SCIENTIFIC ABSTRACT BELYAKOV, A.A. - BELYAKOV, B. I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000204520017-0
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Sequence Number: 17
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

SOV/94-58-8-9/22
Minimum voltage protective circuits with time delay operated by
a,c.
Fig.2. The advantage of these circuits is that the
relay EN-500 works entirely without vibration. The way
in which the circuit of Fig.2 may be used to supply the
operating circuit of a circuit breaker is shown in Fis.3.
Figs. 4, 5 and 6 show different methods of obtaining
time delay. Fig. 4 shows a circuit employing relay type
EV-100 which operaVes when voltage is removed from the
winding. The circuit of Fig-5 uses time-relay type MKU-48
Which can give time delays of up to 10 seconds. Fig.6
is based on other relays which can give time delays of up
to 15 seconds. The circuits in Figs.?., 8 and 9 show
different methods of group minimum voltage protection
using -the elements already described. The results of
tests made with some of these relays are given. It is
concluded that minimum voltage protection can easily be
arranged for a.c-. operating current. Circuits that use
very little power for minimum voltage protection with
time delay can be obtained by using relay type MY-U-48
Card 2/3

SOV/94-58-8-9/22
Minimum voltage protective circuits with time delay operated by
a.c.
with capacitors,
There are 10 figures.
Card 3/3
M-

MWOROUNLY, P.S. (Moskva); 111j=OTv-AvA"Koskva); MISSO, G.L. (Moskva);
BOROTOY, A.A. (Moskva);, HURASOT, A.M..' (Moskva); MILOSLAVSKIY,
N.A. (Moskva); ROKOTTAY. S.B. (Xoskva); RAZGON, T.K.. inzh.;
TSMLVA, G.K., inzh. (g.Bokeitogorek)
Principal trends in over-all electrification. Slaktricheetvo
no. 11:87-90 N 160. (MIRA 13:12)
1. Mosenergo (for Rasgon).
(Ileetrification)

BMROZHNIY, P.S.1 BILYAKOV, A.A.; VOZIMSINSKIY, A-14; GLEBOV, P.D.;
KAGHANOVSXlt--,B--D--,--U=ICH, A.Z.; TARTAKOVSKIY, D.M.;
VASILITXV, P.I.; ZARUBAYET, N.V.; CIRJGAYE7,. R.R.; EOZHEW.'IKOV,
M.P.; E210ROZ, V.S.; IVANOV, P.L.; SHCHAVELE7, D.S.; OKOROEOV,
S.D.; BIWV, A.V.; STAROSTIN, S.M.; YAGN, Yu.I.; IZBASH, S.V.
Ivan Ivanovich lavi; on his 60th birthday. Gidr. stroi. 30
no.9:61-62 s ,6o. (MIRA 13:9)
(levi, Ivan Ivanovich, 1900-)

NFPOROZHNIY, P.S. (Moskva);~EELYAKOV,.--A.A.,-(Moskva); RUSSO, G.A. (Moskva);
BIJROVOY A.A. (Moskva); NEKRASOV, A.M. (Moskva); ROKOTYAN, S.S.
(Moskva~; MILOSLAVSKIY, N.M. (Moskva); SYROWATNIKOV, I.A.,
doktor tekhn. nauk, prof.
Principal trends in the realization of over-all electrification.
Elektrichestvo no.807-82 Ag 163. (MIRA 16.-10)

BELYAKOV, A.A.
Determination of dinitri-le of adipic acid (adiponitrile)t
hexamethylenediamines, ammonia, and dowtherm in air. Trudy
po khim.i khim.tekh. no.1-139-.143 164.
(MIRA 18:12)
Is Submitted August 5, 1963.

UM/Chemistry Nitrates"
"Microcrystalloseopic Reactions for Nitrate and Ni-
trites," I. K. Kore-n, A. A. Belyakov, Gor1kiy'
Inst of Labor Hygiene
"Zbnr An-3 it Mtn" Vol VII, No 1, PP 52-55
A satd aqueous soln of 1,4-aminophenyl mercuri-
acetate was used as reagent. With aq solus of ni-
trates, it forms a characteristic ppt H2NC6H)4,W03'
The reagent can also be used for detecting nitrites,
after the oxides given off from the acid soln have
been oxidized to N03 in a gas chamber. Interfering..
209"-
UM/Chemlstry Nitrates (Contd) 'Tan/Feb 52
ions, such as Cl-, Br-, CN-, CNS-, S--, so
etat
are elimimted by silver or lead ac
ions are masked by the adda of ortho-,or met-
t-1-oanfline. The sensitivity is 0- 3 fig NO
3

LIPM, T.Q.;BBLYAlrOx ~ A A ~'
7-
Individual determination of turpentine, gasoline & resin in air. Gig.
sanit., Koskya no.4:47 Apr 1953. (GLKL 240)
1. Of Gorlkly Institute of Iabor E~rgisne and, Occupational Diseases.

muzzm:
77

vAdytical Abst.

Vol. I No. 2
rob* 1954,

Inorganic Awaysis 177. gkx~~* r"djou,
al. It voreamId 44d A. J"")Rkjv
.11 can
:'ut".. mz

aud
cat-in optical
~r~tauts are givtm a.-A phcuWrxph3 of tf~- cr-zW%
.are mpakfucA-d. Tta miu, aruictnt detect, !a is
t~Wpgofcx" To tktcct C.1j, in &WmUca the third
at tx aud Aad LLader the-se oanditizms the
:r- I'hc
UU'147~0" W S" 6 Vivveatcd by additi= of 14)
&cuIQtk,. LArgO AMOUDZI of Cl' Ik' V CNS' NO
~Wlj S(k' do "A ittrc~t tto 6. S. S~Ivu'

can b~ by t~--
Uin he.
,n,,-rcuTA,-!d commalrdz icami(t, a af f,
, Ard C.
Coremotands arc. La takro amiunt-i hy
i"I'l 'If I W of In 51 IIA
.vatt-l (or 10 mi o$ So iec c-EIL cztt-mQ!)
tbrc-t "c' iou: dfq~. d ~-' ptr cent. actdc lczd sulv-
lhis ~t4n. ii dil;icd two tu rive wou, water or
15o tx-f o~nt. ethji-nd, Tc? f.1 dri?p (95 fit) in a unall
wil-tobe is -ddt:d a dror. of the _y4nitho- in 1113
pe'r Ll~ut, ethuuol at morr t-emp, (aaillcw roqairei
.~swz .110 cx;upmo:d micrr,
Tho Cc-
The pft. ;-q soparAtod a(.,4 witb
w~-,Azcr. It 0 -0~0 heate'l with 5 "r, 7 Tnl of wzadi~
- Ir c0 tl a- *11 ';]V?d ";l
c I -nt. uetfc mc~ -Ii!
t
arcy of iiie soNtioa i5 r-dixed wita NaCl nr aimther
Falt. The crystals Mat sepamte arc exauiincd
mi,:ro-copic-Ay rn,l the uj.p, ii drtcrudnod.' Data
;x,2 gn-cm
t,,r id
Smiru

- 3MLyAKOV. A.A.; GORBTLEVAw NoVe ntities of aniline, methylanilinet and
Determining microgram quB [with summary in 3nglishl- Zhur.
dimethylaniline In their mixtures
anal.khim. 12 no.4:545-549 Jl-Ag 157- (MM 10:10)
l.Gorikovskiy, institut giyerq truda I profzabolevaniy.
(Anilinel' (Photometry)

0 a of cvtqn teftuhlodde In
d4t
t.,,, Sch R
ley 2

%1
t th
i
t
15
=t
E;W t t h
15 ~1~
e,

e,
11~
a
a
t~ 0
, I
1
tubes with 8 1. o C*UtN
m Q I I mitt .04
and
mi. of the liquid from each was
tabc placed
diam. test t1the- 4-.-'th I-Imul, dIvId'=- 3 mL of p- $Mtn. w4th
IC4 UZI. CS"IN -~ 28 mi. HO ancl .1 ML d OAS X4011
wem added a:zd mixed. The test tube2 were heated Gx
0 xnln. an a water bath at 8&-71, =4 the golu. bccame resL-
colomi In the preseace of CC4. Aftcr cooting, 0.4 ml. oC

8070 ar glacial AcOll aad 3-4 dmps C414-101s w=e ad
W4.
and thDw1a.%asdild.to4m1. AftertOmUthtcolorwas
exaEnd. in a 1-cm. tayet with a 4Wm$ diter ud camWed
with stan4ards. W. I&c

S 7 157 C/ 0 SOV/81-59-5-15065
Translation from: Referativnyy zhurnal, Kh1miya, 1959, Nr 5, p 125 (USSR)
AUTHORS: Korenman, I.M., Belyakov, A.A.
TITLEt The Miarocrystalloscopic Reactions for Sulfides and Sulfites
PERIODICAL: Uch. zap. Gor'kovsk. un-ta, 1958, Nr 32, pp 93 - 96
ABSTRACT: A description is given of the new microarystalloseopic reactions
for the detection of 32- using 3-nitro-1,4- aminophenylmercur-
acetate (I), and S03 2% using quinolinemercuracetate (II),
2-aminopyridine-5-mercuracetate (III) and 1-methyl-4,2-amino-
pheny1mercuracetate (IV). The reactions can be carried out on
a microscopio slide as well as in the fume hood (in the latter
case the sensitivity and the specificity of the reactions in-
crease). I and rV are used in the form of saturated solutions
in 20 - 30% CH3COOH, and II and III in the form of saturated *
aqueous solutions. The microarystalloseopic reactions are con-
ducted in the usual way (I drop of the solution to be analyzed
on a slide is combined by means of a stick with a drop of the
reagent); while working in a fume hood, one drop of 2 - 3% H2804
Card 1/ 2 is added to one drop of the solution to be analyzed, which is

SOV/81-59-5-15065
The Microcrystalloscopic Reactions for Sulfides and Sulfites
placed at the bottom of the hood,_the h9od is covered with glass, at the
lower surface of which 1 drop (2 3 mm) of the reagent solution is placed
and observations are made, through the microscope, of the formation of a
crystalline precipitate. The shapes of the crystals formed are described,
and their microphotographs are sx4bmitted. The permissible limits of concen-
tration of foreign ions are determined; these increase considerably when the
reaction takes place in the fume-hood and reach the following values:
82- : C1-(Br J CNS SO 32- , S04 2- 1 : 200 - 1 350, S 2- : S2 03 2-
1 : 140, S2_ CN_ - 1 70, SO3 2- : SO42- (S2032- 1 : 200 - 1 400,
so 7 : S2_ - 1 7 (with II) and 1 : 0.25 (with III and IV), SO 2- Cl-
3 3
(Br-, J_, CNS_) 1 : 50 1 : lOOP SO 2- CN 1 : 20. The detected
2- 3 3
minimum for S is 0.035 in 2 mm of solution (dilution limit being 1:57,000)..
and for S02- 0.03,r (1 70,000) with 11, 0.1 r (I 1 12,000) with III and
0.2 7- (1 10,000) with IV.
Card 2/2 R. Motorkina

BELYAKOV, A.A.
Determination of microgram quantities of dinitrodiethylene glycol*
Trudy kom. anal, kbim. 11:430-437 160- (MIRA 13:10)
1. GorIkovskiy nauchno-isoledovateliskiy Institut gigiyeny truda
i profeasionallnykh bolezney.
(Ethanediol)

BELYAKOV, A.A.; GORBYLEVA, N.V.
Separate determination of microgram quantities of aniline,
motbylaniline, and dimethylaninline. Trudy kom. anal. khim. lI.43&-446fJ
'60. (MIRA 13:10)
1. GorIkovskiy nauchnQ-1seledovatel'okiy institut gigiyeny truda
i professional'iWkh bolesney.
(Aniline)

BELYAKOV, A.A.
Determination of microgram quantities of nickel, nickel tatra-
carbonyl, and its solid decomposition products in air. Zav.lab.
26 no.2:158-159 '60. (MIRA 13:5)
1. GorIkovskly inatitut gigirany truda i profbolesney.
(Nickel-Analysis)
(Nickel carbonyl)

.ulaxavs A.A.
I ----------
Niorodatermination of quinons and hyoroquinons present together.
IYudy Kom.anal.khim. 13405-432 1639 (KRA 16:5)
1, Gortkovskiy institut gigiyeny truda i professionallnykh
bole=ey.
(Q~~oues) (Hydroquinons)

BRIJAKOV, A. D.
~-'
Modern aspects of blood transfusion in the Soviet Union.
Gae.lek. cesk. 90 no. 48t1414-1419 30 Nov. 1951. (GLML 21:3)
1. Of the Laboratory for Blood Preservation (Read-A.D. Belyakov) of
Leningrad Sc ientif ic-Re search Institute of Blood Transfusion
(Director--A.J. Kiselev; Scientific Supervisor-Prof. A. N. Filatov).

IMIJAKOV, A. D,
Organization of blood transfusion, blood plasma and erythrocytes
in medical institution#; indications and contraindications for
blood transfusion, Gas lek. cesk. go no. 48:1420-1W~ 30 Nov. 1951.
(C= 21:3)
.1. Of the Laboratory for 3lood Preservation (Head--A. D. Belyakov) of
Leningrad Scientific-Research Institute of Blood Transfusion
(Director-A.J. Kiselev; Scientific Supervisor-Prof.A. N. Filatov).

MWAXOVj A. D.
Post-transfusional
Gas. lek, cook, 90
reactions; causes, prevention and therapy.
no. 48: 1425-1428 30 Nov. 1951. (CIAL 21:3)
lo Of the Laboratory for Blood Preservation (Head-A. D. Belyakov) of
Leningrad Scientific-Research Institute of Blood Transfusion
(Director-A. T. Kiselev; Scientific Supervisor-Prof. A. N. Filatov).

JE)L Y19 Kc~
rec-tior of the Institute' of Bi66d_Transfusibn WhIstry of-It6alth
RSFSRJ, Leningrad, Moscow, Meditsinskiy oulik, 21 Dec 56
Methods have been developed at the Leningrad Scientific Research In-
stitute of Blood Transfusion for the production of a series of therapeutic
.preparations, blood substitutes, and antishock fluids, and also substances
for parenteral nutrition. Among the pharmaceuticals developed are the anti-
anemic preparation, hemostimulin 1fo 4; hemohomonostimulin; ferkoven; hemo-
static sponges; dry thrombin; and thromboplastin; These preparations have
been widely acclaimed by medical establishments and have received official
approval but have not yet been mass-produced, the author complains.
Other preparations in short supply are the hydrolysates (hydrolysin,
.aminoll), aminokravin fkrovlmlansblood],, and sinkol.
The Institute and the Leningrad City Division of Health have repeatedly
~complained of this situation to various organizations, including the Min- ,.
iatry of Health USSR and the Ministry of the Meat and Dairy Industrt,,but tom
ii~ Ataij. (U)

BELYAKOVO A. D.
(from the Leningrad Scientific Research Institute of Blood Transfusion, of the
Order of the Red Banner of Workers; Scientific Director, Corresponding Member
of the AMN of the USSR, Prof. A. N. Filatov)
"Blood Cold Storage"
abstract--B-99405

ProUto;
for rsmfusiou was svepired to re4st freezing
p
and =1 a dild c(mclitlau %ten startd at -4. -S,
12, a ad -to'. ouch btN)d w;ts stcc-,d for W-W dayi
or loager at wnW.'k-114w 0'. At at er,4 of sui+ pc-Fjo-4i
Oaly *1141it siaw a honch appcattd. sub*t4nm wh"
should be wed In the prcpt3. of aon-fietft UNki for trwt5,-
(tah'a umot Lm (re-, f"nn toxic t#ccts, wwit aiWrz a pro-
longed period of vatiost vf the bl(gA irte horu krtnolv-
~ii. and mwit to withstand autoclavini, Test3
were made with QrZ. and inorz. Wts, carbohydrates. ak-t,
i~Lnd coklGidal suh5t=,es of mulawif anO vejefable crigict,
Blwd pUa-na was UsN eold rest,;t=t than bk*>d wrum, duc
primarily to the prC=m of fibtiuogen. pholpluvylation
in cold-res4ttu;t blood kept a 00 was markedly Inbibit&A.
Post-transfusW r=tions were IcAs frequeut with the caW-
resistant U)od than with aay other type of trunifusian
bk-.-A. B. S. Levine
WHEN MONOMMINAMMOd

uSSR / Human and Animal Physiology. Blood, Form Elements. T
Abs Jour: Ref Zhur-Biol~, No 22, 1958$ 101793.
Author ;_Belyakov
Inst Mt-gMen.
Title Obtaining and Testing Growth-Promoting Substances
from the Blood of Donors and a Preparation of
Growth-Promoting Glue.
Orig Pub: V sb.: Aktualln4 vopr. pereliv. krovi, Vyp. 5p L.,
1957, 63-68.
Abstract: In the liquid phase of a leuoocyte culture, growth-
promoting substances (OPS) appeared In the first
24 hours; furthermore, their activity increased in
the course of 3-7 days. The activity of GPS was
Judged according to their influence on the growth
of cultures obtained from the heart of a chicken
embryo. For the optimum increase of OPS activity,
Card 1/2
23

c
NOW soluti t -TINA~-
One Out Septat -ft,
for Ing ~OW 41
esses$ by i. 'D. Belyakov., senior scientific associate, Lenin-
grad Order '6-f Re I-M~er of Labor Scientific Research In.-
stitute of Blood Transfusion (scientific director of the in-
,Prof A. W. Vestnik. Khi~!aii imeni
stitute
I. - I. Grekovaj Vol 78., no 6, Jun 57) pp 69-74,
Research on solutions effective in the therapy of patients with
PU-
~.iulent septic processes was suggested by the Leningrad Institute of Blood
Trm=,fusim as a result of work on the preservation of blood by using
antibiotics . It was thought necessary that such solutions havebacteriosta .tic
and bactericidal propertiecp exert atrz%r.7,1 'i", i~ingzf.',~:ct or the central nerv s
OU
GyStem, weaken excl -story processes, not be changed by ster' lization in
autoclave, and
not lose their therapeutic properties after long storagej.,
Two such solutions were prepared, i.e.$ solution No 22, and so i0
Jut
J!'O 4ki -and thelr. detalled. compositions are.. as ~ fo4ovs, -

4__
e u
Sodium chlotidel 7.0 ClEi~]; 9% solution of magnesium sulfat
ampoules for intravenous administration., 10.0 ml; sodium sulfacyl, 1.5.
Jr3, furacilin, 0.02 [gm]; synthomycin, 0.03 (gm]; and freBhly distilled
water "'o make volume up to 1,000 ml. Solution No 22 is used both Intrave-
and subcutaneously in the treatment of purulent septic diseases.
iiom one to 2 liters are used per day by the drip method at 40-60 drops
p~x minute.
solution No 44
Sodium chloride, 7.0 Cgm3; glucose, .12.0 (gm]; 25% solution of
sulfate (in ampoules for intravenous use),, 10 ml.; sodium sul-.
f4cylp 1.5 [gal; furacilin, 0.1 [gm]; synthomycin.. 0.07 [gm]; and freshly
*s.tilled water to make the volume up to 1,000 ml. Solution No 44 is also,
~uied intravenously and subcutaneously,, especially in cases of purulent
septic processes that are accompanied by weakened cardiac activity. Both.
-solutions may be used for local treatment and in conjunction with other
methods of therapy such as blood transfusion., plasma transfusion, ther-.:~
or vkth, aut
;W;Lot4qq , especially in cases where penicillin
~h: -pr-ove li~i~e,ctiii.'

Over~.Jlv pericd -46P- transfusions 'd t*,o tw9-1-.
solutions'Vere administered'to.174 patients at vArious therapeutic'in-
.stitutions of Leningrad. Results indicate definite therapeutic effects'.
vhm these.; solutions were used. both alone,2nd in combination vith other
:Meth6ds of trii~i4t. (U)

BELYAKOV, A.Ds, kandemed,nauk (Leningrad, Telexhanava ul. d.26128 kr.29)
io,r`p-r~ eservat ion of blood and tissue [with sumnary In English]
Test khir' 81 no,10:11-14 0 158 (mm 11m)
6 0
I*- Iz Leningraaskogo oraena Tradovogo-Irasnogo Znemeni nanchno-
issladovatellskogo instituta perelvaniya*krovi (naucbn. rukovod;
prof*' A..N, Pilatov)e
(BLOOD PPMERVED,
preservants (Rue))
(TRANSPLANTATION#
tissue preservants (Rua))

ANTONOVA, Tej., starshiy nauabuyy sotrudnik; BILTAMY, A.D., starshiy
nauchnyy sotrudnik; ROZHI)3STMSrAYA#-'X4x~- starshlyz-nauchnyy notrudnik
Urgent problems in the preservation of blood. Akt.vop.perel.krovi
n0-7:80-83 '59. (MILk 13:1)
1, Laboratoriya kouservirovaniya krovi Laningradekogo instituta
verelivaul"a krovi,
(B=D--GOWACTION AIM PnMMVATION)

8 -E LYA K 01, ~ - F
M&YAKOV, A. F.
--
Penicillin therapy of ocular diseases,; Vast. oft~ 29t6, Nor."
Dec* 30# p4 184
1. Of Borlsoglebak Ifunicipal PolyclAnia (Director -
Ya,~ L. TsitovWdy).
CUM 20., 39 Narch 1951

BILTAX07, A., I.
Yakut Conference on the Protection of Nature. Izv.4Lb.otd.A1F SSSR
no.8:154-155 "60o- (MIRA 13:9)
(Takutia-Wlid life, Conservation of-Congresses)

BILYAIMV. A.L. inzb.; SHNXMV, V.L. insh.
. I "I".
Shortcomings of large slabs to be used in roofing Industrial
buildings. Prom.stroi. 37 no.12:43-44 D '59.
(Wa 13:4)
(concrete slals) (Industrial buildings)
I

BELYAKOV, A.I.
Improving the flotation method for yeast preparation. Gidroliz.:!~
i lesokhim. prom. 14 no.6:23-2-4 161. (MMA 14:9)
1. :Vyborgskiy sullfitno-spirtovoy zavods
(Vyborg-Yeast)
(Flotation-Equipment and supplies)

AUTIM;
TITLE:
PERIODICAL:
ABSTRACT:
Card 112
Bely*ov A" _Uentral Works Laboratory)'. 130-5-10/22
Production,of,.oold-rolled transformer steel.
(ProizVodstvo_khoiodnokatanoy transformatornoy stali).
"Metallnw (Metallurgist)t-1957t No.5P pp.212 - 24,
Productiou of A035-6.50 mm thick cold-rolled trans-
former steel was adopted-in the U.Sr.Sr,17. only in:1949..
This article describes all stages from hot rolling of
slabs to thelfinal anndalizg# mention'also being made
of the advantageous replacement -after 1951 of alumirk-
ium: and 7~f; ferrosilicon by silicocalcium for de-~
oxidation., The,composition,of the steel considered is
C40'.-M, Vn4O'j5t Si,2'".9-3' v P4.0'.0121 's < 0" 008,
Cr4CO6-9 Ni