SCIENTIFIC ABSTRACT BESKOV, V. S. - BESKURNIKOV, A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000205110015-6
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 8, 2000
• Sequence Number: 15
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

01-
of chemi c a I In e st a 'L -n- r-, a -a
From. 41 no.1:4-Q. Ja IL' 5.

MITROS, Yu.,-h.; BESKOV, V.S,
Design of a contact apparatus with Irternal heat
exchange as the
oobject of automatio regulation. Khim. prom. 41
no.5:357-361
)br f65. (MIRA 18~,6)

13
L 17438-63 EPR/EPF(C)/EWP(q)/EWTW/BD5- kFFTC/ASD, Ps-4/Pr-4
BW/RM/WW/JD
ACCESSION NR: AP3004299 S/0064/63/000/005/0024/00'25
AUTHORS: Livehits, V. D. (Candidate of technical sciences);
11-dorar,"
I* P. (Candidate or-t-e-oWnical sciences),- Beekova, A. P.
TITLE: Effect of moth nd its admixtures upon ammonia
synthesis
SOURCE: Khimicheskaya promy*shlennost', no. 5, 1963, 24-25
TOPIC TAGS: methane, ammonia, ammonia synthesis
ABSTRACT: Authors studied the effect of methane and some of its
admixtures which are contained in a nitrogen-hydrogen mixture
upon ammonia synthesis. Natural gas from the Saratov and Dashansk
beds was tested. The effect of methane in the gases from each of
these fields was studied with one and the same catalyst in three
series of tests. The ammonia yield In a pure nitrogen-hydrogen
mixture of stoichiometric composition was determined in the
fii~st
series. The same mixturewith an admixture of methane was
analyzed in the second series. The pure mixture of 8toichiometric
rarel 112

ACCESSION NRiAP3004299 0
composition was tested again in the third series. The effect of
ure methane was tested at a pressure of 3001atm., temperatures
of
50, 475 and 500co space velocities of 15,000-90,000 hour-'
&
and concentrations of 5,16 and 30% by volume. Authors found that
even a maximum methane content (30% by voli~me) does not have a
negative effect upon the performance of the ammonia catalyst
(ammonia yield in first and third series of tests was
identical).
When methane is added to the nitrogen-hydrogen mixture, the
ammonia yield is noticeably reduced. The assumption that this Is
caused by a reduction in the mixture's partial pressure on
account
of methane rarefaction was not justified. Authors conclude that
presence of methane inhibits ammonia synthenis. Orig. art. has:
3 tables.
ASSOCIATIONt none
SUBMITTED: 00
SUB CODEt CH
DATE ACQ; 15Aug63
NO REP SOVS 002
ENCL t 00
OTHERI* 00
2/162

LMHITS, V.D.,, kand. tekhn. nauk; SIDOROV, I.P.,
kand. tekhn. nauk;
BESKOVA, A.P.
Effect of methane and its impurities on the
process of
ammonia synthesis. Khim. prom. no.5:344-345 My
163.
(MIRA 16:8)

USSRIPhys cal Ch,,& Kin_~tics, Cowbustion, &plosions, B-9
Topochemistry, Crtalysis.
Abs Jour Ref Zhur - Khimiya, No 7, 1957, 22437.
Author F. P. Ivanovskiy, R. S. Kallvarskaya, G. S.
Besi,ova, N. P
Sokolova.
Inst Not ,iven
Title Study of the mechanism of catalytic hydrogenation
of organic
sulfur compounds on an iron chromium catalyzer with the
applic-
ation of marked atoms method. 1. Study of carbon
b1sulfide and
theophene mechanism of catalytic hydrogenation.
Orig Pub Zh. fiiz. Khimii, 1956, 30, No 8, 1860.
(Rcs.nngl).
Abstract Reactions of carbon bisulfide hydro3enition (1)
at 2000 and
thiophene hydrogenation at 3000 are studi.ed on a
Catillyzer
contain.-rg - 88% Fe203,- 8% q~2031 - 3.7% S04, - 1% MgO
and
su-Ifidized with Vie aia of H2S-1-1, before the start of
the ex-
perinez:,;, The cowparison of data on radioactivity of
gaseous
r,.~nctfon products with corresponding % of
transformation brought
the authors to tne conclusion that reactions (1) and (2)
are
passing through 2 siages, through the fonnation of
interm.-di-
ate compounds with the catalyzer (res35). In both
reactions
Card 1/2

USSP./?hysj_ca1 Chemistry, K.,netics, Combustion,
Dcplosions, B-9
T,),Pochci,dstry, Catal, sis.
Abs Jour : Ref Zhur - Khimiya, No 7Y 1957, 22437.
the first sta-, is the process H2+' 1 Fe2S 351 z ff,S35
Fe/
ge
f urther (1) y rocead.9 according to the schume GS2-3~ +
2 / Fell-
~ 'j
2H2 -%' 2 1 YeSY. CH4 and (2) accordin,; to the equation
COON 4 1 fe / IH2 --v / Pe s32/ -t- C4H .In the
experimental
conditions the interchange Of CS2 of tA?ophene or of H2S
with
the ccLtalyzer Fes35 is strongly hindered, yet the
interchange
of S35 between H2S and CS2 at 2000 in presence of a
sulfidized
catalyzer proceeds with a great speed. It is proposed to
use
this reaction its a method for introduc.Ln,,L S35 into
the mole-
cule CS2.
Card 2/2 i46-

diesal eme azisp of thec,aw, 12 a oge
crt an L at
tbe M-t5m- i& rl,6~E~17 Cj
7 )f M 0 r0 99ed atOT03- MY d t
i tope mhango raAction.
mr"Z71ri. Zhur, Fis, Ki"I"17; i:),
b-Senm-, d, - --AY-Zt--, th-- S
u -dowly, and
pr6cr: 1. Very
A 'OIL,
&-69,p 13 evchaptird a, 400' In 3 lirs. The mte a ex-,
-tlyst,and CS, in N,
'Ch=90 is =uth highey w;tft F-a-Cr-S;l cat,
7, of S~' f- c- vclcl~604, d 12W/hr. at
exchanges251 Sn at tj illj!
400'. HS11 the -ame T,-,-tim, co-mlitions 73~' , and
COS" 437; at M'. The rate ' lower ar lcmti- tvernp~.
C414S11 is cowid=ably inare 3tablo th-wn r-t; r!-her erg, 8
con, w vtr.?v
.'and the S11 tsiit3.23*~ nd b.
W. 111. Inves,*IpLlon of
m M at 4L
a stl1fMta rat--Iv,~t r-,;07r071Mv S ul.zts as
the --itUde S, but ~anlyrls *s ol-Furl-I to progre-," by mly ul,
Soln. of S in Iles, with the d1:.szNcd S more n~,bllc than t1he
Sumde S. Tbe r;,talysis vvf~.rz I)r---pq. by having S*3 clthe;- c~3
*.e diB-,~Aved 8, or 11,e cornp-~-rvnt of FcS, all:] the hydroEen-
'i of erg. 3 CE"Pt*S. pragre~t-d Irl the 13t'j ef LIL~~17~d S ill
tht cat.,Jyst. The first -L-atid)'L~i3 stage, tht mt-1y5t r(dilc
rr~cklng of tEa org. S, %ntg. mcAg. i d S dcpwitlou on thc
ced cat
edL Ayrt s-,tti le isritopa co-ot-ent t,f the. H
r
krmcJ bi tbe'rediwt.an and hydre..,muation of the otl. .1; ill-
W-,j)-S ClormslponiI3 to *h,. is::,top colttrnt ijf the L!kr~~Ilve,l
6.
A corn-1AU")n -,~rems to c2EI. b~w,~zn *he mnt. of 8 d; s:~Ivcl
't 'v h poinn
in the FeS sY~34 sn1n. nnd itq c--,tatym actIvity, whic,
I!edL
tot
in ti-e a ft;r ac, i-ic cit.th YA~; for (he
S C-LAn-pds.
J
Alw -r,/
4A

ITANOVSKIT, F.P.; YAL'TARSXLTA, R.S.; B12-S, VA, G.S.;
SOKOLOVA. M.P.
;~ji
Tracer studio@ on the machAnism of the catalytic
hydrogenation of
organic sulfur compounds on an iron-chromium catalyst.
Zhur. fiz.
khim. 30 no.11:2555-2559 N '56. (MLRA 10:4)
1. Institut asotuoy promFohlonnosti, Hook-m.
(Sulfur organic compounds) (Hydration)

u1 t
g, !Et- 41-,kir! -k,

1 1,;-' Or, Sl.L-
LE6KOVA, 3, S. C~md Chem Sci -- " C t,41-. tic hydrogenFtio~i
ol" bisulf- -
A~ `
1.
fides (,,I' iron, niclicel., mid cobf~lt." 1010~-, 1960.
(stAto Cc-ni-~:-ee of '-hp co,mcil OP
1.21nisters" USSTR for Cho;-As-hiV. Order of Lf~bor Red
P!~,!-lner G.,-i Rcs Phl?s C~hem
im L. Ya. Karpov) (1KL, 1-61, 1L11)
21 -

I'The 71-nic-all,
T, lxf
r-naration, of the :'rernant .:oTnan. Cani 1.e.1 -cci.,
joint '3ouncil -)r a 'Irolm
of -,cnim;ra ~ T-sl s, ~'ca` ed Sc]. TISS", c) c In,
Stun. '-o. 611, 26 Au!~ Sunvey or SciPntlf a-l:.-I ni 1 r
'a Di SSe 4.
Defprdt--i` a', 71~- -ig er '~,jj,,c~jtj-oj-,aj
,h

BESKRDV&kYA, N. I.
Clinical aspects of the course of complicated
labor with psypho-
prophylactic preparations for pregnancy. Akush. i
gin. no.4:7-11
JJ-Ag '55. (MLRA 8:11)
1. 1z Inatituta skusherstva i ginakologii
(dir.prof. P.A. Balo-
shapko) Akademil maditsinakikh nauk SSSR.
(PREGNANCY,
psychol.training. eff. an labor)
(LABOR
off. of psychol.train. in progn.)

BESKROVNAYA, N.I.; BRODSKIY, G.V.
Case of malignant degeneration of a pamovarian cy".
Akush.
i gin. 39 no.5:151-152 S-0 163. (MIRA 17:8)
1#1z otdeleniya operativnoy ginekologii (zavo -
prof, M.V,
Duboov) i laboratorii normallnoy i patologichaskoy
morfolngii
(zav. - prof. B.V. Kulyabko) Instituta akusherstva i
ginekalo-
gii (dir. - prof. M.A. Petrov-Maslakov) AMN SSSR.

B&SKROWAYA, O.V.; 6AWNPA, 5.3.
Cort,qL,i drata an the etfe~:t nf letu
~,itageri-sli -);i the structure
I
of por6 space. irady IMIGIV nu.Z-'8al.32-137 16A.
(91RA 17.0)

BESKEOVN'fY, A.K.
Ukraine - Forests and Forestry ..
Houses of Farm CropB on LTkrainian collective furms. Sov.agron. 10
no. 10, 1952.
9. Monthly List of Russian Accessions, Library of
Congress,December 19521gr
,q Unclassified.

L E- A A 1.11
. .
Y
In the article) "Method of Covering the Surfaces of Heated
Metals with Titanium," A. N. Sysoyev and A. K. Beskrovnyy
describe
a method of covering surfaces of heated metals with
titanium by
using a process of thermal decomposition of titanium
iodides in
a vacuum. It differs from other methods in that in the
increasing
of the corrosion resistance of metals the processing is
carried out
by the application of high frequency current heating.
A patent was granted this method under Class 48, Chemical
Treatment of Metals . Class 48c, 11.4, YO .104988, 30 April
1951
at the Ministry of Machine and Instrument Building USSR.
(Byulleten' Izobret*aiy, No 1, Jan 57, p 48) (U)

BESKROVIfTY.A. K.
Determining the time of diffusion annealing of tin
bronze by a thermo
electric method. Zav.lab.21 no.8:962-964 155. (M1RA
8:11)
(Bronze--Ketallography)

Tht rn.~,i;.
and tl;~
:71 is appEcd by them"I -2 3

4 3 7 19 5 7 - 12 4 9 9 1
Translation from: Referativnyy zhurnal, Metallurgiya, 1957, IN7r
I ~ p 29? (USSR)
AUTHOR: Beskrovnyy, A.K.
TITLE: On-the Thermoelectric Non-homogeneity of Aluminum During
Plastic'Deformation (0 termoeleb.t riche skoy neodnorodnosti
alyuminiya pri plasticheskoy deformatsii)
PERIODICAL: Tr. Khar'kovsk. politeklin, in--ta, 1957, Vol 9, pp
155-156
ABSTRACT: An investigation of the thermoelectr*c non-uniformity
in
c'~3nges
thermo'electr'
'c
in
plastically deformed aluminum and of
properties under various degree5 of deform;Aion (D). Annealed
aluminum sheets 100x 15x 1.5mm were stretched by 3, 6, ard 9
percent; discs 20mm in diameter were then cut from the deformed
specimens and were inserted into the textolite template of a
diffusionmeter, The stationery needle of the appa-ratus was
piaced
on the center of the specimen, while the moving rcedle was made
to slide radially along the surface from the center of the disc
to
its edge. During the experiment the temperature of the "hot.
junction" (of the thermocouple) was cons-~antly maintained at
36o.
It is shown that plastic D results in the formatlon of areas
Card 1/2 possessing electrical properties of the S.-~-m_e sign
as tho&e of the

i37 1957-,,~_ ?4991
On the Thermoelectric Non-homogeneity of Aluminum ~cort, )
original metal. The number of microthermoelements~
increase-;
with the degree of plastic deformation, Baied on the fact
tha,.
the amount of work connected with the deporture of An
clectron
decreased in the case of stretched metal, and increased in
the
case of compressed metal, it. is deduced that
plo,!-ti~:ally deformed
A] cuntains both stretched atid c:on-tl)rvs ied regions-
Thc 111,111I)c I-
of regions with differing termindl potential.~ L'ncre-.~'es
-,vith .n
increasing degree of D. The Author suggests t.h.,t regions
of
compressed metal act as recry5talllz~,Ion n-cclei in the
foimation
of new grains, because they are more st;ibl(_ energy-wise,
than
the regions subjected to stretching.
L.
1. Alixminum-Thermoelectric properties-Effects of
deformation
Z. Al'aminum-Deformation-Analysis
Card 2/2

137-58-4-8015
Translation from: Referativnvv ;-.harnal, MetallUrgl)'a,
IQ58, Nr 4, p 233 (USSR)
AUTHOR: Beskrovnyy; A. K
TITLE~ On Grain Bound-dry lnhornogenei,,7es it, Me-als and
Alloys (,0
neodnorodnosti graw's zerv:r, v metallakh i splaval(h)
PERIODICAL: Tr. Khar'kov-;k. puFtekt.n. in-ta, 1957, Vol
11, pp 153-159
ABSTRACT: Microanalys,.; of the struc!ures of a number of
rneTals and al-
loys was perforry---d; it is shown that the interface
layers of grain
boundaries are inliornogeneo-is as !a solubi-'ity,
diffusion, and
thermal properties. The presence of cathodic and anodic seo-
ments along the grain boundarw'es -s explained by the
uneven elec-
tronic bonds in the layers adjacent to the interface.
Examination
of the experimental data showed that in subeutectoid steels
pearlite is precipitated by the grains of the maximum
contact
potential, while in the At bronze eutectoid this occurs
from those
having the Illillil_IlUrn contact potential. It 0; shown
that layers
adjacent to the interface having mirimuni potential are
less re-
sistant to heat and electrochemical action.
V. R.
Card 1/1
1, Grains (Metallurgy)--Boundary layei-Properties 2. Metal's
--Structural analysis 3. Alloys--Strutural analysis

A"t 4
137-58-5-10234
Translation from: Referativnyy zhurnal, Metallurgiya, 1958, Nr
5, p 192 (USSR)
AUTHORS: Beskrovnyy, A. K., Aronov, V. M. , Yankelevich, P. I.
TITLE: Elifiiinatin,,, Lhe Causes of Blistering in Hot-dip
Galvanizing
(Ustraneniye prichin vozniknoveniya puzyrey pri goryachem
otsinkovanii)
PERIODICAL: Tr. Khar'kovsk. politekhn. in-ta, 1957, Vol 13, pp
69-72
ABSTRACT: An investigation is conducted into various methods of
electro-
chemical etching of hot-dip articles to eliminate blistering,
the
cause of which is related to the high internal pressure of the
hydrogen formed on etching, and diffusing into the depth of the
metal. A 20'16 HZS04 solution at.450C and 2 hours holding time
were conditions of the investigation. It was established that
blisters do not form on anodic etching and A-C etching. The
absence of blisters in the latter case is related to the fact
that
when A-C passes through the electrodes, an accumulation of
atomic H sufficient to cause diffusion of the H in the metal
can-
not build up. It is established that A-C etching is the best.
When
the objects are in contact with Cu and Pt,the amount of H liber-
Card 1/2 ated on them diminishes. However, even a small amount
of H

137-58-5-10234
Eliminating the Causes of Blistering in Hot-dip Galvanizing
liberated in this case suffices for blister formation
(owing to the difference
effect). The methods may be arranged in series in terms of
diminishing etch-
ing speed: cathodic etching, A-C elching, anodic and
chemical etching.
L.A.
1. Galvanizing--Fail,,ire 2. Metals--Coatings 3. Electric
currexits--Application,3
4- Zinc coatings--Electrochemistry 5,
Electrochemistry--Applications
Ca rd 2/2

120/-58-5-15/17
Scientific-Technical Conference on Metallzgrapby,and He&'%,
Treatment, Khar1kov 1 ~i,\ -~
Curie points.
Engineer L. N. Udovenko (Works for BuildinG Transport
Machinery) dealt with physical methods of control,
describing certain results of introduction of magneto-
electric ~,fftruments for controlling the quality of Ineat
treatment/ practical introduction of radioGraphic methods
of searching for defects of large size castinGS and of
weld joints.
Candidate of Technical Sciences.A. K. Beshroyniy (=I)
reported on new data relating to the innoculation of
metals. The higher the intercontact difference of the
potentials between the solid and the liquid phase the
more disperse will be the obtained structure. If tllo
inoculating agent forms with the metal an unlimited solid
solution, its action will be the more intensive the lowier
its intercontact potential. This assumption r-as verified
on inoculated zinc, tin, aluminiwin and othor inotals,
Engineer B. I. Movshovich (KhTZ) in his paper "ObtaiininL;
HiGh Mechanical Characteristics of FlunCer Pairs 11,"ade of
Card 15/20the Steel lGaVG in the Case of a Shortened Heat
'iroat;'ient

AUTHOR s Beskroviiyy, A. K. 73--- - 3-8/4 7
TITLEi Discussion of Lectures (Obsuzlidcniye dohladov), lot
(F-lenary)
Bleeting on May 17, 1957
Inner Contact Potentials and Their Iml)ortance for the Deter-
mination of the States of Equilibrium in Metal Allo~,s
(Vnutrikontaknyye potentsialy i ikh znacheniye v opredelenii
ravnovesnykh sostoyaniy v metallicheskilch splavakh5
o
PERIODICAL: Zhurnal Neorgapicheskoy Khimii, 1958. Vol. 3, Nr
3,
pp. 602-603 (US9R)
ABSTRACTt There is'a number bf-factors for the determination
of mutual
solubil~ity. They all are ~dnnected with the thermodynamic
potential. Ther 'modynamics', however, dotermines general
rules
without explainine the racchanism of the process of boundary
formati'on in solid solutions, The theory of electronic
concen-
tration by Yum-Rozeri, Ageyev, and Konobeyevskiy represents a
great sclentific achievement. At present even the limit of
solubility of polyvalent metals in a monovalent metals can be
detex4nined.' It is,- however, maintained that the factor of
electroae concentratiorris essentially necessary but that it
Card 1/3 is not'sufficient for the characteristics of mutual
solubility.
. I

Discussion of Lectures. lat (Plenary) Meeting ori May 17,
1957. 76--5- 3-13/47
Inner Contact Potentials and Their Importance for the
Dete-I-Eination
6f the States of Equilibrium in Metal Alloys
The author says that the factor of electronic concentration is
still not enough inveL;tigated and that it still needs
numerous
investigations. Konobeyevskiy and Ageyev pointed out that the
eleci~ronic affinity in various metals determines their mutual
solubility. This affinity can be chaiacterized by the
ionization
potential, by the work function of the electron and finally by
the inner contact potential (Tsarev). The latter shows most
ex-
actly the electronic affinity as it is characterizing the
inner
state of the metal. By tbe inner contact jotential the work
function of the electron of a metal with ideal surface is
under-
stood. For the calculat:0n of this potential there is the
formula; P = 26,07 DZ 2 , where D denotes the specific weight,
Z the number of free electrons per atom and M the atomic
weight.
The opinion by Konobeyevskiy on the connection between the
solubility and the electronic affinity was checked by means of
the inner contact potential of various metals. It turned out
that the components of unlimited solubility differ by less
than
1 electron Vo1t as regards their inner contact potentials.
Card 2/3 Alloys with P - 2 07~- 3 eV are mutually inso:uble.
In order to

/ -7
Discussion of Lectures. 1st (Plenary) Meeting on llay 17,
1957. '18-3-3-8/4f
Inner Contact Potentials and Their Importance for the
Determination
of the States of Equilibrium in Metal Alloys
make a solution possible at all the con-act of two or more
metals
is needed. The table given oompares the theoretical and
exper-i-
mental val-o. Finally the author finds that these consider-
ations do not contradict thermodynamic fundamental rules as
there
exists a direct dependence between the potentials and the free
energy B = F . Z F. Starting from this it is possible to solve
complicated problems of phase transformations in alloys. There
is 1 table.
ASSOCIATION: Politekhnicheskiy institut, Kharlkov
(Kharlkovjolytechnical
Institute)
Card 3/3

SOV/129-58-10-12/14
AUTHOR: -Beskrovnyy, A.- K.-,- Candidate of Technical
Sciences
TITLE: "Shiny" flardenin6 of Steel (Blestyashchaya zakal',a
stali)
PERIODICAL: Metallovedeniye i Obrabotka Nietallov, 1958 ,
1~r 10,
PP 56-57 (USSR)
ABSTRACT: For sohi4ime brii~ht hardenin, of st-ol has beoii
used extensively; the co.-aponents are heated in a neutral
atmosphere or in a salt and then are ccoled in molten
salts vhich do not contain soluble oxy6en. By this
method the surface will be bri,.ht but it viill not be
shiny. It is of interest to obtain a shiny surface
after hardenincj since this would enable eliininitini~
subsequent operations, i.e. grindint, and polishin6.
Thus, hardened components could then b,2 subjected to
platin.6 without any further pre-treatment. Furtheri.,iore,
thus hardened components would not be subjected to the
formation of hardening cracks. The essence of -the
method is to subject the components -simultaneously to
hardening and electrolytic polishiniol. The here described
experiments were effected in a device, as sho-.,.-n in the
Card 1/2 sketch, Fi,~.l. The electrolyser contains a
phosphor-

"Shiny" Hardening of Steel SU/1201-58-10-12/14
chromium electrolyte (88% orthophosphoric acid and
12% chromium anhydride). After heatinb the steel
component in a neutral atmosphere, it is submerged into
the electrolyte and there it is subjected E~imultu-~lneously
to hardenin6 and electrolytic polishinj~. The authors
have subjected a large number of speci.,iens to repeated
hardening and cooling in water and another batch of
specimens -to repeated coolin~j according, to the here
described method of "shiny" hardeninv
,~. The first
mentioned specimens showed crack formations after six to
seven hardeninS cycles, whilst those subjected to
simultaneous hardeninb and electrolytic Dolishint;
showed no hardening cracks even after 15 hardenini~
cycles. M. M. Bukhanlko participated in the here
described experimental work. There are 2 fi,,ures and
3 Soviet references.
ASSOCIATION: Khar1kovskiy politekhnicheskiy institut (KhaAov
Polytechnical Institute)
1. Steel-Hardening 2. Steel-,Surface properties 3. Steel-
Heat treataht 4. Electrolytic polishing-iEquipment
Card 2/2

3/1 371611rVD100816221037
A06O/A1OI
AU'lHOR: Beskrovnyy, A. K.
'T= On zhe problem of diffusion in alloys
PF,RIDD'ICAL: Referativnyy zhurnal. Metallurgiya, no. 8, 1961,
4-1~, abstract 8Zh23
11M
Ir. Kharkovsk. politekhn. in-ta", 1960, 15, 157-1,60)
(
TEXT- A new proposition has been worked out for the
electradiffusion of
alloys, according to which at the cathode the solubility of
the high contact-
potential elements is increased. The proposition was verified
upon a large
number of experimental data. 1t is concluded that inasmuch as
the oxides possess
the highest contact potentials, they will concentrate at the
cathode, This
conclusion was verified by the electrolysis of an alley of Bi
with a Bi oxide.
As a result of the electrolysis, the oxides were concentrated
at. the C;athode
portion of the metal, forming a mushroom-shaped cap. At the
anode, besides the
BI oxide, metal is present.
[Ar-stra-terls note: Complete translation]
A. Rusakov
Card I /I

3(5)
SOV/21-59-1-23/26
AUTHORS:
and Sukacheva, O.A.
TITLE:
A
Histological Analysis of the Gonads of Lake Chuds-

koye Whitefish
Acclimatized in Khar1kov Oblast

Basins. (Gistologicheskiy anali~_
gonad Chudskogo si-

ga, akklimatiziruyemogo v vodoyemakh
Kha?kovskoy

oblasti)
PERIODICAL:
Dopovidi Akademii nauk Ukrainslkoi
RSR, 1959, Nr 1,

pp 88-92 (US3R)
ABSTRACT:
Observations on the
whitefish from the lake Chudskoye

(Peipus) in waters of the
Khar9kov oblast have shown a

normal development of reproductive
glands of the fish

in its new climate, which refutes the
apprehensions of

some Kiyev histologists, that the white-fish
might,

under influence of a milder climate, develop a tenden-

cy
to become hermaphrodite. There are 4 microphotographsq

and 2
Soviet references.
Card 1/2

SOV/21-59-1-23/26
A Histolo--ical Analysis of the Gonads of the Lake Chudskoye
'ihite-
u
fish Acclimatized in Khar1kov Oblast Basins.
ASSOCIATION: ICharlkovskiy gosudarstvennyy universitet (The
E2iarlkov
State University)
PRE-SEi-ITED: October 27, 1958, by I~N,, Bulankip, Member of
the
- AS UkrSSR.
Card 212

BESKROVIIYY, A.M.; SUKAGMETA, O.A.
Infectious pneumonia in rats. lab, delo
no.3:189-190 :65.
(MIRA 18:3)
1. Laboratoriya onkologii l1krainskogo
nauchno-issledovatel'-
skogo instituta eksperJtnentallnov andArinolorli,
Kharlkov,

SHKORBATOV, G.L.; WNUAYA, N.A.; INSKROVNYT, A.M.
I . WWANON"I*
Intensity of oxygen consumption and some specific
features of
behavior in coregonid larvae. Nauch. dokl. vy-s.
shkoly; biol.
nauki no.4:35-37 '59. (MIRA 12:12)
1.Rekomendovana kafedroy gidrobiologii
KharIkovskogo gosudar-
stvannogo universitata im. A.M. GorIlrogo.
(Respiration) (Larvae-Fishes) (Whitefishes)

1, 44,c,,2-66 F,',!T "I m) /~_-'WP 0 /ET I/El'%T(k)
ACC NR: AP6012607
IJP(c) J D/ H,,'
SOURCE CODE: UR/0182/66/000/004/0007/0010
AUTHOR: Prozorov, L. V ihchulin N. I.; Savhjq, V
A.; Beskrovnyy. G. G.
ORG: none
TITLE: Increase in the temperature of foEgjys d ring the hot
extrusion, certain alloys
SOURCE: Kumechno-shtampovochnoye proizvodstvo, no. 4, 1966,
7-10
TOPIC TAGS: automatic recording potentiometer, metal
extrusion, hot die forging,
temperature dependence, metal deformation / 10 steel,
Khl5N10S3B (EP302) steel, EP150
steel E1607 (KhN80TBYuO) steel, PSI-08 automatic recording
potentiometer
~% kD
ABSTRACT: The article presents the findings on the increase
in the temperature of the
direct-extruded rods of the steels 10, Kh15Nl0S3B
EP302),,EP150 aud E1607AKhN80TBYuO)
at various temperatures and degrees of deforr. , ~n. 711
'kxtrusiq&was caAled out with pr(
tools heated to 250-300*C, in 200-ton hydraulic press, on
varying the degree of deformation
by using die holes of various diameters. The temperatureqa
the rod was measured immedi-
ately on emergence from the die with the aid of a special
setup (Fig. 1): the emergilig hot
rod falls via a funnel into a container with water which is
equipped with six chromel-alumel
Card

L 44352-66
ACC NR: AP6012607
Fig. 1. Diagram of experimental setup for measuring the
temperature of the
forging
I - punch; 2 - die; 3 - bolster; 4 - funnel; 5 - container with
water; 6 - heat insu-
lation; 7 - forging; 8 - recording device with thermocouples
C,,d 2/3

L - 1, 4352-66 '_':
ACC NRt AP6012607 0
thermocouples arrayed in a spiral over the height of the
container. T'he rise in the temperature:
of the water is recorded by those thermocouples and
automatically registered at 2-sec inter-
vals by an PSI-08 automatic recording potentiometer. Blanks
heated to various temperatures
9 00, 1000, 1100 and 1200*C were deformed to various degrees
(80, 69. 7, 57. 6, 43. A), The
thermal effect (increase in temperature) was determined each
time by calibration in the i
container with water, i. e. by heating other, already extruded
rods, to the same temperatures
and placing them in the container with water and measuring the
resulting rise in water tempe-
rature. The maximum increase in temperature was observed for
blanks heated to 9000C and
deformed 80%, i. e. for the lowest of the temperatures
investigated and the highest of the de-
grees of deformation investigated: in this case the temperature
of the emergent rod was higher
by as much as 150-210*C. Thus, it is established that the
thermal effect decreases with
increasing temperature of the blank prior to its extrusion and
increases with increasing degree
of deformation of the bbank. Grig. art. has: 8 figures, I table.
SUB CODE: 11, SUBM DATE: none/ ORIG REF: 001/ OTH REF: 003/
Card

BESK.ROVIIYY. I., tekhnicheskiy riikovoditell.
Causes of luck of shaxpueso in screen images. Kinomekhanik
no.8:27 Ag '53.
Od~u b:8)
1. Byuro kinaperedvizliek, Monk-va. (Hovina-picture
projection)

hzsyRcvil,yy, I. C.
23557. ~T-,;~.YTIVNC)Ye ISPOLIZOVAIMe
CGAJ,'CRC,V V
Zh;,,Lh::LNOLCI,lcCZIiNCIA KhOZYiiISTV,'l,.
SECILlK NAM].
T-'6UDOV (TAShk. IN-T INU2,L-ROV Zh.-D.
TRAIZIC;IPTA)y
VYP. 2, 1949, C. 28-54
SO! L-~TCPIS NC. 31, 1949.

WRUSUICH, M.A., kandidat tekhnicheakikh naixk; ~
R7-'qVRnVjM. ~,G.,. kandidat
tekhaichaskikh nauk. ......
Protective refractory coatings from Aktash aluminous
rocks. Trudy
Inst.energ. AN Uz.SSR no.4:83-99 150. (HLRk 9:11)
(Refractory materials) (Protective coatings)

BISICROVYYY.I.G., dotsent. kandidat tekhnicheakikh
nauk; FILIPPOV,A.A..
dotse-ur."TOndidat tekhnicheskikh wwk
Problems of standard norms for locomotive fuel
consumption. Trudy
TASHIIT n0-31112-126 '51. (MLRA 8:10)
(Locomotives--Fuel consumption)

kandidat takhnichookikh nauk, doteent; TOLKACHIV. A.Y.,
_~R�1ROXV
kandidat takhnicheakikh nauk, doteent.
Firing locomotives with mixtures of Angren and
Karaganda coals.
Trudy TASHIIT no.5:27-33 156. (MLM 9:12)
(Locomotives-ftel consumption)

- _WjPW , . kandidat tekhnicheakikh nauk; BSLICNIKIT,
M.N.,
wAA
,
kandidat okonomicheakikh nauk.
Effectiveness of using diesel locomotive traction on the
railroads of Central Asia and KaEakhatan. Zhel. dor.
tranap. 38 no.11:18-22 N 056, (MLRA 9:12)
(Soviet Central Asia--Diesel locomotives)

-- BESKROVF~~I.G,; VILIKEVICH, B.I.; KRAFT, G.A,
Diesel locomotives should be equipped with panel-9 and
sockets for
rheostatic tests. Elek.i tepl.tiaga 5 no.4:42 Ap 161.
(MIRA 14:6)
(Dieae*'l locowtives-Testing)

EESKROVNYI, I.G., kand.teklui.nauk; KIIkFT, G.A.~
IMHUTD1,11OV, G.N., inzh.
Portable fuel meter. Blek. i tephtiaga 6 no.8:4-5 A 62.
&RA 17-3)

S/04 62/026/008/023/026
B1 04Y3102
AUT11ORS:
TITLE:
PERIODICAL:
-Beskrovnyy',---I. M._,--Kuragina, I. A., and Chezganove, A. Ya.
2,utomatic device for measuring conversion electron spectra
by applying an electric displacement to the source
Akademiya nauk SSSR. Izvestiya. Seriya fizicheskaya,
v. 26, no. 8, 1962, 1090-1092
TEXT. The device measures conversion electron spectra in sm'all
energy
ranges subject to constant magnetic fields by applying an electric
displacement (retarding or accelerating) to the particle source.
The time
of measurement is reduced, the process simplified, accuracy
improved. The
ener-y rang of the device is 8 kev. For a given strength of
magnetic
field, it An be used for measuring spectral ranges extending over
about'
10,13' up to 100 kev, and spectral ranges extending over 1-/.' up
to 1 "'.1ev.
The counting rate, the steps in the bias voltages, and the
exposure times
are controlled from a panel. The bias voltages can be switched
automatically. The bias voltage has steps of 2, 10, 50, and 100 v
in the
range between -4 and +4 kv, voltage fluctuations are smaller than
1.10-4.
0
Card 1/2

S/048/62/026/00B/023/628
Automatic device for measuring ... -B104/3102
There is 1 figure.
Card 2/2

S/048/62/026/008/024/028
BlC4/3102
AUTHCRS: 3eskrovnyy, I. M., and Zabashta, P. T.
TITLE: TnStrument for measuring the gradient of a magnetic field
PERIODICAL: Akademiya nauk SSSR. -,Izvestiya. Seriya
fizicheskaya,
v. 26, no. 8, 1962, 1092-1095
TEXT`. magnetic coil oscillating in the direction of the
magnetic field
produces at its terminals the voltage V - nAxOG)dB/dx, where n
is the number
of turns, !, the coil surface, x. the coil oscillation
amplitude,*Zj the
an~;uiar velocity, dB/dx the gradient of the magnetic field. The
membrane
of a loudspeaker activates the measuring coil (X,,--.10.05 cm,
240 cps,
-'5 cm
a 2). The voltaZ;e at the ends of the coil is V - 2-lo-4 d3/dx.
G
The audio-frequency generator has high stability. The amplified
and
rectified sicnal of the measuring coil is read from an
indicator. The
instrument proved excellent for measuring the magnetic field of a
P-spectroraeter. There are 4 figures and 1 table.
Card 1/1

.__L 17873-63 EWT(1)IBDS AFFM/ASD/IJP(C)/55D
ACCESSION AP3003706 S/0048/63/027/007/0956/0960
AUTHOR: Beskrovny*Y, I.M. 7 a
~j
TITLE: Transistor amplifier for P-n junction type alpha-Darticle
spectrometers
/Report of the Thirteenth Annual Conference on Nuclear
Spectroscopy held in
Kiev from 25 January to 2 February 196:3/
SOURCE: AN SSSH, Izv.Seriya fizicheskaya, v.27, no.7, 1963,
956-960
TOPIC TAGS: solid state detector, transistor
amplifier,..impodance converter
i ABSTRACT: In view of the potentially high resolution of solid
stnte(p-n junction)
type radiation detectors, the amplifiers used in conjunction with
such detectors
;Aust have a low noise level, good linearity and high-stability.
In addition their
input impedance must be high to match the output impedance of the
p-n counter; 4
high input impedance is also needed to insure a good
signal-to-noise ratio. In
view of the fact that the input impedance of transistor
amplifiers is generally
low, the voltage amplification stage should be preceded by an
impedance converter.
The effects of different circuit parameters are discus~---ed. The
circuit diagram
for a transistor gnplifier with high-frequency correction is
shown in Fig.1 (see
i Caid 1/3~_

ACIE?SS7)k4NNR: AP30.03706
Enclosure 01). The pulse shapes recorded using tho proposed
amplifier and a mul-
tiple channel pulse height analyzer are presented. The rms noise
levels are re-
-oorted for a number o9 measurement cases. Orig.art.has: 8 formulas
and S figures.
1 MSSOCIATION: n6ne
SUBMITTED. OP DATE ACQ:,02Aug63 ENCL: 01
(YMER: 002
'UB CODE: SD, GE NO RrX SOV: 000
Co x^
rd- . ck,
1

J
-1 17871- ~3 BDS
ACCESSION ANR: AP3003707 S/0048/63/027/0'17/0061 '0956
AUMOR: Beskroynity. 1.M.; Butyaga, A.S.; Kuragina, I.A.
TITIX: Design of transistor current regulntor!~Pfor nuclear
spectrometers /`Fepor~'
a ~p -ir Spectroscopy held in KTev frcm
of the Thirteenth Annu,1 nference on Nucle.
25 January to 2 February
SOURCE: AN SFSR, Izv.Seriya fizicheskaya, v.27, no.7, 111IG3,
9GI-966
TOPIC TAGS- current regulator, spectrometer power supply
ABSTRACT: Although a number of different current re"tilators are
now available for
use with magnetic spectrometers, generally vacuum tube
regulators that can provide
the heavy (15-20 anp) current drawn by large spectroneters are
lacking and are dif-
ficult to design; this limitation does not apply to
transistorized regulators.
Hence despite voltage limitations and other shortcomings, it is
expedient to use
transistors for current regulators for spectrometer magnets.
Basic design consi-
derations are discussed as they apply to transistor regulated
current stabilizers.
A transistor regulator circuit with a rating of 15 amp for the
Ketron spectrometer
is presented. TAbstracter's note: No specific values and
parameters are given
Cardl/2

L 17871-63
ACCLSSION NR: AP3003707 6
for most of the components.7 Tests Nvin a spectroi-xter having
i resolution of
0.4% showed that 'the rcgul7ator provides adequate current
stabilia.-ition. The char-
acteristics oi the regulator are: current range: 200 YA to 15
amp; drift over a
period of one hour I in 6 ,c 104; current change as a result
of 10',0 line voltage
rise: under I in 2 x 103; ripple at 6 amp: under 1 in 1.5 x
104. Orig. art. has:
4 formulas and G figures.
ASSCCIATION: none
SISMITTED; 00 DATE ACQ'- 02AugG3 ENCL: 00
SUB CODE: GE, SD 1\10 REX SOV: 002 OTHER: 0000
Cal-C12/2

. I - , Yu. A.; BESKROVYii, I. M.; G. D.; 011URSLN, G. P.
"Miethods of Automatic Observation wid Measurement of
Spectra of Conversion
E
~Iectrons in Magnetic Spectrometers."
report submitted for All-Union Coaf on Nuclear
Spectroscopy, Tbilisi, 14-22
Feb 64.
!YaF, AN KazSSR (Inzt Nuclear Physies, AS K&zSSR)

11 2 il 2 im DLUF
,
,

04-545 8/0048/65/029/001/0172/0176
-MCM ra NR -AP
50

AUMOR- Andreyev, Yu.A
LM.
Be
11 - ~ovnyy~

_
_

T I TLZ -. Effect ol electric bias on the iu-m,inoslty of a magnetic
beta sjx~ctromnter

/Report, l4th knnual Corderence on -,muclear
PhIsics held in Tbilisi l4-22Febl'9G4/

SUYJT=: AN SSSSR, Izvestiya.
Seriya fizicheskayn,v.29, no.1, 19665, 17-2-176

TOPIC TAGS, beta
sMctroscopy, electric field, luminosity

ABSTRACT:' The influence of
the focusing effect of electric bias of the source on

the luminosity
of a -magnetic 13 spectrometer is discussed theoretically. With the

assumption of a PDint suurce-and an-infinite entrance plane it is
found that a

-%0V bias on a source of 10 1;eV electrons changes the
effective luminosity by less

than 0.2%, i.e., the elfcct is quite
negligible. The distortion of the field by

the source holder and the
side wnl1s, htwovor, leads to a much greater effoct. TIA,

eiiLct of
these factors -was determined by zn~-asure-,,;ents in nn electrolytic
bath,

and it was found that by appropriate ftsign of tho source holder
(the source hold-.,

1 eT) e.g. 9 should be perp-ondicular to. the
entrance slit rather thar parallel to io

1/2

lu 328-25-55)
ACCESSION APS004545
the :focusing effect of the bias field can be considerably reduced. A
cylindrical
source holder is described which is particularly advantageous in this
respect. It
is conelmded that mmetthcd of varying the bins on the source can be
successfully cm-
ployed for precision measurement of conversion electron spectra. "In
conclusion,
the authors express their gratitude to V,M.Hellman, Doctor of
Physical and Mathe-
natical Sciences, for very valunble consultat ions." Orig.n.rt.hns: 5
for-mulas an T
5 ligures.
ASSOCIATION: none
SUBMITTED- 00/--jan65. E.,NCL- 00
NR REY SM1. 006 OMR: 000
StM CODE,, NP,EM
M 2/2

I ':'6o9--6,5 Fab
ACCESSION 1111: AP5005959 S/(10481'65/C)2r"002/oloc,/(i3lo
reyev,Yu.A.; Des krovnyy, 1. M. Dragomoshchenko,L. I. v G.P.,
AUTHOR: And
Churs in,G. P.
TITLE: Autom"Itic measurement of conversion electron spectra
rReport, 14th Annual
Conference on Nuclear Spectroscopy hold In Tbilisi /14-22 Feb 19647
SOUME: AN SSSR. Izvestiya. Seriya fizichesknya, v.29, no.2, 19G5,
306-310
TOPIC TAGS: beta spectroscopy, automation
ABSTRACT: An automatic 0 spectromete is described. The instrument is
the result
of an attempt to devise an automatic spectrometer that would be
easier to con-
struct than that previously described by one of the authors and
others (Izv.AN
SSSR,Ser.f iz.26.1079~!962) t and thus to make the benef its of
automation nvail-ible
to more and smaller Intoratories. Commercially available Soviet
components, with
or without modification, were employed wherever possible. During the
operation of
the instrinnent the P-spectrometer magnetic field is held constant
and a dc bias on
the P-ray source is varied in steps. Thus, no inverse feedback is
required. The
counts recorded at a given value of the bias are accumulated in one
of the 99
Card 1/2

L 33609-65
ACCESSION.NR: AP5005959
channels available for this purpose, and when the complete spectrum
has been re
corded it can be displayed on a c,,,ithode-ray tube or the contents
of tho 99 chan
:_nels can be road-successivelk on-an indicator. -The- bias can be
varied from -4 to
+4 kV in steps of 20, 40, 100 or 200 V and counting times for each
bias value from~
10 to 40UO see are available. A second instrument is described which
is easier to
construct' but Is less accurate. In this instrument the bias is
varied continuously:
and the output pulses are shifted from time to time from one
recording channel to
the next. Orig.art.hast 6 figures.
-7:
-none--
_-ASSMIATION,
SUBM17TED: ENCL: 00 SUB CCDE: DP,NP
MR,
NR REF SOV: 002 OTH 000
2/2

L-27204-66 EWT(1)/E1YT(m)/ETC(m)-6 JJP(c) WW
ACC NR: SOURCE CODE: UR/0361/65/000/00270035/0014-o!
AP6017"4
AUTHOR: '-Andreyev, Yu. A.; BeskrovW, 1. M.; Latyshev, G. D.
ORG: none
TITLE: Methods for automation of physical measurements in
magnetic beta-3pectrometen
SOURCE: AN KazSSR. Izvestiya. Seriya fiziko-matematicheskikh
nauk, no. 2, 1965,
35-40
TOPIC TAGS; spectrometer, automation, magnetic circuit,
automation equipment,
electronic rectifier
ABSTRACT: A brief review ofthe advantages of automation in spe6-i
and Inadequacies In currently proposed methods of Imple-,
menting such automation make up a large portion of this artiole. I
A general diagram of anautomated speotrometertis presented,,
along,
~with,some suggestions for the oonstruotion of various elements*
The article concludes with the suggestion that an automated spec-
.trometer have two basio components - a universal control block
~containing the timing, program, and recording bl6eks; and a
block,
specially oonstructed for each type of spectrometer consisting of
a regulator, a magnetic field stabilizers and a high voltage
roe-:.
tifier or a high voltage bias rootifier. Undoubtedly, of
great-..,'
value,le the bibliography of ourrent works In this area*-
Orig. art. has:- . 1 figur'e. - [JPRS)
SUB CODE: 090 13 / SUBM DATE-. OqOct64 ORIG REF: 014 / OTH REF:
00~
Card 1/1 P fi _.

V,iT (1) Ijp(c)
AM N& AP60DISS? SOURCE CODE. URAJI
M10174
AUTHOR., Bes~~~. S. P.;
Op,G.- hwtitute of Nuclear Physics_, AN K"SSR-(Inutitut
Vadernoy fialki AN ]K&zSSR)
TITLE: Wide-range Instrument for measuring Inttneitles of
nonuniform magnetic
fields
SOURCE: Pribory i tekbalka eksperimenta. no. 6, 1965, 171-174
TOPIC TAGS: mmagnetic field measurement, magnetometer
ABSTRACT: The development of a new wide-range (7-350 oe)
maeetolvieter to
reported; an aperimUc circuit with DFPG (ot, cc -diphenyl is
-picrylhydrairl)
inductively or capacitatively coupled with the resonant circuit
of a r-f oscillator to
used as an EPR-signal sensor. The conventional scheme of EP~L
spectrometer is
employed. The magnetou-seter permits measuring field
IntensityMth an error of
0.001 at gradients up to 1000% per cm. The error for uniform
fields may be reduced
to (2-5)xIO-s. The entire range 7-350 oe, or 20-2000 Mc, is
covered without
changing the sensor. The magnetometer consists of standard
Soviet-made
instruments and devices. Orig. art. has.- 3 figures and 3
formulae.
SUB CODE: 17,091 SUBM DATE: 050ct64 / ORM REF-. OOZ I OTH REF,.
00 1
Cwd 1/1 -'~ 6 VDC% 621.317.443

L D5725-67 L-~v!T (q)jl
SOURCE CODE: UR/0120/66/000/001/0190/0191
AUTHOR: Andreyev, Yu. A.; Beskroynyy, I. M.; Gorbatov. E. A.
ORG: Institute of Nuclear Physics AN KazSSR, Alma-Ata (Institut
yadernoy fiziki All
Kazsslu--
TITLE: Automatic control of a high-voltage source
SOURCE: Pribory i tekhniMal eksperimenta, no. 1, 1966, 190-191
TOPIC TAGS: automatic control system, power supply, electronic
rectifier, voltage
divider/ VS-22 electronic rectifier
ABSTRACT: A controlled high-voltage source based on a standard VS-22
rectifier is de-
scribed. The unit may be used for automatically switching high
voltages from -4 to +4
kv in steps of 20, 40, 100 or 200.v. The modifications made in the
VS-22 unit are de-
scribed. A block diagram of the rectifier is shown in the figure. A
pulse from an ex-
ternal controlling device (e. g. a timer) moves step switch 4 by one
position. This
corresponds to a change in the output voltage by the selected step.
The next pulse
switches the voltage through still another step etc. A complete
revolution of the
step switch closes contacts which feed the control circuit 6 of the
inotor 5. Starting
of the motor switches high-voltage divider 3 through one position.
This sequence of
UDC: 539.28.078
Card 1/2

F- -I-,-0,5725-67 - ---
ACC NR: AP6007835
+ 4
0c,
VS-2
J
erm motor control
-4 to v. Th
operations continues until the output voltage has been changed from
+4 k e'
motor control circuit and arrangement for changing polarity are
described. Operation-
al tests show that the device is reliable and stable. Orig. art.
ha6: 3 figures.
004/ OTH RM, ooo 'L
SUB CODE: 09/ SUBM DATE! 08Jan65/ ORIG REr:
ird 2/2

BF,SK,'ZCVNYY. L.D., inzh.; KCIRSAKOVA, T-1,%, inzh.;
LEBEDEV, N.V, itizh.;
PETROVA, Ye.p., inzh.; RUTKOVSKAYA, R.F., inzh.;
FIGMAN, G.Ya.,
inzh.; SHTIVELI, O.B., inih.; ISEYEVA, H.Kh.,
redAzd-va;
SALkZKOV, N.P., tekha. red.
(City streets and roads; their oonstruction] Gorodskie
ulitsy
i dorogi; konstruktsil. Moskvap Izd-vo M-ya
kommun.khoz.
RSFSR, 1963. 25 P. (MIRA 16.8)
1. Russia (1917- R.S.F.S.R.) Upravleniye
blagoustroistva go-
rodoy RSFSR.
(Streets) (Road construction)

i: L, ID . 'I-*- . . , - , -~L , . ~: .
25296- L.(l. 0b istoricheskii-Ji rabctakh klai,~Lcvitsa.
Tndy
(Vocn. nkad. im Fri,iz,!) , SB. 14, l)47, .,. 71-104
,10; L-tonislZhurnal Statcy, No. 3G, -1 )4(

BWKROYNTY I L.G., polkoynik, redaktor; OSIPOV, I.A..
polkovnik, redaktor;
LUBUYALUVA, Ya.K., takhnichookly redaktor.
[Russian generals; collection of documents and
materials] Fasakie
polkovodtay; aborulk dolmmentov i materialov. Vol. 4,
Pt. 1. LK.I.Ku-
tusov; collection of documents (July-October, 1812)]
M.I.Kutuzov;
abornik dokumentov (Iiull-oktiabrl 1812 g.) Moskva,
Voennoe izd-vo
Ministerstva oborony Soiusa SSIL 1954. 550 P. (HLHA
7:11)
1. Russia (1923- U.S.S.R.) Glarnoye arkhivnoye
upravloniye.
TSentrallnyy gosudarstyeanyy voyannoistoricheskiy
arkhiv.
(lutuzov. Mikhail Illarionovich, 1871-1813)

DROOMINY, M.I.; !M02=1 j , professor, doktor
istoricheskikh
nauk, redakt-or; IGKATVFVrCA, G.M., redaktor;
MYASHIKOVA. T.Y..
takhoicheskiy redaktor
[Selected works; problems in training and
instructing troops3
Isbrannye trudy; voprosy vospitaniia i obucheniia
voisk. Pod
red. L.G.Beskrovnogo. Moak". Toen.izd-vo
Ministerstva obor. SSSR.
1956. 636 p. (KLRA 9:8)
(Military education)

BMKROVNYY. L. G.. doktor iet.nauk, red.; ZAOZERSKATA, Te.I.,
doktor ist.
nat*;~` red.; PRECMIAMENEUT. A.A., kand.iat.nauk. red.; VOLKOV.
S.L. red.izd-" - PODOCRNENSKAYA. TS.M., red.izd-ve; MAKM,
Te.y.,
tekhn.red.
Drimary accumulation in ]Russia (17th and 18th centuries); a
collection of articles) K voprosu o peryonschallnom hakoplenii
v Rossil (XVII-XVIII vv.); abornik Btatei. MoEkya, 1958. 540 p.
(HINA 11:6)
1. Akademiya nauk SSSR. Institut istorii.
(Rusoia-16nomic conditions)

IJffGH1KO,G.IS, admiral, otvetetvenuyy red.; DMUN,
L.A., dots., kand. geogr.
y1am , inzh.-kontr-admiral. glavnyy red.; FRUMKIN,
N.S., polkovnik,
zamestitall otvetstve=ogo red.; ABANIKIN, P.S.,
admiral, red.;
AIAMOV, V.A., prof*, kand, voenno-morskikh nauk,
admiral, red.;
AWIICH, VA., kontr admiral sapasa, red.; ACMUSOV, V.I.,
kand.
istor. nauk, kap1tan 1 ranga, red.; BARANOV, A.N..
red.; BIMLI,
V.A., prof., kontr-admiral v otstarks, red.; BBMOVNYT,
L.G.,
prof., doktor istor. nauk, polkovnik zapasa,
kand. voen. nauk, general-mEWor, red.; VIESHININ. D.A.,
kapitan I
rangs., red.; VITVM, II.A., prof., doktor geogr. u~,uk,
red.;
GUIPOND, G.M., dots.. kand. voenno-morskikh nauk,
kapitan 1 ranga,
red.$ GLINKOT. Ye.G., iuzh.-kontr-admiral v otatavlm,
red.;
TFILISEM, I.D., vitse-admiral. red.; ZOZULYA, F.V.,
admiral, red.;
ISAKOV, I.S., prof., Admiral Flota Sovetakogo Soyuza,
red.;
XA,VRAYSKIT, V.V. [deceased]. prof., doktor fiz.-mat.
nauk, inzh.-
kontr-admiral v otstavks. red.; KAIMIK, S.V., red.;
k0ZLOV, I.A.,
dots. kand. voonno-morskikh nauk, kapitan I rianga,
red.; KCKAROVe
A.V., vitae-admiral,*red.-. KUDRYAVTSXV, M.K., general
leytenant
tokhnicheskikh voysk, red., LTUSHKOVSKIY, M-V., dots..
kand. istor.
nauk, polkovnik, red,; WSIMOV, S.N., dots., kand.
vos-nno-morskikh
nank, kapitan 1 ranga, red.; OWN', S.B., prof., doktor
istor. nauk,
red.; MWV, B.P., prof., doktor geogr. nauk, red.;
PAVLOVICH. W.B.,
prof., kontr-admiral v otstavke, red.; PAMLEM. Tu.A.,
admiral,
red.; PITJRSKIY, N.A., kand. voenno-mDrokikh nauk,
kontr-admiral,
red.; PIATONOV, S.P.,.general-leytenant, red.; PMNTAK,
V.G., dots.,
general leytenaut, red.; S&LISHCHW, K.A,., prof.,
doktor tekhn. nauk,
(Gontinued on next card)

LEVCE3UZO, G.I.-(contimed) Card 2.
red.; SIDOPAV, A.L., prof,, doktor istor. nauk., red.:
SKOROUROV,
L.A., kontr-admiral. red.; SNMINSKIY. V.A.. ,prof.,
doktor
voenno-morskikh nauk, inzh.-kapitan'l ranga, red.;
SOLOV'Y31V, I.N.,
dots., kand. voonno-moreklkh nauk, kapitan 1 ranga,
red.; STALBO,
K.A., kontr-admiral, red.; STIPABOV, G.A. [deceased],
dots., vitse-
admiral, red.; TOWSHWICH. A9V., profo, doktor
voonno-moreldkh
'nauk. kDntr-admiral v otatavke, red.; TRIBUTS, V.F.,
kand. voenno-
morskikh nauk, admiral* red.; CHEMMOV, F.I.,
kontr-admiral, red.:
SHVZ3, Ye.Ye., mrof. Lktor voerno-morskikh nauk,
kontr-admiral,
red.; CRURMOV, A.I.,.tekhn. red.; VASIL'YWA, Z.P.,
tekhn. red.;
VIZIROVA, G.N., tekhn. red.; GOROKHOV, V.I., takhn.
red.; GRIN'XO,
A.M., tekhn. red.; KUBLIXOVA, N.M., tekhn. red.;
MALINKO, V.I.,
tekhn. red.; SVDWSXAYA. G.Vo, tekhn. red.;
CHXRNOGOROVA*, L.P.,
tekhn. red.; GURWICH. 1.V., tekhn. red.; BUKEUTOVA, Me,
teldin.
red.; NIUMAYRTA, I.N.. tekhn. red.; RADOVIL'SXAYA,
E.O., tekhn.
red.; TMOKIROVA, A.S., tekhn. red.; BILOCHKIN, P.D.,
tekhn. red.;
LOMCO, V.I., tekhn. red.; ROMAN=. I.G., tekhn. red.,
TAROSMffICH,
K.Ye., tekhn. red.
[Sea atlas] Norskoi atlas. Otv. red, Col. Levchenko.
Glav. red.
L.A. Demin. [Moskva] Izd. Glav. shtaba Voenno-morskogo
flota.
Vol.3. [Military and historical. Pt.l. Pages 1-451
Voenno-istori-
ches" i. Zamestitell otv, red. po Ill tomu N.S.
Frumkin. Pb.l.
Listy 1-45. 1958. _ [11ilitary oud historical maps,
pages 46-521
(Continued on next card)

LBVCR,LTKO, G.I.---(contimied) Card 3.
Voenno-i at ori che skis karty, listy 46-52. 1957. (mm
11: 10)
1. Russia.(1923- U.S.S.R.) Kinisterstvo obororq. 2.
Nachallnik
Glavnogo upravleniya odazii i kartografii Kinisterstva
vnutrennikh
a
del SSSR (for Harauovr. 3. Chlon-korrespondent
Akademii nauk SSSR
(for Kaleanik). 4. Daystvitellnyy chlen Akademii
pedagogicheskildi
nauk RSM (for Orlov).
(Ocean--Napa)

B
R_.qr'7tqy,,ich: OSIPOV. I.A., red.; SOROKIN, V.V.,
rik
tekhn.red.
[Russian AraW and Navy in the 18th century; studies]
RucOmia
armiia i flat v XVIII veke: ocherki. Moskva.
Voen.izd-vo M-va
obor. SSSR. 1958. 643 P. (MIU 11:6)
(Russia--Armv) (Russia--Navy)

'WZaW-YEj,jLa, doktor Istor.nauk; LTUSHKOVSKIT,
N.V.; SM, R.Sh.;
LUPACH, V.S., red.; SI"TSOVA, Ye.N.. tekhn.red.
[Russian military theory In the 19th and'the
beginning of the
20th century] Russksia voenno-teoreticheskala myall
la I
nachala XX vekov. Moskva, Voen.izd-vo H-va
obor.SSSR. 1960.
757 P. (HIM 14:4)
(Military art and science)

ecologiml -physiological
to tempemture and light
no - 3, 1952

ANBINDFR, Ya.Ye. (Anbinder, IA.IE.]; SHPAKOVSKIY, N.Ye.
[Shpalovs1kyi, N.E.1;
DARBINYAN, S.A.; KOMAROV, V.V.; KOMAPCIA, T.7.; K:-ZU"",
Yu.A.; KOUCKUTIN,
L.P.; &-UKIDZr, V.M.; SHULYATITSKIY, S.M.
[Shyliatytslkyi, S.M.];
KHODURSKIY, Ye.A. (Khodurslkyi, IE.A.1; OBUSHINSKIY,
Ye.l. [Obushynslkyi,
IE.1.1; GVOZDIK, A.A. (11vozdyk, A.A.]; NIKITINA, M.A.;
LUPASHKO, N.F.j
M.N.; TSIMBLER, M.Ye. (TSymbler. M.IE.); ILYN, A.N.;
TOTADZE,
P.M.; ZHIGUR,%,-Kh.Yu.; zAKR.EvsKiy, Ye.s. (Zakrevslkyi,
1E.S.];
FEDORCKCH, A.G. (Fedorovych, A,H.1; CHALFNKC., D.K.;
KHOMUTOV, D.A.;
SKURIKHIN, I.M.; NILOV, V.I.; YFFIMOV, B.N. [IEfimov,
B.N.]; KAZANOVSKIY$
V.S. [Kazanovslkyi, V.S.]; ZOTIKOV, L.S.; KMHMNKO, M.A.
Soviet certificates of invention. Khar. prom. no.2157-59
Ap-Je 165.
(MIRA 18:5)

KUDRYAVTS,EV, N.,, prof.;-BESKIT inzh.; BROD, I., profo
Who was right: Lomonosov or Mendeleev? Origin of oil.
Tekh.mol.
29 no-4:5-9 Ap 161* (MM 34:5)
1. Vsesoyuznyy geologorazvedochnyy neftyanov institut
(for Kudryav-tsev,
Baskrovpy). 2. Moskovskiy gos. universitet (for Brod).
(Petrole= geology)

BESKROVIM~ N. A.
Rraktikum po ekologii shivotnykh (Practical work in animal
ecology) Kharkov, Izd-Vo
Kharlkovskogo gosudarstvennogo unive--siteta, 1953. 232 p.
SO: Monthly List of Russian Accessions, Vol. 7, No. 6, Sep-
1954

USSR/Medicine - Penicillin Jan/Feb 52
"Treatment of Angina by Local Injection
of Peni-
cillin" N - R . Beskrovnyy, Clinic for
Diseases of
Bar, Nose, and Throat, Stanislav Med Inst
"Vest Oto-Rino-Laringol" Vol XIV, No 1,
PP 77, 78
Intramuscular injection of penicillin at
a dis-
tance from the seat of the disease -when
treating
angina is not effective. The penicillin
spreads
through the tissues in low concn, is
quickly
neutralized and enters the tonsils in
small quan-
titiL%-s only. It is more efficient to
inject the
prepn into the immediate vicinity of the
tonsils.
204T62
USSR/Medicine - Penicillin (Contd)
-an/Feb 52
Author injected 50,000-70,000 units in
3-5 ml
of physiol salt soln or 1% novocain soln
be-
hind each tonsil to a depth of 3-5 mm .
At the
same time a streptocide in the usual
doses
should be given ifternally.
204T62

I
11SKILOVIM) J;,Rl
Gase Of OLOgenous sapi!i.,
to)cicosig. Zhul'.
ush. nos. i gorl. bol. 3 :1-., 1 L-A'p lb,30
(141RA 16:8)
1. Tz klinild bolezr(,-,-r (,zav. - doktor :i~d.
nauk M.S. ltdvedovskiyl I
i i tsinskoEo in-
stituta.
CIF)

7
ilFl-"~"T~o'l.ilFfy,~--i'~,._f'., T. 14.
1,11;:L'TSAT~'SKAYA rini! V. A.
"Algarite [Stone-oil, Altered Paraffin! Finds in "lie
Granites ~~f tile
Lake Baykal Area." p. 443
- xbornU, 3, (CoUactlon or Artkl*s in Geo1oa, Vol. A.
�-Am+ -
Gostoptokb s 1958p 1471PP. (Tits4s v" 126, Vacsoyuzun
nertyumoy
naueboo-IssledovateloWdy institut)

AUTHOR:
Beskrovnyy, 11. S. S0'1/20-122-1-33/44
TITLE:
occurrence
of Oil in-the Volcanic Pipes of the Siberian

Platform
(Nefteproyavieniya v vulkanicheskikh trubkakh

Sibirskoy
platformy)
PERIODICAL:
Doklady Akademii nauk SSSR, 1958, Vol
122, Nr 1, pp 119-122

(USSR)
ABSTRACT:
At the exploration of the
Nizhne-Ilimskiye iron ore deposits

(Ref 1) as well as the
original finding places for diamonds in

the catchment area of
the Vilyuy-river, oil manifestations

were found in the
agglomerates of basic and ultra basic rockj

which fill the
volcanic pipes. The author has investigated the

manifestations
on the two mentioned places. The mentioned pipes

have a
diameter of 0,5 km and penetrate on the surface horizontal

layers of Upper-Cambrian marl, limestone and sandstone of the

Ordovician time and Siluric sandstone. The pipes Tatlyanka

and
Pasmurnyy have to follow the Korshunovskaya fold, which is

complicated at the south-west wing by a fracture. (11. A.

Ivashchenko). In the Tatlyanka-pipe fluid and quasi-fluid

bitumen have been found in tuff-breccia transformed into
skarn,
Card 1/4
in trap, in magnetite-ore and in a
pyroxene-calcite-skarn. The

SOV120-122-1-33144
occurrence of Oil in the Volcanic Pipes of the Siberian
Platform
oil manifestations are bound to cracks and caverns of those
rocks which fill the pipe. The cracks filled with bitumen
were
formed later than other, closed cracks. More frequently these
cracks filled with bitumen and pyrite are to be found in the
domain of calcite-veins. Here bitumen fills vast cracks,
caverns, nests and pore spaces. It also soaks into the inter-
spaces between the grains and gives the calcite a yellow and
brown colour. The chemical analysis of bitumen (carried out
by
N. I. Bogoroditskaya) shows an uninterrupted bitumen line
ranging from heavy oil to asphalt (Table 1). This phenomenon
is due to the decay of oil in the upper parts of the pipe.
Bitumen is traced down unto a depth of 55*4, The Kimberlit-
pipes of the Vilyuy-river are described as well. In the pipes
Zarnitsa and Udachnaya hydrocarbon gas was found in great
quantities and lead to a few explosions. The gas separation
lasted about a month. At the border of the cracks
orange-yellow
ozocezite was found besides bitumen. On a few parts of the
pipe
Zarnitsa not burnable gases were separated. Oil
manifestations
have been found as well in the pipes of the Olenek-satchment
area (R. K. Yurkevich and M. A. Xrutoyarskiy). Conolusions
may
Card 2/4 by drawn from oil findings in the rocks described
at the be-

SOV/20-122-1-33/44
Occurrence of Oil in the Volcanic Pipes of the Siberian
Platform
ginning as to a vertical infiltration of oil. The mentioned
phenomena are regular and examples from other countries refer
to it (Refs 6-13)- Professor N. A. Kudryavtsev gave useful
instructions for the work and the examination of ihe
manuscript.
There are 2 figures, 1 table, and 13 references, 6 of which
are Soviet.
ASSOCIATION: Vs.esoyuznyy neftyanoy nauchno-issledovatel,15kiy
geologo-
razvedochnyy institut (All-Union Scientific
Geologic-Prospec,ting
Oil Researoh Institute)
PRESENTED: February 1, 1958., by. N,~ So Shatskiy, Member,
Academy of
Sciences, USSR
SUBMITTED: January ~O, 1958
qard 3j/4

BESKROVIIYY- .$.
---
Geologic conditions of petroleum occurrences in the
volcanic pipes
of the Siberian Platform. Trudy VITIGRI no.16,3:270-308
160.
(MIRA 14:6)
(Siberian'klatform-Petrol-eum geclogy)

HESKROVN-YYt N.S..
Outcropping ancient cryatalline rocks in the oil region
of
the Aravan Valley (Fergana). Trudy VNIGRI no.186:307-314
161. (YJRA 15:3)
(Aravan Valley-Petroledr, geology)

10318 -
S/02"/6 210,')0 /012/0- 061/007
D036/DI) 4
ATJ THORi 1.~;. (Lonin(,rad)
ITLE: Cn Mac: cauovs (i,' luminescence of rocks on the ",oon
P'17RIODICLL: Priruaa, no. 12, 1962, 100
TEX"2: in connection with the work of Piilkovo IT.F.
Zupravich, who.-;c infrar(A -fliotoUraphs of the Moon minporto(I
the suC,-!otion
that lunar rocks can luminence under ultravi'olet solar
-radiation ("Izvc-
r~',iya", Sop 8, 1~62), the author, under the direction of
Profe0sor TT.A.
11 __ Tranite pe[;-
Midryavtscv, studied over 2000 samples of crystallic rocks
matitos, carbonatitcs, etc.) iinder ultraviolet'radiation. This
work was
-performed in the Vsesoyvizn-!,Y neftyanoy
nauchno-issledovatellskiy [;Colo[,-oraz-
vedochnyy institut (."Ill-"ni.on Fet,-rolcum Sci-entific Research
Institute of
Geolocicnl 77xploral4on). "ho rocks were taken from ab-scal
fractures- in
Karelia and the 11oln Poninsula, i.e. far from sedimentary rocks,
as the
latter are cons-_d,~red not to exist on the 'Moon. Luminescence
in 18-30~ of
the samples, but only in fine fissures, led to the discovery of
petroleum
Card 1/2

3/02 621000101 2/006/0r~7
On the causes of Iu!,)IIIeI"C~Inc0 Of D036YD114
bitumens in thcoo In tho, car",onatites, luminescence
character-
istic fo*r rare-earth mi_nprals containinE radioactive
elements is also ob-
served. The author thcrefore su&Lxests that lunar rocks in
abyssal fracture
zones, particular in "he T,.c-o crater region, may contain
petroleum bitumen.-
and/or rare-earth minerals, and that this should be considered
-.u1non selooi~in-
a landing point on the ,`oon.
Card 2/2

EESKROVNTY,-N.S.; BARANOVA, T.E.
Petroleum bitumens in pegnatites and carbonatites. Dokl.
AN SSSR
149 no.4018-921 Ap 163. (MMA 16-3)
1. VBesoyuznyy neftyangy
institut. Prefttavleno
nauchno-in4ledovatel'skiy geologorazvedochnyy
akademikam H.M.Strakhovym.

Bl.!Si.TOVNY Y) N. S.
"Petraleum bitumens in pegmatites and carbonatites."
report submitted for 22nd Sess, Intl Geological Cong, New
Delhi, .14-22 Dec
j-964.

BE~*Ui,Xkolay Sergeyevich; GEMP, Sargey Dmitriyevich;
SHVARTS, Tamara
Vasillyevna; IONINA, I.N., ve.dushchiy red.;
YASHCHLIRZHINSKAYA, A.B.,
tekhn.red.
[D~Wp faults in western Turkmenia and their role in the
formation
of oil pools] Glubinnye razlony Zapadnoi Turkmenii i
ikh roll v
formirovanii neftianykh zalezhei. Leningrad,
Gostoptekhizdat,
1963. 104 P. (Leningrad. Vsesoiuznyi neftianoi nauchno-
issledovatellskii geologorazvedochryi institut. Trudy,
no.210).
(MIRA 16:12)

BBSKROVNTY, R.P., kanitan med. sluzhb-,r
Pmrove field installation for producing distilled
water. Yoen. med.
zhur. no.2:93-94 F 157 (MIRA 12:7)
(WATXR,
distillation, mobile appar. for military use (Ibas))

DISKROVNYT,
Treatment of m1nor skin
24 no.9:48-49 S 159.
(GRAMICIDIN)
Injuries with gramicidin. Felld. I akuBh.
(MIRA 12:12)
(SKIN--WOUNDS AND INMIRS)

EESKROVNYY9 R.P-.-v kapitan moditainakoy sluahby
Vessels for injection solutions aM their ooalizg.
Apte delo 9
no* 065-66 JI.-Ag 160. (1 LTEC"PIONS) (MIM 130)

BESKROVNYYJ, R.P.
Acclerated and improved preparation of solutions for
injections.
Apt. delo 10 no.4:57--60 JI-Ag '60. (MIRA 14:12)
(SOLUTIONS (PHAWAGY))

BF,SKROVNYY-. R.P.1 kapitan meditsinskoy sluzhby
Treating minor skin injuries with gramicidin; abstract.
Voen.-med.
zhur. no.3:77 Mr '61. WIRA 14:7)
(GIW.IICIDIN) (SKIN-WOUNDS AND INJURIES)

RESXROVM) li. P.
"A D~vice for Detenidning the PuriLy of
Solutions".
Voyenna Yeditsinskiy Zhurnal, No. 4, 19,62

BESKROVNYY, R.P.
L--ntic preparation of solutions. Aptech. delo 12
no.303-55
tt'.40 t63 WIRA 17t2)

1. k,'8'kRdTITYY,- V,- YX I TANOVI V, 1.
2. USSR (600)
4. Barannikov, Aleksei Petrovich, 18W-1952
7. In co=emoration of Aleksei Petrovich Barannikov. Izv. AN SSSR.
Otd. lit. i iaz. 12,
no. 1, 1953.
9. Monthly List of Russian Accessions, Library of Congress, May
-1953. Unclassified.

r,-.,'.~KFVVNIYj W~~JIJY M..',TVCYEVICII, ED.
912
.B521
Russko-Khindi slovarl (Russian-Hindi dictionary) Pod red.
V. M.
Beskrovnogo. Moskva, Gos-Izd-vo Imostrannykh i
NatsionalInykh
Slovarey, 1957.
1375 P.
Added t.p. in Hindi.
912 N/5
912 tu/5
MB

B]ISKURNIKOV, A.. podpolkovnik.
7or skillful handeZ homemade slides. Tekh.mol. 22
no.9:37 S 154.
(Lantern slides) OULM 7; 9 )

IBZSKURNIKOV, A., inzhener.
Projector for viewing diapositives. Tekh.mol.23
no-1-237 Ja'55,
(Lantern projection) (mmk 8:3)