SCIENTIFIC ABSTRACT BELYAKOVA, L.F. - BELYAKOVA, Y.V.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000204530004-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Sequence Number: 4
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

BATENKO, V*F#,, inzhe; GVCZDEV, V.F., inzh#; VAKRIM. V6A., Inzh.; PTLfSflCHT$f
.0V,
A&P,t Inzho; ROGATSKIN, B,S*, inzh,j BELYAKOVA, L,F., inzh.; KATKCV,
G.S., inzh. .. I.... I. i -
Ion-exchnnge filters with compound operation in power blocks with
300 Mw, ratings@ Eleko otae 36 noolOt8-15 0 t65.
(MIPA 18t10)

BELYAKOVAj L.I.,
Influenco of single doses of hexamidins on the higher nervous
activity in.spileptic children. Trudy Inst. vys. nerv. deiat.
'Ser. patofiziol. 7,:232-244 160. (MIM 14:4)
(BENZAMIDINE) .(EPIIEPTICS) (CONDITIONED RESPONSE)

PETROVSKIY,, B-.V., prof. (Moskva., u1. Gorikogo, d-56, kv.100); RLBKIN, I.Kh.;
BELYAKOVA L.I.- ZAHETSKIY V.V.; KOZLOV, I.Z.
X-ray diagndsis of cardiac aneurysms. Vest.rent.i rad. 36 no.3:3-9
my-je 161. (MIRL .14: 5)
1. Iz gospitallnoy khirurgicheskoy kliniki (dir. deyst7itellnyy chlen
ANN SSSR prof. B.V.Patrovskiy) I Moskovskogo ordena Lenins. meditsinskogo
i-astituta (dir.. - chlen-korrespondent AMN SSSR prof. V.V.Kovanov);
(CARDIAC ANEURYSMS)

BELYAKOVA, L. L
Disorders-of the higher nervous activity in children with epilepsy.
Trudy Inst. vys. nerv. deiat. Ser. pstofiziol. 8:103-108 161.
(MDA 15:2)
(NERVOUS, SYSTEM) (EPIMPTICS)

KANSHIN, N.N.; RAEKIN2 I.Kh.; MlJSAROVAp A.V.;_.P~IZAKOVA,_~.I
~;_:MEL321SKlT,,
VIM.
X-ray diagnosis of hiatal hernia, Caudn. khir. 5 no.4067-74
R-Ag'63 (~i~ 1791)
1. lz kafedry gospitalltoy khirurgii ( zav. - prof. B.V&Pet-
rovskiy) lechobnovo fakulttota I Moskovskogo ordena Ianina
0
meditsinskogo instituta ineni I,H.Sechenovao

PETROVSKry, B.V.; RAEKINo I'Kh,; MUSAROVA, A.V.; BELYAKOWL L.I.
Roentgenocinematographic study in acme surgical diseases of the
esophagus. Vop.onks 7 no*12:38-41 161* (MIRA 15:1)
.10 Iz goopitallnoy khirurgicheskoy kliniki (dir. - deystvitell-
My chlen AM SSSR prof. B-V. Petrovskiy) I Moskovskogo ordena
Ienina meditsinskogo inatituta imeni I.M. Sechenova.
(HSOPHAGUS-DISEASES) (GIMUOROGRAPHY)

BELYAROVA, L.TjLj MAREYEVA, Z.I.; FOLYAKOVAI O.P., nauchn~ry rod.; NEMANOVA,,
G.F., red. izd-va; IYERUSAIM4SKAYA, Ye.S.0 tekhn. red.
rIndustry's requirements ab to the quality of mineral raw materials]
L
Trebovaniia promyshlennosti k kachestvu mineral'nogo syrlia,- spra-
vochnik c1lia geologov. Moskva, Gos. nauchno-tekhn. Izd-vo litry po
geol.iIokbrane nedr, No.44.-[Axsenic] Myshtiak, Nauchered,09F.Poliai-
kova,izd*2*j perer, 1961. 30 po (MIRA 14:3-1)
1. Moscow. Vaesoyuznyy naucbno-issledovatellskiy institut minerallnogo
syrIya.
(Arsenio)

BELYAKOV, L.N.; BELYAKOVAI.-L.Z.
Some geological characteristics of the convergence region of the
Urals and Pay-Khoy. Matipo geol.i pol.iskop.Sev.-Vost,.Evrop.-
chasti SSSR no-1:55-60 161. (MIRA 14:11)
(Ural Mountains--Geology)

EELYAKOVA, L.T.; MMYEVAq LI.
New sources of beryllium ores in capitalist countries. Razved.i
ok.h.nedr 28 nools56-57 Ja 162. (MM 150)
1. TSentralizovannaya poiskovo-reviz4.onnaya ekspeditsiya.
(United States-BaryMum)

BELYAKOVA,, M.A, II
Case of spontaneous expulsion of a splinter from pulmonary
tissue, Sbor.nauch,-prak.rab,-Poliklin,in.F,E.Dzersh. no.2s
91-93 161. ( M A 16W
(LUNGS--MREIGN BODIES)

649. 8=03 00DE1 Ujt/0009/66/(~6/000/0060/0061

Belyakova, M,
.
-
f7111"
~O
- rf0
RG:

The 17-htifactors" -the, amount -of 17-ax7corticosterckide, 71
eXc~rdted: in the uri r presented-at-the Conference on Problems of Space Hadicim
'held in Moscow from 24 to 27 Ha,
y,19661
SOURCE:, Konferentsiya Oo problemam kosmicbeskoy reditsiny, 1966. Froblemy
ko6micheskoy meditsinye*. (Problems of space medicine); materialy konferentsiit
mostow, 1966, 60-61
TOPIC TAGS: manned space flight, space~physiology, spaicei medicine,
17 oxycortidosteroidj adrenalgland,, biologic secretion* biologic
6cceleration effe.dt,._%.iAghtlessness.
AWTRACT: A study'of. *the effects of acceleration on the function or the adrenia
aditax vr4s perform6d,`b~ thiee subjects under lab' tory conditio"
ora nso.
T[W experiment; established that accelej~atiori,' increased the excretion..of
fi-ee and bonde'd,17-!oxycorticoster6id s.:_7 -Thd d6gree of increase
owas directly proportional to the magnitude of the acceleration. The
are eroids was observed duting the first
excretion of 17-oxycorticost
hour'after -acceleration. After exposure to weak accelerations, the in-
:creased excretion of 17-oxycorticosteroids quickly returned to initial
'levels. After greater accelerations, a shar . increase in excretion of
P
il7roxycorticosterolds was folloWed by a drbp in their concentration to
'below the initial level. After exposure to the whole.series of accelera-

L 31372-67
-Add__WR_,_AY607W5
,tions (5 exposu~es'dur'lfig'10 day )'the'excretion' of 17-oxy6ortic'oster a
oid
ated during the entire duration of the experiment (17 days).
Iremains elev
Excetion of U.;dxydorticostergids was investigated in the coamo6aute.
Titov, reshkovs~ aurinig the postflight period. All_
Xlcovqki3~ and Te
cosmonauts showed an increase in excretion of 17-oxycorticosteroidb
during the first hours after landing. During the night hours of the first
!
day after landing)the excretion of 17-oxycorticosteroids dropped sharply
in comparison to preflight levels. This can be regarded as a compen-
satory restoration of functions of the adrenal cortex after significant
strain. During the next two or three days the excretion of 17-oxycorti-
costeroids remained somewhat elevated. After 15-17 days, the excre -
tion of 17-oxycorticosteroids became normal in BykovsIdy and Tereshkova.
From the data obtained it is evident that spaceflight does not in
Opce
greater changes in the functions of the adrenal cortex than laboratoq.
experiments on the centrifuge. The normalization of excretion of
LIT-oxycorticosteroids im -a relatively short'time after significant increase 1
or decrease indicates that the o not exceed the
so stresses d phzolologipal .
capabiUt s c NOAS"No'."22; ATD_R-~poi~t -;U63
SUB CODE: 06,, 22 SM.DkEi OONkyM
CiOd 212

M.I.; SEFGz-,Y--V,
KRAVCHENKO, A.T.; RODIN, I.M.; SHOCHURV, L.11,;_E~7
N.N.; TAHASOV, V.V,
Preparation and purification of immune serums against tick-borne
and Japanese encephalitis. Vop.med,virus. no.8:106-113 163.
(MIRA 17:10)

BELYAKOVAjt-~.
Three cases of myelomic diseases treated with sarcolj% & Gov.
mad, 24 no. 2:2-5 F 160* l4t2)
lo Iz kafedry propedeytiU vnutr.ennilfh bol82n8y (2&V. -dotsent,
F.I. Zenchenko) Ryazanskogo meditsinskogo institute, imeni J.F7
Pavlova (direktor - prof. L.S,, Sutulov).
(MMOW-TUMORS) - (ALUIR)

ACC NR- AP7005754 /Y) 5
SOURCE CODE: UR/0126/67/023/001/0101/010
AUTHOR: o a,.M. N. 13orimslkaya, S. T.; Zasimchuk, Ye. E.; Larikov, L. N.
ORG: Institute of Metal Physics, AN'UkrSSR (Institut metallofiziki AN UkrSSR
TITLE: Kinetics of primary, cumulative and secondary iverystallization in molybdenum foil
1 SOURCE: F,-Lzika mctaII6v I metallovedeniye, v. 23, no. 1, 1967, 101-105
1 TOPIC TAGS: metal recrystallization, metal deformation, molybdenum, x ray diffraction
analysis, crystal orientation SRS type scintillation counter
ABSTRACT! The investigation was performed on Me foil containing -0. 5% Ti and subjected to
Z prior 8050' deformation by rolling. The pole figure of the foil in deformed state (Fig. 1) was
subjected to x-ray diffraction analysis, with hard radiation being recorded by means of a
SRS type scintillation counter. Structure of the foil was examined with the aid of electropo-
lishing in a mixture of niethyl alcohol and sulfuric acid in the presence of a current density
of 6 a/cm2 with subsequent etching of the surface with a solution consisting of 1 part 1VO
+
+ 1 part HC1.The texture of the deformed foil is chiefly described by the orientation (100)
10111 as well as (112) i 110) with rotation through 4-60 with respe..;t to the direction of rolling
669.28:548.5
Card 1/4 UDC

ACC:: Nits ~-AP7005754'
R. D.
0
*Iowa,
Fig. 1. Pole figure of molybdenum
foil in deformed condition
+
i about the axis perpendicular to the rolling plane. The temperature dependence of the groAth
1rate of nuclei of primary recrystallization~ was investigated at 1050-1150*C. Subsequent anneal-
ing of the recrystallized foil at >2000*C led to its cumi&tive recrystallization - gradual en-
Card 2/4

ACC NR- AP7005754
j ~f' rima
largement of grains. The texture . p ry rearystaUization is described by the same orlon-
tations. as the texture of defdrmation (]~Ig. 2) and Is obtained from the texture of deformation by
R. D.
+ Fig. 2. Pole figure of molybdenum foil in
recrystallized condition
rotat4on through LO-15* relative to the direction of roiling about the axis perpendicular to the
plane of the foil. The kinetics of the formation and growth of anomalous grains in the foil
card 3A

ACC NRs AP7005754
.9 im
reatly resembles the kinetics of formation and growth of nuclei of pr ary recrystallization.
in polycrystalline material. The texture of secondary recrystallization is described by the
orientation (100) [ 0011 or (110) 1001] depending on the annealing atmosphere. The shape of the
anomalous grains arising on annealing of molybdenum foil is evidently associated with the ori-
ginal metallographic texture of the deformed foil and with the characteristic distribution of im.-
purities along the boundaries of the extended grains, such that grain growth in the direction
i perpendicular to the direction of rolling Is impeded. In thicker specknens which had not been
I
subjected to prior deformation byrolling the shape of anomalous grains was equiaxial.
i Orig. art. has: 7 figuresi 4 formulas.
SUB CODE: 20, SUBM D-ATE; -'20Apr66/ ORIG REF: 008/ OTH REF. 008
LqqrL--4/4

KOGAN, M.I. (deceased]; BELYAKOVA, H.S.; SAVOSTIYANUV, G.I.; KOGAN, R.M.;
RADETSKAYA,
Biochemical oxidation of ct-sorbite in e-sorbose in a continuous
disc-column fermenter., Trudy VNIVI 8:22-35 161. (MIRA 14:9)
(Sorbitol) (Sorbose)

V
VFW Izt 7
6/04l3/66/00O/022/=6/oio6
AP10003431 sOURCE-CODE:
,INVENTOR: Babintsev, V. F.; Belyakova:, M. V.
ORG: None
TITLE: A reflector-refractor objective lens. Class 42, No. 188706
!SOURCE: Izobreteniya, promyshlennyye obraztsy, tovarnyye Znaki, no. 22, 1966, lo6
'TOPIC TAGS- light reflection, light refraction, optic lens, light aberration
:'ABSTRACT: This Author's Certificate introduces:-. 1. A reflector-refractor objective
ilens containing a 'concentric meniscus, spherical mirror and aspherical compensator.
!The.lens is designed for improved aberration correction,in the wavelength interval
ifroii.,,ihe visible to the infrared spectral regions. The concentric meniscus,and
.",~iieiical compensator are made from the same material, with the compensator located
1;~Iiind-the meniscus. The-.lens po .wers of these two elements are equal within an order
nitude.' 2. A modification~"of this objective lens in which the residual aberra-
t1$31T. -
-concave lens in.direct proximity
n 0 astigmatism is corrected by placing a convexo.
e
e surface image, with a power of the orderof 25% that of the entir* objective.
Card 1/2 UDC; M-351.7

6 E 1,~ P K6/4 , x,
CHUIMIKO, Z.; IWPnV, K.; SEMMITHM, Mi.; SHXM,
For an effective network of permanent grain procurement stations.
Muk.-olov.prom,23 no;8:18-21 Ag 157. (kin 10:11)
1. Veasoyuznyy nauehno-ieeledovatellsid~ institut serna t produktov
yego perarabotki. (Grain trade)

BELYAKCVA, N. A.
"Experimontal-Theoretical Investigation of the'Elastic 'dork of
a Beam Casing." Cand Tech Sci, R'harlkov Construction Digineerinry
Inst, Kharlkov, 1953. (RZW-!ekh, SeP 54) 0
SO; Sum 432, 29 Mar 55

0 ,Ae kand,takhn,naukl dotas
.PWAKOVA I -W -.-,
~-~;
Using the ultimate equilibrium method for determining the loading
capacity of beams on elastic bases. Trn4y KHIIT no.MI44-152
1 58. 1 (HIRA 1213)
(Girders)

l8i5,4 Y.// /Yoy/~j Al AT
GURVICH, I.B., kandidat takhaicheskikh nauk; 3BLYAXDVA N.B... Emlov, $.I.
~~- Ow
Purpose of surface smoothness of parts used in outomobile,!nlines.
Vest.mRsh. 37 no.9:33-W S '57. (MLRA 1 .9
(Surfaces (Techuoloa)) (Automobiles-Rugin0s)

GURVICHR I.B., kand.takhn.nauk; MAY,- L.A.; BELYAKOVA,-.N.B.; KRYMOV, S.I.
Macrogeometry and wear of engine parts. Avt.prom. 30 no.2:
38-41 F 164. (MIRA 17:4)
1. GorIkovskiy avtomobilinyy zavod i Nauchno-issledovatellskiy
tekhnolocicheskiy Institut av-tomobillnoy promyshlennOsti.
2N

SOKOLOVAI I.Kh.;, BELMOVA9 N.F.
Experience in the prophylactic work of the First Polyclinical
-Divisi
on of the N.F. Filatov Oopoolidated Pediatric Hospital in
Petrograd District# Leningrad, Vops okhr,, mat, i deto 6
no* 1;84,-86.Ta 161~ 34:
1, Glavnyy vrach 1-go p6liklinicheakogo otdoleniya Wyedinennoy
detakoy bollnitsy imeni N,F, Filatova. petiogradskogo rayona
Leningrada'(for Sokolova)e~ 2* Zemeatitell glavnogo vrae~A po
polilelinichaskomu otdoleni)ra Ob"yedinennoy detakoy bollnitsy
imeni N.F. Filatova petrogradskogo rayona, Leningrada. (for
Belyakova),~
(IMNGRAD-PMUTAL CARE)

MAWITSKIY, Konstantin Pavlovich. Prinimali uchastiye: GOSUDAREVA,
A.G.; PJU1ITKIN , V.A.; BELYAKOVA, KAPUSTYANSKIY, A.U.;
ZIIUKGVp S.N.; NIKULINA, ~~ANOV, B.G.; VISHNYAKOVAYe.,
red.; KUZNErSOVA, A.) tekhn. red.
(Cortrol of the nutrition of field and vegetable crops] Kont-
roll pitaniia polevykh i ovoshchrykh kulltur. Voskva,, Mosk.
rabochii, 1964. 302 p. (MIRA 17:2)
1. WauchrWye sotrudniki laboratorii ka3-iya Nauchnogo instituta
po udobreniyam i insekto-fungitsidam (for Gosudareva, Panitkin,
Belyakova, Kapustyanskiy, Zhukov, Nikulina, Balabanov).

MAGNITSKIY, K.F., doktor seltakokhoz. nauk; DOSPENHOV., B.A., kand.
sellskokhoz. nauk, dotsent; VASILIYEEVA, D.V., kand. melliskokho?.
nauk; GOSUDARRVA, A.G., rw~ichnyy sotrudnik; FZLYAKOVA, N.G,v
nauohnyy sotrudnik , ,
Diagnosis of the conditions of plant nutrition in a continuous
field experiment. Izv. TSKHA no.6al5l--161 163. (MIRA 17a8)

-BEL-XAKOVA,-N.-V.,-ZLYONCHKOVSKIY, A.D.; OVCHINNIKOV, S.I.
Potentialitlee In the manufacture of microporous soles in the
"Iskozh" Combine. Kozh.-obuv.prom. 4 no.2:21-23 F 162.
(MRA 15:4)
(KaUnin-Boots and shoes, Rubber)

T N. T., HOPOLI, V. F%LIDT, D. V., "ISI-m, V 7
"On the prevention of deformation of the sPinal colurm In school
children."
reilort suh-aitted at the'13th All-Union ConCress of Fy-ienists, 12pidemiologists
and Infectionists, 1.959.

ELLYAKOVA) 0-0m#,
Some characteristics of the distribution of hor.izonthl and
vertical temperature gradients in the northern part of the
'-SR 30: 16-
Atlantic Ocean. Trudy Mor. gidrcfiz. inst. N 01, f
54 164.

sov/96-59-10-12/22
AUTHORS: Sirota, A.M. (Cand.Tech.Sai.) and
Belyakoval P.Ye. (Engineer)
TITLE: The ja-lo-Firru-i"Foperties of Water at-Pressures up to
500 kg/cm2 and Temperatures up to 300 OC.
PERIODICAL: Teploenergetika, 19599 Nr 109 pp 67-70 (USSR)
ABSTRACTs In this article new experimental values for the specific
heat of water at constant pressure are compared with
published results and with results calculated from p-v-T
data. The enthalpy.of water is calculated for pressures
up to 500 kg/cm2 and temperatures up to 300 OG. Previous
work in this field is first briefly reviewed. New ,
determinations of the specific heat of water at constant
pressure were made in 1959 at the All-Union Thermo-
Technical Institute. Specific heat values calculated
from p-v-T data of various authors and from Koch's
empirical formula are given in Table 1. At room tempera-
ture there is good agreement between the data of various
authors and Koch's experime'ntal data. Previous experi-
mental data of the present authors are rounded off and

Card 1/3 interpolated for convenient values of pressure and
temperature in Table 2. The results are sufficiently

BOV/96-59-10-12/22
The Calorific Properties of Water at Pressures up to 500 kgl=2
and Temperaturesup to 300 OC.
accurate, as the scatter of the experimental points did
not exceed 0.1%. Fig 1 compared the rounded data of the
All-Union Thermo-Technical Institute with calculated data.
Agreement is good at low pressures but at higher
pressures there are appreciable dilferences between data
of the All-Union Thermo-Technical Institute and values of
the specific heat at constant pressure calculated by
Koch's empirical formula. The differences are not great
within the range that Koch studied experimentally, but are
greater where he extrapolated, reaching 1.5% at a pressure
of 500.kg/cm2. Other discussions of Koch's results and
conclusions are giver., and isotherms for the specific heat
of-water are compared graphically in Fig 2. The work of
certain American authors is used to verify the values for
the specific heat of water at constant pressure obtained
by extrapolation of experimental data on isotherms to the
saturation pressure: values for the specific heat of
water on the saturation curve are given in Table 3. The
Card 2/3 calculated values agree with the experimental data of the
All-Union Thermo-Technical Institute to within 0.15%.

sov/96-59-10-12/22
The Calorific Properties of Water at Pressures up to 500 kg/cm2
and Temperatures up to 300 OG
Table )+ gives calculated enthalpy values for water. These
new enthalpy values are in rather better agreement with
published American tables than are other published works.
Thus, as a result of the new investigations of the
All-Union Thermo-Technical Institute, there is better
thermo-dynamic agreement between the thermal and
Card calorific values.
3/3 There are 2 figures, 1+ tables and 18 references, of which
7 are Soviet, 4 are German and 7 are English.
ASSOCIATION: All-Union Thermo- Technical Institute (Vseisoyuznyy
teplotekhnicheskiy institut)

SIROTA, A.M., kand.tekhn.nauk; X&T-ITUT, B,X., kand.tekhn.nauk;
AWA9 PeTse, insb,
C
Maximum heat capacity T of water. Teploenergetika 7 n0-7:
16~-23 ji 1600 (MIRA 130)
1. Yeesoyunyy teplotekhnichaskiy institut.
(Re&t capacity)
(Water-Thermal propertiee)

ACCESSION NR: - -AR4034484 W0058/64/000/003/Z066/0"
SOURCEs Ref. zho- Pize, Abs..3ES27
AUTHOR:. Andreyevp 1. S.;. Arzumanyan, G. B.; Belyal P
Optical and electric characteristics of photoresistance
TITLE: a
based on CdS
CITED SOURCE* Nauchn. tr. Tashkentak. un-t, vy*p.121, 1963, 4S-52
TOPIC TAGS: cadmium sulfide, photoresistance, electroluminescence,
light amplifier, integral sensitivity, dark current
TRANSLATION;, Photoresistances made of powdered CdS, suitable for
electroluminescent light amplifiers and'for the registration of wehk
light fluxes, but with better characteristics than the comercial
photoresistances, were produced and investigated. The photoresistanc-
es have a large integral sensitivity, large dark resistance# large
rd 1/2

'',:ACCESSION NR: AR4034484
.,i[ratio.of light.to dark~-resistances, a broad spectral sens. ivity'.
Ji and'a lower,.inertia than the7=mercial photoresistanceso The#ght- i,
0 e-current characteris
1. characteristics are nonlinear.- the v ltag tics
in previously illuminated specimens have a relaxation character,
A while in those kept in darkness they are almost linear,these singu-
larities being independent of the rate of growths of the field and
of the spectral composition ofithe light. L~ Gudy*menko,
IDATE ACQ: 1GApr64. SUB GODEs GEj PH ENCLI 00 q
Card
2/2,
7
- - -----------

BILYAKOVA Rit!",., kand. eel I skokhozMetvannykh nauk.
Glove.r and timotby proportions in mixed grass crops, Zemlede-118 6
uo,7;63-63 Jl 15B. (MM lis6)
(clover) (Timotby SO

S15801611000100010151016
A057/A126
AUTHORS: Pecherskaya, K.A.; Belyakova, R.I.
T=; Reactivity of A,1-3- and L-2-p-menthenes with maleic anhydride and
azodicarboxylic ester in relation to their autoxidation capacity
SOURCE: Yerofeyevi B.V. and Tishchenko, I.G., eds. Zhidkofaznoye okisleniye
nepredeltnykh organicheskikh soyedinenly, Minsk, 1961, 145 - 150
TEXT: SubstitutLonal addition in the allyl position was effebted by prepar-
ing new adducts of maleic anhydride and the azodicarboxylie ethyl ester with the
d-it-conjugated systems of A -3- and A -2-menthenes. These experiments were of
interest in connection to prior studies on autoxidation of the last mentioned
systems %1th molecular oxygen, and for comparison with similar rigid allyl sys-
tems (bornylene, camphene, fenchene), or systems without the d -ic-conjugation.
Structural formulae are presented for the synthesized adducts, and the following
procedures were applied: 0.12 mole A -2-p-menthene, respectively, 0.07 mole
-2-p-menthene were heated with 0.12, respectively, 0.07 inole maleic acid anhydride
for 8 h at 170 - 1800C, respectively, 150 - 1600C and oily yellowish liquids with
the following characteristics were.obt&ined. boiling point 158 - 1640G/0.09 mm,
Card 1/2

S/580/61/000/000/015./016
Reactivity of "4-3- and A -2-p-menthenes .... A057/A126
20 20 20
n2o = 1,4950, d 1.0873, or 178 - i8ooc/o.25 mm, nD = 1.41928, d4 = 1.1055,
D 4
respectively. The adducts with azodicarboxylic ethyl ester were prepared with-
out heating by having stand at room temperature'for 48 h a mixture of 0.07 mole
L-3-p-menthene, respectively, 0.02 mole Z,--2-p-menthene and 0.07 mole, respec-
tively, 0.02 mole azodiearboxylic ethyl ester and boiling the fraction at 157 -
1600clo.06 mm n80 1.4746, d4u 1.055 with 30% yield, respectively, 132OC/0.14 Mm,
nBO 1.4750, d~O 1.0458 separated. No adducts could be obtained with bornylene,
and camphene under same conditions. Thus an analogy was observed between obser-
vations made with molecular oxygen and maleic anhydride or azodicarboxylic ester,
respectively, and reactions of substitutional addition to alkenes with different
configuration.
Card 2/2

~-.r,T .:, -.;-- --f, . , ~ T
- . , .~ , ; . i .
rrotliro, a in cxito-it in 'oloo~t in varo-c C 4z;- ertc--ion.
Klin. :ael- 30, no, ", Fcbn-,5ry 1.152

BILYAKOVAs Sj,
Thrombocytes level In prolonged therapy- of bypertension with
potassium thicoyanate. K1IjL...jw5d,,. Moskva 30 no.12:76-77 Fab 195!.
(Un 22-11)
1. Of the Hospital Therapwatio Clinic (Director - Prof. T. 1.
Seleinini, ~ct ive Member AM U33R), Second Xokpow Xedical'Inst itu-;* imeni
1. V. ftallu. I - -

BINUKOU, S.Y.
Blood prothroubin in various pbases of hypertension.. Klin. xedp
Moskva 30 no.2.-?8 lab 1952. (GIRL 22:1)
1, Of the Bospital Therapeutic Olinic (Director -- Prof. V. P.
Zelenin. Active Member AMS USSR), Second Moscow V4dicall.natitut,s imeni
1. V, Stalin,

I ' J ~
'aa on
The Pao U460a~ 1 0 !MO'ftde- R61i
r
by A.-V.-Burmakin and S. V. Belyakova, Laboratornoye Delo., Vol
A-
P n Feb 57, pp 14-16
3
This article describes a method of applying the Takata-Ara (fUC4-.~'..
jin-mercuric chloride) reaction in investigating the blood serum of-', -,
brucellosis patients. It refers to work of Ye. N. Pcpova (1945) on
use of this reaction in brucellosis.
The article gives proportions of the various reagents used in t~~..
".~'Vtkata-Ara test as employed in this capacity. Reactions with bloCA,4.:-.,
aerm were
considered to be sharply positive, or weakly positive de
..pending on how soon after the addition of reagents precipitation Va-
evident in the test tubes. Serum from UO brucellosis patients,
~-p~;tients with other diseases, and 5 healthy persons was tested. One,'.
~iease history involving the septico-metastatic form of brucellosis i;
~~i*~Psented.
Results of testing in all these cases are discussed. it is conw.,
-..cluded in general.that the fuchsin-mercuric chloride reactions affords'.
s stable results in chronic brucellosis than in acute brucellosix
.,*ing the septic and r
6pecIM:
are .:al:86

er-
6: tion o ~:- --,
Ali
e
,-'regulating protein metabolism in brucellosis, and the related disturb
-:~dnce of the albumin-globulin equilibrium, the fuchsin-mercuric hl
C q!7
test with blood serum of brucellosis patients was consistently
positive.
"2. In the acute form of brucellosis -accompanied by acute seps
d a hepatolienal syndrome, the Takata-Ara reaction was positive i1i:.I.,-,
cases.
"3. The Takata-Ara reaction yielded positive results in approx
~-Jmately two thirds of all chronic brucellosis cases characterized by'."'':
all the signs of chroniosepsis and by an intermittent hepato-lienal
syndrome
Despite the fact that the fuchsin-mercuric chloride test
(Takata-Ara reaction) is not in itself specific for brucellosis, it'.
i.~'ishould be included in the total complex of laboratory investigation
j
./3 WA,

BILTAXOVA, S.Vs (Laningrad)
Protein and orotein fraction level in twportansion. Klin.med. 35
(i.e.34] nod Supplement:3 Ja 157- (KIRL 11:2)
1. Iz Leningradskogo stowtologichookogo meditainakogo institute
(dir. - Prof. R-I.C!avr1lov) i gospitallnoy terapevticheako3r kliniki
2-go Moskovskogo medlisinakogo Inatituta imeni I-V-Stalina.
(HYPERTENSION) (BLOOD PROTEINS)

SMETNEV, A. S.;,BELYAKOVA,, T. I.
Wolff-Parkinson-White clinical electrocardiographic syndrome in
a patient vith n7ocardial infarction. Terap. arkh. no.9:110-112
'61. (MMA 15:2)
1. Iz fakulitstsboy terapertichaskoy kliniki (dir. - deyetvitell-
nyy chlen AMN SSSR V. N. Vinogradov) I Mookovskogo ordena Lenina
maditainakogo instituta imeni I. M. Sechenovao
(MURT-INFARCTION) (WOLFF-PARKINSON-WHITS SYNDRCHE)

POPOV, V.Ga: BE=OVA. T.Io
Prognosis in recurrent-Wearclial infaret. Ter. aek-h- 35 no.7I
28-35 J1163 1721)
1. Tz kafedry fakulltetskoy terapii zav, - deyst7itellnyy
ciden Aff SM prof. V.N,Vinograaor) I Moskovskoga ordena
Imina meditainskogo Instituta imeni I.,M&Sechenova,

ABLYAKOVA, V.I.# k&nd.9*1'9kokhoxyaystv*mqkh nauk
Work of the Grim tal network of the Northern Scientific Research
Institute of draulia Magineering and Reclamation. 'fruO SaYNIIGiX
no.141153-158 ~38- (MIU 1316)
(Drainage research)

BELYAKOVA., ISOGORSKAYAs, A.S.; FOYF.LUYEVA9 A.P., red.;
POTAPOVAI N.A.9 tekhn. red.
(Surface-dyeing of artificial fur] Verkbovee krashenie iskus-
stvennogo mekha, Moskva, 1962. 28 p, (MIRA 16:4)
1. TSentralInyy institut nauchno-tekhnichask-oy informateii
legkoy prompshiennosti.
(Artificial fur) (Dyes and dye�ng)

PANYUKIW, it.j.., kand tekhn. naj,~ [deceased]; LISOGORSKAYA, A.S., mladshiy
mladshiy nauchnyy sot rudnik
jiauchrWy sotrudnik; ~KLYAMV,~t
Ifse of.vat--dyes for.dyeing artificigLl fur with a knit base.
Tekst. prom-,,23 no.10:32-35 0 163. (MIRA 17:1)
1. Nauchno-isnledovatellskiy institut mekhovoy prozWahlennosti
(NIINP).

FAMEKIN, -L-kand. tekhn. naukl nauchnyy sotrudnik (deceased];
-~M4t!KbVA V.l.'vrlnzh;, nauchW sotrudnik; LlSOGORSKAYA.,
6----ftMicbnyy iq
W.F.T-, =zn iotruanik.
f.'-~oxidisink (-araoj) dyet dyeing artificlis.1 fuvaiii
iioA-202-55 D 163.
&-knit b~". Takst. prom
(MIRA 17t1)
L Nauchno-i a aledavate akiy inatitut makhovoy pronyshles-~
nosti (NnHP).

IMLYANDVA, V. K,
"Certain Problems of the Stability of Viscous Liquid Motion.' Sub 27
Jun 47, Moscow Order of Lenin State U iment 14. Ve Lomonoeov
Dissertations presented for degrees in science and engineering in
Moscow In 1947
SO: Sum No. 457, 18 Apr 55

A
A
Ln a straight CilLUldr W~e. \k I,
la rc."hul.
krands tine sulutiam iii
. rocli6c qui permet tic! le
pn
-,'c 1.1 "IA114116 lia ITIC'u'vrTlerit
If i"''.
C
BetyakOV& V K Conctlaing the stabiEty of the Motion

J"/*db'.5d
'*Problem of. Stability,iof'Motion of a Viscous Liquid
'in 'a Straigbt circu3sr Pipe,". V. K. BelyakoVa,
*-scow, 6 pp
*Prik Matenat i Mekh,I Vol'XIV, No 1
Xr~lem of stability,of motion of viscous liquil in
itriLight circular pipe using method of small varls-
tIcns vas'first considered by Sexl ("t1ber dreidineu-.
slonale Stcrungender Poiseuilleache Stromung," Iz
"Annalen der Mysik,'1927). "He concluded that mo-
t1lon vas stable with rispect'to disturbances of suf-
ftcUatly sm&U applItisde. His solution assumed
/Pbys:ics,- Rydraulics+ Jan/Feb
(Colltd)
fulf 411 nt of boundary conditionaLvbich do not
actually exist. Author solves prolems for ac-
curate boundary conditions. 'Submitted 5 Tul 49~
0
:~4
1

MYKKOVA t V. K.

W dr-, a- fret-- 'L
;saw# Wll;:
-vmal!AuftnWesd-thes o d
order. Ak.-d. Nauk -%NSR, Priki. Slat. Ntch. IS, 104-510

'N. &:KcZi Chveady-'t Akad. Nmik SSSR, Otd. Telin.

.1 in apaper an the two-dimen-
2N.tuk. 1939, 37--62 (194))'
sional prob1cm of oscillations under a free surface obtained
J
on the basis of the lineirim-i theory dic anoma!ous rt-sult j
that a hcwizontal flat plate 4*01lating in a vertical direct ion
will, for certain critical valucs of the frequency, exix-orience
a vrertical force but gencratc no waves. By retaining (enns
through the second ordcr. the author of the pa1wr tindcr
review shows that in addition to the waves prt-Aicttil Ity the
linearized th~~ thcre are also other- waves of half thrif
period -..rtd one fourth their wive lengils which do not
vanish at theic critical freq%ten6eq. J. V. Wehaw!"s.
;-W
V
l 13 NO
3
Sourcal -
o
Mathematical Reviews,

4

r

v. K.
13 F- LYA K 0 V A
)
Belyakova, V. X. The plane problem of the variation of;
the form of the free surface of ground water Wring ac-'
count of Infiltration. Akid. Nauk SSSR. PAL Niat
Nleh. 17, 373-376 (1953). (Russian)
Mathematical Reviews Ground water is assumed initially to occupy the space
VOL15 No. 1 below the free surf-ice y-a(x, 0)=f(x), and water is addedi
Jan. 1954 at this surface at the rate e(x, 1) per unit area. The velocity~
-Mechanics potential, O(x, y, 1), is found for this case, and in, addition;
when there is an impermeable layer at y= -11, with f(x)l
and t(x, t) assumed peetodic in x. The problem is solved by-,
splitting into two problems, each with only one nonhomo
gencous condition, solving each and then combining result$.
Answers for 4(x, y, 1) ano fi(x, t)are given in Fourier integral,
form. The author fails to include the differential equation in
her statement of the first boundary-value problem, and
states it incorrectly in the second. R. E. Gaskell.

ME Pl.
r,f
to 9L
of
Proceeds alaqg,
Vi~jtcrm zntc
t tq&j of the second-ordef
"f'f)

N, (5) L~ h5~
t
----------

Correction to the article of T.K. Beliakova 'Plane problem for the
change of form-of a free.surface of underground water with the
calculation of InfiltrattQn..!'.,~Frjkl,_mat. i makh. vol.16, U0.3. 1953.
Prikl. mat. i makh 20 no.6,.772-773 N-D 156. (MI2A 10:8)
(Soil percolation)

BILTAKIDVA, To.
Use of radioisotopes in metallurgy; proceedings of tbW
Moscow Confereme on, experimental techniques and high-
temperature research. Atom. onerg. no.5:151-152 156. (WAL 10:2)
(Radioisotopes trial applications)
(Notall;gIrto

HUM% Ye. M.
U".0 6~#tkkj Virus iby
the Method of Micro 6166ti6phoiisiiis and the Hemagglutination
a. and Complement Fixation Reactions.," by Ye. M. Belyakova,
Kiev Institute of Epidemiology and Microbiology., Voprosy
Virusologii
Vol 1, No 5, Sep/Oct 56, Pp 15-20
The advantages of the electrophoretic method for the early diagnosis
ofl,influenza were studied in comparison with hemagglutination and comple- J
'beit fixation reactions. Data collected in these investigations are pre-
:sejited in the following tables: (1) Concentration of influenza virus in
Ia-"suspension of the lungs of white mice, determined by the hemagglutinai-
't-16n reaction and the method of microelectrophoresis; (2) Appearance of
likluenza. virus in a suspension of the lungs of mice and in the allantoic
flUid of chick embryos determined by the hemagglutination reaction, the
complement fixation reaction, and the method of microelectrophoresis;
ffec. specific serums on thedecrease-in the electro-
Aik-(3) The- e t Qf type
11,hetic
:potiiatlal -of "e'e lww es caused,by Wluenza virus6

On Ue 'basis df~ b'sie. iniisi t2pt =a p'U: WU conellided that the
.method of microelectrophoresis was distinguished by considerable sensi-
,tivity and could be used to determine concentrations of influenza virus
not detacted by the other methods. The method of determining decrease in
.ih6 electrokinetic potential of erythrocytes was specific; the effect of
*hloi decrease was neutralized by anti -influenza serum of the correspond-
Ir' type. Determination of influenza virus in a suspension of the lungs
of white mice and in the allantoic fluid of chick embryos subjected to
refrigeration showed that the decrease in erythrocyte electrokinetic
V6tent"l proceeded more slowly in this case. Upon investigation of
..AW-pharyngeal vashings from influenza patients., the greatest number of
ive results vere obtained by the electrophoretic method, - sofb&hat
by the complement fixation reaction., and the least by the hemagglutina-
.tion Further. testin
,g,of.,the.microelectrophore,tic method for the
eaely ~ labors ory ~a 0 Clow
v~" UM "Omq

HSLYAX ~P.Kqk~ - : -
Detection of influenza virus in the naeophnryugeal wnehings of
-patients by the hempgglutination test, complement fixation test,
and microelectrophoresies Vopovirus 3 no.31174 My-Je 158 (MIRA 11:7)
1. Inatitut spidemiologii I mikrobiologii, Kiyeve
(HASOPURYNX, microbioloff
influenza viruses In nneopharyngeal wRehinge, method
for detention of viruses (Rug))
(WLtMNZA TrRUSES,
detection in nRRophnryngeal wnshings, methods (Rue))

14~WOVAj Ye.M. [Beliakova, JE.M.]
Use of v:Lrusos'copy in the.early diagaosis of influenza. Mikrobiol.
zhur. 23 no.2:38-41 161. 14:7)
1. Kiyevskiy institut ep4demiologii i mikrobiologii.
(INFLUENZA)

DANILEYCHENKO, 0. A.1 BELYAKOVAO Ye. M.; KABANOVA, To Aq PRIMAK, Do Oo
Study of the effectivenese of antipoliorqelitin vaccination in
the city of Kiev. Mikrobiol. zhur. 24 no.1;10-15 '62.
(MIRA 15:7)
1. Kiyevskiy nauchno-isaledovatellskiy institut epidemiologii
i mikrobiologii i Kiyevskaya gorodskaya sanitamo-epidemiolo-
gicheskaya stantsiya.
(KW-96R49=MITIS-PRWMIVE INOCULATION)

a 0 0 11.1
l

a 11 m is U 'il
-a ir
a m 11 is's it v
A A. A-11. it-4 1- W 69a 6-4 -S S b j 6 0 A 1,

I of ale feductitta of the Otwel 0111USIUM
pz
=
with the b1tial4wifoace SM011181 of biO-
Is C
n
*
dt&Wum wistures, V. V. )-likhAlloy arai I-E. P. livirs-
go lctsvc Ural. -11dalloc 1939. No. 4-6, 11-11); Kb#m.
00 mg. Aa. it. m-ritc v-maui-mq Gw the
'

00 a l Its mmlwtma WML
%Ws and CiAlbul's Ul I
dUbcUllic% us blast fuguam wmitinj a rt uM vreir %I%-
list:
60 a l: vemigmed. The Iscat of facuutioct, tA DA atki the twAt
of axidamsts, of T" ta TO, wm- c-Al,%I. Urductiol 'd
16 TiO* by "id C begim at tPr*. TiC j* fortned -m vc-
aluitticsil of TiO, at 11, beguis to "tkr rstts 00

&I IKX)*; its USAX. rUcvt (26,37p) 6 ot L")'. CO rv.
' ago*
the am. ul
clums; TiO, its nwrgrikaDy atud at IWO zoo
:

0 j
4 he redud W" Is 7.1 (a tttfx t. of Wit and TIA to forused).
l C
f
2 zoo

ter
a
1.
Pure TW wu*,A)ta m4f front 4 ml%(. it( Tio, am
hro.41waling at IK&J-111thl'. W. H. Ilron

~75
L a STAtL%,l!GKAL LAIIII&VURC CLAIWIFICAT"
tc
0
'VA 4'. 's,
a I w im a a
U is AV )a
7~7 o .~* we Octil 0* KA Its K U a it It n
0 -40 4 0 0 0 0 0 0 0 go 00 0 0
0 a 0 0; o it, 0 0 0 0 0 0 0 0 go q
t4
0
0 00 0 0 00006 0 000 we* 0,

o 47, a
oo .1

-S

00 ;-1-fty Oludy OfW hoftb Of RWOOMM of Tii&Wtm Mum-
A. Komar anti V. Mikhailov, (Metallurg. 1939.

I
pp. 23 In Runian), Thin study was undertaken in
VP' -25).
106 unaction with a general investigation of the behaviour of t1tAnI-
-t
f such om
ffi
i
d
l
ous e
x
o
eter
e
fermn ores In the blast-furnave. The

00 in the inerwas in vh%oWty of the alags cauard by the titanium

dioxide, In the experiments the titanium dioxide was w4ured
!00
of
with h)drogen at 12W'. 1300% 1400* mW 15W* C. anti with charcoal
*
l
d
t
d
00 on were coo
e
uct
0. The products of the re
At I WO to I6W
A
th
I
b
,
X-
i
.
yo me
under reducing conditions and examined by the
and of
ation of 7
0
r
f
lt
th
d i
e
o
m
e
n
Reduction with, hydrogen resu
4
,
some TiO above 1500* C. Regarding the products of the reduction
of titanium dioxide with owbon, it in concluded that they cvndist
of solid solutions of MC and TiO.
d.
it
"TAMMOSCAL W111AI(St CLOWCATWX
U is AV .00 W
Or cc it it it KTO-141-1
V W a &
0 Is !* 0 * * 0 0 & 0 & 0 U
0 0 0 0 0 * :
-00
go
go
-00.1
I fW 9 V a
0 ooo
. . . 1,
&so 'AA

A 4
Q IS w IS J IS is a u ji
Q
_JL -I-,-
r ; 6 f
4-~O P4CFtiI,I t rd I
The tifirct of am oxides of tititillum on the fluldity of
blad-tumsce &Up. V. V. Milillatloy sat R. 11, jklp47'_
WWII- 4441- Met. 1930-Ml. 11. 7, fl; Kkiisi. Nsfer41,74jop
1949. No. It. M-4.-HApti, acid suct suiltainvil St(h
toz), Tich (mm -25-43, AVI, 18,17 *U fit"d COO24.7 - -00
;io. Titlis 0-74-21,21,
Issie sl4gq.
A m dlfbl C&t) W, The llni-lilv WA*
nu."p4,i) by Slit vaims %4 the length -4 She mfv&lll Its "list.
tolbewl.ol She lu"ll-I w1as ins.
willic-4 its Clypt(il furmicrs. Till, d"'fra-4
-ill tile vinu-ity 101
tile vi-MAity of a, 4AP MA incircamve
baskslairs. TVIN and T40 isscmw Ilk'% i'vimlY of I-All
&oil Isaiiie 44P. Tic. whiell is f"Ins"I in tmg,r
Antis. in basic %149S IISAU in WQ 441%. V041-MCIANY lit-
clewwa flit viwAi4ty of 1"h 4,-61 Oful Im'ic Ug., F.-4)
-1compimm VC and thus imptuirrs She Ilutday -.1 Ili,
high-Ti blast-Ittril4m stags, lit lite 144*t-lurmser mmelt- COO
Ing of the high'Ti orev with A411 low its FCO AIM Mlit).
ri pasm" into the %lag in list rosms of rip, alut rit 1; till% !000
tMItAWS Slit lWillilY .4 11W 11,49. llightf 10611- CAU-
She ftwatatius u( TIC. Luvr-truip. SUICH101K I.WilitAlrN 5
he resCIVILtivin (it FCO st"I Milk) lit the P-Umt and relisrAs
'hr=tkwo('riC. Mistla.timlS. little Ti (iajlshm~-
atem, primary Utal akxll.l Ilk linwited to
with lm*6, dam W. R, I lvin
I-too
L A OfIALLURMAk 1,17111419A1 CLJISIIFKATKO
-a- to
LO
0
a n Is Is no is TIM y 'i is i -qXn to 0
0 a 0 wo Go as* 0 9 0 0 s 0 6 0 q 0 :~o 1010 t
L18*0 .00*0 * * 0 0 0 0
0 $064 of 0 * 0 go#*@* 0 0 0 & ~ 0 : 0 0 0 0,
io 0 0 0

a wig 0 w v
it 11 is 4 to is OY 0 is V of u of a
F A J- Y I. A--A-- A~ -L a If p 4 4 1 t L, 11 xnu
0.0 ~'vpfwj
Vfl~~ISUS A-

Ift"1411121ba M wArld" "d Ouboolirm" of F. I..
A. kwonw.stut V. t. m. KAI"
C.Abs.. 194 37.1348).-lin 17W
vv. A
)
b
a y
,
-
7
!
,
it h
t
d
it
Q
f
)
i
V
IT
M
l
it M
un
twmm
s
nvm W
n
,1111
nvm
A
. At 1
1. A
yN &W
y
t
t
i
W61
i
i
(
d
b
4
A
1
im
0
twitilm
um I
. #A
f
mn
y che"111,41 4"AI)Sis; the
2t=%0
1
simmum ILJIfj.SV AfV RUA 4.b-r%I~j .4% X ffty I.. It.
'
into a whil p4mliml with
no.
1
a jjj^Vpj% at I IsAr'-. I&xr C. VW%" nrjjIwr thp fnv pit6jr w4 the (nv cod*t-
4 litstilium. At III)p is tAMOVIrly TrOw'"I if, 3 hr. I-- 41W m1roll.
~:

Go OUWIV. %I hk'h (MU A 10140 MkOUdAn

NMI

9 cot
as$
see
coo
bell
1k
bu a If 43 a% d 0 a It v It a 14
We qm~q 0 * 0 0 0 9 0 0 0 0 * 0 e
0 41 9 0 9 0 0 0 0 0 0 0 0 0 0 a
00 IN * 0 file * 0 0 0 * 0 0.40 0 0 0 0 * 1

s 6 -S 0 It 11 a tat 15
A-A-" A-X--E- Lot".
L22-RiMol - -- 1__- I!!
Obacssfils AND ftepreltis W"s
445
64

MCI id Wispon" tM viscoft of ANN&SM ow-
k, SAN4 It 13-31 33-24
& I"z- -
(1941). cu
ck
d
37
z
A
t
6136
2L
ew
s
m
s.
w
;
.
~
of systbertic slap coutainins
00 8
I %%13t*30.AIA27to4o.Cao3stoa3.UgOotosiuuI -00
0f& 1`000.2tooASUMS" costainbWaptus%MSO
d
T
2400
MM fleco" tbas sup W
i
.0 Ugo or dap with high
I
A
A contest but W* kft vismus than W"-Iwnacekp. .04

*0 Durincouseltiocal Fa bauxites, the preWWcof4 toh% bIgO
1

06 lvWM a* mduAs Point of UK dq, dwmsft tbamal rv.
'quiemitita. mW awirrs normal Juntact operation. Al *411
coo
90W sukate Wap Containing USO am dotv-setting cemenu,
and 5% U4OMskft them opperi- toLMga

0* 4111
0

d too
t*6

loill4t.A 041ALLURGICAL LITUAIM CLUWKAIM
%l0" "VIAT 0

- Wal" Wit vow 949 411111 4K "W M 6
it
0 U 2 n $0 I I "' I a 0 1 W a 0 A 4 3 1 V
a Oka it a li Of Q 2
0 0 0 0.0 qp 0
Vol
I
* go** 0 0 0, 0 * 0 0 0 0
0 0 a *
* 0 9 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 e

BELYAXOVA, Be. P.

hemical Abate mod a re a a as

1 0 IT 21.0 ~O
Isterladl, Tt =
M!4- r the Peduction 0 ckel h=.

ol* 48 No. 4 Trudd rX9 C*mof MAT'A
A
T2. T4; i -70(1 m-A
4
et
Feb. 25 t 1954 - ,
lab. Investiption of 3 types of NI ore In nat , bri etted,
)4etallurgy band Metallograpby and sintered 3t4te-showta th -', =0 I It
blast-furnace smelting of NI ores are due to (1) finenew of
oft, (2 low bulking d. (0.8&4.00 mettle tons * cum.
h
a
i
b
l a
i
f
l
content o
on r
).
com
et
ig
ined HO. (4) cita
(
in decompn. of CO to C and COz, and (5 low content of
easily reduced Fe oxides. These diflIcultles can be Lugely-
eliminated by sintering the ores. U~W. Ratfunann

F-4 Yp-gep, Vn, p, 137-1958-3-4738
Translation from: Referativnyy zhurnal, Metallurgiya, 1958, Nr 3, p 38 (USSR)
AUTHORS: Lugovtsov, M. V., Strashnikov, 1. B.
TITLE: Reducibility of Krivoy Rog Ore and of Its Sinter as a Function of
the Particle Size (Vosstanovimost! krivorozhskoy rudy i
aglomerata iz neye v zavisimosti ot velichiny kuskov)
PERIODICAL: V sb. : Issled. domennogo protsessa. Moscow, AN SSSR. 1957,
pp 33-48
ABSTRAkCT: The processes of heating and reduction were investigated on
different-sized pie ces of Krbvoy Rog ore and sinter. It is estab-
lished that relatively large pieces (up to 75 mm in diameter) are
completely heated within 30 or 40 minutes, when the surrounding
atmosphere is at a temperature of 300'D. Reduction experiments,
carried out at gradually increasing temperatures on ball-shaped
specimens, as well as on fine-ground ore (composed of 40 percent
CO, 5 percent H., 0.5 percent CH4, and 55 percent N?)
have demonstrated that, under conditions of blast furnace smelting,
the following quantities of 0. are removed from Krilvoy Rog
Card 1/2 ores by means of indirect reduction-

137-1958-3-4738
Reducibility of Krivoy Rog Ore and of its Sinter (cont.
from small fractions: > 75 percent
It pieces 25 mm in diameter: approximately 45 percent
of It 38 rii~ I I I I I I I
30 percent
it 11 50 rrim I' it If 25 percent
If 11 75 mm 11 it tI 20 percent
It is noted that, owing to the greater porousness of sinter, the
extent of its reduction is not as much influenced by the size of
its individual particles as is the case with ore. Results of a
mine ralographic investigation of the reduction process of a single
piece of ore are also shown.
Ye. V.
Card 2/2

,r- ). crh K 0 VAj
SUBJECT USSR / PHYSICS CARD 1 / 2 PA - 1762
AUTHOR BBLJAKOVA,E.
TITLE Problems of the Application of Radioactive Isotopes in Metallurgy.
(Moscow Congress on the Experimental Technology and the Investiga-
tion Methods at High 'Temperatures)
PERIODICAL Atomnaja EnergiJa, 1, faso-5,'151-;52 (1956)
Issued: I / 19.57
This congress was hold from June 26th to June 30th 1956 at the Institute for
Metallurgy of the Academy of Science in the USSR. An important part of the works
dealt with the use of "marked" atoms in metallurgy. Reviews of the following
lectures were made: VAICHOV and O.ESIN:
32 ' 35
Application.of P .and,S on the occasion of the investigation of the kinetics
of the dephosphorization and the desulphurization of metals by slag. The ad-
vantages offered by this method are its high sensitivity as well as the great
exactitude and relative rapidity of analysis. The following radioactive admix-
tures to the metals were used: Ferro-phosphorus and pulverized sulphur iron.
N.BIGDANOVA, P.GRUZINp G.BRMOLAFV, I.NIKULINSKIJ (KUSNECKIS Metallurgical Com-
bine). The investigation of the motion of metal and the distribution of the
alloying elements in m-artensite' ovens of various capacities with the help of
6o 51
radioactive isotopes (CO , Cr ). By means of this method it was possible to
find out that mixing of metal is brought about by the motion of this metal in
turbulent and convectionlike flows at velocities of from 1 - 5 m/min-

137-58-5-8987
Translation from: Referativnyy zhurnal, Metallurgiya, 1958, Nr 5, p 34 (USSR)
AUTHORS: Lugovtsov, M.V,, Belyakova, Ye.P., Strashnikov, I. B.
TITLE: How the Lump Size Affects the Decomposition of Limestone
under Continuous Heating (Razlozheniye izvestnyaka v zavisi-
mosti ot velichiny kuskov pri nepreryvnom nagrevanii)
PERIODICAL: V sb.: Issled. domennogo pyotsessa. Moscow, AN SSSR,
1957, pp 49-54
ABSTRACT: The process of decomposition of Karakuba limestone was in-
vestigated on spherical specimens of this material (25, 38, and
50 mm in diameter) which were gradually heated in a stream of
air to a temperature of 1200-12500C. The specimens were
placed into a 'furnace prehea~ted to 3000; the temperature was
then increased at a rate of 1500/hr. Complete decomposition of
a 25 mm sphere was already observed at 10500, a temperature
achieved within a period of 140 minutes of heating. In the case
of the 38-mm and the 50-mm specimens analogous conditions
were reached at 11250 and 12250 (170 and 210 minutes), respect-
/2 ively. At temperatures up to 10000 only 45% of the total C02
Ca rd I content escaped from the 50 mm specimens. Thus, under condi-

137-58-5-8987
How the Lump Size Affects (cont.
tions of blast furnace operation, the greater portion of C02 escapes from the
limestone at temperatures in excess of 10000. The relationship between the
temperature and the linear decomposition rate of the limestone was investi-
gated. Also studied was the relationship between the central and peripheral
temperatures of the specimens and the temperature of the working space of
of the furnace in the course of the experiment.
Ye.V.
1. Calcite--Decomposition 2. Calcite--Temperature factors
Ca rd 2/2

RETTAIC Yevgeniya Pavlovas (Bieliakova,, IN.P.]; YRMSMCKs IT=
-------- I.M.] ; DOEROKHOTOV, M.M.,, akademik,
otvoredoi REMINNIKs Tolts redsizd-va; IAMOVA2 N.M.j,
redeizd-va; SUZAROVA$ V.Ye,s tekhnred,
Haksymllasovych LWwtaov. TqIv. Vyd-vo Akad.nauk URSR#
1958. 33 P, (KERA 15 s4)
1. AN USM (for Dobrokbotov)o
(Lubovtsovp Maksym Vlasovych, 1885-1956)

BELYAKOVA, Ye.P.; DVERNYAKOVA, A.A.
Decomposition of ilmenite concentrate by hydrochloric acid. Report
No.2. Ukr.khim.ahur. 29 no.6t633-636 163. (KRA 16:9)
1. Inatitut obahche i neorgRnicheakoy khirdi AN UkrSSR.
TIlmenite) (Hydrochloric acid)

BELYAKOVA, Ye,P.; Prinim-gli uohastiye: DVORNYAKOVA) A.S.; BARANOVA, V.T.
Method of processing il-nite concentrates for the production
of titanium dioxide. Titan i ego splavy no.5:289-294 161.
(MIRA 15:2)
(I3.menite)
(Titanium oxide)

S/07 61/027/001/00-1/002
B1039216
AUTHORS: Markov,.P. F., Gitman, Ye. B., and Belyakova, Ye. P.
TITLE; Electrolysis of titanium tetrachloride in fused salts.
Stepwise cathodic reduction
PERIODICAL: Ukrainskiy khimicheskiy zhurnal, v. 27, no. 1, 1961, 39-43
TEXT: The authors applied several methods to investigate the cathodic
reduction of TiCl 41" TiCl3 and TiCl2 in fused salts (KC1 - NaCl), i.e by
taking the current voltage curves, 1 b) by recording the same curves in
the 3TITI-09 (EPP-09) recording potentiometer, 2) electrolysis by controlled
.potential and 3) emf measurement of voltaic cells. Electrolysis under
these conditions involves various processes3 a) TiCl 4 may be reduced to
TiCl3 and TiCl 2' which dissolve in the electrolyte melt with formation of
a complex compound; b) apart from electrochemical processes, the reduction
products of TiCl 4react chemically with each other. The following
heterogeneous equilibriums must be taken into account:. 2TiC1 (melt) + Ti
3
Card 1/5

5/07 1 61/027/001/001/002
Electrolysis of titanium... B103/1/1216
(solid)T:~ 3TiCl2 (melt) and TiCl2 (melt) + TiC 14 :4~ 2TiC 13 (melt) which
have partially been studied previously by other researchers. To 1): The
authors passed TiCl 4 vapor mixed with argon over the KC1-NaCl melts in
electrolyzers of various designs. Fig. 1 represents a typical curve with
3 reduction potentials at 7200C, i.e. I, slightly above 1 v; II,
approximately 2 v and III, approximately 3 v. III corresponds to back-
ground reduction, namely reduction of sodium ion. At potbntial II
titanium chlorides are reduced to metal. Potential I corresponds to the
reduction of TiCl 4 to TiC12' To 1b): A cell with separate electrode
compartments was used applying a silver anode with an anolyte containing
silver chloride. The authors draw the following conclusions from the test
series performedt Two reduction potentials were observed during cathodic
reduction of a mixture of chlorides of di- and trivalent titanium, the
lower one being the reduction potential of the system Ti+2 /Ti+3, and the
higher one the potential corresponding to reduction of TiCl 4 to metal.
To 2): TiC14 was electrolyzed between graphite and tungsten electrodes
Card 2/5

S/073/61/027/001/001/002
Electrolysis of titanium... BI03IB216
separated by a diaphragm. A controlled potential was applied to the
electrodes. Fig. 2 shows the results from which it is_~apparent that TiCl 4
is reduced mainly to TiC12 after electrolysis for 6-8 hr at*a constant
low voltage (1-2-1.4 v)- At a voltage of 2.2-2.4 v, the titanium in the
melt is mainly in the T13+ fdr *m. Cathodic reduction of titanium chloride
to metal sets in at 1.8 v. To 3)z The authors studied the behavior of a
M - WaCl meld containing TiCl: and TiCI at 70000 in order to determine 1
2 3 2+ 3+
the redox potential, measuring the.emf of the cell PtITi , Ti , KC1' NaMt,
diaphragmlKC1- NaC1, A9CljAg. The redox potentials obtained in this
manner were reduced to the potential of a chlorine electrode by adding thel
emf value (from published data) of-the cell AUJAgCl, KCl-NaClICl to thei
2
measured values. The authors mention publications by M. V. Kamenetskiy
and M. V. Smirnov. There are 5 figures, I table, and 21 references:
8 Soviet-bloc and 13 non-Soviet-bloc. The 2 references'to English
lan6uage publications read as follows: If. B. Alpert et al., J. Electro-
chem. Soo., 104, 555 (1957) and 106, 142 (1959), Ref. 18.
Card 3/5-

S/073/61/027/001/0017002
Electroly31S of titanium... B103/B216
ASSOCIATION: institut obshchey i neorg'anicheskoy khimii AN USSR
(Inatitute of General and Inorganio Chemistry, UkrBSR)
SUBMITTED: June 26, 1959 150
Ler-end to Fig. 1: Current
voltage curve at 7200C*
abscissa volts.
NO
Card 4/5

Electrolysis of titanium..'.
Legend to Fig. 2: The composition of
the reaction products of TiCl as a
4
function of the voltage during oleotro-m
lysis. Blank circle - KCl7NaCl, black
circle - MgCl , both at 7800C, circle
2
v-ith crosat NaCl - CaCl BaCl at
2 2
7000C, abociaaae volts.
Card
s/p73/61/027/001/001/002
B/103/B216
fog
80
40-
a 2 24
-,5

3/073/61/027/002/001/004
B101/B208
AUTHORS: Markovo B. F. and Belyakov!~~Yq-_T_-
TITLE: Equilibrium between the products of alectrolytic~ reduction
of titanium tetrachloride
PERIODICAL: Ukrainskiy khimicheskiy zhurnal, v. 27, no. 2, 1961, 146-151
TEXT: In the electrolysis of TiCl in molten chlorides I TiCl~ is gradually
reduced to bivalent and trivalent titanium compounds before t e metallic
titanium is separated. The purpose of the present study was to determine
the equilibria of these steps in various melts: 1) equimolecular mixture of
NaCl and KC11 2) eutectic mixture of CaCl 21 BaCl 20 and NaCl; 3) MgC12 ; and
4) CeCl. The melt containing an admixture of pure titanium metal and TiCl 4
was protected from oxidation by argon. TiCl 2 and TiCl 3 were obtained by
electrolysis of the melt at 1.8 v in quart2 ampuls. The melt was heated at
7200C for 3.5-4 hr. Then, samples were taken from the melt in a C02 atmos-
phere. In one portion of the sample, the suspended TiC12 was filtered, and.
TiCl 3 titrated with KKnO 40 The other portion was mixed with iron ammonium
Card 1/7

8/073/61/027/002/001/004
Equilibrium between ... B101/B208
sulfate acidified with H,SO,, and the resultant Fe2+ equivalent to the oxida-
tion of Ti 2+ and Ti 3+ was titrated. The equilibria obtained for the
individual melts are presented in Tables 1-4. It may be seen therefrom that
the ratio between the lower titanium chlorides depends on the medium of the
melt. This is indicated in Table 5, and compared with data obtained by
other research workers. These equilibria are established in the electrolyte
layer adjacent to the titanium metal. There is another equilibrium at the
interface electrolyte - TiCl4 vapor. This was studied at 7800C with an
equimolar KCl-NaCl melt prepared in an argon atmosphere, which contained
TiC12, and through which T'C'4 vapor was bubbled for 3.5 hr. It was found
in preliminary experiments that equilibrium is established already after two
hr. Results are given in Table 6:
6tio
Initial r
s Total Ti content Equilibri m ratio Number of
2
++Ti3+)].1oo%
[T12+/(Ti in the melt, wtf, [T12+/(P++Ti3+~ .100% analyses
92 1.21 35-5 4
90 2.52 36*5 3
92 4-83 37.9 4
100 20.58 40.3 4
Card 2/7

S/073/61/027/002/001/004
Equilibrium between ... BIOI/B208
It may be seen from the equilibrium constants X land K2 in Tables 1-4 that
a satisfactory constancy (Y,2) is obtained if the molar portion of bivalent
titanium is calculated as rm'Cl There are 6 tables and 3 references:
'2 4*
1 Soviet-bloc and 2 non-Boviet-bloo. The 2 references to English-language
publications read as follows: 1) S. Mellgren, W. Opie, J. Metals, 9, 266
(1957); 2) W. Kreye, H. Kellog, J. Electroch. Soc., LO-4, no'. 8, (1957).
ASSOCIATION: Institut obahchey i neorganicheakoy khimii An USSR (Institute
of General and Inorganic Chemistry, AS UktStRy
SUBMITTED: June 26, 1959
Table 1. Equilibrium between TiCl 2, TiCl,1 and Ti in KCI-NaCl melt at 7200C.
Legend: 1) Total Ti content of the melt; 2) equilibrium ratio; 3) equili-
brium constant.
Card 3/7

8/075/61/027/002/001/004
Equilibrium between .. . BIOI/B208
W
Ofteee co, 9 a) Koffc,Tsm pasvoaecxstxIOs
p&8xosKRoe
AePX"Re oymmeltHe 2TICI,+Tf=TICII 2TI(33+Ti:;tI'/sTIjO4

Tablo 1 lrxma a poc.
a
ase -Tls+ ~ 2 Na
NTICI,
TICI,
n
, -
TF+ -+Ts+ -100%
sec. % M
jr, -xT3-
Ell=
N~
TICI,
.cj.
1,06 8D,18 5196 0.66S
1.09 .80.00 5.81 0.632
1.22 80,33 4.38 0,606
1.52 82.89 2.59 0.512
3,32 88.55 0.40 0.282
3166 88.76 0.36 0,32
3.83 89.55 0.31 0=
4,70 90.42 0.29 0.254
(:4 >

06mee co-
,~(ORCT&ffn pABROWM X 102
U
Aepmcatme om=etwe 2TICI, + Tf-3TICI, 2TICI, + TI=312T13C,
TRUHS a
n
s T12+
N2ro

able 2 e
as
pac
Bec. %
.100%

TPT T VIT .
KI
V3
c
Ti
l, 'Cis
0.10 60.00 0.337 1.45
0.48 62.50 0.061 2.61
0191 67.03 0.018 2,51
Card 4/7

Pan

'0
19 !ATOM ZT39W UT TI PUV
091 ajqvj uT 9v pue9al
T3TI 'ZT3TI uaam4aq tinTjqTjjnba -j e
qvl
0 T
lz*o wos veo
OV9 6V0
Iclo 99V silo
erst L110
ws 6Z.0 LZIRP silo
19*0 svsk Z110

M 64N
-=Z)f r". Ix
- 4-cII+ +911 %
%ool laswund

N IIDII
gN 9 9MBLU
=11 + IIDIIZ Imliez:11 + Iola aNNOMWILO anifriKdat

01 X 50290HOild 9MVL3HO)j()f OM4 OHQvd -WAalngo
'
aTqel uT 9v pue2eq
4v 13VN- TOn- IM uT TI Puv
Doon
I 'ZEo-;l uaaw~aq mnixqTlTnbq - Z alqvl
uaam;aq UtnTaqTTTnba.
kooltoolzooluolt9luols

S/073/61/027/002/001/004
Equilibrium between B101/B208
(D
Od AgWo"cTsm pa smBeemsX101
we Co. PAIROBSCHoe
Aepmwe OTMEneffne 2TjcI,+TJ=3TJC1, 2TJCJ,+TJ=3/,TI*rJ,
THTAR3 3
- TI2+ N 2
TICI, N2
TICI
pacn
ase.
sec. % .100%
T12+ +TI3+ AT, =
A13
" ,
lrt=
MCI,
0.46 63.04 31.6 3.10
1.20 66,66 8.9 3,74
1.48 70.03 4.9 3.00
1.76 71.42 3.7 3.01
2.39 72,80 1.9 2.99
Table 4. Equilibrium between TiCl 2 TiC l 3' and Ti in CsCl melt at 7200C.
Legend as in Table 1.
Card 6/7

S/073/61/027/002/001/004
Equilibrium between ... B101/B208
(Bodmee co-. (9 p3sHancme
AePS81'Rc
Pacap.351eHHON
T""'TW" 'FAH8 D opowene

Ti2+
AsTop
cpeAa Pacn Bee.
sec. % 100%
Vi- +TI3+ *
KCI -N&CI 720 t -4.7
6
8
700 1
8 80-90
87-91 HaMH ASHHbie
Kpelk R KeAnor
21
KCI - NeCt
NaCI - SrCls -
1
.
700 - 8W 1.6-4,9 78-93 Mvra" HOunA 11
1
I
N&O-CACII-BaCIS 720 0.1-0.9 60-67 H4WH AAHHW9
M9C,I 760 OI-Oh 46--W 11
C30 720 0.4-2.4 63-73 31
Table 5- Shift of e quilibrium betwe en Ticl , TiCl
, and Ti under the action
2 ,
of the medium of"the mQlt.
Legend: 1) melt; 2) temperature; 3) total Ti content of the melt;
4) equivalent ratio; 5) references; 6) data of the authors; 7) W- Kreye,
Kellog, Ref. 2.(s ee below)-, 8) S. llellf:rea, W. Opie, Ref. 1 (see below).'
Card 7/7

BWAKOVAO Ye -P.; DVEWAKOVA, A.A.
Decompositioh of ilmbidte b6neentrates by.lWdrochloric acid.
Report No. 1. Ukr. khim. sbur. 29 no.2:220-225 1630
(MMA. 16:6)
L Institut obahchey i neoiganicheskoy khimii AN UkrSSR.
(Ileminits)

BELYAKOVA,_ Le
Free energy of the reaction between ilmenite and hydrogen
chloride at elevated temperatures. Ukr, khim. zhur. 29 no.7z
773-774 163. (MIFUk l6x8)
1. In5titut obehchey i neorganicheskoy khimii AN Ukr6SR.
(Ilmenite) (Hydrochloric acid)

-BELYAKOVA, Ye.P.; DVERNYAKOVA, A.A.
". : - - ~ - 'Ili 4. ~-
Extraction of iron and chromium form ilmenite concentrates.
Report No.3. Ukr. khIm. zhur. 30 no.8:880-883 164.
(MIRA 17:11)
1. Institut obahchey i neorganicheskoy khimii AN UkrSSR.

ARISTOV, V.V.; KREFDELEV, F.P.; KREYTER, D.S.; RIJFTT.'()V. T-5 ?
iMIUSHKIN., V.A.; TROFILOV, II.N., propod. YUMTER, V.M..,
prof.$ retsenzent; ALIBOV, M.N., prof., retsenzent;
KOZERENKO,, V.N.., prof., retsenzent; KRAINO, S.V., st.
prepod.) retsenzent; BMAKOVA, Ye.V., red.
Nanual for laboratory work in the cource on prospecting
and exploration for mineral deposits] Rukovodstvo dlia
prakticheskikh zaniatii po kurqu polskov i razvedki vnesto-
rozhdenii polezrWkh iskopaemykh. Moskva: Vysshaia shkola,
1965. 253 p. (MIRA 18:9)

MARKOVj X,K,, prof.j red*; BELYAKOVA, Ye.V,,, red.; MASLWIKOVA, T.A.1,
tekbn. red.
(Paleogeograpby of the Quaternary period in the U.S.S.Ral for the
Sixth Congress of INQUA in Poland] Paleogeografila chetvertichnogo
perioda SSSRI k VI korgressu INUA v Pollsbe. Moskva Izd-vo Moak.
univop 1961e 211 p ?PaleogeograpITy)