SCIENTIFIC ABSTRACT BESKOROVAYNYY, B. - BESKOV, V. S.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000205110014-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 8, 2000
• Sequence Number: 14
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

BESKOROVAYNYY, B., inzh. (KIyev)j GORBENKO, V., inah.
(Kiyov)
Simple logarithmic voltmeter. Radio no,6252-53 Je 165.
(MIRA 3,8-10')

Wr- c lelf. 1"', -/'AD V hi U- ly
.1 '37j'jMX, A. A.
"Wave- Analyzers and Spectrccieterc with VarIaIl,_--T',,vI.ni7,
-,I- c 3.
paper presented at the 4th All-Union Ccnf. on Accustir:z,
Xorccrwr, 2'D May Jun 58.

83154

S/1 Of3/60/01 5/009 /006/008
B002,Bo67
AUTI.',-'ORS-
Beskorovaynyy,
B. M., Vollf,
V. M.,
Gorbenko, V. S.1

Karnovskiy, M..
Members of the
1_._,_.ShotskiY,
Society
.Yurlyev. A, A.)

A

TITLE:
Ferrite Filter
ffith Variable
s
Adjustment
PER10DICAL:
Radiotekhnika,
1960, Vol. 15,
No. 9, PP.
57-63
TEM In 1956, analyzers and spectrometers for frequencies of the
sound-wave range were developed at the kafedra akustiki i
zvukotekhniki
Kiyevskogo, politekhnicheskogo inatituta (Chair of Acoustics and
Sound
Engineering of the Kiyev Polytechnic Institute) in which ferrite
filters
with variable adjustment are used. Besides, also ferrite filters
with
variable adjustment were developed, which operate in the
range'of up to
120 kc/s. In the present paper, the following is discussed:
Selection
of material and shape of the core; working conditions of
the*.magnitoprovod;
nonlinearity of the characteristics of ferrite cores and
selection of the
input signal; temperature compensation; transients in ferrite
filters.
The analyzer developed at the aforementioned institute has the
following
"nef~_ at, it

BESKOROVAYNYY,, I.I. (Tagan-rog)
Compiling problems with industrial and technical content.
Fiz.-I
shkole no.3:89-90 Yor-Je 161. (IMU 14:8)
(Physics-Problems.. exercises, etc.)

BESKOROVAYNYY, I.I. (Petrozavodak)
Atheistic education during the teaching of physics*
Fiz.v
shkole 22 no.6:22-24 N-D 162. (MIRA 16t2)
(Atheism-Ztudy and teaching) (Physics-Study and
teaching)

BESoROVAYNYY, N. M.
WSR/Metals - Aluninus Alloys, Properties Jan 52
"Mechanical Properties of Cast Aluminum Alloys,"
N. M. Beskorovayny7j, Cand Tech Sci, Ya. B. Frid-
san, Dr Tech Sci, Moscow Mech Inst
"Litey Proizvod" No 1, PP 15-20
Studies mech properties of Al-base alloy with
9.0-10.6% Si under loading for tension, compres-
sion, torsion and bending. Investigates effect
of dimensions and shape of specimens and mode of
loading on mech properties of cast alloys and
discusses effect of modification with metallic
sodium on grain size.
2o4T68

BESKOIWAYIN" 11. 11%
II
I'Study of the Ilechanical Properties of Cast Aluminum Allp-ys
and the Development
of Methods for Increasilng the Strenrth of Cast Parts by Means
of Reinforcement." Sub
12 Jun 51, Moscow Mechanics Inst.
Dissertations pre-sented for science and enr-.necrinr, del-rees
in 1,1,oscow during, 1951.
SO: Sum. No. 480, 5~ May 55.

71-3-7i-'110001005 57/060
. I - 5/05
2L59~
[)kD
AUTHOR~ - beskorovaynyy. N. M., ani Yakoviev, Ye.
E irvestigating corrosion of, Iron and r;hrom1-,zm s--eela In
liquid
11thlur.
PERIODICAL, Referativnyy zhurnal, Metallurgiya, no. 5, 1961,
60, abstract 51L454
(V s)--. 'Metalli-rgiya I motallovedenlye chIzzykh metallov",
no. 2,
Moscow, A-,ornizdat, 1960, 189-206)
iFx.r,. -,-he a,~+Ihors est.atlish!-:d 41^.e sol~t,.iiv of Te
and -r '--1 1-1, depending
On temperat--re. TrInpy s.1iow Vhv~ low s-tabl-lily of Fe
carbide-s and carb-an austenite
in liquid 111 enj the high stat.1-11-ty of c'-'Iromo,-s
carbides and alloyed austenite.
Carbonization -JP. liquid 71 rpealum nontaning ('--ransfe-r of'
C) depands on the
phase --onditior, o-.;' the s-,ructuzal alloy aL-1 the -ces--
temperature. Admixtures of
3 and P increase corrosion lfail--.Ire of- ---,rLicturai
materials in 11,quid -11.
F AbStrac~erls note- '-omplete -z.-:-ansla-tIon
Card 1/1

S/755161/000/003/0241027
AUTHORS: Beskorovanny Yeremeyev, V.A., Tomas hpol's kiy, Yu.Xa-
TITLE: The diffusion mobility of lithium in iron and stcels.
SOURCE: Moscow. Inzhenerno-fizicheskiy institut. Metallurgiya i
metallQ've-
deniye chistykh metallov. no.3. 1961, Z33kZ48.
TEXT: The paper describes an experimental deterriaination of
the diffusiop
processes of the corrosionally highly aggressive Li in
structural materials. 'The
less-than-l-sec half-life of radioactive Li8 and Li9
di*scouraged their use; ~encc,
I IN f
the flame -photometry method outlined by N. S. Pc4uektov (In
Metody analiza p9
metrii plameni - Methods of flame -photometric analysis.
Moscow, Goskhii-nizdat,
1959). This method constitutes a non -photo graphic spectral
method in whichra
photoelement and a galvonometer are used to record the
radiation of the sped-imen.
The readily excited Li line 6708 Y. with an excitation
potential of 1.9 ev was found
convenient for the present study. A straight-line variation of
rad*ation intensity
versus Li concentration was found for concentrations up to 5 -
10 wt. 0/'0, A sche-
matic view of the equipment setup for the determination of the
Li in the flame is
shown and explained, including the aerosol generator, a
large-particle and droplet
catcher, a mixer, and an acetylene-air burner, a monochromator
(6708 JR), a
Card 1/3

The diffusion mobility of lithium in iron and steels.
S/755/61/000/0031024/OZ7
Photoolectronic m ultiplier, and a range- shunt- equipped
light-beam Z-2alvanometer
with a sensitivity of 10-8-10-9 a/mm. The te'st specimen-;
werc cylinders 12-16-mrn
diam, 30-35 mm high. Annealed specimens vere placed in
technical-Fe beaker.,;
which were filled with Li in a. vacuum equipment and placed in
stainless-steel con-
taincrs which were sealed in an arc furnace in an Ar
atmosphere and held a"T = '000,
800, and 1,OOOOC. After diffusion soaking the Li was leached
out with water. A
0.05-0.1-mm layer was taken off the cylindrical surface (after
removal of a possibly
Li-contaminated face layer of sufficient thickness), dissolved
in a
mixture, and analyzed. At any one T a maximum Li content
occurs no.~a~ the
surface, but at some depth (of the order of I mm), at a value
aa-.d at a depth which
increase with C content in the steel. Intense surface-grain
disintegratlon is ob-
served (photos). The diffusion mobility of Li in steels is
found to be appreciable,
comparable with that of C. It is greater in a-Fe than in
-y-Fe. The presence of
C deepens the penetration of the Li. Li corrosion reduces the
microhardness of
technical Fe aL of the ferrite in C steels, possibly in part
by microscopic-pore
formation. Such structura' changes occur only in regions in
which the Li diifusion
is substantial. The Li penetration proceeds preferably along
the grain boundaries
which are ordinarily enriched with impurities such as C, S,
etc. Th-as it is con-
firmed, as was stated by the senior author et al. (in no.2 of
the present sbornik,
Atomizdat, 1960) that S inclusions serve as focal points of
corrosion. The even
Card 2/3

The diffusion mobility of lithium in iron and steels.
!$/755/61/000/003/o241027
more consequential modifications in the austenitic and
p,~rlitic structure as agr-sult
of the Li-produced C leaching are pictured and interpre6ed.
In round figuresithe
corrosion-affected Li-saturated stzucture has one-half 6e
depth of the deepe~ti Li
penetration. C steels soaked in liquid Li undergo significant
volumetric incra.'ases;
their density decreases with increasing G content in the
Gteel. This must be , tri-
C-2 at al. The high-,T. for-
buted to the formation of low-density phases, such as Li2 - ~
I
mation of low-density phases is accompanied by significant
plastic deformations,
whereupon cooling results in crack-formation (photo). Tn
addition to the change in
microhardness, the strength and the plasticity of C stegls
are impaired by Lv".,,pcnc-
tration, especially in high-C steels and at high T. Thus,
e.g., steels 45 Z.-.'-d,'10
acquire the properties of low-grade pig iron at T
800-1,0000C, an embrittlery~imt
that must be attributed to intense microporosity formation.
There are IS fi0res,
3 tables, and 6 references (4 Russian-lanauage Sovie:, I
presumably Russia4-
language Chinese, and I English- language). The participation
of E. A. Kore anov,
0 P
L. M. Ozerov, and M. V. Teregulov in the wcrk is acknowledged.
ASSOCIATION: MIFI (Moscow Engineering Physics Institute).
Card 3/3

ACCESSION NR: AT4005.964 S/2755/63/000/004/0122/0129
AUTHOR: Beskorovayny*y, N.M.; Zuyev, M.T.; Yeremeyev, V.S.
TITLE, Reaction of austenitic chromium-nickel alloy steel
with liquid lithium
SOURCE: Moscow. Inzhenerno-fixicheskiy institut.
Metallurgiya i metallov-
edeniye chisty*kh metallov, no. 4, 1963, 122-129
TOPIC TAGS: chromium nickel steel corrosion, austenitic
steel, IKhl8N9T steel,
lithium corrosion, lXhl8N9T weld corrosion, steel
corrosion, lithium induced
corrosion, lithium attack
ABSTRACT: In continuation of earlier work by the authors.on
InIBN9T austenitic
stainless steel, corrosion resittance and room temperature
mechanical proper-
ties were determined following 100 and 500 hours exposure
to liquid lithium
or argon at 1000 and 1200C. Test specimens were rolled
sheet, lx3xl4mm, both
unwelded and welded. The test conditions did not
significantly affect either
welded.or unwelded specimens. Intergranular corrosion
occurred during exposure
to liquid lithium, which was found to diffuse deeply into
the steel surface
(see Fig. I of the Enclosure). In liquid lithium, the
steel. corroded at a rate
Card 1/3

ACCESSION NR: AT4005964
of 0.034 g/m2/hr. at 10OOC and 0.388 g/m2/hr. at 1200C.
Orig. art. has: 2
metallographic sections, 6 tables and I graph.
ASSOCIATION: Inzhenerno-fiticheskiy institut, Moscow
(Engineering Physics
Institute)
SUBMITTED: 00 DATE ACQ: 17Jan64 ENCL: 01
SUB CODE: M m NO REF SOV! 004 OTHER: 000
Card 2/3

ACCESSION NR: AT4005964 ENCIDSURE: 01
0
Fig. I Concentration curves showing
the distribution of lithium in the
surface layer of lKhl8M9T steel
after exposure in an iron vessel
at 1000C. Ordinate - Li concen-
tration in %; abscissa depth
in M.
Card 3/3
depth

BE.5KOROVAYNYY, N.M.; YEMIEYEV, V.S.; ZUYEV,
M.T.; IVANOV, V.K.;
TOMASHPOLISKIY,, Yu.ya.
Corrosion resistance of.iron in lithium. Met. i
metalloved.
chist. met. no. 4:130-143 163. (MIRA 17:5)

ACCESSION NR: AT4005965 5/2755/63/000/004/0144/0148
AU711OR: Beskorovayny*y, N. X.; Zuyev, M. T.
Title- Corrosion resistance of titanium in lithium
SOURCE: Moscow. Inzhenerno-fizicheskiy institut.
14etallurgiya i metallovedeniye
chisty*kh mctallov, no. 4, 1963, 144-148
TOPIC TAGS: titanium corrosion, titanium aluminum alloy
corrosion, titanium,
titanium property, titanium aluminum alloy property, lithium
attack, lithium induced
corrosion
ABSTRACT: Corrosion resistance and room temperature
mechanical properties are
reported for metallurgical grade titanium (0. 12% C, 0. 009%
F e, balance Ti) and
titanium-aluminu-m alloy (2.2%Al, 1.3% Mn, 0.045%C,balance
Ti) following exposure
for 50 and 100 hours at 800, 1000 and 1200C. Test specimens
were rolled sheet
I x 3 x 14 mm. Tlic corrosion resistance of both Ti and
T1+A1 wore fotuid to be
satisfactory after 100 hours exposure at 800C. Case
hardening of Ti specimens occurred
during exposure to lithium, due to absorption by Ti of gases
dissolved in Uic lithimn. melt.
A decrease in Ti ductility was observed at 1000 and 1200 C.
At 1200 C Ti begW1 to dis-
solve. e Ti-Al alloy began to dissolve in lithium at 800C,
accompu-Lied b3 a marked
Card 13~

C,
ACCESSION NR: AT4005965
decrease in rupture strength and ultimate tensile
strength. Orig. art. has:
2 metallographic sections, 4 tables and I graph.
ASSOCIA11ON: Inzlienorno-fizichoskiy institut, Moscow
(Engineering Physics Institute)
SUBMITTED: 00
SUB CODE: M PA
DATE ACQ: 17Jan64 ENCL- oo
NO REF SOV: 004 OTHER: 000
Cord 2/2

L37699-66 Im (m) /T W /F~r I IJF'(c)
ACC NR. AT6023742
AA9 SOURCE CODE: UR/2755/66/000/005/0163/0172
AUTHOR: Beskorovaynyy, N. M.; Ivanov, V. K.; Petrashko, V. V.
5,9-
ORG: none
TITLE: Corrosion of chromium-nickel stainless steel in lithium
J,c / 1b -1-7
SOURCE: Moscow. Inzhenerno-fizicheskiy institut. Metallurgiya
i metallovedeniye
chistykh metallov, no. 5, 1966, 163-172
TOPIC TAGS: stainless steel, *e+-9tvrd, steel corrosion,
lithium induced'
corrosion, coAwAZ-- VA_j "A"-
ABSTRACT: Three series of lKhl8N9T[stainless-steel specimens
were tested for cor-
rosion behavior in lithium at 700C for 10 or 200 hr. Series 1
and 2 specimens were
tested in lithium containing a small amount of C14 isotope and
in tanks made of*
lKhl8N9T steel (series 1) or Armco-iron (series 2). In the
case of series 3 speci-
mens, the lithium contained 0.1% carbon in addition to C14 and
the tanks were made
of Armco-iron. The corrosion was found to follow the same
pattern under all the
conditions tested, and was characterized by a gradual
dissolution of chromium and
nickel from the surface layer of the specimens. With
decreasing chromium and
nickel content the steel changes its structure and gradually
loses its corrosion
resistance. Microporosity formed in points previously occupied
by chromium and nickel
JD/HW/JGNB
1/2

L 37699-66
ACC NRi AT6023742
lowers considerably the steel ductility. 7he carbon content in
lithium and tank
material were found to have a marked effect on the intensity of
processes associated
with corrosion. The most intensive loss of chromium and nickel
was observed in
series 2 and 3 specimens in which in 200 hr the chromium
content in the surface layer
dropped by 50% and the nickel content, by 45 and 50% of the
original content, respect-
ively. Specimens of series I under the same conditions lost 10%
of their chromium
and 30% of their nickel.1,1 Accordingly, the elongation of the
series 1, 2, and 3-L, 7
specimens dropped from the original 48.2% to 47.1, 26.4, and
24.4%, respectively.
Carbon contained in lithium was found to diffuse into the
steel. However, in the
first hours of the test, carbon concentrates primarily in the
surface layer. As the
chromium content in the surface layer drops, carbon migrates
inside, following the
front of original chromium content. Orig. art. has: 7 figures
and 4 tables. [DV]
SUB CODE: ll/ SUBM DATE: none/ ORIG REF: 005/ ATD PRESS:-
chrcmium-nickel stegl
/7,4/
Card

-L 0950P-67 H ~'U
t Jil)(c) jj)/,Vlj
ACC NRi AT6023741 SOURCE CODE: UII/2753/66/000/005/0151/0162~
!AUTHORi Boakorovaynyy, N. M.; Ivanov, V. K
ORG: non'e
ITnLE: Mechanism of c n,of carbon stools.in lithium
A
!SOURCE: Moscow. Inzhonerno-fizichoskiy_41stituto Motallurgiya i
metallovedeniyo
Ichistykh metallov, no. ~.- -1966 l5i~162
ITOPIC TAGS: intergranular corrosion, carbon steel, lithium
ABSTRACT: Thermodynamic calculations show that at a temperature
at least up to 7230C,
when carbon is present in the stool in tho form Fo3C, there is
the possibility of the
following reaction between lithium and cementite;
2U(Iiq) + 2Fe 3C(solid) - Li C (solid) + 6Fa(solid)
The article reviews a great number of Kia from the literature and
comes to the
following overall conclusions. 1) At tomporatures up to 7230C,
corrosion failure of
carbon steels in lithium is bound up with the reactive
penetration of the lithium into
the steel as a result of reaction with cementite by Equation (1).
The forming lithium
carbide then dissolves in the liquid lithium. and the carbon
content in the corrosion
zone decreases. 2) The liquid phase forming in the corrosion zone
during the
dissolution of Li2C2 in the lithium should promote the
development of diffusion
Card

L 09508-67
ACC NRt AT6023741
processes for the penetration of lithium into the steel as the
elimination of carbon
in the corrosion zone decreases. 3) The formation of lithium
carbide and its
subsequent dissolution is accompanied by an increase in volume.
Zia stresses which
develop as a result of this lead to plastic deformation of the
corrosion zone,
4) 7h9 differences in the volume changes on the surface and in
the depth of the
corrosion zone lead to the development of a state of complex
stress in the samples
which exerts an effect on the course of the corrosion process
and the form of the
diffusion curves of the lithium. "Lngineer Chang,, Chia-shou
participated in the
work," Crig, art, hass 3 formulas. 7 figures and 5 tEaile-s&
SUB CODES 3.11 SUBM DATES none/, ORIG REFS 005
Card

ZHIRONKIN, V.; K~13ESKOMYY, A.; BESP.",,RTOCHhYY, A.;
brigadir kamensbchikov;
ZObDTOVq
Large-scale chemistry takes great steps. Sov.
profsoiuzy 17
no. 5:10-1-1 Mr 161. (MIRA 14:2)
1. Reydovaya brigads. zhurnala I'Sovetskiye
profsoyuza." 2. Nachall-
nik shtaba stroyki Lisichanskogo Icbimicheskogo
kombizata (for
Zhironkin). 3. Froizvoditell rabotq rukovoditell
kontrollnogo
posta na uchastke mocheviny Lisichanskogo.khimicheskogo
kombinata (for Beskorsyy). 4. Predsedatell komiteta
profsoyuza
2-go stroyupravleniya Lisichanskogo khimich eskogo
kombinata (for
Bespartochnyy). 5. Korrespondent zhurnala "Sovetskiye
profsoyuzy"
(for Zolotov). I
(Idsichanak-Construction industry)
(socialist competition)

SAVELIYEV, V.Ya.; BESKORSKIY, A.I.; C.HEFdIYSHCFV,
V.I.
Amplitude distribution of pulses in slow neutron
counters.
Prib. i tekh. ekap. 8 no-5:61-65 S-0 163. (miRA
16:12)

.i V- _,->
XLRKFARDT. G.G.. doteent, kandidat tokhmicheakikh nauk;
BESKOV, B.A., inshener.
- -1--l - ~--'Mvlfw
Ingineering models for calculating electric railroads. Trudy
MIT
no-90/13:192-222 156. Oaa& io: 4)
(Electric railroads) (Engineering models)
(Electronic calculating machines)

BZSFOV. B.A.. inzh.
Xlectronic devices used In solving equations relating to
train
performance. Vest. TSNII MPS 17 no.1:34-39 F 158. (MIRA
11:3)
(Electronic cnlculnting mAchines) (Rnilrond resenrch)

BESKOV, 13. A. . Inzh.
Constructing diode squararR. Trudy WIT
no.104:159-164 '59.
(141Rk 12:9)
(Electric locamotiven-Equipment nwl mipplien)
(ElFictronic calmilating ,aclhinen)

BESKOV., B. A. Cand Tech Sci - (diss) "ReprDduction
Qf Electrical and
Electromechanical Processes in Modeln of Electrical
Railway Devices
for Their Investigation and Calculation," Moscow,
1960p 16 pp, 120 copies
(A,11-Union Sci Res Institute of Railroau Transport)
(KL, 47/60, 101)

BESKOVvf B".Aop kand.takhn.nauk; PRIVEZFIITSEV,
N.I., inzh.
Cyclic integratim network. Trudy MIIT no.l":.149-157
162.
WIRA 15:10)
(Pulse circuits) (Electronic analog computers)

BESKOV.O.B.A.; GERONJIVIUS, B.Ye.; DAVYDOV. V.N.;
Ka-STIYA14011, M.Ye.;
MARKVARDT., G.G.; MBIN, G.A.; 1--inimal uchastiye
T)VAZOV,
A.I.; VAYNBLAT) E.G., inzh., rotsenzent;
KRUGLYAKOV, F.Ye.,
inzh., retsenzent; KUCHKA, K.G., kand. tekhn.nauk,
retsenzent; NKAZOV, D.V., kand. tekhn. nauk,
retsenzent;
SLUTSKIY, Z.M., inzh., retsenzent; FRADKIP, I.S.,
inzh.,
retsenzent; YUSaOV, P.K., inzli., retsenzent;
PERTSOVSKIY,
L.M., inzh., red.; USENKO, L.A., tekhn. red.
[Design of electric railroad power supply systems]
Proektiro-
vanie sistem energosnabzheniia elektricheskikh
zheleznyk-b do-
rog. [By] B.A.Beskov i dr. Moskva,
Transzheldorizdatp 1963.
470 p. (MIRA 17:2)

BESKOV, I. Kh. Cand Agr Sai (diss) ft _PftR__AQ_r
as a0mvv"ev"Irt jumst~d vfti*ing the pRmJmml~dky of
agricultural crops
under conditions of *~ Kurskays Oblftat." Moo, 1957. 23 pp
(Mlin of Agr USSR.
All-Union Sci Res Inst of Hydraulic Ehgineering
and`~mprovement), 100 copies
(KL, 42-57. 93)
-33-

USSR/Soil Science. Tillage. Land R~--claL-ation- Erosion.
J-5
Abs Jour: Ref Zhur-Diol., No 6, 195B, 24834.
Author Deskov
Inst
Titln The Mole Drainngo of Soil in tho CeiitrnLl
IDIttick-Fal-th Pelt.
Crig Pub: Vestn- s--kh. nauki, 1957, No 5, 96-102.
1,bstract: On the grounds of stationary and field
experinents,
cmducted in the Years 1952-1956 in the Kursk zonal
experimental-land-improver-ent station, and in the
kolkhozes of the Kurskdist) in the conditions cf
medium-and heavily loccu.W chernozens and grey forst-
steppe soils, it was shown that the mole drainage
of soils is an effective means of accuniulation of
moisture and inprovenent of the nutrient conditions
of soils. The Liole drainage, as part of a group
Card 1/2
73

USSR/Soil Science. Tillage. Land Reclamation. Erosion.
J-5
Abs Jour: Ref Zhur-Diol-, No 6, 195B, 24834.
with other measures, provided for an increase of
the yield of the sugar beet, potato and vegetable
crops at 40-55 c/ha., cereals - at 2-3 centners/
ha. The simplest and cheapest nethod of raole
drainage is to carry it out simultaneously with
ploughing.
Card . 2/2

(7-4
USSR/Electricity - Induction Motors MY 52
Engineering - Machinery
"Synchronization of Induction Motors by
the DAG
System in the Asbestos Industry," A. F.
Kiselev
and M. Ya. Beskov, town of Asbest
"Elektrichestvoll Vo 5, PP 56, 57
Discusses experience in use of
synchronization
for compensation of costk of powerful
motors on
different types of crushers in asbestos
produc-
tion, resulting in raising power factor
and re-
ducing expenditures. Riefersto power
savings
Made in territory of Asbest Electric Power
Network
synchronizing units produced atr XIF
Plant, and
SeZinar on subject at Admin of Electric
Power Sales
of Sverdlovenergo. Submitted 6 APr 51.
24oT5i
rq

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0 000000000000000 00 000000000600*00*60

1. BESKOV. S, D.; BALEZIN, S. A.
2. USSR (600)
4. Inhibition (Chemistry)
7. A survey of effective Inhibitors. Part 1. Uch. zap. Mosk. ped.
inst. im. Len.
44, 1947
9. Monthly List of Russian Accessions, Library of Congress,
January -1953. Unclassified.

1 . D"I'SMV, S.It.
2. USSR (600)
4. Photochemistry
7. Photochemical oxidation in aqueous iodine solutions.
Uch.zan.YIosk.pei.inst.im.Len.
ld~, 1947.
9. Monthly List of Russian Accessions, Library of Congress,
January .1953. Unclassified.
,I

1. SLTZKOVSKAYA, 0. A.; BESKOV. S. _.
2. USSR (600)
/+. Chemistry, Analytical - Qualitative
7. A hydrogen sulfide - free method for the qualitative analysis
of cations.
Uch. zap. Mask. ped. inst. is. Lon. 44p 191+7
9. Monthly List of Russian Accessions, Library of Congress, -1953.
Unclassified.

BSUOY, S. D.
Chadcal anginseripS caloulations 2. lad., perer. Moskva, Goo.
rAsuchno-tokbn. lad-vo, khta.
lit-ry, 19W. W9 p. (~1-22632)
TPI".54 19DO

BFST