SCIENTIFIC ABSTRACT BAUMSHTEYN, V. - BAUTIN, N. N.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000204020003-0
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 6, 2000
• Sequence Number: 3
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

BAUMMM, V.
Plowshare made of silicates. M 2 n0.3:26 Hr 160.(KIRA
13:6)
(Flovs)

ALR4T'YE;Vj Aes, profog doktor
tekbn.nauk;,BAUICHThyNp V., ekonomist
Golden resources at the Sivashe NTO 3 noo4:27-29 Ap
161.
(MIRA 14;3)
1. Predsedatell Ukrainskogo respublikanskogo
pravleaiya
Vaeso.vuznogo Ichimicheskogo obahchestva imeni
D.I.Mendeleyeva (for
Alentlyev),
(Sivash-Natural resources)

AUTHOR: Baumahteyn, V.E., (Kiye~ 25
TITLE: The Road of Challenge (Po puti derzaniy)
PERIODICAL: Nauka i Zhizn', 1957, # 11, pp 45-46 (USSR)
ABSTRACT: After a comprehensive study of the works written by
the
famous Soviet microbiologists Gamaley and Zabolotny the Soviet
scientist, Doctor of biological sciences, Vera Iosifovna Bilay,
devoted her first scientific treatise to questions concerning
the physiology of mineral nutrition of a fungus group from the
fusarium variety. For the results achieved,the USSR Academy of
Sciences awarded her the prize for young scientists. In her
thesis on fungi of the same kind she succeeded to discover the
existence of a poisonous microscopic fungus of the fusarium
variety which develops on the grain and later on, when entering
into flour it may cause disturbances of the human organism.
One of Doctor Bilay's most remarkable works deals with problems
on antagonism and antibiotic properties of fungi which might
be used in medical science. In cooperation with follow scien-
tists of the Institute for Microbiology of the USSR Academy of
Sciences she discovered a new medicinal preparation -
microcidq.
Card 1/2 It in applied with various suppurative surgical
diseases, with

The Road of Challenge
25-11-19/28
stomatology, gynecology and also with serious tonsillitis- In
1952, Doctor Bilay received the Lenin prize for this
discovery.
In 1953 the publication of her monograph on the research of
poisonous fungi on grains met with great interest. Presently
V.I.Bilay studies the influence of certain microbes on others
infecting human beings and plants. There are good prospects
for an effective application of some of the tooted
preparations,
containing special microbes. V.I.Bilay is the author of
various scientific publications written in a popular style,
such as "Sun, Life and Chlorophyll", "Our Invisible Enemies
and Friends" and "Victory over Invisible Enemies".
There is one photograph and one sketch.
AVAILABLEs Library of Congress
Card 2/2

BOGOLYUBOV, 'Vasiliy Ivanovich[Boholiubov, V.I.);
F-ULCIIIl-S,
Vitaliy Vasillyevirh fgalieclDrtsl. V.M. inzh.:
BAWISHUT.N. V.Ye.[Baumshte1nj V.IE.]j red
[Mint that makes gold; chemistry in our life]
MonetrVi
dvir., shcho kiilue zoloto; khimiia v nashomu
zlWtti. Kyiv,
Politvydav UkrairWj 1964. 10~ p. (~UIU 17.9)
1. Glawyy spetsialist otdela planLrovaniya
khimicheskoy pro-
m7shlermosti Gosudarstvennogo planovogo komiteta
Ukr.SSR (for
Kalechits).

ANDRIYWO, Leonid Vasil 'yevich[AndriienKo,,
L.V.];
~!~ " ~ - -I
V.Ye., red.
[General trend; the ways for agricultural
intensifica-
tion] Generallnyi napriam; shliakby
intensifikatsii
sillslkoho hospodarstvft. Kyivp Politvydav
UkrairW, 1964.
207 p. 1~1:1)

BAUMSHTEYN, V.Ye.; COLIDDERG, L.Ye.
Experimental study on the effect of olivomycin on kidney
and liver
functions. Antlbiotiki 9 no,3:252-258 Mr 164.
(MIRA 17;12)
1. laboratoriya eksperimentallnogo izucheniya lechebnykh
svoystv novykh
antibiotikov (zav. - prof. V.A.Shorin) Instituta po
izyskuniyu novykh
antibiotikov AMN SSSR, Moskva.

GRISAN, I.; CRACIUN, M.; CRISANI M.; BAUMSTARKp A.
Establishing limits of soil adsorption capacity and its
correlation
with some physical and chemical characteristics. Studii
agr
Timisoara 10 no.1:49-57 Ja-Je 163.

UUMSTARK.. I... ing.; HMOC, Ema, ing.; DRAGAN,, I.,
ing.; BALAN, Sp., ing.
Pedological exciitsions in the regiono of Banat and
Crisana. I.
Studii agr Timisorara 9 no.1/2sl5-26 Ta-Je 162.

OPRIA, C. V., prof.; MUFMANU, P. L.; DRAGAN, I.; CRISAN,
I.; OPRIS, L.;
MIHOC, Zma; BALAN, S.; A~ ~STM~Ij PEMSCU, C.; VILCFANUy
Nicoleta
Studies on the soils of the western part of our country.
Studii agr
Timisoara 8 no.3/4:163-169 JI-D 161.
1. Hembru al, Comitetului do redactie ai redactor
responsabil adjunct,
*Studii 9i cercetari, Biologie zi stUnte agricolem (for
Oprea).

BAMIAK. F.
Briquetting fresh brown coal. P. 16.
vol- 5, No. 3, May/ June 1956
Fofiya, Bulgaria
Fo. East European Accessions List Vol. 5, No. 9
-September, 1956

29 L,2 6
B/043/61/000/0.04/004/008
D274/D302!
AUTHOR: baushp G6
TITLE: Supersonic flow of ideal gas past flat bodies and
Filender.axisymmetric bodies
PERN'DICA61 6-iiingrad. Univeraitet..V6stnik Seriya matematiki,'
inePhaniki i astronomii# no. 41' ig6lv 103 -..114-*
TEXT: The flow problem past slender bodies is solved by expansion.'
of all the gasdynamic quantities in power series of the small.parar'
r
meter
Y CP
+ v
The approximate solution-is obtained for the region between the
shook front and the slender body with sharp leading edge; the'den-
sity discontinuity is not BUPPOsed to be strong. The solution is va6-
lid for values of X k, p where K Mug and K, -~ 1 is determined
from the condition a.*c/)O(a), a and 0 being (respectively) the
Card 1/8

6
SAC43/6l'/000/004/004/008
Supersonic flow of ideal gas D274/D302
inclination of the body profile and of the shook wave to the inci-
dent stream.Purthert the second Busemann approximation is
generali-
zedl as well as Newton's more exact formulas This generalization
agrees wellp for any M.> lp with the results obtained by the
method
of characteristics, provided the shook wave is an associated wave.
Equations of motion-: The stream function V.is introduced by means
of the ec,-aation.
r
dVr pur dy ?v (1 + 1)dxf
R
where r r.,+ Y 008 all. W the equation of the profiles V
1 for flat bodies and.,,V=--2 for axisymmetric bodies. In the
coordi-
nate system xf Y the equationsof motion are
6Y. 1 dy V
OW pur'.. ax U
PU',TX- + PV Fx-+ T_ t::t 0',
=0;.
I+ y x,..* R+yj
P 0:~
..Card'2/e,

29026
8/043/61/000/004/P04/008
Supersonic flow of ideal gas ... D274/D302
The boundary conditions are set up. The solution is sought in the
form
y = YO + zy, + r ro + Er, u = u0 + Eu1 +00.;
V = V0 + Ev 1 + p p0 + SP, P = Po + ep,
where r0 + y0+ cos a; r1= Y, COO a* (6)
The.,ooeffioiento of series (6) are evaluated for slender profiles
(i.'e'* with BMall a and da/dx). After transformationsp one obtains
fok the first coefficients
YC= I dW. vj=Udy & 00 (W);.
-U Porov- PO
V (7)
2 MY
4+ Vi ~ U dW'
+DI(W)'nPO='O(W); PC + W;
roo-I
Card 3/8

Supersonic flow of ideal gas ...
29026
S/04 61/000/004/004/UOB
D274YD302
other expressions for the second coefficients. The determina-
tion of the first coefficients reduces to solving the following
system of integral equationst
r =. U T - d'T. + r; p U a2ro d -r + OU2r* 12. (10)
0 M 2 p r-V- I 'o aX2 r o- 1 P . 0
0 0 0
0
46
The second coefficients are found by the same method. The integral-
equations are solved by the method of successive approximations. In
the case of flat profiles the solution for a wedge is taken as the
first approx'imation. As the zeroth approximation one can take yoo
,K2. (;Omputations show that the sequence of approximations con-
verges'very rapidly: the third approximation already coincides with
the exact solution. For a wedge, system
4-
U
-M-T + r; po
PO'
Card 4/8

29026
8/043/61/000/004/004/008
Supersonic flow of ideal gas ... D274/D302
(corresponding to Eq. (10)) can be solved exactly; here r0 =
const.
and 82r0/8X2 = 0. Its solution is
r
*' Aaox; TO*=pouAcg*x; po-p*IPAQ;
o
(12)
A=y(i+j/r-j-+-7;); K=M%.
m the method of suc-~-
For a curved profile, syste solved
cessive approximations), proceeding from the solution for the
wedge,
In the third approximationg one obtains for the pressure
(X) +
=--- n- + X
Ot'LT _ + 2R?
POU, -V -OU -z
X In I + + R~ + +
Pau PRU
+ 1+ +
I+
POV
It is noted that near the critical point where P02 0' the above
Card 5/8

29026
6/04 61/000/004/004/008
Supersonic flow of ideal gas ... D274YI)302
method as well as Chernyylet do not agree with the method of
chanic -
teristics; hence the formula for P03 yields a reliable result
in
the neighborhood of the leading edge only (this is
illustrated by
an example). Axisymmetrio bodiesi The solution is much more
diffi-
cult* With v = 29 Eq. (10) becomes
U ~V 0 d
1 - + U f + P 0 LP r;
ro MY ioro (15)
where Pou Por a cone, the second approximation can be
0 2 a
readily obtained. Further integration leads to cumbersome
expres-
sions. As in the case of a flat profile#.the first
approximation
yields an overestimate for the pressure, and the second- an
under-
estimate. Their arithmetic mean is, for X ;o,-2Pver near to
the
exact solution (to within 1.5 to 2 % approximately5. The
system for
the second coefficients of (6) is also solved by the method of
successive approximations. Generalization of Busemann's
second ap-
Card 6/8

8/043
,/61/000/004/004/008
Supersonic flow of ideal gas ... D274/D302
proximation and of the more exact Newton formula: By BuBemann's se-
conJ aPDroximation is t
ep = C,? + C,-r",
(17)
2 2-24P+-Y+ Ap
where C, = ;~~ 2
C, = - -
With large Kf this formula no longer holds. Hence the coefficients
in (17) have to be differently chosenp viz.
12 c
C* 01 r +,,c 2F - for r>
p c (X + C a2 ~C2
CP 10 2 0 Uq)
C a
P 1 or F
c a + c a~ 4c2 2c2'
1 0 2 o
These relationships hold for all M ~-_ I if the shock wave is an
Card 7

M26
3/043/61/000/004/U04/008
Supersonic flow of ideal gas ... D274/D302
associated wave. For M -* oD , the more exact Newton formula
(LeeB'
formula)i8
c* i12 for !~' > 0;
I P a 2
Cp ~ 0 0 for i%~~ 0. (20)
A comparison of (19) with the method of characteristics showed
good agreement. There are 6 figures and 5 references: 1
Soviet-bioc
and 4 non-Boviet-bloco The references to the B~iglish-language
pub-
lications read as follows: L. Lees, Hypersonic flow. Inst. aero-
naut. sci.t Preprint. No. 554, 1955; Handbook of supersonic
aero-
dynamicep 2, Nav. Ord. Rep., 1952; A.J. Eggers, C.A. Syverston,
S.
Kraus, A study of inviscid flow about airfoils at high
supersonic
speeds. NAGA, Report 11239 1953~
Card 8/8

Supersonic flow of an idwa gas over plans and axioy=trical
thin
bodies., Vest,LGU 26 no*19:103-134 161e (MMA 14:10)
(Aerodynamics, Sopersonic)

S/043/63/000/001/005/011
D218/11308
AUTHOR; Baush 0.
The small-ptrameter methdd in the hypersonic
p a apt-
_,;:flow of-
irfect-gaI3
a P
Leningrad. Universitet. Yestnijc. S riya
PERIODICAL: e
matematiki, mekhtaiki i astronomii.-no. 1..
1963t,86-89
TEXT: The amall-parameter method is known to have a singu-
at the point with zero contour pressure. In the present.
paper, a method is given in which this singularity is absent
for pointed plane and axially symmetric bodies.with continuous
curvature. A similar method was proposed earlier by Freeman
for the case of a sphere (Journal of Fluid Mechanics, v. 8.
1960). The results of the analysis are applied to the gas flow
---around, a-thin__parabolic airfoil.
SUBMITTED: June 4, 1962~
Oard',.1) 1

B/043/63/000/001/006/011
D218/D308
AUTHORS: Grib,*A, A., Baush, Go, and Vyazimensicayal Le Me,
TITLE: Some properties of gas motion at hypersonic
velocities
PERIODICAL: Leningrad. Univereitet. Vestnik. Beriya
matematijci- -mekhaniki i astronomil, ho.-1,-
1963, 96-105
TEXT: The theory of G. A. Lyubimov (Izv. AN SSSR9 OTN ser,
mekhan. i mashinostr., 11 1959) is generalized to smaller values
of K = ?Jo,,. By using somewhat different expansions for the
gas-dynamic parameters, an approximate solution is obtained for
the flow past a thin body with a sharp front edge in the region
between the shock tront and the contour. It is shown that, if
the pressure at any point on a convex contour first vanishes on
the n-th approximation, then on the (n + 1)-th approximation.
it becomes infinite.
Card.1/2

0
2
e

T~2~EWA(=)-2
Pd-!/Pad-10/Pe_5/Ps_4/Pj_4 T-jP(c)
AC~F-ESSI= N.R: A25012132 URiG(A3/63/GG0/G0210G95/G'&05
AMWR: Baugh G.
7'1 tLE_: To~n piston problem in Magnetohvdrodynamics
SC',URCE: LeninV d. Universitet. Vestnik. Scriya wtematiki, mekharxiki i
astro-
nonaii, iic, 2, 1965,
TDPTC TIAGS: magnetohydrodynamics, piston induced flow, magattohydradynar-ic
shock va-.e, nonstatiorian., flow, electroconductive gas flow,
equation
ABSTMCT: The one-dirw-nsionsl nonstationary flow of an electrically
conducting
8as within a constant magnetic field and caused by the rnoti3n of an
infinitely
cnnductit~g pi3ton Is investitated. The piston w1les according -~o a
near-linear
)Ct ca.SC5 r,~ ni,e; ~-Croa~
izv, -,be shock wave nay be zrbLtrzrily stro;,,&, and t'
and weak conductivit,; of the medium are treaLed in separaLe secLior-;.
'i~.L Pr--
blem. Is 5olv,--d in Lnran2lo's coordin4ECB by jincaiizili.- Linj
equationa. Tht resullt5 wy easily be extended to the case of Serieralized
one-
dimensional f1ma. Orig. art. ban; 47 for-mulas and 3 figures.
f
Card 1,'2
Liz

ACCESSION Y.R
: AP5012132
ASSGCTATION:
None
SUBMITTED:
273uti63 ENCL: 00
NO
REF SOV:
0-32 OTHER: 000
SUB CODE: 11M
MT-

BAUSH, G.
The problem of the piston in magmito-gas dynayiZcs.
Vest. YGU 20
no.7;95-105 165. (MIRA 18:5)

Basmll--N . 1% MW.OV, Boris Pavlovicb; MOSOLOV
K.V.p nauchn. red.; TIKRONOVA, W.V., re-d.;
BARANCYVA,
N.N.0 tekhn. red.
[Modernization of training-shop equipment]
Modernizatsiia
oborudovanlia, ucbebnykh masterskikh. Yoskva.,
Proftekhisdat.,
1963. 52 P. (KMA 17% 1)

PZTROVp Vladimir Arsentlyevich; KOLIMAKOV9 Nikolay
Alekseyevich; EPELIMAH,
Gilell Grigorlyevich, Frini-Ii uchaatiye: NIKITIN, V.V.p
MOROZOVS,
I.I.; SIVOKHAp N.V.; UTROBINA, N.I.; NIKITINA, N.N.-
PANKOV9 N.V.;
,BAUSM9 N.P.; TATUOSOV9 X.G.9 doto.1 LIPKM:, L.M.; IEMEVA,
A.K.-971~nz.-Ronq VILIDAVSKIYq I.M.p dots.9 retsenzent;
VOLKOVp
S.A.9 kand. ekon. naukq dotsep red*; CHFASp M,A,A red,
izd-va;
PETOWN9 H.M.9 tekbn. red.
[Contip'aoue conveyer methods used in the lot produetion
of composite
machiees) Potoobno-konvoiernyo metody v seriino m
proizvocIstva slozbrqkh
mashin; is opyta LaningradekogQ zavoda poligrafiobeakikh
mashin. Mo-
akvap Goo. nauohno-tekbn. izd-vo mashinostroit. lit-ry,
1961. 130 pq
(KIRA 14:9)
1. Rabotniki Leningradskogo zavoda ~oligraficheakikh
maahin(for Nikitint
Morosovt Sivokhaq Utrobinap Niltitinap Pankovr Baushev).
2. Leningrad-
i3kiy inzhenerno-ekonomicbeskiy institut (for Tatevosov,
Lipkindp Le-
bedeva),
(Leningrad-Printing machinery and suppl-ies)
(Factory management)

BAUSHEV V K.
Use of furyl resins for antifiltration and b1nding of
sandy soils.
Sbor. dokl. po gidr. VNIIG no-4:95-96 162.
(MIRA 18:7)

BAWc,HKVI V.n.
"The Problem of the Control of Latent Overheating
of Fuel"
Za Ekon Top No 4, 1948

AUSIEA S, A.
EffecL of the methods of administering vikasol on the
growth and radlo-
sensitivity of tumors. Vast AN Mzakh. SSR 20 no#9:74-76 S
164.
(MIRA 3.70.0)

1. A
FAUSHIS, Ya. P. Gand Tech Sci (diss) "Comprni 0
tical and
a
,mclmrdeal creop wrl roLmUmi.11 Kaunas, 1957 16
pp CIA.
~J ~11,- !in ~Ili li~or; Ka-i=s Folytoch Inst)
100 Coples
C-KL, 12-57, 104)
3.1

AUTHORs Baushis, I. P. 3/032/60/036/03/052/064
B010/3117
TITLEs Universal-type ftohlue Used to Investigate Relaxation
PERIODICALs Zavodskaya laboratoriya, 1960, Vol 36, Nr 3, pp 372-373
(USSR)
TEXTs A ne-i aaohine of the type UKIR-1 %~ used to inv tigate
relaxation has been
well as a I*:
designed# A mechanical model (Pig 1) a , eras (Pig 2) of this
machine are given. The working principle of the machine in based on
the fact
that the relaxation of the sample (aftei applying a load) can be
determined by
the change in the force which has to overcome the frictional force.
The
frictional force in ball bearings is determined from the torsional
moment. ThsLto~
arrangement of the machine is described by means of the diagram
given.
Relaxation can be determined under any stress (elongation,
compresaical bend-
ing, etc.). In the text, a paper published by I. A. Oding in
mentioned.
There are 2 figures and I Soviet reference.
ASSOCIATIONs Ka,12-8 ki politekhnioheskiy institut (Kaunas
Polytechnic
Instit
Card 1/1

20298
S/032/61j'027/003/018/025
10 ~)30 AH, 't"'g 31011'B203
AUTHOR: Baushis, 1. P.
TI TLE: ;',ffo~:t ~.f ~ht., siz~~ factor ~,n th-,.-
v~-Iaxatlon strength of
me ~3 1 *
P.-',R1OD1CA:,: Zavcdakaya llab,:ratorlya, v, 21", ncj~ 3,
',961, 330-331
TEXT: The ui;thcr vredi,,ates that the apparatu3 used at
present for
measurIng ztrez- relaxatlon dc not measire the rival
relaxation but the
creep in va-,yr,6 stre2ss. Therefore, a jr,;-versal machine
Y-as designed
whic-h parmlt,3 a moas).)rement :,f stre~,.cj rr-aXation5 up
to a stress of 10 t.
The clamping d,.-F!sf-s and an a-atcmai-ic thermostat allcw
measurements
under differEnt type2 cf load and at different tqmperaturea.
The appara-
tus is schematic!w-.Iy --howr In a figure. Thi ~ffpct~ cf
sl-.e factor
on the relaxation slrtngth cf varicus atceis vias
1-1-t.;dled, In CT (SO)
steel, the relaxation stress ~hznged at ~OOIZC up tQ 50%
within 50 hr.
Large-sized sv~cimena showc~d an intens-r dror cf 2tress.
14nis i5 explained
by the di slocc at -, cn thez,ry. The a! :e .*ir -..f '-.he
specimen plays a
certain role -11 1h,- lfc,rjnata,~n of disloc-atic'ns and the
relea3e of inhibited
Card 1/3

20198
Effect of the ~,!zo
SIDX2/61/027/003/018/025
dislocaticns~ Two limit,. volumes are derivel, In the opse of
the first,
minimum volume, the ?ffect- of nelghbz~rine, dislocations is
missing. This
applies only to single :irystals grains. In the case of the
second,
maximum volume, neighb,;rilng dislocattons havc, seme
Anfluence on the
for=ation of rew, and the rel.e.;,se :f d,~sl3c-stlms. A
further
increase In size is sa-1 z~~ nave rc~ mor, eftect or-
deformation.
For spe~7imena betweer t~-ie m,-nimum arid mtj.Z-1;-~w zhe
relaxation
stress o w-~'-l be the product off two functtons: t,T).
IV
k ) is the funcil,-a- wh--ch oons,-d~!rs the .91ze ar-1
depend's on the
vol'ame V~' J'(l o' i T) the cf i-e r&-'azation stress
on the -4natllal stre!.s the time -,, ani the temperature T.
If the
specimen vclume ib -arger than the raximum vol-;:Ee, then
rpik-V) - const.
There are I figure and ! Soviet-b.7oc reierence.
ASSOCIATION; Kaunaask--,y politekhni,~,.he;iMy 41nat:1,at
(Kauna5 FQ:ytecchn.'~ Instatate)
Card 2/3

20198
Eff Oct' of the size factor...' S/03~61/027/003/018/025
B101 B 203
10 Legend to.the figure:,
1) Frame, 2) cranks 3) 3peo'imen
4~ automatic electric furnaceu
5 upper shaft transmitting the
pressure,on the ball and thrust
bearings, 6) pointert 7) rotating
part of the ball and thrust bearings,
8) sprinf, 9) disk with scale,
10) - 11) worm drive, 12) electric
motor, 13) lower shaft.
Card 3/3

BAUSHIS, I.P.
Device for studying stress relaxation. Zav. lab. 29 no.9:
1136-1137 163. (MIRA 17tl)
1. Kaunasakiy politekhnicheskiy inatitut.

~ 11
I, m- ~ .
"Thirty Years of the Peat Industry," Torf . Prom, No.
11, 1947-
(Vice Minister, Min. Electric Stations.)

*q low
Post MM&Mfzy
mobiallAtim
*&~tlcu of V(wk of +Jw Post laftstrY for 1947 azd
Problmi for 1948.,.w A. 1. Dmin, Doputr XinlBter
of moctr6statims
MMOL yroftatian flo"fi for' 1947 aM "mlte ob-
talned brcm fttroftatlan ct vochoulzation luto thlo
Inkitry. Nocusses t&Wm faobg Inftntry fcw 19W
and brIsM saMoU km thess assigamnt vM be
.7W%2

PA 47/49T97
Pon
ftat W- try
I'Romlts.CfAbo Work of tb~ Psat lbdurstry in 1948
andL AssiiWilato for 94 A. P. Pausin, Dop Mla
Of 1180 1 1"* la=te
kTwf Pi-it"'No'l
Diia, iii ftiflibleit, or '6f wobanloia'vro-
duotivity of for *Ofite-
4116-4aik-it "at builiLing,
aciiatific rosearch, and
t"ke for 1949.
47MT47
qm

1. BAUSIN, A. F.
2. USSR (600)
4, Peat Industry
7. Ways and means of mechanizing the operation of the peat
industry.
Mekh. trud. rob., 6 no. 11, 1952.
9. Monthly List of Russian Accessions, Library of Congress,
March 1953.
Unclassified,

BAYSIN, A. F.
Peat Industry
Tasks which face us in 1953. Torf. prom, 30 no. 1. 1953
9. Monthly List of Russian Accessions, Library of Congress, Ilay
-1953. Unclassified.

BAUSIN, A.Y.
------- MIMMMM"A&--J~
Urgent problem in the peat industry. Torf.prow.
31 no.6:1-4
154. MU 7:9)
1. Zametitell sinistra, alektrostauteiy $531.
(Post industry)

L
AID P - 2905
Subject USSR/Electricity
Card 1/1 Pub. 26 - 2/32
Author : Bausin, A.. F., Deputy Minister of Electric Power
r1ants, UBSK
Title : The development of the peat industry
Periodical : Elek.sta., 7, 4-9, JI 1955
Abstract : The author reviews the development of the peat industrys
and reports on various new equipment used in bogs and
In transportation. Twelve photos illustrate this pro-
cess.
Institution : None
Submitted : No date

PAVIZIIKO.A.S.; YERM4ZOV.V.S.; UGORITS.I.L.
SMIMIOV.M.S.; CHIZHOV.D.G.;
KOGT]rf,G.I.; BAUSH.A.Y.; VINU,A.Y.; NEIRMOV.A.M.;
LAVREDWO.
K.D,; ICRYWV,w-.F.-.-T~SrmLLI,L.I.
Sergai TSalikovich 7aerman; obituw7. A.S.Pnvlenko
&a& others.
Blek.stA.26 no.10:62 0 155. (KLRA 8:12)
(Faeriman. Sergai TSalikovich. d.1955)

RATTSM A-P--. SOEDIOV, A.A.; AIMINOV, V.Y&,;
KUFXYU.MOV, S.Y.; BELIKETIGH,
P.I.; SAVINM, A.J.; W"IK. F.F.; SOWPOV, S.G.; TRIHOT.
T.S.:
YARIVITSIX, V.I.; WKIN, B.A.; BABARIN, A.F.; HATURZY,
L.M.;
FUMEDV,S.A.; CHXRN3NKOV, D.P.; BULATBVSrIT, N.V.;
kandidat tekhni-
chookikh, nauk-, SHTIMARINK, K.K.; TSUPROV, S.A.;
GINZIMRG, L.N.-,
VASILITY.V, Yu.K.
Scientific and technical coufpreace on the work of the
peat industry
of the Ministry of Electric Power Stations. Torf.prom.
j2 no.2:1-20
155. (HLRA 8:5)
1. Zamestitell ministra alaktrostantaiy (for Bviusin).
2. Zameatitall
direktor& VNIITP-(for Sokolov). 3..Zamestitell
direktor& MTI (for
Antonov. 4.Zameatitall direktor 01kraftmesttopprom"(for
Kurdymov).
5. Direktor Instituta torfa AN BSSR(for Belikevich). 6.
Uchallaik
Glaveaergompcbastl HIS(for Savlafth). ?. GlavW inzhaver
Ivauovsko
go torfetrest& (for Karakin). 8. Zameatital' direktor&
MTI ( for Sol*
pov) 9. Upravlyayushcbiy Shaturskogo torfotresta
(for.Tefimov). 10.
Glavzqv mokbFLnik Invanoaftogo torfotresta (for
Tarovitsin). 11.
Glavmyv mokhanik Leningradakago torfotresta (for
Rabkim). 12. Glavvyy
inthener Ozeretsko-HoplMovskogo torfopredpriyatiya (for
Babaria).
13. Glavrqy inzbeaAr Geriltovskogo-torfotresta (for
Hatvayev). 14 Ra-
kovoditmll la:~oratorli VNIITP (for Funikov). 15.
Glavnyy inzhener
tresta Lentorfostroy (for Chernankov).
(Continued on next card)

FAVIJUXO, A.; .3
A111"; bUMOV, H.; XOGTIT, G.; SPIRIN. S.; EIXRLWV,
A. I UUTAN. R.; CHILTSM. S. I BOOMNOT, A..; XOTIISVMT,
D.;
IMUOT. I.; S&VINOV, H.
X.l.'Zakharov; obituary. Inergetik 4 no.6:40 Je 156.
(HLRL 9: 4)
(Zakharov, Nikolai Ivanovich, 1898?-1956)
0

nel mil Mn w0i life F96
f -5

BAUSIN A Y.. kand.tokhn.nauk, red.; XHAZANOV, U.N..
red.; KKDVMV,L.Ta.,
::~T-f
- tekhn.red.
[Fortieth anniversary of the Soviet peat Industry] 40
lot torfisiol
promyeblennosti SSU. Xoskya, Goe.energ.isd-vo, 1957.
295 P.
(XMA 102- 12)
(Psat InAustry-History)

RAUSIN, A.F., kand.takhn.nauk
-. -f~ ` ,
The peat industry during forty yelre. Makh.trud.rab. 11
no.11:24-27
1 157. (MIRA 10:11)
(PS-at ind:ustry)

~F HE PEAT I Ni It I T H-- t; Z F
by alewat~~r iii i9l? 3TI3 5i-7~ bY if,

IVASHZCHKIN, Nikolay Yesillyevich; ZOLOTUSHKIN, V.I.,
BAUSIN, A.F., kand.takhn.nauk, red.; VOROWIN,
[Winning and using peat in foreigm aountries]
lopollsovenie torfa sa rubeshom. Pod obshchai
Moskva, Goo.anarg.izd-vo. 1958. 214 p.
(Peat industry)
inzh., red*;
K.P., takhn.red.
Dobycha i
red. A.F.Bausina.
(MIRA 13:6)

AIMMSBTXV, Te.T.; APZNCHZNZD, S.S.; BASOV. A.P.; ILAUSIN,
A.Fo; AMSHADSXIT. L.S.;
N.A.; GIXZBtWI#..-X.; GUSJIV, S.A.; DANLOT, G.T.; DOWZJX.
K.S.;
MMININ, N.N.; 717IMV.V.S.; ZAVADMY. 11J.; IVASHECHKIN,
N.T.40
KARMN, 7.7.; KMEHAN, G.I.- 10BABOT. S',?.; NERKTJWT,
Taj.;KMODrmov,
P.I.; IPARMTOV. N.S.; PTATAKOV, L.V.; RODIGHBY, AJ.; SHIMV,
H.S.;
UTRUROV, B.I.; SAVOGMaW, S.M.; SAM Y, N.K.; srXITSYN,
KI.A.;SCAMLOT,
A*A.; BOIOPOV, S*Gv; CEDILTSHNV, S.G,; SHCHEMN, A.Ye.
Fedor Nikolaevich Xrylov; obituary. Torf. prom. 35 no.6:32
158.
(Kru 21. 10)-
(Krylov, Fedor Rikolaevich, 1903-1958)

KARAKIII, F.F.; RODICHEV, A.F.; PUTIY, G.Pj BASOV,
A.F.; PYATAKOV,
L.V.; RfiUTSEP, A.P. (Rautsopp, A.]; BLAGONRAVOV,
S.I.;
GRECHIKHO, A.M.; DRUZHIIIIN, N.N.; SHUKHMAII, D.I.;
DAHS IIF-.,j
LOYKOj F.G.; CHERNAKOV, B.A.; SHORNIKOV, F.M.; SOPIN,
P.P.
Remarks of the members of the Conference. Torf. prom.
37 no.5:
22-28 160. (MIRA 14:10)
1. Iva-novskiy gosudarstvennyy torfotrest (for
Karakin). 2.
Sverd2ovokly torrotrest (for Rodichav). 3. Gosplan
USSR (for
PutiY) - 4. Leningradskiy gosudarstvennyy treat
torfyanoy prcW-
shlenr -,sti (fbr Basov)';- 5. MoOpwakiy oblastnoy
sovnarkhoz
(for Pyatakov). 6.1 Gosudaratvennyy
nauchno-takhnicheskiy
komitet Estonskoy SSR (for Rauteap). 7. Gerlkovskiy
sov-
narkhoz (for Blagonravov). 8. Belorusskiy sovnarkhoz
(for
Grechikho Shukhman). 9. Yaroslavskiy sovnarkhoz (for
Druzhi;~;J. 10. Bobcruyakaya mashinno-maliorativnaya
stantidya
(for Loyko). 3.1. Gipromestprom Gosplana, RSFSR (for
Chernakov).
32. Y-azhkolkhoznoys torfopredpriyatiye
I'Volosovskoyell Lenin-
gradskoy oblasti (for Shornikov). 13. Vsosoyuznyy
nauchno-
iseledovatellskiy institut torfyanoy promyshlonnosti
(for Sopin).
(tat industry)

BkUSKIS, V. Yu.
"The Kazdangsk Cherry and Its Biological
Characteristics."
Cand Agr Sci latvian Agricultural Acadp Riga.,
1953. (RZhBioj,
No 6, Nov 541
Survey of Scientific and Technical
Dissertations Defended at USSR
agher, mucational :Enstitutions (n)
SOs Sun. No. 521., 2 Jun 55

-h2v53-65
ACOM SION NR; A25010972 'UR/02e6/65/0O0/0Crj/0i 55/0155"
iAMEORS: Baualkov, 1. S.; Balasanova, A. A.
TITLEi Electromagnetic reversible toothed coupling! class 47, No-
169953
SOURCE:- Byulleten' izobreteniy i--tovarrWkh-ZZLA0Vj nos 71 1965P 155
TOPIC TAGS: couplirg eircuitt electromagnetic devi,~e, armature, Coar
11'~:-TIIACT; This Authar r-,rtificate prozents an electromagnetic
reversible coupling
o=sisting of a casing, toothed rings, and armature (see Fig. I on the
RholosUr-,
~To insure a more secure union between the fiepar-ate elements of the
coupling, to
extend the lanf;th of its and to increase its efficiency, the cazinj
Ja
:msde in Ono piece, ar, altoz-vite model, to trzLnsmat a conot"t
Doment and to
,reduce slipling between the driving and the driven e1ements, the
teeth 3ra placed
iat tl~e end faces, In another alternate model, a ret-araing spring
its placed -~n the
arza-ture for engaging sad divengaging the coupling. Orig. art. has:
1 f1gare.
ASSOCIATIONt none
SUMUTMI 28M&r(4 EHM 01 SM COM IE
No RV SOVI 000 OMER s ODD
Card 1/2

I
I
Figo 1. 1- oasing; 2- driving gear;
3~- toothed rings; 4- armature; 5-
i returning spring
6

BAUMJT, I.I.; MYAKOV, G.Z.; STZEXR, V.V.
Copper hydroeleatromistallurgy with the use of anodic
depolarlsop.
tion. Characteristics of highly porous carbon anodes and
depolo,-
rization by sulfur dioxide. I&Y.AN KLz&kb.S= Ser.khiu.
no.L-..
21-30 147. (MM 9:8)
(BlectromoUllurgy) (SmIfur dioxide)

r0, ft. 1-1 4 V IX.A K M 90 Uts - se A 6 4.
A;
o0
DOPWwrkafts by VAW diedde In the sel"hislyus:
V. V. tkerfOrr
faredism so "Poster Iran SWAM Modo".
0* U. ad 1, M. 11"silit. J. AP#Aod CAM. A X-rk ) 20
Ida set '1114 44
a C60-1 l%wsf so
0 41 The p~ actoidir hirmight about derpolvUselsots tal ther
Sao& a o-1, I V., In the elim" W cust)~ owes-
(33 g. W.) wkb anodic tA. 10OV. wisf 31K) aniji-I
q~ m.. embodic cA. 13D. 240. amf 300 amp. /sq,m. Th6
-stalled In ewgy mvinp up to 1.8401d. Roughly hall
.1 b. WIN W.,cleisceid 1. ossictitsted . 110(l.. dw &v. tNm-
sumplitesse b I.A lis./leg. C'u. These cssn.usnlA6im .4 ibw C
AIKkk material. tbnmgb mwb. cercesesehling. is CS-12 14./
Ca. loduetrial4caleappumdoo pressents the problem
Itarkbeamt of the initw to 6-12% SOA. removal of
Alf vsisepended matter Msely to PIZ uptlise pot auddispowel
of the newbatived M. N. TbnII
EM
'9-.'
rip,
T is 4-1 it-- so 5 a a 3 a se
U 9 71 to of 4 IN K tr It It 0 "D A I ift 411111
0 0 0 0 0 0
:10 0 0 0 00 0 0 a a 0
0 0 0 0 0 0
5,
Ise
-00
0
1* 0
We 0
fee

BAUSOV, L.I. (Moskva)
Linear methods of summation of Fourier series. Mat.
sbor.
68 no.3:313-327 N 165. (MIRA 18:3-1)

BAUSOVS L.1,
Approximation of class ZA functions by positive methods
of summation
of Fourier series. Usp.mat,nauk 16 nojs143-149 W-Je 161,
(MIRA 1438)
(Functional analysis) (Fourier's series)"

BAUSOV, L.I.
Order of approximation of class Za functions by the
use of linear
positive polynomial operators. Usp.mat.nauk 17
no.1:149-155
Ja-F 162. (MIRA 15;3)
(Calculus, Operational) (Approximate computation)

BAUSOV, L.I. (Moskva)
Linear summation methods for Fourier series with given
rectangular
matrices. Part 1. lav. vys. ucheb. zav.;'mat. no.3sl5-31 165.
(MIRA 1817)

-i. and
"On the Formation reaction of gallium hydroxide", Khimiya Redkikh
Elementov,, No. 2p p 12,, 1955.
The mechanism of the formation of gallium hydroxide was
investigated by a
study of the system GaC1 -NaOH-H 0-, The measurements of
solubility, light
absorption and volumes 64 preci~ftates were used for the
investigation. The
reaction takes place in five stages, depending on the molar
ratios of NaOH to
GaG13 in the initial mixture., with the successive formation of
Ga(OH)C121
Ga(OH)2CI2, Ga(OH)2Cl (soluble basic slats), Ga(OH)2.8ClO.2
(insoluble basic
3alt), Ga(OH)3 and then soluble gallate.
SO: D-413171

N. -V----an d - Tit NASH A'*!-.
"A study of the chemistry of gallium fluorides and their utilisation
for theseparation of gallium from other metals", Khimiya Redkikh
aRcementov,
No. 2, P 21, 1955.
A method of preparation of GaF3~H20 by the action of hydrofluoric
acid
on metallic gallium. The reaction b2ween GaC1 and HF in aqueous
solutions
was investigated, the formation of a stable Gaf-~37tion was
established.
Solubility in the system: GaF -NaF-H 0 at 250C 2was investigated.
The formation
'IZibn B NaF. 5G&F practically insoluble in
of a double salt of the compos .9
sodium fluoride solutions was established. On tR basis of the
latter a method of
quantitative precipitation of gallium from Zn,, Go$ Ni, W, Mo, Cd
and Cu was
developed.
SD: D-413171

137-58-2-4398
Translation from: Referativnyy zhurnal, Metallurgiya, 1958, Nr 2,
p 300 (USSR)
AUTHORS: Tananayev, I. V., Bausova, N.V.
TITLE: Gallium Ferrocyanides and Their Analytical Significance
(Fer-
rotsianidy galliya i ikh analiticheskoye znacheniye)
PERIODICAL: Khimiya redkikh elementov, Nr 3, 1957, pp 41-56
ABSTRACT: Tests of solubility, light absorption, electrical
conductivity,
and e. m. f. were used to study the reaction of Ga ions with the
ferrocyanides of Li, K, and Na. In all the systems studied it
was found that Ga4 [Fe(CN) ] form s. Whenever surplus K4
[ Fe(CN)61 and Na4 [Fe(CIN16? were present, formation was
observed of mixed salts of NaGa [ Fe(CN)6 I (the H20 dissociat-
ing) and XGa [Fe(CN)6 ] (soluble congruently). On the basis of
the data obtained, new methods are proposed for determining
Ga. Potentiometric titration with an Na4 [Fe(CN)61 solution
made possible the determination of Ga in the presence of an Al
content 100 times greater. With Na4 [ Fe(CN)6 I in a 100-cc
solution it was possible to determine 0.2-30 mg of Ga by means
of the heterodyne method. Amperometric titration with a K4
Card 1/2 [ Fe(CN)6 I solution could be carried out in the presence
of

137-58-2-4398
Gallium Ferrocyanides and Their Analytical Significance
large quantities of Al. since the presence of the Al was
reflected only in the
slope of the titration curve.
N.G.
I., GalUm ferrocyanMee-4=3ysis
Ca rd 2/2

13 7 - 56---4--
Translation from: Referativnyy zhurnal, Metallurgiya, 1958, Nr 4, p
333 (USSR)
A UTHORS. Zelyanskaya! A. I. i-Aausova, N.V.
TITLE: Separation of Gallium from Zinc, Copper, Cobalt, Nickel, and
Iron by Ion Exchange (Otdeleniye galliya ot tsinka, medi,
kobal'ta, nikelya, i zheleza metodom ionnogo obmena)
PERIODICAL: Izv- vost. fil. AN SSSR, 1957, Nr 7, pp 51-53
ABSTRACT- Polarographic determination of Ga in a passive electrolyte
of
the following composition: 0.1 M Na salicylate, 0.1 M NaCl.. pH
2.5-3.8 is inhibited by Co. Ni, Znand large amounts of Cu. SBS
cationite was used in the Na form in columns of I cm diameter,
50 cm high, to remove, the inhibiting impurities. The resin, of
0.25-0.5 mm grain size, was charged to a height of 25 c-n. A
100-cc, solution containing 15 cc concentrated NH40H and 10 cc
2N. NaO14 was transmitted through the resin at a rate of 5 cc/
min, as a result of which the Ga remained in the filtrate in its
entirety, and the Ni, Co. Znand Cu underwent quantitative ab-
sorption by the cationite. The resin was washed by a 100-cc sol-
ution containing 10 cc concentrated NH40H and 5 cc 2N,, NaOH-
Ca rd 1/2 The filtrate and the wash waters were evaporated down to a

137-58-4-8652
Separation of Gallium (cant.
volume of 25 cc and were neutralized by 6N HCI
(methyloran8e test), and the
Ga was determined polar08raphically. Extraction of the Ga
in the filtrate at-
tained 98-100% when the solution contained 0.5-5.0 mg.
Z.G.
1. Gallium--Determination 2. Gallium--Separation 3.
Gallium--Polarographic
analysis 4. Ion exchange resins--Applications
Ural,i~skiy filial AN SSSR-
Ca rd 2/2

7F.

SOV/M SCI-2-4765
Translation from: Referativnyy zhurnal. Metallurgiya, 195q,
Nr 2, p 343 (USSR)
AUTHORS- Zelyanska ya, A. I., Bausova N. V., KuRalo, L. Ya.
TITLE: Study of Polarographic Properties ot Gallium and
Indium (Tzucheniye
polyarograficheskikh svoystv galliya i indiya)
PERIODICAL: Tr. In-ta metallurgii. Ural'skiy fil. AN SSSR,
1958, Nr 2. pp 263-
274
ABSTRACT: Investigations were carried out for establishing
the optimum condi-
tions for polarographic determination of Ga and In. It was
established
that in acid salicylate solutions (0.1 M Na salicylate and
0.1 M NaCl
with a pH of 2.5 - 3.8) Ga forms a well defined wave with El
2 ~ -0.99
(in saturated standard electrol%le); introducivn of gelatin
~-as a nega-
tive effect. The electrode reaction correspon(is to a
tbree-electron
reduction and proceeds irreversibly. With an increase of the
salicy-
late content in the solution E1/2 shifts in the negative
sense. The
polarographic determination is not impeded by Al. As5+, Mn7+,
and
small amounts of Cu. Bi, Sb, Fe, In, Cd, Pb, and T1. Zn. Ni,
Co,
Mo, and Sn should be first, removed. In is read
polarographically
Card 1/2 against the background of 3N HCl in the presence of
0.01o/o solution

SOV/1 37-59-2-4765
Study of Polarographic Properties of Gallium and Indium
of gelatin; EI/2 =-0.78 v. An increase in gelatin
concentration decreases sharply the
intensity of the diffusion current.
N. G.
Card 2/2

SOV/137-58-11-2--803
Translation from: Referativnyy zhurnal. Metallurgiya, 1958,
Nr 11. p Z75 (USSR)
AUTHORS: Zelyanskaya, A. I., Bausova, N. V.
TITLE: Polarographic Investigation of the Gallium Salicylate
Complex
(Polyarograficheskoye issLedovaniye salitsilatnogo kompleksa
galliya)
PERIODICAL: Izv. Sibirsk. otd. AN SSSR, 1958, Nr 3, pp 52-59
ABSTRACT: The authors established the feasibility of the
polaro&raphic determ-
ination of Ga against a background of 0. IM solution of Na
salicylate and
0. 1 M solution of NaCl at a pH of 2. 5 - 3.8; the addition
of gelatin pro-
duces a negative effect.. The stability of the Ga salicylate
comple;c is
comparatively low because the constant of instability K =
1.93* 10-0.
The potential of the half wave of Ga =. -0.988 v (saturated
electrolyte)-
The electrode reaction is irreversible and corresponds to a
3-electron
reduction. W, Al, Mn7+, As5+, alkaline, and alkaline-earth
metals
do not impede the reaction; neither does Fe at a ratio Ga:Fe