SCIENTIFIC ABSTRACT BABKIN, V. I. - BABKINA, N. G.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000102910009-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 6, 2000
• Sequence Number: 9
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

05796
Some Remarks on Concharov's Paper "From the SOV/52-4-4-7/13
Domain of Combinatorics"
The matrix of the second moments for (V19-yVk) is determined.
Possible extensions for a number of states greater than two
are also considered. In special cases there result the results
of f-Ref 13~ The authors mention Gikhman.
There are 5 references, 4 of which are Soviet, and 1 Anerics:n.
SUBMITTED: May 23, 1959
Card 2/2

PASUKOV, Aleksandr Nikolayevich; KORSAKOV, Vladimir Petrovich. Prinima-
Ii uchaatiye: DEMIYANOV, F.M.; MALYUTIN, S.S.j
inzh., retsenzent; KAPOTOII, A.P., red.; KRASAVINA, A.M., tekhn.
red.
(Manual for checkers of radio measurement devices]Poveriteliu
radioizmaritellrqkh priborov. Pod obshchei red. F.M.Dem'4-anova.
Moskvs, Voenizdat., 1962. 453 P. (KRA 1518)
~Radio measurements --- Handbooks, manuals,, etc.)

BABKLN., V.I. (mm.--jw)
Distribution of the point-3 of maxim= in a diffusion proceom
with a variable parametler. Tsor. ve:tzdst. J. ee pxim. 9 no.22
373-378 "64 (MIRA 17 87)

po:ym:F-xin and &ntib:!ot!-,!s. t
v.zli
Zav&duy-izfihc-hfy ctdelc.~r.

SOV/129-59-2-10/16
AUTHOR: Babkin,, V. Engineer
.~~M. -,
TITLE: Influence of Tempering on the Structure and the
Mechanical Properties of the A'loy ML5-T4 (Vliyaniye
L
otpuska na strukturu i mekhanicheskiye svoystva
splava ML5-T4)
PERIODICAL: Metallovedeni.,ye i Termicheskaya Obrabotka Metallov,
19595 Nr 2. pp 45 - 49 (USSR)
ABSTRACT: The alloy ML5 possesses thS best properties after
hardening in air from 415 C. In the hardened state,
the alloy has the following strength indices:
crb = 25 k&/MM213 5 = 8 - 10y0 .
In a number of cases, it was not possible to attain
these properties in the finished component. For
instance, some of the components are impregnated with
varnishes and enamels and are 0dried for 2 to 3 hours in
electric furnaces at 200-250 C. Such x1ditional heat
treatment changes the mechanical properties. The author
of this paper studied the influence of repeated heating
Cardl/4 on the structure and the mechanical properties of the

S 0 V1 v 2 9 -,a, 9 -22- 10/ 16
lafluence of Tempering on the Structure and the Mechanical
k2operties of the Alloy ML5-T4
alloy ML5 in the hardened state. The specimens were
preliminarily heat-treated acgording to the regime T4
(heating for 12 hours at 415 C, followed by cooling
in air) and then subjected to various repeated heatings.
On the mac-hined speci7aans, the mechanical properties
were determined and the structure studied. 6n the basis
of the obtained data,oproperties-tempering regime"curves
lotted. The tests were made on sand-mould cast,
were p.L
60 mm. long, 12 mm dia specimens. The alloy was manu-
factured in. accordqnce with the currently used technology
and poured at ?20 'C. The chemical composition of the
alloy. was 8.Ylo A!, 0.5% zn, 0.3% Mn and 0.00196 Be. The
properties-tempe.ring regime cu.-.ves were plctted on the
basis of the data from a series of experiments carried
out' at different times.. 15 tempering regimes were
studied with heating temperatures of 1?5, 200, 225, 250,
300, 310 ard 400 DC. The heating duration for each
temperature was 1, 2, 4 hours. It can be seen from the
data graphed in Figure I that tempering has a considerable
Card2/4 influence on the mechanical prcperties of this alloy and

SOV/129--9-2-10/16
Influence of Temper4ng on the Structure and the Ochanical
Properties of the Allcy MI,5-T4
there is a tempering `5emperature regime as a result of
which -the properties of the alloy will become poorer.
In Figure 2, microphotos are reproduced of specimens
Vrea-~Aed according to various heat-treatment regimes. The
following conclusions are,arrived at:
!) tempering at 200--350 `C for 4 Pours and also
temper'ng for 1 hour at 2?5 - 350 ,C 'Leads to a sharp
xeducto-lon in the mechanical properties of the preliming ily
harden-d allov ML5. Components of the alloy Y1L5-T41 which
axe heated in accordance with either of these 2 regimes
ha:ve to be ha:zdened again so as 4.-,o re-establish the original
preoperties; 0
2) heating for 4 hours at 20-175 and at 400-415 C as
well as short-dura8ion (1 hour) heating in the range
0-225 and 400-415 C does not bring about any appreciable
in the mechanical properties of the alloy ML5-.T4.
Card3~4

SOV/129-59-?-10/16
Influence of Tempering on the Structure and the Mechanical
Properties of the Alloy AM5-T4
Components which are worked in accordance with such
regimes have properties which equal those after hardening
and -do not require additional heat treatment.
There are 2 figures and 3 references, 1 of which is
Soviet, 1 English and 1 German.
Card 4/4

S/908/62/000/000/007/0018
B163/B181O
AUTHORS: Babkin, V. M.LBozin, G. 11., Gagin, Ye. N., Yeremin, L. V.*-
-T--- --Yu. N., Orlovskiy, G. N., Petukhov, V. A.,
beTa Mov,
Pisarev, V. Ya.t Sedov, N. G., Shorin) K. N.
TITLE: 'Some starting"up and operating problems of the 680 Nev
synchrotron
S.01IRCE: Uskoritell elektronov na 680 Mev; sbornik statey. Ed. by
Z. D. Andreyenko. Iloscow, Gosatomizdat, 1962. 64--74
TEXT: The momentary particle orbit during the first revolutions is
distorted due to a,number of uncontrollable deviations from the ideal
ma ne'ic r
-"ield configuration. "his must be corrected in o der to capture
a sufficient part of the injectpd electrons. Indicating devices measuring.
deviations help to find the,initial conditions, e.g., the correct
injection angle and timing Xor.uhich the free oscillations about the
equilibrium orbit become minimal during the first revolutions. Similar
methods vere used to correol. for deviations of the median surface of the
magnetic field from the geometrical symmetry plane. Por these measurements
Ccxd 1/3-

S/908/W000/000/007/008
Some starting-up and operating 4.. B16313180
a chopper vas used, consisting,of an electric deflector immediately behind
thel 600 magnetic sector field in the injection line, by %-ihich short pulses
of 1-2 gsec duration could be selected.from the injected beam. The
signalling devices were flae:s and grids coated with lliminescent -aint,
p
sometimes in connection with. photomultipliers. In this Nay the orbit
deviations could be reduced to 2-3 on, in radial in 1-2 om in vertical
directi6n. In the quasibetEAron and the synchrotron acceleration stages
the envelope of all oscillating orbits was measured by movable vanes
L
three or four in each seotox. In the first stage, about 15 psec, the
acd~eleratin- field is discor:nected but the magnetic field is groving.
When the momentary particle orbit has been reduced, at 0.2 to 0.3 mm per
re-V'Olution, from the inflector to the central chamber radius, the
accelerating electric field'i 8 sv itched on.- Under-optimal conditions, the
capture coefficient is 2%, which corresponds to 2.5-109 electrons per
cy-ole. To avoid undesirable re;3onance effects from the passing electron
beam in the resonator during-the first stage the resonator is det
'uned, and,
the second stage is performed a~u a spialler orbit radius. Y."hen the field
is suitched off at the end of the accelerating cycle, the magnetic field-
is still rising and the electrons hit the target, a tungsten vire 1 mm
Card. 2/.)

S/908/62/000/000/007/008
Some starting-up and operating B163/B180
diam, inside the accelerat-ion orbit. The intensity of the y radiation
produced was measured in a thick walled graphite ionization chamber. A
total 7 energy per cycle of 2-10~ Vev could be achieved, and the number
of accelerated electrons per cycle ras of the order of 108. There are
6 figures.
Card 3/3

L 18914-6 3 EWP(q)/EWT(s.)/BDS AFFTC/ASD Jb1JG
ACGESSIGN NR: AnOOM S/0129/63/000/009/0056/0057
AUTHOR: Babkin, V. -M.
TITLE: Effect of zirconium upon the grain size of a magn'esium al lying
4.5%
IVI
SOURCE: Metallovedeniye i termicheekaya obrabotka metallov, no. 9., 3.963
56-57
-TOPIC TAGS: metal teening,, casting temperature, Zn., Zr, magnesium, alloy, metal
alloy, allcV structure,, Ma2 alloy, zinc, zirconium, Mg
ABSTRAM Author studied the effect of zirconium upon the structure of a
magnesium alloy containing 4.5% Zn. A series of alloys'was prepared for testing.1
They contained varying content of' zirconiun with identical zinc content.
Remainder ww magnesimo Author found that zirconium has to be introd-ured into
the allcy at high temperatures so that maximum saturation of the moltea-alloy
with Zr would be asoured. Teeming should be done at sufficiently high temp-
eratures so that zirconium losses; would be prevented while cooling the allcy
down to casting temperature. The alloy should be cooled down to casting
temperature rapidly, immediately prior to pouring into molds. In order to obtain'
Card 1/2

L. 18914-63
ACCESSION NRt. AP300M
a stable fine grain content in ML12 alloy castings, tbp minimm zirconjun
content in the alloy should con-slit-of 0.6 to 0.75%. Orig. art* has: 2 figures,
ASSOCIATION2 none
SUEHITTEDs 00 DkTE ACQs O3Oct63 ENmt 00
SUB Colo: ML NO REF SOV: 001 OTHERs 001
Card
V2

BABKI~r ~Mikha~loyich; GRITSMAN, Yu.Ya., red.; PRONINA,
N.D., tekhn. red. -
[Lesions of the mcnisci of the knee joint) Povrezhdeniia
meniskov kolennogo sustava. Moskva,. Medgiz, 1963. 86 p.
MRA 16:7)
(KNEE--WOUNDS AND INJURIES)

23464
S/114/61/000/007/003/003
1~2 0 E194/E455
AUTHORS: Polyatskin, M.A., Candidate of Technical Sciences,
Shatill, A.A., Khaynovskiy, Ya.S., Engineer and
Babkin, V.N., Engineer
TITLE: Natural gas burners for gas-turbine combustion chambers
PERIODICAL: Energomashinostroyeniye, 1961, No-7, PP-34-36
TEXT: In designing the combustion chamber for a gas turbine type
PTY-50-800 (GTU-50-800) burning natural gas, insufficient
information was available about burner design. Accordingly,
TsKTI and KhTGZ made a joint investigation of burners in an
experimental combustion chamber which was described in an article
by M.Polyatskin and Z.M.Svyatskiy in Teploenergetika, 1959, No.2.
The main object was not so much to find the best burner for
burning natural gas as to study the main features of certain very
different types of burner. Accordingly, besides studying complete-
ness of combustion, an attempt was made to study the Influence of
the burner design on flame structure. As the process of mixing
gas with air governs burner operation, three types of burner,
illustrated in Fig.2, were tested. The first of these (Fig.2a)
Card 1/4

23464
s/114/61/000/007/003/003
Natural gas burners E194/E455
uses a conical swirler, which allows preliminary mixing of gas and
air in the actual burner. The second (Fig.2b) has a flat swirler
with hollow blades, gas being delivered through holes in the blade;
it allows only partial mixing of fuel and air in the burner. In
the third type (Fig.2B) the gas and air are mixed in the actual
combustion chamber. A number of variants on these basic designs
were tested. The usual kinds of measurements were made and, in
addition, gas samples were taken for analysis at various places in
the flame tube and measurements were made of the gas temperature,
Curves of completeness of combustion and of temperature
distribution were plotted and the influence of various minor
design modifications on the performance were studied with such
curves, With natural gas, combustion was most complete with the
burner with conical swirler but it could operate only over a narrow
range of excess-air factor. The burner with flat swirler with the
gas delivered through hollow blades was more stable, particularly
when there was no preliminary mixing of gas and air. Studies of
temperature distribution and gas analysis distribution were made
with various design modifications and, in general, the following
Card 2/4

S/114/61RA/007/003/003
Natural gas burners E194/E455
conclusions are drawn. When burning liquid fuel, it is desirAble-
to have a fairly strong axial return flow of hot combustion products
to heat up the liquid fuel and to stabilize combustion. However,
when burning natural gas, the axial return of a large quantity of
heat to the root of the flame usually gives inadequate oxygen and
can lead to soot formation. With natural gas, quite a small
return flow, required to ensure stable ignition of the mixture, is
sufficient. None of the burners tested was good in respect of
completeness of combustion; the main reason for this was that
methane was carried away along the walls of the flame tube where
the temperature is lowest with high excess-air factor. if
preliminary mixing of the fuel and air is reduced, the range of
stable operation is widened. It is expected that the experimental
data on flame structure will be useful in designing the
distribution of air and fuel over the chamber section. There
are 5 figures and 4 Soviet-bloc references.
Card 3/4

POLYATSKIII, M.A., kand.tekhn.nauk; SHATILI, A.A., kand.tekhn.nauk;
YJiAYROVSKIY, Ya.S., inzh.; BABKIN, V.N,_~nzh.
Certain data on'heat exchange in the combustion chambar of a gas
turbine system operating on natural gas. Teploenergetika 8 no.7:
68-72 J1 161. (MIRA 14:9)
1. TSentrallnyy nauchno-issledovatellskiy kotloturbifinyy in-
stitut imeni I.I. Polzunova i KharIkovskiy turbogeneratornyy
zavod.
(Gas turbines) (Heat-Transmission)

~ z ~ :-, ~-, ~ :9.
Ilse of reinfom(A conertte pcdcL. I
8 no.607-38 Je 164. 111 12 RA 17 16)
1. AlroJzvoditelf rabot spot s A all. zirovannopo upravicniyu No,676
tresta Transsignalstroy.

112-2-48o9
TRANSLATION FROM: Referativnyy zhurnal, Elektrotekhnika, 1957,
Nr 2, p. 334 (USSR)
AUTHORS: Sheyvekhman, B. Ye.,jjabkin, V.P., Glekin, G.V.
TITLE: Determining Average Threshold,Magnitudes of Sound
Intensities Perceptible to the Adult Human (Opredeleniye
srednikh porogovykh velichin intensivnosti zvukov,
vosprinimayemykh vzroslym chelovekom)
PERIODICAL: Probl. fiziol. akustiki. Z. Moscow-Leningrad, Izd-vo
AN SSSR, 1955, PP. 75-80
ABSTRACT: The experimental determinationSof the average threshold
magnitudes of sound intensity perceptible to the Adult human are
given. Two thousand people in the 16 to 25 year age group and
not suffer-ing from haariag defazts were studied. Tones of 100,
200, 450- 1,000, 1,500$. 2jOOO, 4,000, 6,000, and '17,000 cps were
used. The distribution of values obtained for threshold sound
intensity levels expressed in db conforms well to the normal
law. Results of measurements at various frequencies were scat-
tered with various degrees of dispersion. At medium frequen-
cies 4,000 to 2,000 cps), the steep slope of the distribution
curves is a characteristic which testifies to the small deviatio
Card 1/2

112-2-48og
Determining Average Threshold Magnitudes of Sound (Cont.)
of the data from the average value. [The dispersion increases
as the distance from the medium frequencies changes in either
direction) For example, at 1,500 cps the standard deviation is
4 db, and at 200 cps, 9 db. An averaged audiogram was made from
the arithmetic means for the tones of all the frequencies in-
vestigated. The frequencies in cps were plotted along the
abscissas, and the intensity levels of sound in db along the
ordinates. 98 per cent of the measured threshold magnitudes of
sound intensity fell in the same zone as 98 per cent of the
measurements made by the Bell Laboratory and the U.S. Depart-
ment of Health.
N.Ya-K.
Card 2/2

D I\ I I'V,) Y. I "
SHEYVBEMIAN, B.Ye. [deceased]; RA13KIN. V.P.
The problems of spectral analysis of strong auditory stimuli in
laboratory biological experiments and under factory conditions.
[with summary in Inglish]. Biofizilm 2 no.1:112-118 157. (MISA 10:3)
1. Institut biofiziki AN SSSR. Moskva
(MURING)

BABKINq V.P*- ROZEN9 O.M.; TUMARYJNA~ L.N.; ~BER14Mp R.I.
Study of vibration sensitivity and factors affecting it. Biofizika
6 no. 1:61-67 161. (MIRA 14:2)
1. Akusticheakiy institut AN SSSR, Moskva.
(VIBRATION-PHYSIOLOGICAL EFFECT)

BABKINs V.P.S* ROZENt O.H.; TUMARKINA, L.~.,- CHERMK, R.I.
Study of the mechanism-bf vibration frequency discrimination using
models of the-So6bXea and the cutaneous receptor, Biofizika 6 --
no. 2:191-191 161. (MIRA 14:4)
1, Akusticheekiy institut AN SSSRp Moskva.
(HURING)

BABKIN, V.F., inzh.
Greater precision in the calculation of ax.,&! forces in
hydrodynamic transmissdons. Izv.vys.ucheb.zav.; gor.zhur. 8
no.11:119-123 165.
(NIRA 19:1)
1. Karagandinskiy politekhnicheskiy institut. Rekomendovana
kafedroy gomykh mashin. Submitted December 12, 1964.

30995
S/124/61/000/009/016/058
D234/D303
A UTHORS: BabkIn, V. S. and Kozachenko, L. S.
TITLE: Rise of detonation in gases in rough pipes
PERIODICAL: Referativnyy zhurnal. Mekhanika, no. 9, 1961, 70,
abstract 9 B512 (Zh. prikl. mekhan. I tekhn. fiz. ,
1960, no. 3, 165-174)
TEXT: By means of "Schlieren" frame photography, pre-det-
onation spreading of flame in a rough half-closed square pipe are
Investigated. Two opposite walls of the pipe were made from plane-
parallel optical glass, on the other two walls roughness was formed
by gluing on brass chips or porcelain fractions. Combustible mix-
ture of H, 0 and air was fed into the pipe through a mixer, the com-
position of the mixture being controlled with the aid of Venturi
tubes. Ignition of the mixture was caused by a weak electric spark
at the closed end of the pipe. As a result of the experiments it
was established that the curves of the increase of the velocity of
Card 1/4

30995
S/124/61/000/009/016/058
Rise of detonation in gases ... D234/D303
flame spreading with time v(t) for mixtures of different composi-
tion have a point of Inflexion, I.e. the flame Is Intensely acceler-
ated twice: once at the beginning of spreading and once at some in-
terval before the Instant of detonation. Characteristic Is the vari-
ation of the extension of the domain of combustion 9 which corres-
ponds to these two stages of flame acceleration. In the first stage
6 increases together with the flame velocity v, then, in the vici-
nity of the point of Inflexion of the curve v(t), there is a strong
decrease of the extension of the domain of turbulent combustion.
The second stage is again characterized by an increase of G up
to a certain maximum value. $max' and, although the velocity of
flame spreading increases further, the dependence 6 (t) becomes
decreasing. From this the authors conclude that at some Interval
before detonation the dimension of the domain of turbulent combus-
tion decreases instead of increasing as assumed in many papers on
pre-detonation spreading of the,flame. The flame spreading in the
second stage Is described as accompanied by the formation of a
shock wave near the flame front. At a determined velocity of the
Card 2/4

30995
S/124/61/000/009/016/0.53
Rise of detonation in gases... D2-34/D.303
shock wave shich is readhed in the process of acceleration, the
Mcclianisra of initial ignition of the nixturc changes: The mi%,Vure
begirw to inflame with a very si;iall period of induction on the rougil
surf ace s imr..iodiately - behind 11-he shock wave which i s f ol lowce, by the
lual spreading of the flar-.ie towards the cc;-atcr of the scction of-
grae
the canal. A structure is fonned which is called in the paper "the
complex of turbulent flame irith shock wave". The spreading of such
a compleiz ends by detonation at its front. From an cstimation of
the state of -as'.iTV of the shoch wave with art4f4
the L-tteraction L - -_
thc -aid "rom the result-
cial rough surfac,~p*on the walls of pipe
of spveral compllem~ntary ex.-periments" the conclusion is ;~.iade that
the principal part in the ignition oF the mi:.-ture irm-.icdiately behind
the shock wave is played by the local rise of temperatures and pres-
sure during reflectioii of this wave at the elcments of roughliess.
In the first stages of flame spreading, roughness can, beside its
part in the turbulization of the mi;cture, also retain volumes of
fresh mixture in the layer at the walls, whose combustion bchind
the flame front increases the total surface of- the flame a-Lid so
Card 3/4

-30995
&'J/124/61/000/009/Olb/0.58
Rise of detonation in gases... D234/D303
leads to an iiicrease of combustion velocity. It follows from the
-hat in the la&tIstagc of the pre-detonatio
experimental results L rL
period the velocity of combustion-is determined by the velocity 0.
the shock wave at the front of the complex, which realizes, as it
were 7 a continuous forced i-nition. of the mixture on the rou-h sur-i
I-aces. The new domain of - turbulent Elame, so formed, develovs and
reinforces the shock wave'to an intcns'it hich is sufficient for
detonation iLnition. 20 references. Abstracter's note: Complete
translation.,7
Card ~~/4

B B -Vj$,..; KUZNLTSOV, I.L.;, KOZACHENKO, L.S.
Mfect of curvature on the rate of propagation of a laminer flame
in a poor propane-air mixture. Dokl. AN SSSR 146 no-3:625.-627 6 %Z,
03RA 1540)
1. Institut Irbizoicheskoy kinetiki i goreniya S~birskogo otdeleniya
AN SSSR. Predstavleno akademikom S.A.Khriatianovichem.
(Flame) (Propane)

BA-BKIN, V.S.; KOZACHENE0, L.S.; hUZITETSOV,. I.L. (Novosibirsk)
Effect Of Pressure on the normal flame velocity of a methane-
air mixture. aITF no.3:145-149 My-je 164. (MIRA 17:6)

BABKIN,_)~-.~. (NOvOsibirsk); KOZACHENKC, L.S. (Novosibirsk);
KUZNETSOV, I.L. (Novosibirsk)
Use of the constant-volume bomb technique in measuring flame
velocity. PMTF no. 61l28-131 N-D t63. (MIRA 170)

KOCHKAREV, A.Ya.; BABKlN, V.S.
Effect of the ribbing of the pump disk on tohe aX4&l forces of
a hydraulic torque converter. T---Ldy LPI no.24,6r731-76 165*
(19RA 18r6)

-1 6422.w66
ACC W AP5026076 V`W/'a1/__W1';/ SOURCECODE:
AUTHOR: Babkin,V.S.;Kozachcmko,L.S.
ORG: None
'Wc)/~-'TC(M) RFL
UR/0405/65/000/002/0114/0117
TITLE- Energy losses during exj$oslons in a spherical bomb
SOURCE: Nauchno-teklmicheskiyo problemy gorenlya i vzryva, no. 2, 1965P14-117
TOPIC TAGS: bomb, combustion qqMbuatlon theory, combustion Idnetics, -gas
pressure, explosive charge
ABSTRACT- In the past, explosia.as within spherical bombs were used forohe deter-
mination of various chemical and J)hysical quantities such as heat capacit-f and dis-
ss proper _S;Z~ame the subject
sociative heat). Recently, however, the combustion proce
of intensive theoretical research. A survey of numerous experimental data led V. F. Baybitz
a n d - VY: ~' 'E_ Q,*yp 49 Raboty
~A_t ~edvedev to the conclunions (ZhFEh, 1962, 36, 6; Tr. G1PK , $
po termodinamike I kinetike khimicheskikh protsessov, Goskh _~,_L.
imiz6a , 1962.)
that energy losses caused by the incomplete combustion of the mixtince In the boundary
layers may be quite significant. Assuming that this viewpoint Is correct, the authors
of the present article derive simple formulas for the determination of the correction for
the experimentally observed finite pressures within the bombs. The constant entering the
basic formula can be obtained from a series of comparative tests. Orig. art. has: 13
fCTmulas.
I ~ ~ I . UDC: 541.126
VIL SUB CODE: WA FP ME / SUBM DATE: 12Jan65 / ORIG-REF- 006/0THRER00
C6rd

L 06107-61 EV1P(.j)/DH(1)/EWT(m)/r-SS-2 RiiAc
rAZC NR. 6029755 ('4) SOURCE CODE: MA14/66/000/002/0052/=
AUTHOR: Babkin...V-S. (Novosibirsk); V1yun, A. V (Novosibirsk); Kozachenko L. S.
(Novosibrr-sk)
ORG: none
A
TITLE: Study of the effect of pressure on the normal burning velocity by the
method of the initial section in e constant pressure bomb
SOURCE: Fizika goreniya i vzryva, no. 2, 1966, 52-6o
TOPIC TAGS: combustion, flame, burning velocity, hydrocarbon fuel r 5's OR F-
ABSTRACT: Experiments in a constant volume bomb were made of the effect of pressure
on the normal burning velocity of stoichiometric mixtures of benzene, n~~tanp,~
and isooctaneAwith air at 1-16 atm and an initial temperature of 150C. It Vas
found-lFa-f-a linear relationship exists between the expansion coefficient of the com-
bustion products and the terminal explosion pressure. This relationship can be
expressed by the approximate formula
E, 0,85 Pe
UDC: 536.4f

L 08107-67
ACC NR: AP0629755
(pi = initial pressure, pe = terminal pressure). This formula -oermits the calcula-
tion of the normal burning velocity from the experimentally de-Cermined apparent flame
speed and the terminal pressure. In all fuels tested, the normal burning velocity-
decreased with increasing pressure. The exponents in the relationship S = p n
(S = normal burning velocity, p := pressure) ranged from -0-17 to -0.35 an for
different fuels and pressure ranges. Orig. art. has-, 11 formulas, 3 figures,
and 1 table.
SUB CODE: 21/ SUBM DAM 08Aug65/ ORIG REF: 008/ OTH REF: 008

ACC NRt AP7000644 SOURCE CODE: UR/041)~/66/c)oc)/oc,-~/007'(/0086'-
AUTHOR:, Dablcln, V. S.V-ovoribi'rsk)i'~ozachenlco,* L, S. (Moscow)
:ORG: none
~TITLE: A study of the normal burning velocity of methane-air mixtures
at h*-',r.,h pressures
R 0
.SOURCE: Fizika goreniya i vzryva, no.3, 1966, 77-86
TOPIC TAGS: Combustion, gas combustion, methane, burning velocity,
combustion pressure effect
U.~ lql&,q PeES-5Ule4E
~ABSTRACT: An experimental study was made of the burning
U U velocities
io-L methane-air mijctures at pressures of 1-70 a"Um, initial temperatures
i
;of 50-- 200C, and composition of 6-- 13% methane. The experiments were
I
,conducted in a spherical steel bomb 183 mm in diameter. The mixture
.was spark ignited, and the velocity was determined in the initial
U L' U
I c~
,section. Some of the results are shown in Figures 1 and 2.
1/4
UDC: 536.4068
----------- - ----- --------------

ACC NR- AP7000644-
4C
Z)

2 81 0. 20 4 60
Fig.. 1. Dependence of the
normal burning velocity S
-he U
on the pressure and
temperature with mixtures
containing 9.5% (1) and
8% (111 methane. '16- 500;
1500; 4- 2009C*
2- 100 3
A

ACC NR: AP7000644
20
Fier. 2. Dependence of on
-io S
the pressure and the methane
an
6 content in the mixture at
__L~ 5 initial temperature T -1500.,
1-1-T-IT ..
4__ 1-1-FiT 1% 120-11
1 2 1", 3- - 4- 13'
5- 6%-; 6- 7~'; 7- 8%;"'A- 9-5~
6 methane.
IThe pressure and temperature exponents in the correlations for the
U $4
burning velocity were calculated on the basis of the ther-nial'theory of
1'.[*lame propagation as a chain reaction with one active center. It was
Ahovm that the-pres sure., exponent n is a function of the mixture com-
position, femperature,.and pressure. L. In the 1-8 atm range,n decreases
:an1d "in the 6 :--- 70'_e,,iC*rii%*d, it *:~_s prdcticall~ constant. * The exponent
in has.a maximum cl*ose to the stoichiometrie composition. Vne tempera-
L;Qrd 3/4
40

17
ACC NR; AP7000644
tlure exponent m is a function of the composition and pressi.-ae. The
exponent n. has a maxiinum of about 2 at a stoichiometric co-wposition.
brig.art.has: 3 formulas and 5 figures.
LUB CODE: 21/ SLMM DATE: o5yar60"/ ORIG..REF: 006/ OTH Ml?: 002

J`N PY D A- -4- " ' ) i ')
AUTHOR: Babkin, V.Ya., Engineer (Sverdlovsk) 28-4-2'8/35
TITLE: C70ST8032-56 is in Effect (6rOST8032-56 v deystvii)
PERIODICAL: Standartizatsiya, 1957, #.4, P 79 (USSR)
ABSTRACTs The author of this short note points out that the present-
ly used norms for the chemical industry do not conform with
the preference numbers standard, rOCT6032-,56, and suggests
a revision. The normalized series for container bottoms and
jackets have shown that-this standard results in a reduction
of the variety of designs,.in an inervased serial production
and reduced raw material consumption.
AVAILABLE: Library of Congress
Card 1/1

BABKIN, V.Ya.. inzhener (Sverdlovsk).
-NNOW ~
The All-Union State Standard No..~032-56 is in operation. Litwidartizataile
no.4:79 Je-Ag 157. (Kw 10:9)
(Chemical apparatuo-Standards)

1. BAPKIN, Ya. L.
2. USSR (600)
4, Evaporating Appliances
7. Lengthening the life of steel pipes in evaporating apparatus. Sakh. prom.
27 No. 5, 1953.
9. Monthly List of,Russian Accessions, Library of Congress, April -1953, Uncl.

5(2)
AUTHORS:
Tl=:
PERIODICAL:
ABSTRACT:
Card 1/2
SOV/80-32-5-45/52
Titov, V.A. Babkin Yu A Balandin, I.M.
The Corrosion of Metals in 'Ehiony1ch-loride
Zhurnal prikladnoy khimii, 1959, Vo' 32, Nr 5, pp 1167-1169 (USSR)
Thionylehloride is the raw material for dyestuffs, moving picture films,
pharmaceutical products, etc. With the moisture of the air SOC12 forms
S02 and HC1. Its corresion activity Is not yet investigated. Ex-
periments were made therefore under laboratory and industrial conditions,
In the first ca:ze the pure substance was used, In the second case a
mixture of 80% SOC12s 2.7% dissolved gases and 17.3% chlorides. It has
been shown that the resistance of copper and titanium it very low, being
131.5 mm/year and 6.8 mm/year, respectively. 'The corrosion of the steel
of EI-461 acid lKhl8NqT grades was 0.01 and 0.02 mm/year, respectively.
Both stee2s have also a high ductility,, toughness and good weldixZ pro-
perties. EI-461 is very expensive and can be used only for a small
number of apparatus parts.

The Corrosion of Meta.-Is in Thionylchloride SOV/80-32-5-45/52
There are 2 graphs and I table.
ASSOCIATION: Moskovskiy institut stali (moscm ITLstltute of Steel)
SUBMI=: fAaY 30, 1958
Card 2/2

82"5
s/149/6o/ooo/0o4/oo9/oo9
AUTHORS: Babkin, Yu,A., Tomashov, N.D., TLtov1_V.A., Konstantinov, V.I.
T=- Corrosion Resistane0of Tantalum-kobium Alloys in Sulfurous Acid
PERIODICAL: Izvestiya vysshikh uchebnykh zavedeniy, Tsvetnaya metallurgiya,
1960, No. 4, pp. 15_3-156 &(
TFXT; The authors investigated the corrosion resistance of tantalum-nioblum
alloys in sulfurous acid at various temperatures. Tlie alloys were prepared of
electrolytic powders by the metalloceramic method and subsequently rolled into
sheets. Specimens were out out of the unannealed sheets. The tests were performed
with specimens of pure tantalum and niobium and their alloys with a Ta content of
21.6; :54; 48.9; 51.1; 67.) and 70.8 atomic %. The amount of admixture In the
al-loys did not exceed 0.1%. Prior to the tests the specimens were polished, washed
and degreased. Corrosion tests were performed a-"-- 20 and 600C with flasks with
ground stoppers. At 110 and 1500C the experiments were carried out with soldered
glass ampoules placed in metal cylinders with screwed-on stoppers. To prevent
the destruction of ampoules by internal pressure, the cylinders were filled with
water whose vapors produced the necessary counter-pressure. The flasks and
cylinders were kept in a thermostat for 20 hours. During the tests, measurements
Card 1/_3

82U5
S/149/60/000/004/009/009
Corrosion Resistance of Tantalum-Niobium Alloys in Sulfurous Acid
were taken of the corrosion rate (J-n g/m2 hr)~. proneness to crystallite corrosion;
changes In -the mechanical properties, and electrode potential. The irreversible
electrode potential was measured every r,-10 minutes during 3_4 hours by the con-
ventional. potentiometric circuit. A calomel electrcde served as a comparison
elect-lode. The following results wen obtained.- Corrosion of pure niobium and
m6nium alloys with 21.6; 34 and 48.9 atomic % Ta was observed in 90% H2SO4 at
1100C. An increased Ta content made the alloys corrosion resistant in the same
degree as pure Ta. Proneness to crystallite corrosion was not observed. During
the corrosion process changes In tKe mechanical properties of niobium and the
alloy with 21.6% Ta took place as a result of hydrogenization. In 90% H2S04 at
6ooc, nioblum corrosion depended linearly on the holding time at a mean rate of
0.354 g/m2.hour. The n1obium alloy with 21,6% Ta corroded noticeably after 100
hrs. Maximum hydrogenization of niobium at 1100C was observed In 60% H2SO4-
Niobium and its alloy with 21.6% Ta corroded, depending on the temperature, ac-
cording to the exponential equation
Q
K = Ae - ITT
where A is the constant; Q is the aciivation energy of the process in cal/mole,
Card ~/3

82445
s/149/6o/ooo/0o4/0o9/bo9
Corrosion Resistance of Tantalum-Niobilim Alloys in Sulfurous Acid
R Is the gas constant, and T is the temperature in K scale. The activation energy
of n1obium is 5440 cal/mole and 15,000 cal/mole for tbe alloy. It was established
that Ta-Nb Alloys, beginning with a Ta content of over 30%, were almost fully
corrosion resistant in 90% 112S04 at 1100C. This approaches the resistance of
pure Ta. The allor. ca-n be recommended to be used as structural and coating
materials for equipment and structures operating under similar conditions, There
are 4 graphs, I photo and 4 Soviet references.
ASSOCIATIONg Moskovskiy institut stali (Moscow Steel Institute) Kafedra korrozii
i zashch4ty metallov (Department of Corrosion and Protection of
Metals)
SUBMIWED, August 20, 1959
Card 3/3

SOURCE, Vsesoyuznaya nauchno-tekhnicheskaya konferents;* o p~jobiente vibratsi-
-Y
onnQzo i goren~ a. 1961. Trudy. Moscow, Sektor nauchno-
_ ___ ~ _ =~~ - - -- - lyi -
tekhn. inform. GIAP, 1962, 25-30
TOPIC TAGS: pressure sensor, pressure measurement, precision instrunent design,
ion exchange resin
ABSTRACT: Electrokinetic pressure gauges ake use of the phenomenon of flow poten-
'tial which arises when a polar liquid passes through a system of capillaries or a
!porous membrane made of insulating material. With regard to this:
E P
4rna
where E and P are the potential an*d4pressure differences with respect to both sides!
of the membrane;'t is the zeta potential determined by the propertios of fhe mem-
brane and the liquid; Es n and c; are the permittivity, viscosity and conductivity
Cord 1/5

L 346,c)1-65
'ACCESSION NR: ATS004083
of the. liquid. ...,An electrokinetic pickup (see Fig. 1 of the Enclosure) consists Of
a body I and a porous membrane'216A miade from a good dielectric, end membranes 3 A"
and current-collecting electrodes 4. If the membranes are only interfaces between
the ambient medium and the working fluid and do not introduce any forces of elastic
resistance into the system, the sensitivity of the unit E/P remains constant within
an extremely wide range of pressures and frequencies with almo:;t total absence of
I phase and frequency distortions. This property, combined with the fact that the
internal resistance is practically free of reactancet makes the electrokinetic
gauge indispensible for quantitative measurements of the broad spectra of pressure
oscillations. The sensitivity of an electrokinetic gauge for a giver, membrane-
liquid pair is inversely proportional to the electrical conductivity of the liquid.
Previously designed gauges of this type have not been widely used because of low
pressure sensitivity, non-linear characteristics due to the use of metallic elastic
membranes and tine instability of the sensitivity duq to the change in conductivity
of the liquid as soluble components are leached from the material in contact with
the liquid, including the oxide film on the surface of the metal parts. TheBe dis-
advantages a-.-e eliminated to a considerable degree in an instrument developed for
. ts
special measurements in pulsating flows (see Rig. 2 of the En(aosurel. All pa-
of the gauge which are in contact with the liquid are made frx)m plas-tic:15the body
i Card

L 34691-65
ACCESSION RR: V5004-083
of the gauge and the porous membrane from plexiglass, the end membraries from a thin
polyethylene film 0.05-0.03 mm thick. There are no metallic electrodes in the
gauge. The secondary pu4es are taken off by coating the inner surface and ends of
the gauge with graphit .~ The working fluid is pure water. In order to maintain
the conductivity of the water at a minimum and constant level, ion exchange vtcbil-~'
,ization is used. H and OH ion exchange resins are introduced into b:)th cavities of!
the gauge. A detailed description of the construction, operation and character-
!istics of the gauge is given. The sensitivity of the instrument is 50 Watm, the
1potential difference at P =6 kg/cm2 is 300 v, the internal resistance is about 1-5-t.
2.5 mg, and the sensitivity of the instrument remins constant within a temperature
Irange from 1 to 600C. The gaW breaks down above 600C when the ion exchange resins
begin to decompose. Orig. art. has: 3 figures, 5 formulas.
it.SSOCIATION:
none
ISUBMITTED: 29D.~c62
[No REF SOV: 003
card 315
ENCL: 02
OTHER: 003,

L 34691-65_
AMSSION NR: ATS004093
ENCLOSURE: 01
P
Fig. 1. Diagram of electrokinetic pressure gauge: 1--bcdy; 2--porous membrane
i3--end membranes; 4--current-collecting electrodes
Card
----------

1. DADK.R! Yu- L.: IAYSMAN, M%L'W.
2A' USSR (600)
4. Steam. Boilers
7. Operation of a steam conpressor installation at the Elant-Kolenovskii suEar factory.
Sakh. prom., 26, No. 12, 1952
9. Monthly List of Russian Accessions, Library of Congress, February -1953. Unclassified. I

TKA IN. Tu.L.I
~141
Stow Jet starter. Bakh.prom. 29 no.2:28-30 '55.
(Km 8:6)
i. Kupyanskir wakb&rwy rayod.
(Steam jets) (Stow boilers)

BABKIN, Yu.L.
Valveless priming of centrifugal pumps. Sakh.prom. 29 no.7:
34 '55. (KLRA 9:1)
1.Kupyanskiy eakharMy zsvod.
(Centrifugal pumps)

AUTHOR: Babkjn, Yu.L., Engineer. lo4-4-27/4o
TI12LE: 1ff_-1_n_df6~atoi of the load on drum type ball mills. (Ukaza-
tel zagruzki barabannosharovykh mellnits.)
PERIODICAL: "Elektricheskie Stantsii" (Power Stations), 1957,
Vol. 28, No.4, pp. 81 - 82 (U.S.S.R.)
ABSTRACT: The efficiency of operation of drum type ball mills
depends to a veW large extent on their being correctly loaded.
However, theXEI is as yet no instrument by which the loading
of mills can be measured under operating conditions, partic-
ularly when working without an intermediate bunker. The widely
used system of estimating the load on the mill from its res--
istance can only be used on a system with intermediate bunkers
when the resistance of the entire dust tract remains reason-
ab,ly constant. The method of reindating the load on ball
mills used on imported machines ~:For example Foster-Wheeler)
is unreliable when milling wet coals and is applicable only
to short mills fed frcm both ends. Experienced operators
with good hearing are able to regulate the load on the mill by
ear. This is because when the mills run empty they have a
characteristic metallic noise and when overloaded they have a
1/3 weak soft noise without distinguishable metallic note. Hence
the optimum conditions of operation should correspond to a

An indicator of the load on drum type ball mi
definite level of metallic noise. Altliough experienced men
can judge the opemtion of a mill by the sound with success
they tire after a time and lose their sensitivity. An instiu-
ment was therefore developed and tested to indicate the load
on the mill on an arbitrary scale* The instrument consisted
of a microphone, an audio-frequency filter which passes high
frequencies and suppresses low frequencies, an audio-frequenoy
amplifier with an undistorted sound output of not less than
2 W and an indicating galvanometer with a tuned the=o-elec-
tric rectifier supplying the galvanometer. Details of the
equipment are aescribed including protection against dust and
the circuit is given. Thermo-electric rectification of the
audio-fre quency current was found to be most satisfactory for
although other rectifiers reVire less amplification they do
not give a steady reading. The method of adjusting the equip-
ment is described. The instrument is more sensitive to undar-
loading thanto overloading but it always reacts sooner than
the most experienced man to changes in conditions of fuel
supply. The instrument requixes adjustment about every 4 -
600 hours of working, it costs about 800 - 1 000 Roubles
2/3 excluding the galvanometer. The instrument was tested for
mcre than 6 months in the boiler house of a sugar factory and

-1 30088L6
WMR/rIs
ACCESSION M- AT15004092 S/OOiDO/62/4)00/000/0088/.'640r�4 Z/7
AUTHOR-. Babldn, Yu. L.
7TTLE: Pulsed combustloll of liquid fuels
SOURCE: V8osoyuznaya VIucbno-teV%Icbeskaya konferentsiva po probleme vibratj4ionnogo
i pul Isatsionnogo gorenipa. _S&kFor_ngu-c_hno-~Wr_hn, iff6ri-m,
UL", IN2, 88-94
I:TOPIC TAGS: combustlon,,pids6d 6oinibustion high power combustion, PI 6d-c6nibuiati I%'
'chamber, pulsed combustion boiler, boiler Zign
ABSTRkTi- In vl of thi for -a-sharp ieduction in size of power-~prb fig. boiler
i_ ew ne - Anal
aggregates, the EaBtern Affiliate of the VTI in Chelyabinsk bns conducted investigations,
since 1958, in connection with the d Ign of industrial equipment using the intensive
vibrating combustion of gaf, andfuel oil. The approach was motivated by the known data i3
the scientific literature wh-.ch indicated that one should be ableto: a. create very intensive
p-3 and fuel oil combustion in small-Eiize chambers; b. achieve external flares with
apprmdmately evem low lumiInance duiIng gas and fuel oil combustion; c. achieve large
beat generation densities without any gignificant increase in blast; and d. increase the
convective heat exchange ai, the expenlite of oscillatory accelerations and utIlize the vibration
Cord 1/2
M WIN N I FINIFIRM 1"I WIN M M MI 0 an MI rim M

ACCESSION NR-. AT600409M
7~'
self-blowout of the heating surface. T'ne article describes tents carried out in special
chambers for pulscd cornbuE tion xvith ii-I .wh,1-!,!t aer-odynarnk -alve,;~ as Nvnll a5: in a
counter-phase chamber (which proved r,,saltis LLat P,,dsea corr..Lusu~,n
Oiarnberq cannot he desi~me-i as a kinfl, of adaptet- to the ex.-.L',t_ng eqL.ipment. niis t~,Oe
c-.f cornhustion requires the developmer; !)I ch-InDel-less . buitcr-
Their construction, lining, ind insulation must bt- rt-sistani t- vibr,.t-ons, and ,her
outer air ducts must be souxid absorbent. A special bureau of the Tagaurogsldy iwtel'nyy
zavod (Taganrog Boiler Factory) is presently designing such & special boiler to satisfy
the ah.)ve-mentic,nc-1 roquirernents. Orig art. has: 4 fi~rures.
VSSOCIATION: nore
f I LMMM ED: 2f,Dec,62 FNCL: 00 SUP C(7)Df: FP

L 27072-66
_ACC NF~_~
SOURCE CODE.,
)027
AUTHOR: Babkinj Yu. L. (Engineer)
ORG: VoFVTI
TITLE: Pulsed-burning chambers as steam boiler heating devices
SOURCE: Toploenergetika, no. 9, 1965, 23-27
TOPIC TAGS: steam boiler, electric power plant
&B~TRACT
,In regard to Increasing the specific capacity of the heating
elements.of steam boilers* the pulse-burning phenomenon Is of interest.
It promises: increasad specific heat transfer; self-intake as in pulse-jet
';motors; very. high forcing of the vibrating tubest up to 100,106 W/A 'a fuel
oil flame with radiation characteristics similar to those of a gas flame;
and use of the pulsation of the gas flame for cleaning the burning surfaces
of external contaminants.' One principle problem in the development of a
pulsed burner has been the development of valves to insure one-way 'traffic"
of burning mass in the chamber, Plastic will not withstand the heated Input
air and'metal "flapping" valves fatigue too quickly. A rotor valve requires
continuous control of speed, to synchronize it with the instantaneous resonant
frequency of the system. The answer is an aerodynamic valve with no moving
,partst in which the incoming inert air mass acts as a llpluglt against reverse
UDC: 621-'.43.056:621.182.9.001*3

-L -27072-66
ACC NRr AP6017465
flow. With a refinement of.,this device, plus a preliminary"resonant chamber
where the fuel is atomized, an experimental model achieved the goals desired.
A description and diagrams are presented for a heatin unit Installed in V
.1963 under a medium pressure boiler producing 70 tJhr91 at the Ufimskaya Heat'!'
i and Electric Power Station, Experience with this unit indicates that the
major areas for future development are th9se Qf mixinig and heat treatimnt of 1~
the fuel* Orig, arte has: 6 figures, LiPRSI
SUB CODE.- 10, 13 SUBM DATE: ORIG REF-, 008 OTH REF.-. On
Card 2/2

-B-ABKIN, YU.M.
The operation of the speedometers has been improved. Klek. i tepl.
tiaga 7 no-4slO Ap 163. (MMA 160)
1. Noosvobozhdennyy brigadir tsekha po remontu skoicoftsm wo depo
Samarkand Tashkentskoy dorogi.
(Railroads-Equipment and supplies) (Speedometers)

vote.-~- v r
Erys ipe lilt nim, septivemin of turkevs. 40~io-8':"1-,-55
Ag 163.
BabkLna, Priduriyeva). 2. GM%-iiy,1j veter1narn.,r:,,
"Il pyatiletka" Voi,onezhskoy obla-s-L-J. (for

KOZHEVNIKOV, Ye.m., veterinarnyy vrach po boleznyam ptitsi GOLYSHKIN, I.M.,
veterinarnyy vrach po boleznyam ptits; DMIITRIYEVA, P.m..*
veterinarnvy vrach po boleznyam ptits; BABKINA A..Aj
,,,,,.vaterinarnyy
vrach po boleznyan ptits; TAYTLER, Ya. N. p ve r arnyy vrach;
TACHANOV, A,T,, voterinarnyy felldsher
Eliminating pasteurellosis in poultry. Veterinariia 42
no.8.-8-10 Ag 165. (MIRJ 18:11)
1. Voronezhakaya oblastnaya veterinamaya laboratorlya (for
Khozhevnikov, Golyshkin, Dmitriyeva, Babkina). 2. Sovkhoz
"Buda-Koshelevskiy" Gomeltskoy oblasti (for Taytler, Tachanov).
It

-----------
EWT(I)/I-' JK-
AM NKs "AP502-3727 (A) SOURCE CODE: Uft/0346/65/000/008/0008/0001".I
AUTHOR: Kozhevnikov, Ye. -M ; Gqly bMnx I )t* mitri 9-a-Z, -14.,
-YAK
BaLbk1na,, A, A,_ (Veterinary Doctors of the Bird Disease Departmqnt)~~3
1Z?L
ORG: Voronezh Oblast VeterJ
ve t erin-a-r~-sy-a-l-eL'6ora-torJ[i-iY jjory-Lk1jQ:t~Ltor7 (Voronezbakaya oblaatnaya
TITLE: Experimentol control of poultry pasteurelloals
SOURCE: Veterinarilya, no. 8, 1965, 8.9
TOPIC TAGS: experlAent animalv animal disease* animal disease
therapeutics
AB$TRACT: With control of poultry pasteurellosis by vecoi:7~9.tion proving
to'be ineffectivet new control measures were initiated in Voronezh
Oblast in 1963, Sanitation of poultry farms was greatly improved and
infected birds were killed. Vaccinations were used in some cases$
mostly on small isolated fa-rms. On large poultry forms the killing of
infeeted birds was found to be the only effootive meets of controlling
poultry paeteurellosis and has proven to be more economical than other
methods# Healthy poultry from other farms was brought In to replace
the infected birds* Witbin 18 m ontba poultry pasteurellosis was
Card 1/2 ---------UDCt-, None--=-j

LYkKOVSKIY, M.S. p podpolkovnik meditsinskoy sluzhby; BABKINA, A,,S.
" ' k-
Change in the time of aimple mit-or reaction~ffi studentii'---Vo~en.-
med. zhur. no.3834-35 Mr 160. - (MUIA 14:1)
(MOVEMENT (PHYSIOLOGY))

L 18271-65 EEn(M)/EPF(c)/E1'-1P(j Pc-4/Pr-4 RM
ACCESSION 1JR- AP50021064 5/0079/64/03h/00942b97/2-502
AUTHORit Giadshteyn, B. M.; FPhkina,_ E. I.; Fedotova, V. V. - Soborovskiy,,.L. Z.
TITLE: Investigtition Jn Ule series of organic sulfur compounds. V111. Behavior of'
alkpne-- 2nd n1kenesit1fopy1fluorides, as well Ps their hAn derivtives, towArds
trivalent
11
SOURCEi Zhiumal obshchey khinh$ v. nn. 5--, IF64, 28 F 7-29 02
phosphorus--
esters of
TOPIC TAGS- orgn,-ic %Llfur f.,~-r~unO, fluoride, ester, orgAnic phosphorus compound
Abstract: 71he behavior ef alkane- and alkenesulfonyl fluorides, as well as
their halo derivatives, toward highly reactive eaters of methylphosphinou3
acid was studied. The reactions of methane-, ethane-, vinyl-, beta-chloro-
ethane-, and beta-chlorovinylsulfonyl fluorides with the diethyl ester of
methylphosphinous acid were investigated. Methane- and ethanetulfonyl
fluorides did not react with diethyl methylphosphinite under the conditions
used. Vinyl-sulfonyl fluoride added diethyl Tnethylphosphinite in the
1,4-poisition. !~eta-chlorovinylaulfanyl fluoride reacted with dlethyl methyl-
phosphinite at. the beta-carbon atom according to the Arbuzov rearrangement
at equimolar ratios of thia substances. Beta-chlorovinyloulfonyl fluoride
reapted in steps with 2 moles of diethyl, wthylphosphinite, fonaing ethyl-
Card 1/2

L 1a271-65
ACCESS1011 M AT50021,9.8h
(bate-fluoroculfovi-,-ky,)6ei~~l~tosphinite,.----which r"cte'd with-the seco d: mole
n
of diethyl mathylphosphinite similar to the reaction of diethyl methylphos-
phinite with vinylsulfonyl fluoride. Beta-chloroethanesulfonyl fluoride
reacted with diethyl methylphosphite in two waye: by forming the Arbuzov
rearrangement products, and at the alpha-carbon atom, eliminating vinylaul-
fonyl fluoride. Or1q. Prt. hPs 15 formulas And I grnph.
Cq r d2/2

~F-WT(1)/EVIA(J)/EWA(b)-2~ ~RO
ACCESSION NR. AP5021650 UR/0218/65/030/004/0705/0712
577,155.2
AUTHOR: Vasilanko, S. K. Babkina, G. T. <
TITLE: Isolation and properties of ribonuclease from cobra venom~
SOURCE: Biokhimiya, v. 30, no. 4. 1965, 705-712
TOPIC TAGS: toxicology, ribonucleic acid, chemical kinetics, enzyme, magne-
sium, hydrolysis
ABSTRA&: Ribonuclease from the venom of the cobra (Naja oxiana) was isolated!
by chromatography on sulfoethylcellulose, filtered on Sefadekse G-25, and then
isolated again by chromatography on DEAE cellulose. In all tests, the chroma-
tography was carried out at 2C and the'albumen concentration was determined by
growth in the optical density of the ribonuclease during hydrolysis. The kinetics
of the enzyme hydrolysis 6f the ribonuclease were studied by potentiometric titra-~
tion. 100 fold purification of the enzyme was achieved by three chromatographic i'
treatments. With phosphodiester hydrolysis of the products of ribonuclease
hydroysis the products are mononucleotides, while with alkali hydrolysis they are
Carc

L 3339-66
F-ACCESSIONINR- AP50216.50
nucleosides, mononlicleotides, and nucleoside, diphosphates. It can therefore
be assumed that nuclease from, cobra venom catalyzes the breaking of the bond
between t-he phosphorous and the third hydroxyl group of the ribose precipitate.
The enzyme is specific only to ribonuclease, is activated by magnesium ions,
and has an optimum pH of 7. 6-7. 8. 100% thermal inactivation of the enzyme is
achieved by incubatijjg it at 70C for 5 min. "The authors express their deep
thaaiks to D.' G. Xn
orr for his valuable advice in carrying out the work. " Orig.
art. has: 7 figures and 2 tables
ASSOCIATION: Institut organisheskoy khimii Sibirskogo otdeleniya Akademii nauW
SSSR, Nov~?ibirsk (Institute of Organic Chemistry of the Siberian Branch of the
AN SS~jR)
SUBMITTED: 27 u164 ENCL: 00 SUB CODE: LS
NR REF SOV: 005 OTHER: 002

71
1 6432
LJR/03",3/65/001./OO7/1229/1233
jA10"GESSION NR: AP5022277
666.1.-5h2.65
~16
WYTHOR: Goykhman, V. Yu. Babkina, L. K.; Stativa, V. P.
:TITLE: Volume changes caused by beat treatment in heat-resistant
gocerams
SOURCE: AN SSSR. Izvestiya. Neorganicheskiye materialy, v. 1, no. T. 1965,
1229-1233
TOPIC TAGS: glass, glass product, glass property, glass mechanical property,' heat
Tesistant glass, glass crystallization, pyroceram, sitall, beat resistant sitall,
;high strength sitall, glass ceramic, beat treatment
ABSTRACT: The density, absolute shrinkage, closed porosity, transv.,rse strength,
,and coefficient of thermal expansion have been determined in cordi,~14-1'_- type Pyro-
cerams (sitalls) which were heat treated at temperatures varying in t-e lb3O-l3OOC
range (end temperature). This cowlex studj of the properties Df sit;lLlla was nec-
essary for organizing the production of new high-strength and heat-rel;,istant (low
thermal expansion) microci-jstalline gaass materials (sitallg) and gla~3sware. Den-
sity was taken as the must sensitive indicator of Dhase triuisfoimatioas occurring
:during heat-treatment of the glass materiF_.I. The proportion of the glassy phase,

T,
Q4
MMS101 NF' AP5022277
in the material i.e., its degree of crystallization,is directly related to the en-
d
and some other properties of the material. The temperature-dependence of Zhe
ftrue density, excluding the effect of closed macroporosity, indicated two tempera-
_~ure zones, one of' shrinkage and another of expansion, which coincided with the pre-! -
ominance of either the "heavy" (mullite, sapphirine, rutile) or cardierite phase.
d
,The transition point between the two density zones was near 1050C. Temperature
'dependence of absolute shrinkage calcu1ated from the densities of crystalline and
glassy materials followed the same Dattern as that of density but the expansion
:etarted at 1135C only. These changes in the dimensions of the samples are considered
Ao be of great prELCtical importance, since the changes in mechanical strength are
essociated with crystallization shrinkage. Transverse strength was found to be
2)
maximum (40.7 kg/ram at 1050C, which -was also the temperature of the maximum closed
porosity. High mechanical strength in this case is attributed to the formation of
fine crystals associated with the high strength of thin glassy interlayers. In con-
clusion, a decrease in the amount of work connected with final adjustment of glass-
1ware dimensions to specifications was made possible by correcting the dimensions In
the processes of extrusion, casting, etc., - fol2o-%.red by he;at' tr tmehL This paper was
es.
presented at the Seminar on Heat-resistant Sitalls held in L(-nin rad on 26-27 October
has: 5 figures and 3 tables.
.1964. orig. art, [JK)
ASSOCAITION., none
;Card 212

11 ~ r.,_ L_-, i . - .
I . Tj .
27184 B:'.DKlI;,;A) 5 BYWHG-";~~, ~ .:-'. - Novye -helkuvye Tkani. Tekstil. Prom-St:
I "I rl
I
1.
194-11, No. 8, s. 17-19.
SO: Letopis' -7hurnallnykh Statey, Vol. 36, 1949.

RABKINA, I.R.. inzh.; BYUSHGENS, S.S., inzh.; WITRIYEVA, I.A., inzh.
............
IN Using synthetic fibers in standard silk fabrics. Tekst. prom. 18
no.8:15-17 Ag 158. ' (MIRA 11:10)
(Textile fibers, Synthetic)' (Silk manufacture)

SOROKIN, M.F. ~ BABKINA, M.M.
Composition of tricopolymers and the copolymerization constants
of butyl methacrylate, glycidyl methacrylate, and methacrylic
acid. Vysokom. soed. 7 no.4:737-740 Ap 165.
(MIRA 18:6)
1. Moskovskiy khimiko-tekhtiologicheskly Institut Imeni K3ndeleyeva.

*C'~-' NR' AR6031252 ~'A) SOURCE CODE: UR/0081/66/000/011/SO20/SO20
AUTHOR.; Sorokin, M. F.; Babkina, M. Mo
TITLE: Synthesis and study of but-y1methserYlatl coR21ymerx%ith glycidyl-
methacrylate and methacrylic acid
SOURCE: Ref. &h. Xhimiya, Part I , Abe. I IS 121
REF SOURCE: Tr. Moak. khim, -tekhnol., in-ta im, D. 1. ' MendeIU2 vyp. 48,
1965, 201-207
TOPIC TAGS: copolymer, methacrylic acid, butylm,%-thacrylate,
glycidylmethacrylate, thermosetting copolymers
ABSTRACT: The synthesis of buty1methacrylate copolymers (1) with glycidylmetha
crylate (10 and methacrylic acid 011) was carried out in cyclohexanone (IV) and
dioxane (V) at 70, 80, and 90C. Benzoyl peroxide (IV) and dinitrile of azodi-iso-
butyric acid (VII) in amounts of 0. 1, 0. 2, 0. 4 and 0. 8 mol % were used as initiator
The monomer concentration in the reaction mixture amounted to 20, 30, and 40%
and the molecular ratios varied over a wide range. The copolymerization rate (CIR
increased with an increase in (11) concentration, while (111) in concentration of less
1/2

T"
AR6031252
than.25 mol % was found to retard CR. However, an acceleration of CR was
observed with an increase in the mole fraction of III, accompanied by an increase
in viscosity of the solution, which gelatinizes on reaching a 70% conversion of the
monomer. Such a phenomenon to explained by the capacity of III to form an H-bond
with compounds containing carbonylic oxygen, which is also true for 11, IV and III.
An increase in reaction temperature and in VI and VII concentrations causes an
increase of the rate of copolymerization and a decrease in the molecular weight of
the copolymers. The CR, the molecular weight, and the yield of copolymers
increase with an increase in concentration of the monomers in the solution. IV and
V do not substantially affect CU. The polydispersion of copolymers increases with.
an increase of I content and also with increases in the reaction temperature and
concentrations of VI and VIL V1 amd V do not affect the polydispersion. The
triple thermosetting copolymers obolained are capable of self setting at higher
temperatures. Some properties of the copolymers were determined. V. Agasan-
Oyan. ITranslation of abstract]
SUB CODE: 071

L-18416-66 EWT(m)/EWP(j
ACC NR: AP6003422
SOURCE GOD?,: U:?1019016610of3loolloll5lo~~llC
AUTHORS: Sorokinp M. F.; Babkina, M. M.
ORG: Moscow Institute of Chemical Engineering im. D. I. Mendeleyev (Yioskovskiy
khimik6-tekhnologicheskiy institut)
TITLE: Fractionation of a triple cc ol butyl metha rylatel glyoidyl
methacrylate, and me~hacrylic acid
SOURCE.- VyEakomolekulyarnyye soyeleniy-a, v. 8, no. 1, 1966, 115-119
TOPIC TAGS: copolymert methacrylate plastic, polymerization degree
ABSTRACT: Molecular weight distribution of a triple copolymer of butyl
methacrylate (I), glycidyl methacrylate (II), and methacrylic acid (III) was
investigated by means of fractionation and examination of proper-ties of the obtained
fractions. Composition of the copolymer in mole ~; is: I:II:III = 74-10 : 9.65
.16.25- Synthesis followed that described-previously by the authors (Tr. Mosk.
khim.-tekhnol. in-ta im. D. I. Mendeleyeva, vyp- 48, 1965). Fractionation was
achieved by means of a repeated fractional. precipitation with watnr from 2~'- solution
in dioxane at 20C. Molecular weight, composition, and specific iriscosity of the
Card 1/3 UDC: 676-01:53+678-744

L 18416-66
ACO NR: AP6003422 0
copolymer were determined, in each fraction. Molecular weight distribution curves
:are shown in Fig. 1. Viscosity ~ as function of concentration was determined
'according to the Schulz-Blaacbke equation. Constant KI = 0-95 was calculated which
permitted determination of at certain copolymer concentrations in acetone solu-
tion. -The empirical relatio n between and molecular weight is given by the equ-
tiOn 5,25 - 10-~Wl
Card 2/3--

L 18416-66
ACC IM : AP6003422
Fig. 1. Molecular
weight distribution
curves for copolymer;
I, II, and 111: 1
weight integral
distribution; 2 -
weight differential
distribution; 3 -
number distribution.
Orig. art. has: 3 tables, 4 figures, and 5 equations.
Card 3/3 SUB CODEs 07/ SUBM DATE: 24Feb65/ ORIG REF: 001/ 92H REF: 006'-."--:1.

L 18013-66 EV1T(m)/EWP(J)/T VNI/RM
ACC NR: _AP6004313 SOURCE CODE: UR/0303/65/000/005/0012/0014
AUTHOR: Sorokin, m. r.; Babkina, M. M.
ORG: none
TITIX: Film-forming properties of ternary copolyMers of butyl methaSalate, gly-
~cidyl methacrylate, and methacrylic acid
nyy i h1pr'
'SOURCE: Lakokrasoch e raterialy ik imeneniye, no. 5, 1965, 12-14
JOPIC TAGS: methacrylate plastic, copolymer, thermosetting material
ABSTRACT: The film-forming properties of ternary copolymers of butyl methacrylate
(BMA), glycidyl methacrylate (GHA), and methacrylic acid (MAA) were investigated
with the aim of developing new thermosetting methacrylic copolymers. 20% lacquers
were prepared from these copolymers in a mixture of solvents of the following compo-
sition: toluene, 30%; cyclohexanone, 30%; butyl acetate, 14%; acetone, 26%. Epoxy
resins E-40 and E-181 were used to modify -the lacquer films. The films were depo-
sited on metal surfaces. The measured filia-forming properties are tabulated. The
composition of the copolymer was found to affect the properties of.the lacquer
films: as the content of reactive groups increases in the copolymer, the flexibi-
'Card 1/2 UK: 667.633.263.3

L 18013-66
ACC NR: AP6004313
'lity declines, and the hardness and chemical stability increase. The films are
,transparent, have a good luster, and are capable of self-curing at high tempera-
itures. Their drawback is the lack of impact strength. When the plasticizers tri-
:cresyl phosphate (TCP) and dibutyl phthalate (DBP) are used, the impact strength
:improves, the other properties remaining the same. Orig. art. has: 1 figure, 2
i
:.tables.
SUDH DATEi. 00/
ORIG REF: 000/
OTHAEr, ooo

GOROVITS, ShAh.; I~UKINA, M.S., red.
[Planning of a local economy in a region; collection
of problems] Planirovanie mestnogo khoziaistva v raione;
sbornik zadach. [n.p.] Vysshaia shkola, 1964. 72 p.
(MIRA 17:6)

GORYUNOV, Nikolay Andreyevich; BABKINA, N.G.. redaktor; GUREVICH, M.H.,
tekhnichookiy redaktor
[Raising ducks) Razvedenie utok. lzd. 2-oo. perer. i dop. Moskva,
Goo. izd-vo solkhoz. lit-ry. 1955. 159 P. (MIRA 9:8)
(Ducks)

VOLKOV, A.A.; SHKUDOVA, R.I., metodist; TIKHOMIROV, V.N., otvetstvenny7
redaktor; BABKIA4,,Aj-, redaktor; FBVZNBR, V.I., tekbnicheakiv
redaktor
E'Poultry breeding and pond fish cultureO pavilion; a guidebook]
PaTillon 'Ptitsevodstvo i prudovoe khozialstvoO; putevoditell. Hooky&.
Goo, lzd-vo selkhoz. lit-ry, 1956. 27 p. (MIJ?A 9:12)
1. Moscow, Voesoyuznaya seltakokhozyaystvannaya vyetavka. 1954-
2. Direktor pavillona-(for Volkov)
(Poultry) (Fish culture)
(Moscow--Agricultural exhibitions)

PANSKIKH, Konstantin Georgiyevich. kandidat aellskokhozyaystvennykh nauk;
BABKINA. N.G., redaktor; nYZNER, V.I., takhnicheakiy redaktor
[How we achieve high poultry production] Xak my dobivaemsia vyaokoi
produktivnosti ptitsy. Moskva. Goo. izd-vo sellkhoz. lit-rv. 1956.
70 P. (MLRA 10:2)
1. Direktor ptitsesovkhoza *Arzhanke" (for Panskikh)
(poultry)

Ai
DOYAMXOV, Nikolay Aleksandrovich. dots.; BABUNA, N.G., red.; GORIKOVA,Z.D.,
tekhn.red.
[Hogging off potato and sugar beet fields) Past'ba evinei as
posevakh kartofelia i sakharnoi evekly. Moskva. Goa. izd-vo
mellkhoz. lit-ry. 1957. 42-p. (MIRA 11:5)
1. Altayskiy sellskokhozyaystvennyy institut (for D'yachkov)
(Swine-Feeding and feeding stuffs)

KRISHCHUNAS, I.Y., akedemiki radektor; BABKI!LN. G., reda"or; GCR!KOVA, Z.D.,
tokhrdcheakiy redaktor
[Pollination of greenhouse and hotbed plants by bees3 Pcheloopylenie
teplichnykh i-parnikovykh kulltur. Pod red. I-VArishchunse. Moskva,
Goo. izd-vo sellkhos.lit-r7, 1957. 62 p. - (KLRA 10:9)
1. Vaesoyusnays akedemiya sellskokhoz~aystvennykh nauk iment I.V.
Lentna. 2. Daystyltelinyy chlen Yeesayusnoy'ilmdemil sel'sko-
khozyaye tvennykh nauk tment V-1-Imnins (for Krishchunse)
(Artilization of plants) (Bees)

/- ' ~-j- :~ - 1, ~.. I I
I
*VAZ)iL#YSV-.- A.V., doktor sell skokhozyaystvannykh nauk. redektor; LITOV"a'hi~i1fu,
G.R., kandidat sel'skokhozyaystvennykh nauk, redektor; RABI:I&. N.G
redaktor; SOKOLOVA. N.H., takhnichookiy redst-tor . .1 - - .
[Sheep breedingi Oyteevodetvo. Ixd. 5-oo, ispr. i dop. Moskva,
Gos. izd-vo sellir-hoz. lit-r7. 1957. 295 P. (HLRA 10: 10)
(sheep)

BABKLU, N.G., redaktor
R'
[Progressive practices of stockbreeding in Kazakhstan] Peredovoi
opyt v zhivotnovodstve Xazakhstana. Moskva, Goa. izd-vo sellkhoz.
lit-ry, 1957. 302 p. (MLRA 10:9)
(Kazakhstan--Stock and stockbreeding)

I. - -' 1 -1 - -1 --
r f F ~'--rr T ~ - --7;777-
I/ , - .1
i
ROGALEVICH, M.I., kand.sellskokhozyaystvennykh nauk. red.; BABKINA, N.G..
red.; ZUBRILINA, Z.P., tekhn.red.
[Horse breading] U --eevodstvo. Izd-3-e- Moskva, Gos.izd-vo
sellkhos.lit-ry, ".7. 34o p. (MIRA 11:1)
(Horses) -

GERD, M.A.; INIKOV, N.M.; MhZOVER, A.P.; IWAROV, V.P.; ORLOV, A.P,;
SAKHAROV, N.A.,,__BABKIU, N.Cv., red.; GORIKOVA, Z.D., tekhn.reid.
[Principles of the raising of workiqg dogs] Osnovy sluzhebnogo
nobgkoyodetva. Moskva, Goa.lzd-vo sollkhoz. lit-ry, 1958.
367 P. I (MIRA 11:12)
(Dogs)

ANDREYEV, Konstantin Pavlovich, doktor veterin.nauk; MKINA, N.G., red.;
MAKHOVA, N.N., tekhn.red.; DMVA, V.M., teWii~.~red.
(Protection of animals against flying bloodsucking insects and
warble flies] Zashchita zhivotnykh ot krovososuBhchikh leta-
iushchikh nasekomykh i kozhnykh ovodov. Izd.2., ispr. i dop.
Moskva, Goo.izd-vo aeltkhoz.lit-ry. 1959. 43 P. (MIRA 13:8)
(Agricultural peats) (Diptera)

MARTYSM, F.G., prof., doktor sellskokhoz.nauk; LYAYMAX, S.M., prof.,
doktor biolog.nauk; GRIMSKIY, A.M., kBnd.ekonom.nauk; VAVILXI]i.
A.S.. kand.biolog.nauk; IARPANIN, D.P.. kand.biolog.nsuk;__~~I-H-A'
N.G., red.; ZUEULINA, Z.P., takhn.red.
(Raising fish in ponds] Prudovoe rybovodatvo. Koskva, Goo.
izd-vo sallkhoz.lit-ry, 1959. 347 P. (MIRA 13:8)
(Fish culture)

VOROTILOV, Hildwil Aleksandrovich;.BABONA, N.G., red.; TRMMINAP
O.N., tekhn.red.
[Pastnre and feedlot fattening of cattle] Nagul i otkorm
krupnogo skota. Moskva, Gos.izd-vo sol'khos.lit-ry, 1960.
90 P. (mm 14:2)
(Cattle--Feeding and feeds)