SCIENTIFIC ABSTRACT AGAFONOVA, F. A. - AGAFONOVA, Z. I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000100430002-1
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 5, 2000
• Sequence Number: 2
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

2Fi351 S/124/61/()00/008/032/042
Conditions for stable burning ... A001/A101
at room temperature, for a gasoline drop of 1.8 mm in
diameter, ignited in an air
flow directed vertically upwards, the critical velocity is
equal to 0.4 M/sec;
in a horizontal flow, it is 0.5 m/sec, and in a vertical
downward flow, it Is
0.8 m/sec. In the latter case, separation of flow is
preceded by flame in the
form of a flat horizonatal disk. The observed discrepancies
in the values of
critical velocities obtained on different installations the
authors explain by
differences in conditions of experiments. Temperature
pulsations slightly
affect evaporation rate of stably burning or stably
evaporating drop, as pre-
liminar-j experiments, which are not described in the
report, have shown. However
stability conditions depend markedly on the frequency of
temperature pulsations.
There are 7 references.
V. Aleksandrov
[Abstracter's note: Complete translatlon]
Card 11/)~

z5T3Y
s/123/6l/ooo/b12/032/,942
AOOVA101
AUTHORS: Agafonova, F. A.; Gurevich, M. A.; Tarasova, Ye. F.
TITLE% The conditions of steady combustion of single drops of
liquid fuel
PERIODICAL: Referativnyy zhurnal, Mashinostroyeniye, no. 12, 1961,
21, abstract
121176 (V ab. "3-ye Vses. soveshahaniyet po teorii gorenlya v. 211.
Moscow, 1960, 29-39)
T EXT j The authors carried out an approximated calculation of the
conditions
of ignition, extinction and complete combustion taking into
account the finite
rate of chemical reaction. The equation systems of heat and maus
transfer were
written down. It was aisumed that-the combustion process develops
within a
spherical layer (reduced film) whose outer radius Is presented in
the form of a
function of the Nu-oriterion and the drop radius. Combustion and
transfer pro-
cesses are considered as quasi-stationary, and the physical
constants as independ-
ant of the temperature and the local misture composition, Boundary
conditions
were used on the drop surface and on the outer boundary of the
reduced film,
The evaporation rate of the drops was sought for. Solutions were
obtained for
the evaporation.rate and the tempei~ature field in the extreme
cases: evaporation
Card 1/3

25739
3~123/61/000/012/032/042
The conditions of steady combustion ... AOOVA101
without oombudtion.and diffusion combustion. Moreover,
solutions-were obtained
by tho~numerloal ifiethod'ori'a computer. It was found that at
certain combinations
of PwWnetarcentsring-,.the equations, 3 solutions are possible.
If all the
solutiops-are-ppasiblt,,the drop does not ignite, but being lit,
bums steadily.
In other~oasas only one.sol.ution is possible - either
self-ignition or-evaporation
(tte,ignited drop is extinguished). The authors investigated a
condition for the
existence of the equation solution under which combustion is
steady. The evapora-
tion rate of the hot drop dependstDa small extent on the rate'
.of chemical reaction
while the maximum temperature essentially differs from the
temperature in the
diffusion combustion zone. moreover, a considerable part of the
vapors moves
beyond the boundaries of the reduced film without being burnt.
Tests were carried
out to measure the completeness of combustion of fine falling
gasoline drops and
larger drops on a quartz suspender. It was found that a
remarkably incomplete
combustion process takes place even if the drop is fully seized
by the flame. The
inoompkW~ess of combustion rapidly grows when the flame
extinction conditions are
approached, e. g. for drops of an initial diameter of 1.8 mm at
a flow velocity
of 0.25 m/sec the incompleteness of combustion amounts to 7%,
while at a velocity
of 0.34 m/seo it is some 30%. Tests to deter%iine the flame
blow-off velocity
showed that this velocity grows with an increase in temperature,
oVgen content
Card 2/3

S/ 193/61/00012/034/642
The conditions of steady combustion ... A004/A,10i
ih-Aht flow and*-initial drop size, and depends on the blowing
direction. For
gasoline drops 1.8 mm in diameter in the air at room temperature this
velocity
Viiii *~.,wlth vertiodl-4ward blowing - 0.4 m/seo; with horizontal
blowing - 0.5
m/sec , and with vertical downwarld blowing - 0.8 m/seo. Moreover, tests
were
aiiiiid*out to study the affect of-temp*erature-pulsations on the
evaporation rate
of burning and non-burning drops, proving-theAnsigni-fioant effect of
this factor.
There are 4 figures and 7 references.
Sh. M. S.
[Abstracter's note: Complete-AranslationT
G&M 3/3
L/

AGAFONOVA; F.' A.',* and PALEYEV).1. 1.
"Heat Treasfer From valls to a Gas Flov
Saturated with
Drops of Evaporated Liquid."
Report submitted for the Conference on Heat
and Mass Transfer,
Minsk, BSSR) June 1961.

UN JA-L&U./A
ACC-'Nks-
SOURCE CODE: LM/0170/66/010
'UTHOR'.1 ApafonovsL_fj_A4 Mippovicb, B. S.
ORG: Polytechnic Institute im, M. I. Kalinin, Leningrad
Pol I t
65/06~.
S6
TIE: Investigation of the critical best fluxes in the hip
ON of a gas-lipid mixtum at low pressures
URCE: Inzhenerno-fizicbesly zburnal, v. 10, no. 5, 1966,
Veloci
620-625
'OPIC TAGS: beat transfer, beat flux, gas flowl liquid flow r&r
n I P1 PC 0k o w I j/,,g Pv4 / z,9 -r,, 0 Aj
,BSTRACT: If the velocity of the movement of a liquid in a film
is
ufficiently large, the process of vapor formation at the tube
wall can
,e suppressed by convection, and vaporization of the liquid
takes place
inly from the surface of the film. The main Zference in the
mechanism
f the boiling. crisis in this case from the boiling crisis in
the usual
ase consists In the fact that a sharp worsening in beat transfer
onditions occurs as a result of the total vaporization of the
liquid
,base. The article shows motion picture pbotos which show that
with an
ncresse in the beat load from 0 to 1.5 watts/m2 the film
disappears and
estruction of the plate takes place, The article gives a
mathematical
Card 1/2 UDC: 536-423.

L 358b6-66
ACC NRI AP6014990
C3
treatment of the subject$ based on the assumption that, in the
absence
of a best flux, the film at the wall has a constant thickness.
The
results show that the specific beat flux of the flow increases
with an
Increase of the lJquid content of the flow, and decreases with an
increase in the vapor flow rate. An increase in the length of the
working section leads to a decrease in the critical beat flux,
Orig&
art* has: 8 formulas and 2 figures.
SUB CODE: 20/ SUBM DATE: 11jan66/ ORIG REF*- 003/ OTH REF-, 007

ACC NRi AT6032006- SOURb"t-C-ODE
:---U-'R-/--O-o--O-O--/'-6-i6/-O-O-O-/'-'O--O-O--/~O~2-4-1-/-0-2'
5-1'
AUTHOR: Agafon Ek P. A. (-Leningrad); Gurevich, M. A.
(Leningrad); 60
pv~ a- 0
Tarasova,-Ye. F._ (Leningrad)
ORG: none
TITLE: Self ignition and the induction period of liq~! et
SOURCE: Teplo- i massoperenos, t. 4: Teplo- i massoobmen pri
khimi..;
cheskikh prevrashcheniyakh v tekhnologii, (Heat and,mass
transfer, v. 4:
Heat and mass transfer duAring chemical transformations).
Minsk,'Nauka
i tekhnika, 1966, 241-251
TOPIC TAGS: air fuel combustion, hydrocarbon fuel, liquid fuel,
igni-.
tion, 1 I.W j;w, ind, octane, cetane 7 r4"e4 14;A)1;r10x)
ABSTRACT: The ignition of hexane, n-octane, and cetane droplets
(0.0014-0.002 m in diameter) was studied by suspending the
droplets
from a quartz filament in a vertical tube through which
preheated air
was passed at velocities of 1.3-4.9 m/sece The ignition process
was
studied by motion picture photography and induction time vs air
temper-
ature plots were obtained (see Pigs, 1 and 2)o A theoretical
analysis
yielded the following formula for the dimensionless induction
time:
Card 1/4

L 085.53-67
032000
d Ov
Fe -L-�!-fP_Nu(19;1-- ' )Inn,
2 q cl qnKi
where 00 is the reduced temperature during the induction
period; 010
= 1/qnkl; qj heat of reaction; nklP oxygen concentration; pl,
density
of liquid; pot density of gas; ep, beat capacity of gas; cl,
heat
capacity of liquid; nj ltl/l-npo; and npo is the concentration
of oxy-.
gen in vapor. The resu s of numerical integration for
n-octaneland
cetanelare shown in Figures 3 and 4, respectively. It is-
conclu ed
that the studied fuels cannot ignite at the wet bulb
temperature but
they always ignite at a lower temperature. The induction time
changes
with the temperature-of the medium faster than the temperature
gradient
across the droplet-medium interphase. The reduced film model
used,
which allows for the kinetic resistance, permits the
approximate calcu-
lation of the IK!~ition limits,\\the surface temperature of the
droplet
prior to igniti-6n, and th duction period# Bao Ke-da and I, M.
Sulim
participated in the work, Orig, art. has: 7 figures,-24 fo
ulas. and
2 tables* [WA No. 68]
Card

ACC NRt ft6o-34obo -
Ge
IL
0
81V 450 see
T.-C
Fig& 1e Induction t ime of n
octane (0.0015-0.0018 a in di-
Onater) ve air temperature'at
4;ul)so,a (T is induction tins)
sac
n 790 8DO r,,-c
Fig* 2, Induction time of
cetane ve air temperature
(0.0018-0.002 m in diameter)#
at flow velocities
1 - 3e8 a/eec; 2 - 3*1 a/sac;
3 - 2*6 a/sect 4 - 10 a/&see

7
7

Card 3/4

L 0855347
ACC NRo AT6032000
~E/ U

3

v

~
xPeri

\
E

me nt

x
,.
riment

Cp - ~41

ted

a 810 870

AV.. 840 r,

750 to r -C:
770 7.

Fig, 39

Nume

rical integra-

Fig, 49 Numerical integration

tion
for-

octa

fte

for cetana

SUB COM

21/

SUBM DATE: 25Apr66/

ORIG REF OTH
REF: 001

Card 4/4

LIPSHITSP B.M.; ANDREYCHUK, A,M.; AGAFONOVA, G,S.
Co.orimetric determination of copper in metallic
mercury, Zav.
lab.;30 no.9tl.075 164. (MIRA 180)
1e Moskovskiy institut stali i splavov.

DRELI, K.A.; AGAFONOVA, I.M.
Enzymea of urea formation in chick embryo tissues.
Biokhlmiia 29
no.3.452-456 F7-Je 164. (MIRA 1814)
1. Kafedra biokhimii Luganskogo meditsinskago
instituta.

AGAFONOVA, K.G.
Ilydrochemical characteristics of the rivers of
Kamchatka. Vop.
geoa. Xamch. no. 2:46-55 " Oura 19:1)
0 b4

KABOSHINA, U.S.; LIVSHITS, A.G.-I OSIFOVA, V.P.:
IVANOV, P.V.;
AGAFONOVA,.-K.I.
Some now synthetic odorous substances. Trudy VNIISNDV
no.6:85-90
163. (MIRA 17:4)

ACCESSION NR i AP5:013 732 U B/65/( 5 6 .0
678.763.2tv"78.043t676.63
AUTHORSt Makarova, L. V.; Zakharov, N. D.; ACafoneva K. 16
TITLE: Effect of the molecular weighL of epo-)q regins on the
Vulcanization of
chloroprene rubber
SOUFGE: KauchuR I rezina, no. 5, 1~653 6-1c)
TOPIC TAGSt vulcanization, vulcanizate, vulcanized rubber,
chloroprene, epoxT
~-esin, rubber mixture, Nniacanizate rnjb~,,3r propp-rt),, rubber
technology/B
40 resin, B 41 rvrai% B I I raainjp xvz, -, aec~prene A rahber
44
ABSTRACTt The effect of the molecular weight of resine (E-4-0 E-41
"9-44~ and
E-49) on the Vulcanization -of ~ neoprene A rubber w&:1 i;;;e~ed on
mixtures
A
-fMed-!4RMnot-_fJ with
119d: ontaildmg additional -steariv acid,
The samples iiere rolled in the laboratory and vulcanized in hyi aulic
steam
presses at 31430. Their space-lattice density was determined according
to the
balancediswelling method described by A. G. ShvQts (Kauckuik i rezina,
No. 7v 31o
1957)-3 and their scorching tendency according to the pUsticity
variation after
satin -at_~20 atm pressum-for-30.r1fin-
0ird

A-cc- ir- tr~ are- the - 1,46 ~iO7 fbiz~ati~
I -Urk A t ris
el tw, - 'APPbanne V S, C I_$
of vhich began at 120-1300. Plartirity variation is shown graphically
in Fig. 1
Ioxide, ones.', and higher than in:the ther7w-vulcwdzed types, Their
modulus at
300% elongation increased with the increase in molecular weights while
the strength:
and the comparative elongation were decreased. These characteristics
are explained;
'by the strengthening of intermolecular bonds in rubber ur4er the
action of epoxy i
resins. The comDarison of chloroprene rubber ~coperzties with those of
standard
types revealed a higher resistance to fat,'pia,~-'-.Icrwer h~,at
Ttroduction, &nd stronger
adherence to brass-covered metals. The besL r6s,,~Its -vera --t)iained
with E-LO iuid
E-41 resins. Orig. art. Mai 1 table and ~ f--gw-es,
A&SOCIATIONt Yaroslavskiy tokhnalogicheakikh institut (Yaroslavl
Technical
I Institute)
----------

ug~m ca t ~IE a m 9 WE 2 WE
x
q. .4a
MM CCDM Mr;.
02
BIG
SuB)UTTED
I w"11,11
~m

1. AVLPOI1Ov!t' L. ),,y A, A. T.
I
2. IISSR (600)
4. Transit Circle
7. Mferidian circle of the Enuellgardt Astronomiml Observatory from
1903 to 1951.
Uch. zap. Kazan. un., 111, No. 9, 1q51.
9. Monthly List of Russian Accessions, Library of Congress, May
-1953. Unclassified.

AGAPOROVA, L.D,; NEFXDITBVA, A.I.
-, ''
.Absolute declinations of 536 stars cited in the basic
catalogge of
faint stars, Uch.zap.Kaz.wi. 113 no.64-3-116 153. OILRA
10:3)
(Staro-'-Obaaz~vatllions)

AGMNOVA, L.D.; NFJZDIYXVA, A-Io
14VIA"144* h6ww
Relative determinations of declinations of 131 stars
observed according
to the program for Poltava and Kazan zenith teleocopese
Uchosap.Irazoung
116 no-7:3-46 '56. (MLRA 10:3)
(Stars)

AGAMOVA, LeDo; MFED'YZVA, A.I.
Shortcomings in thedraduation of the transit circle at the
Ingell ardt
Observatory. Uoh.zap;Ka2.un. 116 no-7:46-50 156. (MW 10:35
(Transit ciroli)

PRAVI, V.Te.; ROM&KINA. A.V.; AGAPONOVA, L.I.
Systamtic bacteriological control over level of
sanitation in
nursery schools. 019. 1 san. no.7:49 Jl '54. (KEJU 7:8)
1. Is laboratorit Sverdlovskoy rayonnoy
sanitarno-spideviologichaskoy
stantai! Moskvy.
(SMOOL HYGIM)

FRAVI, V.Ye., vrach,- AGAFONOVA, L.I., bairteriolog
"' --
Prophylactic disinfection of dishes in children's
institutions. Gig.
I san. 21 no,9:75-78 3 156. (Kw 9:10)
1. Iz laboratorii sanitarno-epidomiologichaskoy stantaii
Sverdlovskogo
rayons, Hoskvy,
(ANTISEPSIS AND ASEPSIS
disinfect*
of dishes in children's institutions)

DAVYDOV, Yu.S., kand. tekhn. nauk;
AGAFONOVA,-L.I.,- inzh.; ADAMVICH,
P.V., inzh.,, red.
[Noy modernized devices and methods of automating
sanitary
engineering installations] Novye modernizirovannye
pribory i
sredstva avtomatizatsil sanitarno-tekhnicheakikh
ustroistv.
Moskva, Biuro proektno-konstraktorskoe, i
tekhnicheskoi po-
moshchi, 1962. 39 p. NEU 16:4)
1. Akademiya otroitellqNva i arkhitektury SSSR.
Institut sa-
nitarnoy tekhniki.
(Sanitary engineering) (AutQmatic control)

AGMNOVAj L,I.
Some supplements to the method of bacteriological
investigation of
whooping cough. Lab. delo 6 no-5:13-14 S-0 160, (MM
13:9)
1. Bakteriologicheakaya laboratoriyL
sanitarno-epidemiolo icheskoy
stantaii Sverdlovskogo rayons. (glaynyy vrach M.G.
Gilells~, Moskva,
(WHOOPING COUGH)

AGAFONOVA,_L,I.
Modification of the study method for pathogenic Escherichia
coli.
Lab.de'lo 7 no.9:37-38 S 161. (MIRA 14:10)
1. I,6boratoriya sanitarno-epidemiologicheskoy stantsii
Sverdlov-
skogo rayona. (glavnyy vrach M.G.Gilells).. Moslwa.
(ESCHERICHIA COLI)

SOV/119-59-10-18/19
A'H"10113: A:,~afonova L I En" Davydov, S., Candidate of Tech-
T I T LL's The Results of the Lalho;:atory- and 7fuz1kinr,
Tests of the Dilato-
metric Tcmperataru Feeler of the Type DTDIP
PERIODICAL: Priborostroyeniya, 1959, Nr lo, pp 31 - 32 (USSR)
ABSTRACT: The dilatometric pneumatic temperature feeler of
the type DTDP,
modernized at the Khar1kovskiy zavod "Teploavtornat" (Khar1kov
factory "TeploavtoLiat"), was investigated at the laboratory
for
the automation of sanitary-technical devices of the
Nauchno-iss-
ledovatel'skiy institut sanitarney tekliniki Akadt?mii
stroitell-
stva i arkhitektury SSSR ( Scientific Research Institute of
Sanitary Technics of the Academy for Building and Architecture
IJSSR), and the paper by V. M. Gorokhov and G. Ye. Kovalevskiy
in the present issue is referred to at the beginning. The
error
of the instrument was first investi8ated, and it appeared that
the measuring error had a positiv evalue at the beginning of
the
dial, but a negative value a', its end. This is shown
graphically
Card 1/2 on the diagram in figure 1. Th e maximum error,
however, does

The R~sults of the Laboratory- and Working Tests of the
SOV/119-59-10-109
Dilatometric Temperature Feeler of the Type DTDP
not exceed :L 0.450C, and thus remains within the limits
permissible technically. The temperature difference, within
which a change of pressure from a minimum to a maximum occurs at
the exit, was investigated in the course of the further inves-
tigation. Since this temperature difference in such instruments
depends on the degree of throttling in the valve, the minimum
temperature differunce, at which a pressure chan-c from the mi-
nimum (0*0.1 kg/cm2) to the maximum (1+0.1 k6/om ) can be ob-
tained a-L the e:cit, was determined. It can be seen from fioure
2
that this temperature difference amounts to 1.3 - 1.40C. An im-
portant feature of these instruments is thE!ir inertness, and two
curles are shown on the diagram in figure 3, Lrom which it
results that the inertness of the iiistr-ament is increased b, a
housing. It is F *ated in conclusion that Vhe feeler investigatpd
here id very suitable for air-conditionin- systeris, ovin- to the
U
lar
characteristics determined. There I e ~ figures.
Card 2/2

.-, 11 'C'~ C,,!..
. V.'
. I., , L.7.; ',. , .-
-1 . .
" . - - , - - cor2p...n: .
T- t 1 , "t''. ~, - (: r-,Ln
.. -jt:?~
Prit',ercoti,conie vc. 2: --~ I .-I, 1~ -,
(T:-er:-( ~'. '~*,';

AGAFONOVA, L.I., iizh.; BRODSKIY, V.N., inzh.; MIKI]AYLOV, S.A., inzh.
Controlling the "dew-point" Umperature in double-ventilator
air-conditioning units, Vod. i san. tekh. no.11:20-22 N 164.
(MIRA 18:2)
F

MASLENNTYOV, K.N.; PIKOVSKAYA, O.G., starshiy nauchnyy
sotrudniki SURKOVA,
V.I., mladshiy nduchnyy gotrUdn4 k; AGAFONOVA, L.L.,
r-.ladshiy
nauchnyy sotrudnik
Avivage preparations for polyvinyl alcohol fibers.
Tekst.
prom. 25 no.9t29-31 S 165. (MIRA 18il0l)
1. Rukovoditelt gruppy tekstillnoy pererabotki
Vsesoyuznogo
nauchno-'Lssledovatellskogo inatituta iskusstvennogo
volokna
(for Maslonnikov). 2. Laboratoriya otdelki i.
krasheniya
Vsesoyuznogo nauchno-isaledovatellskogo instituta
iskusstvennogo
volokna (for Pikovskaya, Agafonova). 3. Gruppa
tekstillnoy
pererabotki Vsesoyuznogo nauchno-issledovatellskogo
inatituta
iskusstvennogo volokn& (for Surkova).

A.' FONOVA, L. M., Cand Med Set -_ "Study ol" the
iimmunological
A
,,,_rE4,*VeZn0
0~(Vtw~ 0,,v4,,
e of live anti-influenza vaccinepz the method~of
Z
its.preparat Len 1961. (Len State Order of Lenin
Inst-,/b"_.,tq
i n
low, Advanced m S, M, Kirov) (KL, B-61, 258)
426 -

AGAFONOVAp L.M.
Immmological effectiveness of vaccine against influenza.
Vop. virus.
6 no.5:627 S-0 161. -TAIRA 15:1)
1. Leningradskiy institut vaktsin i syvorotok,, Leningrad.
(INFLUEM)

ACC NR: AP6034105 SOURCE CODE: LIR/0250/66/010/010/0748/0751
'.AL]TAHOR: Avdoyev, V. H. (Corresponding member AN
SSSR);.Agafonova, M. A.; Alaksandrov,
N. K.
ORG: none
ITITLE: Method of designing combined electronic devices with a
plane- arallel elec-
p
!trode system
SOURCE: AN BSSR. Doklady, v. 10, no. 10, 1966, 748-751
:TOPIC TAGS: vacuum tube, ele'ctron tube, triode tube, pe-n-code
electron tube, electron 1
!'tube anode, electron tube cathode, electron tuba grid, electron
tube filament
~ABSTRACI': The authors point out the nmerous advanta.ges of
plane-parallel element co*a-
;figurzation in multiple purpose vacuum tubes, as compared with
conventional coaxial de- i
sign. The coaxial construction of complex nulti-purpose vacuum
tubes is not suitable
:for automation. The stability of the construction, especially of
the grids Whi-ch are
X
loymed :Ln spirals), is poor, as is the utilization of the
envelope space. The authors
idesigned a triode-dual pentode tube intended to serve as an
aud.,o output st&-,e in ra-
Idio and TV sets. The triode can be used as a phase inverter, and
the -two pentodes are I
iconnected in push-pull form. The elements are formed in
plane-parallel, rather than
,cylindrical-coaxial configuration. The parameters of this tube
are superiorto those
Card

31~4'12
S/137/62/000/003/109/191
Ao6o/Alol
AUTHORS: Baron, V. V., ~gafonova, M. I., Savitskiy, Ye. M.
TITLE: Structure and characteristics of alloys of tne niobium
vertex of the
niobium-vanadium-aluminum system
PERIODICAL: Referativnyy zhurnal, Metallurglya, no. 3, 1962,
9-10, abstract 31062
("Tr. In-ta metallurgii, AN SSSR", 1961, no. 8, 269-277)
TEXT: A study was made of the Nb vertex of the Mb-V-Al system at
a conten,c
of up to 10% V and Al. The alloys were smelted from alumothermic
V (96.%,),
metalloceramic Nb (99.1%) and Al (99.99%) in an arc furnace in a
He envirunment,
were annealed at 1,100 0C for 50 hours and hardened in theTR~-2
(WV-2) furnace
at 1,600 0C. The investigation was carried out by the methods of
thermal micro-
scopic, and X-ray structure analyses, hardness measurements,
microhardness
measurement, fire-resistance determination. The smelting
temperature of the
alloys was determined by the drop test method, The isothermal
section of the Nb
vertex of the Nb-V-Al system at 20 0C and the vertical section
at a ratio of
V : Al - 1.4 were constructed. At a content of 4% V in Nb at
room temperature up
Card 1/2

S/137/62/000/003/109/191
Structure and characteristics ... Ao6o/Aloi
to 6% Al can be dissolved. V and Al raise the fire-resistance
of Nb which is
maximum in alloys with 3 - 8% V and -.-,l% Al and 1.8 - 2.2% V
and 3.2 - 4.8% Al.
There are 7 references.
[Abstracter's note: Complete translation]
Z. Rogachevsk-ya
.;
Card 2/2

AM Nk -AP5026740- 0/0
S"WE CODE: UR/0206/65/00 17/0016/
- - - - -:-. fly L5.
INVENTOR: -Lellchuk,-S. Ivano% ;-V ell -Ya. L Deceased);
Frangulyem, GO D.- SeMyannik
ova, A, Pj,
A
ARG: none
TILTIX: A method for producing
I'Class 12, No. 174185
SOURCE: Byulleten' izobreteniy I tovamykh znakov, no. 17, 1965, 16
TOPIC TAGS: silane, dimethvldichlorosilan-e, silicone
ABSTRACT,: This Authorls Certificate introduces a method for producing
dimethyldi--
chlorosilane.by interacting methyl~cbloride with asilicon-copper alloy
treated with,
a cadmium conpound. The product yield is Increased by using cadmium
chloride in the
W--40- of 4.3% of the weight of the aUoy and subjecting the processed
alloy to ther-
mal treatment at 1800C.
UDC: 547.419.5.07
SUB-COM- GC,OC/ SUBM DATE.- 270ct62/ ORIG REF: 000/ OTH IMF: 000
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"QualitY and EconorV; a Word to Friends., H Tekh. Yjolod.,
No.2, 1952

KISTYAMNSKIY, A,B,; AGAFONOVA, O.YR.
~ __._WftM
Acclimatization of phesmants (Phasianus colchicus L.)
in the
Ukrninian S.S.R. NuukezRp*Kievsun*13 TIO.12:73-86
154.(MLRA 9:10)
(Ukraine--Pheasants)

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11 r. 0 5 A 0
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at.

KULIKOV, N.V.; PORYADFDVA, N.A.j TIKOFKY%T-RESOvSKIYJ,
N.V.
Action of radiators on phytocenoses and the effect of
the latter
on the migration and redistribution of radioisotopes
in soils.
Trudy Inst.biol.UFAN SSSR. no.221.31-47 162. (MM 160)
(RADIOISOTOPES) (PUNTS EFFECT OF RADIATION ON)
(SOILS~

AGAFONOVA. 3.7a.; ZAGEMBINA, Ye.A..
Cases of epidemic hemorrhagic fever. Sov.med. 21
no.12:83-86 D
'57. (MIRA 110)
1. Is knfedry propedevtik-i vnutrennikh boleznev
(zav.-prof. S.Y.
Shentakov) lvybyebovskogo moditsinskogo inatituta i is
torapevtichaskogo
otdolianiya (sav. Ye.A.Zagrabina) Borakoy rRyonnoy
bollnitay
&wbyR'heiakok oblasti.
(XPIMIC HBMORRHAGIC YNVSR, cnae r~Dorts (Rua)

AGAFONOVA, S.Ya.
Glycemic crises and the state of the basic nervous
processes in
chronic hepatitis. Trudy Kuib.med.inst. 11:78-84 160.
(MIRA 15:8)
1. Iz kafedry propedevtiki rautrennikh bolezney (zav.
kafedroy
prof. S.V.Shestakov) Kuybyshevskogo meditsinskogo
instituta.
(LIVER-DISEASES) (BLOOD SUGAR) (NERVOUS SYSTEM)

KARASEVA, A.F.; -AGAFONO.VA, T.D.; KALININA, O.M.;
CIIADAYEVA, Z.N.
Specialization in the manufacture of technical rubber
goods
is the most important problem. Kauch. I rez. 24
no.8t46-50 165.
(PIRA 18:10)
1. Nauchno-iseledovatellskiy institut rozinovoy
promyshlenriosti.

GAVRIJSEVICH~ B.O. (Havrusevychp B.0.1,,
kand.geol.-mineral.naul-i
AGAFOINOVA.._Tj~ nd.9801.-Yaineral.nauk
Soviet diamonds. Nauka i zhy-ttia 10 no. 12:14-16 D
160.
(MIRA 14:4)
(Diamonds)

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