AUTHOR: Asinovs!k, B.'I.; Batignin- V. K'
TITLE: Expe rlmi~tal investigatlon, of the contt'luoua a`j*ctrum of
an aMn plas
S6~MCE: To z a VY80
~1~fi kM teM oratur.-ty. A,,no, .4,! 1965-4 530-535
TOPIC ~AGS.~ plaoln
p1qdma phyolca, Ionized a,~ argon .etntapion ape
viledtrii Afoch~ ~~h ton
)ibSTMCW.'ih4~~bj~.9it'of the worh,i"ja.anlexperltr~entsl
inveatigatlon of the*cdn-
Unioii 6p~ctrum.of an a" pla~jrn~mk,,ftptmosphoric
pressure and at temperatures..,
of and in
10,Jnfer~,,Wl of,2500-7500 A.. The axperi
ment', xvift used an electric' Liqgat,atmospherf!~Tpressure and-
stabilized
al
;krc opern;
Vy'"coolea copper wells. The c'oeffic'Wit of continuous irradiation,
was measured
by. comparing the spectral, brightneso of the
plasnis source with a standard. For
thi's ~6j~"ejv an'Gaie of pi art of the atre, using a quartz:
achromatic condenser-.
~witii Uli 150 hms was projected'into UAD eperture,Df a DF13-8
spectrogriph with a'
CoM 1/ 2

A C ION NR: AP5020554
line'air d1speroion.of 6. 25 A/mm.~'.,~rhe.speidtrvm.of ati iron-are
was employed av,i%
a W24i3 .1e;hgtk scale.' The experlimionta
,J%qata viere compared with the Biberman.,
Moirnan Theory of the continuous spect"yp of a low tomperature
plasma. On the..
'basills; of th6'exPerithental data, the,authoro out,,-ceed 1h
establishing a relationshi
11 - P
be6veeh -the displacement of the thi~eshold of pbotolonization in the
plasma and
the brIgO eos of the continuum,' suriii in evaluating the
photoionization section frdlm
ifi i -4 a "I~'cenciusion, the withoro wish to thank W A.. .]~abrikan
'ro I -, M., I.BibermimI)nS_ It
PO'S~nglhe subject of the present v~ irk,
their useful discussions, and Wt'.Ru SLeVIPILbis 404 'working up
theff o tw
experimental material. " Orig. aM has: 3 forxRM6, It figures. mid I
table
ASSOCIATION: Na*chnoj-Raledovvilk~il I esearcl
Instibit
'Vookikh temperatima.
Institute for Mgh SmR2r res),
Nly, CV7
.1 A.
'.SNCL-. 00.*,, SUB CODE
SURMrMB, 20Feb$6
OTHEM 011.t
oil
CC1J2'
_7
i Aw" f?";

L-21926-66. .-L-wT.(1)/EWT(M) IJP(c)
ACCESSION NR- AP5025980 JO/)IVW/AT UR/0294/65/003/005/6677/0685
03.932'. 15
AUTHOR: Asinovskiy, E. L'; Kirf. 1lin, A. V.
x1' V f/'
TITLE: Experimental determinati6n of the th(irmal conductivity
coefficient of
plasma
50UNCE: Wfplo?f tka vyookikh tomperatur, v. 3, no. 5, 1965, 677-685
TOPIC TAGS: argon, plasma jet, beat condu(:tiv'ity
ABSTRACT: The object of the work was the e2tperimental determination
of the
coefficient of thermal conductivity of an argon iplasma at
atmospheric pressure
es'41f"id,000-13,000K. The required temperatures were achievedi
and temperat r 0
with an electric are stabilized by a cooled copper wall. Studies
were made of
the dependence of the potential of the electric field and of the
radial temperature
distributions on the arc current for'different diameters of the
stabilizirg'channel
(4, 6, and 8 mm). The source of the plasma jet operated in a stable
manner for
several hours at specific loads reacltiing 4. 5 kil)watts/cm. The
potential of the
electric field in the column of the Jet. was deterrained by
experimental determina
tion of the distribution of the potential along the are with respect
to the cathodx It 1~'o
~Card_1/3

L 219 90-66
ACCESSION NR: AP5025980
was found that at temperatures bf 10, 000-11,000 K, the experimental
values of the
thermal conductivity are.practirially independ 'Dnt of the diameter
of the channel,
and correspond to the theoretical values. Attemperatures above 11,
000 K. therej
is a spread of the experimental points according to the diameter, a
larger diame-i
ter corresponding to more effectivo thermal CDnducti-vity in the
central zone of the
arc column. It was found that the character ol~ the arc does not
depend on the vel8-
City and the direction of now of the plasma inlihe stabilizing
channel. Values are
also obtained for the total radiation coefficient. of an argon plasma
at temperaturtv
from 10, 000 to 13, 500 K. By extrapolation of the effective thermal
conductivity to
zero diameter of the channel, the values of the thermal conductivity
correspond to
the theoretical. "In conclusion, the authors express their thanks to
A. E.
_�ttVdUn for his- direction of the 1~vork, to VM. Aatent-~t L. M.
Biberman, and
V.A.'Fabricant for their valuable ml interesting observations, and to
Pj, I.
Rumyantseva for working up the experimental data. Ovig. art,- has: 8
formulas,
~7 figures iiid I table
ASSOCIATION-, Nauchno-to-sledovatellskiy institut v"okikh temperatur
(Hl~h
T ute)
emperature Scientific Research Ynatit
2/3
Card

I - . I . , I - I -.. . - , I I " - . . .
I I I
q
IA , ;, I I.
. I ... -,.
I --
~ -

FULIYER, Yu.M., doktor tekhn. nauk;.ASINOVSK3:Y, E.N., inzh,
Operation of a distance.-type transformer transmission system
with tracking and dampened selayn r3ceivers. Trudy K.IIT f, 0j
39-54 164. %T -~il.:. ~)
" .0. q

~-,y V ~,5, X-.,/ ~I fi -
14ASLLKOV, A., inshener: ASIVO VTT-M-- . usbener
amblaft - rV
Producing prestressed reinforced panels. Stroitell
no.5:4-5 NY 157.
(Concrete sle:)s) (KMA 10t6)'

ASINOVSKIY,__I~tA~o___ _
r *---- -I--
Makirg, prestressed KA, and 14B panalo witb seven
cavities.
Suggested by M.A.Asinovskii. Rato.i izobr.prodl.v
otroi.
n0.8:11-12 158. (XIM 1313)
1. Po materialam trosta No.5 Minleterstya
stroitalletva BSSR.
(Prestressed con,,rete)

KURIJAKIN. Dol.; ASINDVSKIY, M.A.
Making prestressed YA and MB patiale with six cavities,
Suggested by D.I.Ilurmakin, M.A.Asinovskii. Rate.i isobr.
pradl.v stroi. no.8:13-16 158. (14IRL 13:3)
1. Po materialum tresta No.5 Mialsterstva stroitellstva
BSSR,
(Prestreised concrete)

TONOTAR, A.G.. 1mnd.tekhn.u&ukLjS
Y2YSK1Tj_W.A*, takhnolog
Reducing the height and the effectivu 4thicknsss of
concrete In
making PKZhN slabs. Suggented by A.O.Tonolat,
H.A.Asinovskii.
Pate.i isobr,predl.v stroi. no.16:29-30 160. (MIRA
13:9)
1. Stroitel'uyy trest 'No.5 Ministerstva
stroitel'stva BSS'R (for
Tono.van). 2. Zavod stroitellnykh detitley (for
Asinovskiy).
(Concrete slabs)

VYALIXAOTS, 0. [Vkjawtsp 0.]; AS:INOVSKIY, M.
ISBuring credit to nonserlal machint)ry manufacturing
enterpriess,.
Den,i kred. 19 no*60t55 A 16:4 .(MIRA l4v5)
1. Nachallnik firm ovogo otdola Estonskogo sovnarkhoza (for
V.vallyaots). 2* Wachallnik finanSOVDgO otdela Ishorskolgo
mashinostroitall-
nogo zavoda im. A.Zhdamova (for Asin)vokiy)o
(Macldnexy industrr-Finance)

BIZBORODOT,' Z.A., prOVf essor; YMIOLMMO, N.Y. ,
professor; ASINOYSCY, V.
otyetetvanny7 s& vypusk; ALICKSANDROVICH, Kh* 0
tekhPeWVor'-
[Issays on the history of glase chemistry and
technology in
Russia) Ocherki po istorij khtmit i tokhnologii
oilikatov, v Rossito
Minsk, rzd-vo Akademii neul: Beloruselcoi SSR, 1950 197
p. (MM 7111)
1. Chlen-korrespou&ant.Akademli nauk Belorueskoy SSR
(for Beaborodov)
2. DayetvietIlWy chlen. Akatlemii neuk- Belorasekoy SSR
(for Termoletko)
(Glaea-History)

ASINOVSKIY, V.,; LIJKOVNIKOV, it.
Fitting propulsion Inilbei on the propellor. '.Mor.
f lot 23 no. 12t
37-38 D 163, - (MM 17:5)
1. Starahiy inzh. Mentrallilogo
proyeittno-konstruktorokogo
byuro No. I Ministerstva morskogo flota (for
Asinovskiy).

KATSKLN, F.M,, Insh.; ASIM)V5f.',tY, inzh.
Cali-,ulating propeller (tharacteristics with the help
of fast-
actIng electronic digital computers. Sudostroenis 29
no 5s
9-12 My 163, (i~ii 160)
(Propellers) (Eleetroni,~ digital computers)

ASINOVSKIY, V.I., inzh.; KATSMAN, F.M., Imzh.;
LWOVNIKOV, A.A., inzh.
Advisability of providing propulsion' bulbs on seagoing
ship rudderB.
Sudostroenie 29 no.11,A-10 N 163. (MIRA 16:12)

ROI.IANiKo, M.yo.; ASIPOVICH, A.H., inzli.
Use of tracklaying crunea for curront repair work.
Put' i put,khoz.
7 no.8--26 163. WIRA 16:9)
1. Nachallnik putevoy mashinnoy StALnt:sii No.22),
stantsiya Kalachins-
kaya., Zapadno-Sibirskay ~orogi (for Romanlko). 2,
Stantsiya Kala-
chinakaya.. Zapadno-Sibirukoy dorogi. (for Asipovich).
(Railroads-TracklayUrl machinery)

IORWIISHVILI, O.S.;, ASITASHVILI, S.G.; IDILASHVILI,
L.A.
.- ..... -
Dynamics of the formation of ammo:2ja In muscle
extension. Soob.
AN Gruz. SSR 24 no.6t663-668 is 160. (MIRA 13:9)
1. Thiliaskiv gosudarstvenny7 universitet im.Stalina.
Fredetavleno
akademikom P.A. Kometlawl.
(Miscle) (Ammonia)

TUROVSKIY., I.Ya., kand.takhn.natxkj ASKAD3KIY,,_A.A.,
in2h.
Simplifying the calculations for the alignment of long
railroad
curves, Trudy WIT no.147:107-311 162. (MIRA 160)
(Railroads--Curves
turnouts)
and

TUROVSMI, I.Ya., kand.teklm.xtaulk ASIL~TK~p A.A* 9
insh.
Using the TI+ instrument in plazining the relocation of
milroad
lines. Transp. stroi4, 11 no.D45~46 A 161. (KM& 14% 1)
(Rall.roads-Curves and turnouts)

//'X
RIKOLOST9 L*Ae; ASMSKIYI, jl,.A,,
liffeat of ultrasonic wwove on witalytic proceseen,
1011m. naukr. i prom,
3 no,1:131-132 158. (KIRA lity)
1, Infedra khimil Moskovskogo irstitnta inthenerov
tramporta.
(mrasonia wmi-Industrial applications) (Gatalyele)

ACCESSION M AP4034924 S/03.81/64/00/005/1430AIN
AIMIORSs Ankadskiy, A. A.;.Slonir=k1y,, G. L.
TITLE: Determining the parameters.of transient behavior of
resistance at
brittlo fracture
SOURCEs Fizika tverdogo tela, ve 60 5j 1364s WO-1434
.TOPIC TAGS:. brittle fracture, temporat',ure transient, tensile
stress, polymer,,
polyaryl, tetrophthalic acid,, isophthal"Lo acido phenophthalene,,
polyan type
-beck formation
dynamometer, r
.ABSTRACT: The temperature-transient d4ipendeni-w of the resistance
of solids was
studied by �,,.N. Zhukov.(Vestn. AN E=31., 113, 15p 1957), and the
relation
was derivedo where T In the :Lifetime of tho material, Cr the
stross, T the absolute temperature, and uo and V are constant
coefficients gov-'\
erning the resistance of the material. In th:Ls present work the
results of exper-
iments on fracture of polymers at a cojistant rate, of increase of
the tensile
stress are given, and the values of thm const4tnts u0 and V are
calculated, 'The
material used was a polyaryl in a base of tetra- and lsophthalic
aoide and
Card

MENA& I
ACCESSION NRs AP4034924
phenophthaleneo synthesized at the Inittitut
olemontoorganichaskikh soyedinewy
AN SSSR (Xnstitute of Elementoorganic0ompowids AN SSSR). From
this material
tapes were prepared and tested in a Polyan-typo dynamometer
at temperatures
20-150C at a grip speed of 0.066 Mlse,:, As shown by the
results plotted*on Fig.
1 of the Enclosure., brittle fracture oeoured at 80 and 150C,
with pract4pally no
neck formation. The oalo~latiOnsi 8110WOdi that, for the
isophthalic base, '71' and 40
2
were 1.70 kcal/moleem /14P and 28,0 kcal/mole respectively,,
while for the
tetraphthalic base, they were 2.18 kcallmole,omt&kim and
3'3.7 kcal/mols respec-
tively, Orig, art, has 1 9 formulas wid 4 figures.
ASSOCUTION: Institut elemut6organichaskikh soyedinenly AN
SSSR Moscow (Insti-
tute of Organoelemental Compounds,, AN BSSR)
SUBMITTEDs 28N*v63 'kNCLs 01
SUB COEEi .00# SS NO REF SOV;t 010 MIMR 1 000
Card 2/3

FF-M firm
ACCESSION NR: AF40349Z4 ZNCLOSVRZ:i M
Soo ------ Lv b
AV
w 4jv
AV Av -
AMV
Fig* I* Extension cuma Xor polyaryls.
a, Tetraphthalio baoog temperature C
1) 20; 2) 50; 3) 801 .4) 150
be Isophthalia,.beiis,, temperature C: 1) 20; 2) 80j 3) 150
Card 313

7--
L _6160 6
ACC-14 ~-k6_019546
SOURCE CODE: UR/0190/66/008/006/1109/1112
AU'rHOR: Slonims h. A.; Korshak. V. V.; Vinogradova.-S.--b;
Gribova, I. A. Ch A. N.,- )Na_s~n'oy-, A. .; Moldabayeva, M. K.
46
ORG: Institute of Organoelemental Cimp)unds, AN SSSR (Institut
elementoorganicheskikh!
soyedineniy AN SS~R)
TITLE: Investigation of the relaxation properties of filled po
Mlates
Iya
SOURM Vysokamolskulyarnyye soyedineniya, v. 8, no. 6, 1966,
1109-1112
TOPIC TAGS: solid mechanical property, polymer rheology,
polyaryl plastic, synthetic
materialj joo4)-ne.-A.,qr& . FI,4,er,(q
ABSTRACT: Relaxation properties of comnercial eA-th copper P,0'4-
_I:Lrlyarylate fill wi
der (0-80 wt %) were examined in the 1400-2604C temperature
rang-e--an-a in the 50-600
kg/cm2 load range. The object of the study was to fill the gap
in the pertinent lita-~
rature. The temperature dependence of the relaxation time for
F-1 polyarylates with
various copper contents is graphed. It itas foand that in up to
40 wt % copper, the
overall activation energy of the relaxation oF the copper filled
F-1 polyarylate de-
clines (in comparison to the unfilled F-1 pol-larylate) with
increasing copper content.
For the 40-80 wt % copper range, the oveirall 3ctivation energy
of relaxation increasas
with increasing copper content. Changes in th.t. activation
energy of relaxation as a
UDC: 678.01:53t678.674
Card 1/2

ACC NRs
awm
Card 2/2
function of copper content in F-I poly4rylati
1 formula.
SUB CODE: 07,11/ SUBM DATE: MunU/

-00828-67 EWT (m)/EWP
.1)/r IJP(c)' WWIM'
ACC NR,
AP6027767 OURCE'COM!"i tIR/0190/66/008/008/1342/1345
AUTHO.Rf AskAdskiy, A. A.
ORG: Inslit jUf OrSaDgel"MI&M 1. Onstitut elemento"
organicheskikh soyedinenty AN $Rk)
TITLE: Two types of relaxation pr6cesses in vitrous RUl lates
SOURCE: Vysokomolekulyarn~ye &.6yedinentya, v. 8, no. 8, 1966,
1342-1345
TOPIC TAGS: relaxation process, ~chain polymer, polyarylate
ABSTRACT: Tke temperature deptindence of relaxation properties of
rigid-chain
polymers (F- 1\and F- 2 polyarylateii) was. investigated. It was
shown that the
vitrous state region should be diNicled inti) two substates (not
taking transfer to
brittle state into consideration) whfi%.h are characterized by the
different mecha-
nisms of relaxation processes. The authDr thanks G. L. Slonimski for
his
1/2 UDC: 676:01:53+678.674

L M2"7
R, AP6027787
interest in the study and -valuable AdIvice and V. V. Korshak, S. V.
Vinogradoy,
and S. N. Salazkin for submitting'~pi)lyar)lates. Orig. art. has: 4
figures and,
2 ulas. [Based on author' a abotraci INTI
SUB CODE: 07 SUBM DATE: 0'4J'un651 ORIG REF-. 004/
he
C94 212

ACCESSION NR: AAo4n6o. 6/0020/64/156/004/0924/0925
AVMOR: Slonimakiyp G* Le; Korshak, V. V. Vinogradova, S. V. ;
KitaygorodUktr I'I'
A. 1. ; Askadskiy, A. A. - SaleiAltin, S, N. ; Belavteevai, Ye. M.
TITLE: of regulatIng oupermolecular structure and neCb=L-
cal propertles of amorphous polywylate F.-lo
j..SOURCE: AN GWR. Dok .luly*s Y. 15(;$ no. 4,1 1964j, 924-W5p and
insert fv~cing p. 9.24
TOPIC TAGS: polyarylate, supenioleeu%ar structure,, amorphous
polymerp mechan-
ical propertyp control., regulation,,' pheno:~phthalein isophthalic
acid polymer,
polymerizationp reaction medium# brittlen(toop elongationj,
strength, impact strengthi
rigid macromolecular structure
1ABSTRACT: The oupermolecular stnicture axid consequently the
mechanical properti,80*;
especially the brittleness, of em)rlboue polyarylate F-1
(phenolphtha3ein-
isophthalic acid based polymer) worii impnived by selecting a new
polymerization
reaction mediume Electron microscopic cotiparison of F-1 polymerized
as previously
1~ lin ditoly1metUm In which It is 41miolublot and polymerized In at
-chlorcinaphthaleme
'Itude of fine:
In which it is soluble showed the struettuv no longer ccaprised a
mult,
veWdy bonded spherical particles# Wt, vaui fibrillar vith no
fractureso In t1w
i Card
1/2

A-
ACCMION NR: Ap4o4u6o
ditolylmethane the f red energy of formation of the coagulated
macromolecule vas
less than for an uncoiled macromolecule, The-desired change in the
superstructure
(itee.0 uncoilim) was erfec-'Ved by the sollrent. The mechanical
properties of tba
two types of F-1 of the onme molecular weJght (28..000) were'
compared. The eloE4ga-
-2CO In the brittle to 50-W% in the fibrillar materie . I. 1 "
tion increased from 10 L1,
etKength increased from 640-740 kajc=2 W. impact strength from 2-3
to 6-10 kgeim/
cmr- 9 Tnue brittlenes o was reduced, by a fector of - about 4 * In
the 50.,000 molecillar
weight material the elongation was 3.30% amd. impact strengthp 20
kg6cm/cm2s' It is
Iconcluded that the mechanical propei
-Uee cf polymers with rigid macromolecule"
should be regulated not only by cbemLcal changes in the
macromolecule but also 19 y
the physical conditions of the surroixoding media in which the
macranoleculle is
formed. Origo art* haet 2'figureso~
ASSOCUTIONs. Inatitut elementoorgan,lcheskLkh soyedineniy Akademii
nauk SWR-1'-
(Institute, of OrganwetAalia ccWLwds Academy of Sciences SWR)
SUEHI O2Narf)4 EHCM 01)
!FtM CODE-. 0 C, Sw, NO HM'F SOV: 005 R: OW

J!":
019
72:-~,
A
S
yield Oint`,~moldtn
-p ono pb
tWolfi-.-~ j~~Iylsqpbthalate
sticizOir (a pDl~rester of sebacic uil
Isop thalk
P*iriiate of h
~th elleaVmeahanicil
rylato wttho aq,t
the polya ut p)PsUclzer
plastlcizie)~-At-;QDi-,.290-tdd -280CS-4.
reat
440%
somowtit *i.thi 14fter" k6v4i6,0d`; 66:
o a., fr6rA to
~I monolitblo a 0
or
Drai ro, pc~ xnolAl~ aisi&pato~"
i~p
a~d Om
aijd pbew lphthal,ein) to Improve the'.,hot fomi
44 1 t~alefp (moL WeigI'mt2Aj 000)-:
~d- ffienolth
01 kin Ontat"Ing 5, 10 awl it;% of tht,
---- --
re vi(~Nvtki~6-- -Lnt-
*IY-,- ss asto cm
t of" "ticii -T e YO;
I T d pobwt t ropped
d 6pp6d foi:
tc'm d nit, emperOuro Wso, r
lpflyvhe~,1046f plastidizer-was.addip& illn- T

,

4g
4

Best..

44
PXP

lum
F ~for

for

Al
10111
,
tbat samplo" O#
has
o a#

.
.
.
s

F J,

i,
tq

-11~, 3, ~l
44~
'j
k4-
wa;
'th
P .-pq
cly
V.0
..On 0
CrYJA jmd-.,:Zbgi.
"bid
Tr
llrw
mmal ~t)? ~ 1~5
uu
a.L
.1 Q.
66!4
1 91-mml
t~a_
.........

jilt

SVITSYN, R.A.; ZHIGACi ~ A.F.; SARISHVILf, I.G.;
ASKADSKIY, A.A.; SOROKIN, P.Z.
i
Studying the proWrttes ~.,,f polyester carboranes. Plast
"T'a
no.8:18-20 165. OUR;, 18",195T

L
-~4~093-66 LA"T(-,iW6W-(kr - IJP(C) AARM
7-A-ZC R-R. AP602728'3' SOURCE CODES UR/0191/66/000/00,9/00r)6/005~'
AUTBO"tl Koismki-VA-~V; S1mjm-9jLiXL_'-",, L.; Vin,Mradova S V.;
Gribova
Is A9
Askadskiyj At-A,; Kr C, Mayo T~J~14;da~Ayevap 14. K.
-LU skayall A. K;
ORG: none
15
TITIR: Effect of fillers on the proportios of compositions based on
hont-resiattnt
pol,-,rmors
SOURCE: Plantichoskiye massyp no. 8, 1966, 56-~c8
TOPIC TAGS$ filler, polymor physical property, impact strength,
hardness
JI.BSTRACT: The effect of fillersl~powdered copper and aluminum,
tale, quArtz, graphite
and boron nitride 6o, 8o and/go wt. %) a 0 im-
added in amounts of 20, 40, n the specift
rongth and hardness of compovitions basod,,on F-i~'))21
at2l-'(prepared from
pact st _jar7j
phenolphthaloin and Isophthalle acid) and FF-4-W~hq'jj-o*-
-formal~~edv~ r2~~In was
j.plithrLlein
studied. The compositions based on F--1 sFo-w-oT a decrease in impact
strength with in,
cr,3asing content of all fil-lers, probably bocauso the fillor
particles hinder the do-~
volopmont of fibrillar suporstructurov and make the polymer
s.tructure inhomogonsoust
thus Impairing Its proportios. The specific lmpy~at ,&r
. -- -2uallizbf specimens based on
FF-40 was highor for all fillors than that of the orl-ina.1
spocJi4enn, the metal powdor.;
F.
having a greator effect thi - +.Ite minor-a-
'L fillers. T'ho hardnoss curves for F-1 shoved
maxima in the case of the ia,:, &I powd'DI-8, quartz, And boron
n1triflo; the oxistonco of
Card 1/2 UDC: 678.6.011536.495D678.046.2/-3

ACC NR: 76027283
::thriso maxima is oxplainad. Talo did not incronao the hardness
of F-I in W amount
Tho hArdnosu of FF-40 was groator for ALU fiUore than that of
F-I specimens. Orig.
art. has& figuros.
SUB CODES lljc/ORIG REFI 002
,Card 2/2 --vmb ......

ASKALONOV, 1. N.
Askalonov,, 1. M. "On blind-firi4y, injuries to the knee
joint," Trudy
Kuybyshevsk. gos. med. in-ta, Vol. 1, 1948, P-17-21i
30; !1-2868 1
, Letopis Zhurnallnykh Statoy-t No. 1, 1049

r C)t/5 T, N.) UtA o Agents 0 U-7
~'jq- Toxicology* Che'40theraP8 --
'USSR / phar"O'00109yo 140 2, 195ap No 6152
Abs jour Ror. Zh.-Biol-o Do
kske-10n0vb 1*
j.uthor
)tjos and Anti
Inst -ion or Jaktisel ly Tufaoted
1 0 Intra-arteriel TnPot f F'Xpe:;.-imental
Title 8 in the TreatmOnt 0 remities'
biotic soft Tissues of thD Bxt
wounds in the ta, 1951:41 52 z36-241o
Orig pub Tre XUybysbe'vsk# Ued., in- effects of intra-
ophyl&ot,jo and therxPeutio um sulfathis"ole and
1.110di tea in the
Favorable Pr.. of p(Injoillin vdth 1, demonstra
Abstraot venous infusiO ine haW, bee
,With n0140086 tj,,u0 woundso
upenjoillin ft
L6f_ -Infe0t(Ick So
tr'estaent of
Card
ASKAIA)BOY, I.N., professor; ARONOT, M.S., dotsent
;Iialin-g"An an amputation stump under aseptic
conditions and
with suppuration, Ortop., travm. protes. 17 no.5:21-23
S-0 156.
(KIRA 10:1)
1. ki kafedry operativnoy khirargii (sav. - prof.
I.N.Askalonov)
luyl),,rehavokogo maditainakogo inatitut,k.
(AMPUTATION STUMPS
.healing of nerves in aseptLc condo & in suppuration)
(NERVIS, MIPHIRA1. surgery,
healing in ampulation stuzk?o in aseptic condo & in
suppuration in dogs)

SOV/177-5,Q-2-8/21
17(12914)
AUTHORS t Askalonov I I.N., Professor, and Tsi,eina, D.V., Candidate
of Med-
ICELL Sciences
TITLEs Penicillin Therapy for Ponetrating Gun-Shot Wounds to the Knee
Joint in an Experiment
PERIODICALs Yoyenno-meditainakiy zhurnal, 1958, Nr 2, pp 49-52 (USSR)
ABSTRACT% In the introduction, the authors decal briefly with the use
of
anitbiotics in the'treatment of gun-.shot wounds to the knee joint,
and problems connected therewith. The article is devoted to the
description of an experiment,perforwed by the authors on 3 groups
of mature dogs, 40 in all. Each dog received a bullet wound from
a small calibre rifle in the knee joint of one hind leg. A sta-
phylostreptococcus culture with 1 - 2 billion microbes was intro-
ducod into the woundq followed, in all but one, the control,
group, by 50,000 units of penicilliv in a 1/2% solution of novo-
cain. Similar doses of aritibiotiqs were introduced twice daily for
a period of one week. The text gives detailed descriptions of the
Card 1/2 treatment given each group of dogs, both surgical and
antibiotic,

SOV/177-58-2-8/21
Penicillin Therapy for Penetrating Gun-Shot Wounds to the Knee
Joint in an
Experiment
and the results of this treatment. Best results - 11 out of 14
re-
gained full use of the -joint, 2 hai only slight restrictions -
were obtained in group ;?, which received injections of
peniciillin
into a sealed joint cavity. Sealizig of the cavity allowed the
amtibiotic to maintain a high degree of concentration. The
authors
conclude that the systen of complex therapy described deserves
wider use in clinical Practice. The following persons are
mention-
ed in the texts Rozep Napalkovp Mukhemedbekov, Yelanskiy,
Dogatyrev,
Danaytis, Yeolyanp Diteirikhol Lebedeva, Serzhanin,
Stanislavskaya.
Card 2/2

ASKALONOV, Prof.; ARONOV, cs,-, aots.
Comparative evaluation of some methods of bone treatment in
amputation
under aseptic conditions and in supparations; experimental
data.
Ortop.travm. i protex. 20 n0,2:30-33 7 159. (MIRA 12:12)
1. Iz Imfedry operatiTtOyr khirurgli (sav. - prof. I.N.
Askalonov)
Kuybyshevskogo meditainskogo institu-ba.
(AMMATION. exper.
bone trissitment it as,)ptio cond. & in 6uppurations,
comparative methods An dogo (Rue))

.-ASKALONOV prof. (Kiybyshey)
Operative surgery and t!DpoVaphic aruitomy" by V-P-VoZhesenskii
iprofesseirl and V.A.Ivanov Lprofessor.l. Reviewed by I
K.Askalonov.
Nov. khl,r. arkh. no.9t86-89 3 161. iMLiA 1/+: 10)
(ANATOMY, SURGICAL AND TOPOGRAPKICAL)
(SURGERY, aFF,13AT-LVE) . (VOZNESICNSKII$ V.P.) (IVANOV, V.A.)

L 16122=�1 EWP(J)/~VT(m) RM/WV
ACC NR: AP6003250 (A) SOURCE CODE: URt0020/65/1651006/132:1/1324
AUTHOR: Slonimskiy, C. L.; Korshak, (Corresponding member AN SSSR);
Vinogradova.. S. V.; Kitaygorodakiy, A t.; A .
=�k##AU&="A ; Salazkin, S N:_L
Belavtseva, Ye. X.-
ORC: J-ns,~_itute of Metcto-ov~qav%%'r. Coinp4unds, Acadany of
Sciences, SSSR. (Instil:vv P
elementoo~gbnicFeskikh soyedineniyffiwilemli nauk S3SR)
TITLE-. Difference in supramolecular structures of amorphoua ol ar
lates o tained
tion
by interfacial polXcondense. land hit,,b-temperature polycondensation
in hom-
geneous media
SOURCE: 'AN SSSR. Doklady, v. 165, no. :6, 1965, 13;!3-1324,,and
insert facing
p.,1324
TOPIC TAGS: polyaryl plastic, interfacial polycondensation,
polycondensation
ABSTRACT: Electron-midoscopic and meclhan'lcal studies were carried
out on special-
ly synthesized types of F-7 polyarylateii (products of
polycondensation of tereph-,
thaloyl chloride with phenolphthalein anilide). The results fully
confirmed the
hypothesis that in interfacial polycondonsation, when the polymer is
formed at the
interface of mo liquid phas'es in which it is insollible, the
supramolecular
Card 1/2 UEIC: 541.64

L 16103-66
ACC
NR: AP6003250
structure should be globular, whereas:' in homogeneot'
mediump the structure of the pol Is Polycondenoation-in solvent
ymer iu.predominantly fibrillar. The echanical
properties were consistent with these c6servations:;- polyarylate
F-7i4repared by
Palycondensation in a homogeneous medLuln, had a grea'ter-impect an
-d-ten il-e at
a strength
and higher softening point than polyaxy4at F-7-H,:Bynthesized by
11 interfacia
polycondensation. This fact Is partitu~iarly notable, since it shows
that an amor-
Phous polymer of the same chemical stvui~iture can have different
softening points
depending upon the supramolicular stroci.;ure. Orig. ari. has: I table.
SUB OODEA%,O7/ SUEN DAM l4Jul63 0111G REF: 00~

X.
A ~, ~r, A L. ~ 71 ( I -) ,~!) ;~, . r.
P"Imh4dim of bmtooDimis m4k. s 11. A,kal-im
and r~ A. t;tcw*d # Nswa ..
--)'A% IT11filLikkilill 31 7W hool 311 to I It I I off..
or, I..@. dmy I 1w
ViAWC tllh~r."j 1-44JW6~tl too Jrr.- At
14.01 1% iismit, %%Al,l. A '. Nt

ASKkMNOV, S. P.; NIS11CIR, S. Ya.; SlITEVIBERG, T. A.
"The Use of Acidophylus Milk for Dysentery in Children,"
Pediatriya,
Akusherstvo i Ginekologiya (Pediatricsj Obstetrics, and
Gynecology) 2, 1952, p 16.

ASIALONOV.Sergey Favlovich
1,- 14' ~
[microbiological analysist wad sanitary inspection of
food products]
Mikrobiologichookoe iusledoirania i sanitarnaia
ekspertiza pishche-
vykh produktov. Kiev. Goo. med. izd-vi3 USSR, 1955.
292 D.
(Food adulteration and inspection) (KUU 8:9)

ANDRUSMJK.
Using acidoplAlus and yt~tt..t it, tl.e diet of Amall
chlildrnn
in gab^ troi nt,3st izaa 1 -li 10I.-1 Ll J 1 '57,
NNA 10:10)

.ASKAIX)NOV. S.P.; DOBRIM, I.P.:
Cil,ringas in the intestinal
in .9rq-.119h). Vop.pit. 16
SRWYK0, V.A. [deceased] Oliyev)
micrcflora in varioua diets [with summary
no.2.- 58-6,! Mr-Ap 157. (F.L% 10:10)
1. Iz m1kroblologiehaskoy laborstoril (zov. - kandidat
meditainskikh
nauk ~.?.Askslonvv) Ukratriskop aaue~ino-ies lelove
tel' skogo Instituts
pitani,ya, Ciiev.
(INTAST114i;6, mecrebiol.
eff. of varioup diets invite (HUB))
(DIMI. eff.
on Intestinal flora in rats (Rus))