SCIENTIFIC ABSTRACT BELYATSKAYA, O. N. - BELYAVSKAYA, M.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000204530011-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Sequence Number: 11
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

v
S/190/61/003/004/001/014
Study of B101/B207
Fig- 4: Kinetics of the sulfur
addition to rubber mixtures'.
Legend: -1) chimney coot (PH - 8);
fl spray burner black (PIT - 7-4);
3 chimney soot oxidized (PH 6*2);
41 thermal carbon black.(PH 7..4);
5 carbon black (PH - 3 2);
6 carbon black reduced (PR 8-4);
a time of heating;' b) bound sulfur.
Sow%
2
01 _zi to
If 8pew AIVtOfI9.V.V,#
Card.7/7
M =MFUMM

28187
B/190/61/003/010/017/019
B124/B110
AUTHORS: Dogadkin, B. A., Dobromyslova, A. V., Belyatskaya, 0. N.
TITLE: Study of premature vulcanization (scorching) of rubber
mixtures. II. Effect of inhibitors (antiscorchers) on the
kinetics of sulfur addition to rubber
PERIODICAL: Vysokomolekulyarnyye soyedineniya, v. 3, no. 10, 1961,
1572-1579
TEXT: The authors studied the effect of the best-known antiscorching
agents (benzoic and phthalic acids, phthalic anhydride, and N-nitroso-
diphenyl amine (NDPA)) on the vulcanization rate of rubber mixtures with
sulfur. The rubber mixtures, filled later with carbon black, consisted of
100 parts by weight of styrene butadiene rubber CKC -30A (SKS-30A) o
3-0 sulfur, 1.2 N,N-diethyl-amino-benzothiazole sulfenamide, 1.2 di-
benzothiazyl disulfide, 5.0 ZnO, 2.0 stearic acid, and 1 part by weight of
the anti8corchers mentioned. Table I shows the effect of the inhibitors
examined on the time of scorching and the addition rate of sulfur to
rubber. All antiscorchers prolong the time of liquid state of the mixture.
Card 1/6 X

28187
S/190
,/61/003/010/017/019
Study of premature vulcanization ... B124/B110
The inhibiting effect of NDPA is not affected by the presence or type of
the accelerator (N-cyclohexyl benzothiazyl sulfenamide (CHBTS), diphenyl
guanidine) 2-mercapto benzothiazole, tetramethyl-thiuram disulfiae, N-oxy-
diethylene-benzothiazyl sulfenamide (ODBTS), or 2,4-dinitro-phenyl ether
of 2-mercapto benzothiazole (IIBTDNP)). Mixtures of oil containing styrene
butadiene rubber CKC-30AM-15 (SKS-30AM-15) were tested. The induction
period in the addition of sulfur in mixtures containing CHBTS is increased
in the presence of NDPA; the addition proceeds very slowly in the presence
of ODBTS and MBTDNP at 1200C, and is still very small after 2 hr at 1300C.
In mixtures on the basis of extracted butadiene styrene, vulcanization is
not accelerated at 1000C in the presence of NDPA, even after 8 hr. A first-
order equation holds for the interaction of sulfur with rubber; there is a
linear dependence of the logarithm of the free-sulfur concentration on the
time of heating. The constants of the reaction rate were calculated from
a first-order equation (Table 2). The rate of addition of CHBTS and
Thiuram to rubber is increased by NDPA; the shape of the kinetic curve for
CHBTS addition is not changed by NDPA; only the amount of Thiuram sulfur
bound to rubber rises. In conclusion, it may be stated that NDFA
inhibits the interaction of sulfur with rubber. The mechanism of action
of the other inhibitors examined is different, and depends on the type of
Card 2/6 ar

28187
5/190/61/003/010/017/019
Study of premature vulcanization ... B124/B110
inhibitor used and the components of the rubber mixture. Thermal
decomposition (> 10OPC) of NDPA produces NO which reacts in vulcanization
with sulfur-containing radicals in the mixture, and inhibits rubber
vulcanization. The second radical (diphenyl nitrogen) formed in thermal
decomposition of NDPA, however, as a weak accelerating effect on the
addition by accepting hydrogen. The dropping inhibitory effect of NDPA
with increasing temperature dissociate to active particles with reduced
number of sulfur atoms. The inhibition of crosslinking by NDPA is
possibly not only due to the dropping addition rate of sulfur but also to
the destructive effect of NDPA on the rubber. A. Ye. Grinberg et al.
(Ref. 3: Kauchuk i rezina, 1959, no. 1, 22) and V. I. Golldanskiy (Ref, ra
Uspekhi khimii,_12, 63, 1946) are mentioned. There are 8 figures,
2 tables, and 7 references: 5 Soviet and 2 non-Soviet, The two refer-
ences to English-language publications read as follows: D. Craig, Rubber
Chem. and Technol. 30f 1291, 1957; L. A. K. Staveley, C. 11. Hinshelwood,
Trans. Faraday Soc. 5R, 845, 1939.
Ve
Card 3/6

28187
S/190161/003/010/017/019
Study of premature vulcanization B124/B110
ASSOCIATION: Moskovskiy institut tonkoy khimicheskoy tekhnologii im.
M. V. Lomonosova (Moscow Institute of Fine Chemical
Technology imeni It. V. Lomonosov)
SUBMITTED: December 16, 1960
Card 4/6

MMTSKAYAI_q.N.1 DOQDKINp B.Aq DOMMff=VAO A.T.; MaLMAO L.A.
Nevoleanizatieft (scorching) of rubber oompoundso Part 31 Effect
of vulcanization inhibitors on structural changes in rubbers;
during mastication and heatinge Tpokamsooede 5 noo2tl,64-170
T 163. (HIPA 16s2)
lo Mookovokiy inatitut tmkoy khimicheskoy tekbnologii imeni
lemonooova.
(7alcanization) (Rubber-Analysis)

FFDCN'IN$ V.F.; TOLIKTHA, N.F.; BFf.TATSKAYA, C.N.; GUL" V.Ye.
I - - - -1.1-1 ~
Composition of impurities in straightcl~ain pnxaff inic hy3rocarbons
hF-ving analytical application. Zhur. anal. ~-hlpn. 201 no.91-
1022-1024 165. "IMIFJI -L839)
1. I-Inskovskiy tekhnologichesk:Ly institut uWasnoy i molcchnoy
promyshlennosti. '

L 2985-66 an (m)/EPF j) -at
ACCESSION
UR/0190/65/007/009/1645/i.649:
14 A4
AUTHORSt qorbachev,, Yu. 0.1, Gorbatova., K. A. 4~~skiaya, 0~.X.; Gulf '-V.- Ye,
tt44
TITLE-z Kinetics of'.the.hydrochlbrina.tion'of natural and synthetic isoprene rubber
T
SOURCE-. Vysokomolekulyar:~M soyedihoniya v. 7j no. 9p 1965) 1645-1649
TOPIC VAGS: natural rubber$ synthetic rubb isoprene., hydrogen chloride.. chemi-
er,
cal reaction kinetics/ SK1,3 isoprene rubber
ABSTRACT The effects of the temperature., 'pressure, cIoncentration.of Hdl,~and.
structure of the rubber upon the.kinetiob'of,by-drocblorinationlof o~tural and
synthetic isoprene rubber were studied,' The reaction was perfcrmed by dissoiiing.~
rubber ia dichloroothane and treating:it with a saturated solution.of HC1 in"
dioxane .(ratio'of solvents .4 respectively).- It was found that.the rise in - -
'to 400 increases the rate
1 reaction temperature from 0 to 20
rapidlyj in spite'of-,
the decrease in the solubility of Ibl. 'Trebling of the stoichiometric amount of
I. HC1 is also favorable fdr.the reaction:rateo Thestincture of the'starbing rubber
determines ths'properbies.of,its hydrochloride, The hydrochloride of naturai
Card 1 2

ACCESSION NRs AP5022615~
rubber containing'more than 27% of chlorine forms a good quality upliofilmll cke
to the highly oriented, atructin~e of the starting rubber. The isopre'nei rubber
SKI43 (investigated -in'this work) is the f Jret synthetic rubber which,, 4*pon
coniersion to its hydrochlorides' is capable of foriing auch a film. The latter "in
equal to films from the natural mat
erial4n its'physicil, and mechanical properties..
Orig. art, hast 1 teble.and 5 figures.
M'Cam-wNs 'Moskovak!y takhriologichoskiy inatitut apsnoy i moloohnoy'
pronVahlonnosti (11o.scow.Technological Institute of Meat and Milk Industries)
SUBMTTED3 03Nov64': ENGL3 00. SUB COD.Es MT,
Oa OTHER t:,- 007

------------
ACC NRt AP6017974 SOURCE CODE, UR/04131%267CWJ&6106~_9106~9'
1NVENTORS: Gull, V. Ye.; Zakharchenko, P. I.; Belyatskaya, 0. N.; Gorbatova, K.
A.; Gorbachev, Yu. G.
ORG: none
TITLE; A method for obtaining a film-making materidl.~ Class 39, Not 181606
SOURCE: Izobretoniyal, promyshlennyye obraztsy., tovarnyye znaki) no* 10i. 1966l, 79.
TOPIC TAGS% hydrochloric acid, rubber) isoprenes polyiner, sorbic acid
ABSTRACT; This Author Certificat~6 presents a method'*for obtiihing a film-making
material by lVdrochlorination of 1,4-cis-isoprene rubber. A modifier is introduced
in the course of film making. To impart the preserving properties to the file and to.
increase its resistance to aging, sorbic aoid is used as the modifier,
SUB CODE: ll/ SUBM DATE: WJan63
OV
Card
UDG:
49:62-416'
2

-BELYATSKAYA-POTAYENKO, Yu.S.
Intensity of gas exchange in water bacteria. Mikrobiologiia
31 n0-1:135-439 Ta-F 162, (MIRA 15:3)
L Belorueskiy univeraltat imeni Leninap Minsk. 0
(RESPBATION)
(WATER-MICROBIOWGI)

VINBERG, G.G.; BELYATSKAYA-FOreAYENKO, Yu.S.
Diurnal variation of gat excbange intensity in cold-blooded
animals. Zool. zhur. 42 no.11:1593-1600 163. (MIRA 17:2)
1. State University of Bielorussia, Minsk.

GINTSBURG, T&eS., dotment; DANMCH, Do)fo, Inshemr; ERM2WXA,, R.G., Inshoser
IN09;
*Hot zinc coating** A.Y. Skirnov. Revieved by IA.S& Ointsburg, D.K.
Danovich, R..G. Beliatsl-ia- Stall 15 no.6:572-574 A 155. (KM 8:8)
1. Zavo& -Ketallakombinatu. (Galvanizing) (Smirmm, A.Y.)

RKLTATSKATA,I_R,Q~,,- GTSTSBURG, Ya.S.; DAMOVICH, D.M.; GORODSKOY, I.P., red.;
YMOATA, Y6.A.,-red.isdatelletva; SOBVIN, A.P., tekhn.red.
[Hot zinc plating of light sheet steel and utensils] Goriachee
otsinkovanie krovellnoi atali i pocudy. Moskva, Gos.izd-vo
mestnoi promyshl. RSFSR, 1956. 179 p (MIRA 10:12)
(line niatig)

USSR/Microbioloc;y - General Microbioloar. Water and Air
MicroorLpnisms.
Abs Jour : Ref Mur Dioli., No 22) 1958., 99336
Author : Belyatskaya, Yu.S.
___I ............
Inst : Belorussian University
Title : Distribution of the Total Number of Bacteria and
Zooplankton at Various Tiues of the 24-hour Period in
Lake Narach
OriC; Pub : Uch. zap. Belorussk. un-t, 1957, vYP. 33, 211-213
Abstract : Ia samples of water from Lake Haroch withdrawnwith
a bathoneter on 3-4 and 15-16 Au.-ust 1955 from the sur-
face and from a depth of 5 and 10 m every 3 hours (8
times in 24 hours), zooplankton oroanisms (crustacea and
rotifera) and bacteria were determined quantitatively
with the direct method (accordina to Razxxiov).
Card 1/2

- , __99ATSUYA,.~~~
Research on the effectiveness of mineral fertilizers in experiment
ponds of the "Shemetovow Fish Farm. Report No.4: Total amount of
bacteria in the experiment jozidi of the "Shimatovow Fish Farm. Trudy
Biol. sta. na, as. Narochl no.1:127-130 158. (MIRA 12:7)
(Fish ponds) (Water--Bacteriology)
%I ri a

EaLuTSIATA, Tu.s.
Generation length and energy utilization by vater bacteria.
Nduch. dofcl. vVe. ubkoly; biol* muii no,2.-147-151 158.
- (MIRL 11:10)
1.Predstarlena kafedroy soologit-Beloruaskogo goeudarstvannogo
universitats. imeni V.I. Lenina. '
I (WATER-BACTM10IOGT)

BEIZATSKAYA, Yu.S.
,
Seasonal' varia.-il'o'-nis" -in the total number and biomass of bacteria
.occurring in the water of three lakes belonging to different types
[with summary in English]. Mikrobiologiia 27 no.1:113-119 JR-F '58-
(MIRA 11:4)
1. Belorusskiy gosuderstvennyy universitet im. V.I. Lenina, Minsk.
(WHIn RUSSIA--LAKES) (WATER--BACTERIOIDGY)

VIMBMG, G.G.;, DAPUTS
Intensity of 'metabolism as a-fvzctiou of body size In frooll-
water gastropod9,.B1u1,1uotXo1*-AN ZSSR to,3.#273.276 158,,
O(MA 13:7)
(GLSMOPODA) (HIMOLISM)

B71Y.-ItTSKAYA, Yu. S.v Cand Biol Sci - (disa) 11-Bnoteriop1nnkton of ~U
11,1roch, Yrantro, rnd B~ltorin lakes -.;nd its ni,~nific, nce in the nutri-
tion of Vbe*zooplankton.11 Uinsk, 1959. 16 pp -,.-ith i~rn-phs (Belo-
ninsim State U io V.I. Len14 170 cop-*Gs (KLt 37-59, 107)
1~j

14%M- MUMMA, Yu.S.
Use of a floating microrespirometer In measuring gas exchange in
plankton animals. Dokl. AN BSSR 3 n0.71315-317 J1 159. (MIRA 12:11)
1. Predstavleno akademikow AN BSSR N.V* Turbinym.
(Respiration) (Zooplankton)

VINBFARG, G.G.; BBLYATSKAYA, Yu.S.
~*~
Relation between the metabolic rate and bod7 weight irt fresh-
water gastropods, Zool.sbur. 38 no.8:1146-il5l Ag '39.
(IAIRIL 12:11)
1. Inatitute of Biology. Academy of Sciences of the B.S.S.R..
Minsk.
(Gaetropoda) (Metabolism)

. BnYATMWA, Yu. S.
ce on the study of primax7 production of waters.
Nauch.dokl.vys.shkolyz biol.nauki no.4:232-234 160. (MMA 13:n)
(PHYTOPLANKTON)
i
i

BELUTSKIY, D.P.
Sanitary-epidemiologic stations in Belorussia. Gig.sanit.,Monk7a
no-3:18-24 Mar 1951e (CLML 20:7)
1. Deputy Minister of Public Health Belorussian SSR*

BELTATSKIY,,D.P.. doteent, kandidat meditsinskikh nauk; EDSMACHRTSKIT,
Kfredanor; AMISA ROVICH, 1h, tekhredaktor.
[Concern of the Communist Party and Soviet government for the
health of the people] Zabota Kommmisticheekoi partli i
Sovetskogo gosudarstva o sdoroyle nia oda. Minsk, Izd-vo Akademii
nank BSSR, 1954, 30 P. (NLRL 8:11)
(PUBLIC H3ALTH)

BILYATSXIY, D.P.
rw-,--14~
Further training and specialization of sanitaz7 specialists in the
White Russian SSR. Sov. sdrav. 14 no.6:12-i6 N-D 155 (MM 9:2)
1. 2amestitell ministra sdravookhraneniyu BSSR.
(641ITATIM
personnel qualifications in Russia)

BStUTSX1Y, D.P.; SOKGOBIRIZON, Ye.Ye.
Epidemiology of sporadic typhus in the White Russian S.S.11.
Zdrav. Belor 5 no.2:39-42 F 159. (MI-RA 12;7)
1. Kafedra or&mnizatsii zdravookhranenlya i iatorli meditsiny i
knfedry infektaionrWkh bolezuey a opidemiologiyey Minskogo medit-
ainnicogo instituta.
(WHITE -.qMSTA--TYPM FBVM) I

BELMOSKIY, D.P. --
, --
!iWOM-1.0"47
!
Infootlous disease incidence in the White Russian O.S.R. and
. the task oe further reducing it between 1959 and 1965. %drav.
Belor. (TAIRA, 12. 9)
5 no.7:45-49 Jl '59. -
(WHITY, RUSSU-COMMITICABLE DIS:11k-SES)

BMATSM, D.P.; RUBINOMli, B.B.
Experience with malaria control In White Russia. Ned.parax. I
paras.'bolazu. 23 no-1:70-75 Ja-T 159- (HIRA 12:3)
(MALARIA, prev. & control,
in Ruggia (Rile))
I
0

MZATSKIY. D.P.
Yourtieth anniverear~r of the sAnitary organization of the Vhlte
Russian S.S.R. Gig. i san 24 'no,'lt44-50 Ja 159* (MIRA 12:2)
(PUBLIC nALM,
in Russia (Rue))

BELYATSKIT. D.P.
A.A. Chertov, one of our oldest public health pbysician. Zdrav. Belor.
5 no.11:65 N '59. (MIRA. 13 :3)
(CHMOV9 AMSAIMR ALEKSARDROVICHl 1859-1929)

BILUTSKIT, D.P., doteent
N.I. Teziakov, Zdrav.Beler. 5 no.12:58-59 D 159. (MIRA 13:4)
(TEZI&KOV, NIKOL&I IVANOVIGH, 1859-1925)

BELUTSKIT, D.P.; SHISMO, To. I. (Minsk)
------------------- - -
Achievements of public health in the vestern province of White
Rassia; on 20th anniversary of the annexation of vestern White
Rassia. Sov.zdrar. 18 no.12:28-33 159. (KIRA 13:4)
(PUBLIC HULTH)

- 'r-puummy, D.P.-
Work palu of a district boupital; a guide to action.Zdray. Dolor.
6:5-9 Mr 160, OaRk 13: 5)
(HOSPrPALS, RURAL)

BELYATSKIYq D.P.
Twenty-fifth anniTeroary of the All-Union State Sanitary
Lwpection. Zdrav. Belor. 6 no. 7:48-51 Je 160. (MIU 13:8)
(PUBLIC HEALTH)

BELYATSKIY, DOP.
Conference on the history of medicine and public health in the
White Russian S.S.R. Zdrav. Belor. 6 no. 10t70-71 0,160.
(MIRA 13 -.10)
(WHITE RUSSIA--MDICIVE) (WHITE RUSSIA-PUBLIC HEALTH)

._BELUT~~ffj D.P,
Extend advanced experience in the propagation of medical knovledge.
Zdrav. tel,-6 no.11:41-44 N 160. (MM 1,3 s 12)
(WHITE RUSSIL--RMTH EDUGATION)

BELYATSKIYP D.P...MOGILLYCHIKO Z.K.
--I-
Important problems in the health protection of the population in
the light of the new.program of the GPSU. Zdrav. Bel. 7 no.121
3-7 D 161. (PUBLIC IN-ALTH) (Ca*MNlSM) (MIRA 15:2)

,~_MqqgLL-D~F.
First Whits.Russian.Congreas of Public,Hsalth Physicians. Zdrav.
Bel. 7 no. 2:0-60 F - 161. (MIRA 14:2)
(WHITE RUSSIA-PUBiIC HULTH-COMRMES)

ijORaSI1qSKIYj A.L,
Status of and immediate prospects for the development of rural
pu&ic bealth. Zdrav. Bel. 7 no, 440-14 AP 161, (MIRA 14:4)
(WHITE RUSSIA-FUBLIC HEALTHv RURAL)

KRYUCHOK,, G.,- aIBLW;, B.,- BELYATSKIY, D.
Useful manual on the history of Russian medicine. Zdrav.Bel. 7
no.8:75-77 Ag 161. (IMSIA-MMIGINE.) (MM 15; 2)

BELYATSKIY, D.P.; KORSHUNS IN. (fts;c)
Some aspects of polye21nical services for the Russian chi2dren.
Sov.zarav. 20 no 5:14-18 162. (MIRA 14: 5)
iWITE RUSSIA-PEDIATRICS)
;FM

BELYATSKIY9 D.P.
. Organizing rabies control in White Russia. Zdrav. Bel. 7 no.9;
72-45 S 161. (MIRA 14:10)
(WHITE RUSSIA-RABIES-PRVENTION)

BELYATSMO D.P.; RUBINSHTEMI) B,B, [deceased]
Active prevention of acute respiratory infections. Zdrav. bel.
'6 no.1:6-9 Ja 162, (MM 15:3)
. (IMSPMTOU aMM-DISS

BELYATSKIys-D.F. (Minsk)
Study of the activity of young physicians in the Minsk Medical Institute,
Sov. zdrar. 21 no.1:36-39 162, (MLU 15:2)
AMIHSX..~PHYSICIANS)

-- BSL4=j-Z.P~L.AH'ISHKO.pYe.l. (Minsk) '.
Minsk Medical Institute and its aid to public health organs; on the 40th
anniversary of Its founding. Sov. zdrav. 21 no-4:53-56 162.
1(MBSK-MICAL COLLV're (MIRA 15:5)

-EELYATSKIY, D.P.
.... .
"Preservation of the health of students" by I.B.Kardasho A.I.
Korenevskaia, D.S.Lashchinskii. Reviewed by D.F.Beliatskii.
Zdrav. Bel. 9 no.W4~86 F 163. (MIRA 16:7)
(SCHOOL HYGIENE) (KARDASH, I.B.) (KORENEVSKAIA, E.I.)
(LESHCHINSKIIP D.S.)

BELYATSKI7 D,P
Living conditions and health for the population in the light
of the program of the CFSU. Zdrav. Bel. 8 no.6.*3-6 A162.
(MIRk 16:8)
(PUBLIC HEAMH) (COMMUNISM AM SCIENCE)

, ,D.,, red. (Minsk);
KRYUCHOKI G.R.,, otv. red. (Minsk); DAVAUAA
SHADURSKIY, K.S.., red.; ELIBERT, B.Y.., red.(Minsk)
[Problems of-the history of medicine and public health in
the White Russian S.S.R.; abstracts of reports at a sci-
entific conference] Voprosy istorii meditsiny i zdravookh-
raneniia BSSR; tezisy dokladov nauchnoi konferentsii. Minsks
1960. 109 p. (MIRA 17:4)
1. Minsk. Dziarzhaurq medytsynski instytut.

BELYATSKIY, D.P.; SHISHKO, Ye.I. (Minsk)
Experience in the teaching of public health organization at
the Minsk Medical Institute. Sov. zdrav. 22 no.906-40 163.
(MIRA 17%4)

Current
164.
1. f-fillj1dy :!'.,-;L';.Lk:t.

.EELYATSKIY, D.P.
History of mallpox vaccination in White Russia. Zhur. mikro-
biol.j. epid, i immun, 42 no.8:148-151 Ag 165. (MIRk 18:9)
1~ Minbkly meditsindkiy institut,

GI '' , A.I., inzh.; BILTAT Ass insh.
Gensr*.l plan of a metallurgical plant. Prom-stroi. 37 m0.8-.23-26
Ag '59. (NMA 12: 11)
(steelworks)

DREYZIN, R.S.; BELYATSKIY,__Y.P.; CHUNAKOV, M.P.; MUSTAFINA, A.; FONSTANTINOVA,
L. A. -
Susceptibility of strains of diploid eel-Is and other cell cultures
to rhinoviruses, Vop. virus. 10 no.2:191-197 W-Ap 165. (MIRA 18:10)
1, Institut virusologii imeni D.I.Ivanovskogo At-IN SSSR i Institut
poliomiyelita i virusnykh entsefalitov A14N SSSR, Moskva.

GIRZBURGj,.I.I.; OLISRANSKIY, Ya.I. (deceased]; BELYATSKIY, V.V.;
Prinimali uchastfye: NUZHDENOVSKATA) ~nj
ROZHDESTVENSKAYA.. Z.S., 3Aborant; KOZHINA, V.M., laborant;
FEODOTIYEV, K.M.., otv.red.; SHLEFOV, V., red,izd-va; LAUT,
V.G., tekhn.red.
48WI91~af experimental and technical petrography and mineralogy]
Issledovaniia. po eks rimentallnoi i tekhaicheskoi petrografii i
mineralogii. No./+: rstudies on' oxidation of sulfides) Eksperi-
mentalInye isaledovaniia po okisleniiu sullfidov. Moskva,
Izd-vo Akad.nauk SSSR. 1961. 130 P. (Akademiia nauk SSR.
Institut geologii rudynkh iLeatorozhdenii, petrografii, minera-1-
ogii i geokbimii. Trudy, no-59) (MIRA 14:7)
(SUIMSO)

BELYAUSHP A.V., assistent
Consolidating road soils by silicate slag and silicate slime
binders. Trudy STI 37:41-50 164. (MIRA 18:5)

I~jJOIN,Stdor-bzlmi4h-[Bieliavin~ F.K.Ij DEMIDYUK, V.IjDemydjuk,V,j.I;
red.; KISIUVSKIY, O.MjKysilIevs'kyi,O.M.], red.; MEFDVICH,13.L.,
tekhn. red.
[Party guidance of socialist competition in rurall areas, 1953-1960]
Partiine kerivnytqtvo sotsialietychnym smahanniam na seli, 1953-
1960 rr... Kyiv,, Gospolitizdat USSR, 1961. 69 p. (MIPA 15:12)
(Ukraine-Socialist competition)
(Agriculture-Labor productivity)

BELYAVSKM,, A.F., entomolog
Acclimatization of parasites of the San Jose dcale.
Zashch. rest. ot vred. i bol. 7 no.2;47 F I.W. (MIRA 15:12)
lo Bialaboratoriya Adygeyokoy avtonomnoy oblasti, Krasnodarskiy
kray.
(Krasnodar Territory"Zan Jose scale-Biological control)

ACC NRs A.P6.0.3.61.11 TA) . 0,UR CE-1666ii 6~i036. 5/6.6/.002/006/0671./067.7-,
AUTHOR: Kravchenko, T. G.; _Zh N. P- Khodkin, V. I.; 1kqlypyskaya,_j"._;_
.,Khovansk-aya, -L.L.
..]ORG:
TITLE;
Moscow Institute of Steel and Alloys (Moskovskiy institut stali i splavov).
Oxidation Vesistance of chromium and chromium-magnesium oxide alloys
SOURCE: Zashchita metallov, v. 2, no. .6, 1966,1671-67.7
TOPIC TAGS: chromium alloy, magnesium containing alloy, stve&6;4-w_v
ABSTRACT: Specimens of chromium and chromium-base alloys containing 5-9% magnesium
oxide were prepared from VTU-1-54- rad chromium (99.9% pure),nnd pure magnesium
oxide powders by cold compacting anj Ltering at 1500C in_a/~~drogen atmosphere
for five hr. Nil-porosity specimen were obtained by additional hot compacting at
about 1300C with a reAuction of 80%. The specimens were than subjected to oxidation
tests in an air atmosphere at 1200-1500C for ten hr. It was found that the scale
formed on chromium specimens at 1200-1500C consisted of two layers, a thin, dense,
inner layer of Cr2N, and an outer layer of Cr20 , which partially peeled off on
cooling. Scale formed on chromium-magnesium oxide alloy specimens'also consisted of
two layers. The outer layer, in addition to Cr 3031 contained spinel MgCr 0 . At
2 Km
1200C and 1500C, the oxidation rates of chromium and porous chromium-magnes
Card
UDC: 669.26:620.193.5

ACC NR, iji6_j6l-R
oxide alloy were approximately equal. However, the oxidation rates of nil porosity
specimens, containing 5% MgO tested at 1200C and 1300C were roughly 30 and 60%
higher, respectively, than that of the nil-porosity, pure chromium. At 1400C and
1500C, magnesium oxide increased the oxidation rate in both porous and dense
specimens. This can be explained by the fact that otherwise, the protective coating
peels off easily in the case of cliromium-magnesium'oxide alloys. Orig. art. has:
3 figures and 5 tables.
SUB CODE: 1l/, SUBM ~DATE: :03May65/ 'ORIG REPI 004/ OTH REIN 004/
ATD PRESS: 5106
C6rd 2/2

USSR/General and Specialized Zoology - Insects.
Abs Jour : Ref Zhur - Biol., No 8, 1958, 35236
Author : Belyavskaya, L.iey Konstantinov, AwS.
Inst
Title : The Nutrition of the Larvae Procladius choreus Meig.
(Chironomidaep biptera) and the Damage They Cause to the
Feeding Grounds of Fish#
Orig Pub : Vopr. ikhtiologii,, 1956, vn- 7, 193-203.
Abstract : Through dissecting the intestines of the Procladius larvae
a qualitative evaluation of their feeding was determined.
Larvae of this species behaved towards other midges like
active predatory insects; they possessed good hunting
abilities. They swallowed the young midges whole, but
sucked out the larger midges. In slimy water the consump-
tion of the midges decreased by approximately 50%* Young
midges were preferred by the Procladius larvae. V-e
weight of the daily ration of the Procladius larvae was
Card 1/2

USSR/General and Specialized Zoology - Inaectse PO
Abs Jour Ref Zhur - Biol., No 8, 1958, 35236,
equal to 72-188% of its own weight. A single intake of
food during the experiments reached 30% of its body wci&ht.
In view of the large number of Procladius larvae in the
ponds they must be re(prded as serious competitors for
food of the fish raised in ponds. The Procladius larvae
may consume as many midges found in the slime as the whole
fish population.
Card 2/2
6

BELYAVSMA, L. 1. SIRYAK, A. 1.
"Concerningthe effect of gamna irradiation on the electroconductance of alkaline
silicate glasses in intensive electric fields."
report subtotted for 4th All-Union Conf on Structure of Glass) Leningrad.,
16-21 mar 64.'

SHCHPIUMKOV. N.A. (g. Moskva) BICLUVSKM. LX
"Blectromagnatic osoillAtions and waves in high school physics
couiseel. X.Ne Ilizarov. Reviewed by N.A. Shcherbakov, N.M.
Bellavskaia. Fix. v shkole 15 no-3:80-82 W-Je 155. (MUtA 8:6)
1. Kolpashevskiyuabitellskly institut, Tomakays, oblast' (for
lBel7&vskaya)- -
(zlectromagoetic theory-Textbooks)
(Alootrio waves-Textbooks) (Zlizarov, I.N.)

240)
AUTHOR: Belyavskayaj L-M. SOV/139-59-1-4/34 Die lectrics a
TITLE; DetArmination. of the True Value of Poole's Coefficient of/
by the -ion-Uniform Electric Field Method (0predel!iniye
istinnogo znacheniya pulevskogo 'koeffitoiyenta cL
dielektrikov metodom neodnorodnogo elektricheskogo, polya)
PERIODICAL: Izvestiya Vysshikh Uchebnykh Zavedeni~2 Fizika2
19599 Nr 1, pp 25-29 (USSR)
ABSTRACTs In connection with studies of the structure of glass, it
is necessary to obtain the true value of Poole's
coefficient which determines the dependence of the
electrical conductivity of a substance on the intensity
-of the electric field. To investigate this dependence in
strong electric fields the specimens (see Fig 1) were in
the form of plates with spherical cavities. A strong
elee trical field was produced in the region of the
thinnest part of the plate. The electrical condudtivity
of the dielectric was then studied as a function of the
field. A formula is derived which gives the current
flowing through the specimen as a function of the
Card 1/2 potential differences between the electrodes in the zero
order approximation (Eq (7)). The formula may be used

SOV/139-59-1-1+/31+
Determination of the True Value of Poole's Coefficient of Dielectrics cx
by the Non-Unifo= Electric Pield Hethoct
to obtain Poole's coefficient which will characterize the
substance rather than the specimen. Glass of the
following composition was used: S102(71.24%), Al 03
Fe203 )+O%)g CaO (8.80%)*, MgO ( . 'j),
(0-70%)2 (l 0 25
Na20 and KaO (17:61%). The specimens were of the form
indicated above and carried circular electrodes as well
as a guard-ring to prevent surface_ rrents. It was
found that the value a. = 5.3 x 10 cm/V is close to the
Card 2/2 true value (errors not given).
There are 1+ figures and 1 tabla.
ASSOCIATION: Tomskiy Pedinstitut (Tomsk Pedagogical Institute)
SUBMITTED: May 30, 1958

C~
M,
Vocaoyuzoo,ye coveanchwilye 1* *vckIoc4.',ra=w a mostvjwilyw. :A, I-ninzr&!, 1959,
St~klcsobraznqye ao~stqj=lye, tr4dX Tr~tly.70 ~sesoyuzsiosio szswc~.'chanlya Loal.Erssl,
16-20 noyalbryu 19~9 (Vjtme,~ ftate; T-sactjonn of '--~ Tnird JL1I-Uio,,s Ccc-
feressee osi the Vitreous Stute. Held In 1959) H=C-,
Iz4-vo AN SSSR, 195D. 57A p. Errata slip Inserted. 5,200 copdes printed.
(Series. Its; Trudf)
Spannowlsia Agencies- Inatitut khImll allikstcy Alsade=11 cs4k SSSIR. Vtesc~r=noye
kliftich.skoy. obsh.h.st~sm I-A D.J. MerAcl.ye,a w4 G~udarstve-=yy ordena
Laos" OptIchaskly lnstitQt 1-manl S.I. Vavllma.
tditorlal Tscwrd: A.I. 0gustisalk, V.P. barialsonkly, K.A. Sexborcd-, 0. K
V.V.Varjrin, A.G. Vlascry, E.S. Tevstrolslyev, A.A. Ubtler, X.A.
MO1ch^A*v, R.L. Kyaller, I*.&. Poray-KochitS. Chalrlmssl, N.A. Torv;4w, V.A.
Florinsketya, A.K. Y&kUlrA; Ed. of Publishing House-. I.T. Suyo-ov; Urb. U.'
V.T. Sochever.
PUHP=- This book to Inteisslesl for researcher& in the science and tethnoloily of
glasswes.
COn=E: The book contains the reports and d1scusslons Of the Third All-Unlosm
Conference on the Vitreous State, hold In Leningrad on Xov"ber %6-ig. mg.
Th*Y deal vith the methods and results or studying the structure of glas"s, the
relations between the struct=v and properties of 93MOtfo tbt u2sturst of the
chemical bond and &less s%r=twv' anA the crystallocisemistry of Class. rvssed
allies, "Ch"i" 0.1 vitrification, optloal, ;royartle# LOS glass structure, and
the electrical properties of glamses are also d1scusse.1 & number or the ra.
ports deal. vith the dependence of klass Tropertlea an cas"Positic., to- tiating of
glanwas and. radiation effects, and acelz-1cal, technical, and checdcal p7vpar-
ties of Classes. Other papers treat Class seWcanducLo" and soda boro;illeate
glAsses. The Conference ViLs attended by core than 3W deleeates fross, Settee esl
rast Otrsssn scientific org=Iestions. Assong the pLrtlcl;=ts it, the 41scums-Ims
won N.V. Solola, To. V. ru"binskly, T..A. Gastav, T.P. Yu. I&.
Ootl1b, O.F. Mches!lm-patro-yams, G.P. Kikh^ylow, S.K. Wrows, X.S. Iataxa,. D.T.
Lovift, A.V. Shatilow, W.T. Floashchimakly, A.Ta. Kumna"ar, Z.V. Degty4rava. G.T.
Iyurg&r.ovsks", A.A. rAlsww~ M.M. Skorayelsov, P.Ts, tokla, E.K. Kellar, Ta.A.
xQXROtsov. V.P. R.S. Sheveleleb, Z.G. Pia4kgv, and O.S. ftlebascans.
The rinai sessicis of the ccafecence vas add seed by ftaftassor T.I. LItsycorosistlys"
Somored. Selentlat and Engineer, D~tvr of Technical Sciances. The ToUaselag
Institutes VeTe cited for. their contribut.1co to the 4"*20je~nz Of glass &vie=*
and technoloa: O"aderat"..ray *'"tich~sj"y lastitut (9tate optical rastitute),
InstItut, Was" s"'kato, A-It SwR (lmstlt~t. or suicst.- chemistry, A3 tim)o
f1micheekly Inatit,it AN (physics lgstlLqte AS jr~a), FI%jko-teW-.4jcbaskIy
Institut AX 55511 (ftyaleo%vesioical Institute. AS USSR), I"ti"t riz! ki )m ISS.'k.
Klisk (Institute of lb,xiest Aeadom~y Of -Selens:,., lscldsr~akssya SSR, MIA&Q,
IAV*mt*rY Of Phy$icgsl Ch=iztry Of Silltatca of tic jr-s-Itut obch~cbey I baortzl-
chaskay k1sissil AN SSSR, M-:nmk (IsmatItute of General =1 l.orgenic Cesosittry,
Aced,mmy of Sciences belor4sakayis. SSR, Klmsk), InstItut v7sokoeolak~aY.",yLts
&0Y.Unenly nq of El't X.3"jlar Compowads, AS LMU), Gomwisrsttm-
nyy Inst.1tut atekla (State Institute f= Class), ~% L.
y I tl"t a k-
lovololesis (State Institute for Glass 1PILers). Ismatl-ut qlektrotck~_
Ulchodkojo etgk]A (State Z"Lltute, for L-I.CtrIcal Glaas), SIbIrskly ~Itlko~
techni-chaskI)el"atitut, Tonsk (81berlan ftyatcotechack]. Institut,e, T~X),LeuIzZ"dL.
4klY9OaLeJ:ZtWmi.-/un1wrmIte' (IAnlngrs4 litate UnIv.rety), goakmokir
t.5shbolo,%lebtsk-Sy trs.titut (Kmcov I-stltsve of Chemical
%-khoologAch~skly in.titut I.. 14sis-sta (LnIn"rb4 Ttc=~Iwlsal 1"19
Lvnsovet), Belorusskly po"teV:snIc.-.v,kIy Ins"tu% Kleek (rvj;rusajgO ro
Institute, Minsk), RO~Mhevkaaskly poIItekhn-,che&kIy js~&%.Itut Cllc~ocbay
Polytechnic In$tlt,stt). and SverstlwaklIr ;olittishnictiackly Inst.1t,st (3v*rjjotak
PoLytechn:c In4titut*). rhA Ccs=fdrtoe# "a srcsi&Orr4 1:~~ t- Instlv~t- of %Jlr&t~
Chss.Ir.tr7 AS U!-'R (AeLin& Director - X.S. Gotllb)o Va V"40yusnoya khIxIcbcak.Yv
4%,.hchtzLv0 Im. 0.1. (All-Union Ctscessicst C~Ifsly zte:,l b.l. '
Mendele-yev), and List Gocud*mt~rnyy ordeha toolm Op4fCLf8kIy ItstZt4t 1-m
B.I. vs~31- (State 'Ord-r Or I.sile Cj~-Je.j Inat"Lu%* lat-I S-1. Uval").
The 15 "solutions; of the Ccsircre~.* Include recorwendsttml tsm ow~lvv I
cc ter for thff purpo~* of cr~rdlnstlnt the research *% alaeb. to p4tlt-h . .
PQrIC4Ic4I untir t~,e title "Fittka I WIs.17a stekIA" (J'Aysito suid Ct..Iftry of
(;,-. ), Awl tes Jon tb. I.tt~tlm.l Consmitt.. On C;IA3&. The Cosmf,re~ thuAa
A.A. lzt:wdav, &cAlemician, Professor, " Chaim" of ti~ OrdacwtixtiOn of Cc,-
witteei Ye.h. P~rby-rv~hlt-, DcOtOr or Pnyalca ord V~-.b-r of v..
OrdanIzati"Iss) C-Itt"; OM R.L. Ify.13s,sr, Voctor of CIAZIMI Cclv~#, Rssix!~r
of the Org"Itatiomal CommItttle. The editorial bmrd U~Ax C.N. Urws...
N.V. 1..T. D~Milns. II.?. Xsot'ychino S'K. "trovo, V.A. lofr~s and
R.T. Kolo,lytt.. R.C,mn~,% sccoh,pwy lndj~ldua4 ra$".-to.

vltrso~ state ScF'/ ~055
partenev, G.H. MeNA111,01 ti.-I stru~tux4l vi..rificat'lon 14T
Discussion 153
Ortical Pr~jvrties and Strac-tac of 01.6...
FlorInskaya, V.A., wid B.S. rocnerildna. Study of CIA&% CryatallIzwtIon
Proi-Actil or the lw'p-5102 Systwn 1-Y U'v lu~rurcd CFectroacclle Heaod 157
r1orinakeyn, V.A. Infr-a Pcfltct1co Sycctra of Sod~SlUcatO 01=4t*
and Their Relation to Structure 177
Aleksayev* A.G. Study of Gl"z Crystallization Prodaetz Of the
11.20-3102 Sy9tcm by the X-Fzy Ditrz&ction Hethol 194
34mbovichs Ya.S.t and T.P. Talul.. Combination Scatterine of Light
(Raawn Spectral and Structure of Some Sillm Gl".ea 19B
goltoo-m, V.A. Study of the Ctruture of ALW4 AI=IAo5mc4te al-ben
by Their Infrared Xlbcorptlc~~ S14etm 203
Card 9M
.6
vitrerob state (Cont.)
Y&rkin, Ye.P., V.V. Mukhoy-Poulsov, T A. 6141rov, I.N. SoWel, &n4 V-P-
Chereadmincy. rj~,tr. and Siructure or C2,agg-Forming Oxide* In
Cryataulne "a vitrewc Stu4s 20?
.11", T.A.- Molecular Etmitum and Properties or CrYstallIng CtJartz 213
Irckhovskikh, S.M., Am- V.P Chemalcloov. Study of the Structure of UAA
,orate and Bismuth borntt. Gi.s&vs Vith the Aid or Inrmmd GyOctroaccTy 219
VImov, A.G. Q4aztltati~ Correlation of the ordered ~dblso.rddred Ph"ea 922
in Glass
Z^gdyk-yants, G.O., end A.G. Altk"yev. Electron Diffraction Study Of
VjtJVh" S11IC6 MA IAaJ Slllt&te Glar- 226
Koly&U., A.I. Aa~lo~z Scattedne. of LICht In 01"s 2"
Vitreca. state (cc~t.) BOY/5055
Andrvyv~, y.1. on the it.]. of I"te"
.0lecular Uta'f.r-~e In A;-.
Classes 1"'. CTI, J~.l F."..mena, Ir, cod. bor"11.1c4t. 954
DISC.8910. 258
El-tric.1 1-sel"rtles If Cj.&s*#
NYUII.r, R.L. JDC~:tor of mu'llity of catJO03 " the
Deere* of DI-o" ""C" " J~"; rf-1- As A t-nnt%m of IVA Ion-Atca
CM1,041tion If 010-.1 245
Prt'ncvs V-A-a V-1- G,unan, and L.H. KrAsillnikova, EltCtr-'al cmd.etivity
of Glaavam 10 HI&h Streueth r1carIc Fields and Frctl~* If GIA,s C%ructura 251
Po2ya,sk.y., Study cf J;Ic~trlcal CoaditctIvitj, Of Classes by the
xlecttlc rl.la 254
cast Ll/?.'

31
a 1 0
5;j a
t4 1 7 3~-- V1 V. A- M- A' 1;
t I. Von -Z W, lo
!I A .1 V
::Alt A
0 k
--d 0 9
00- :1 Zia v 1.1-
x V W13 ! : - .- . .
Cr."
%A
A 0,10
heq
:4
W
04.4-04 1&
0 Us k
ok
.1.2 fill.
It
19
t t A A fl
MA
9610
M4, t s A
a j 3

BELYAVSKAU, L.M.
App2ying the method of harmonic analysis of fluctuating.quantities
in studying the structure of glass and other solid dielectrics.
Izvevyseuchebesave; fize no.4:83-86 161. (MM 14:10)
1. Sibirskiy fiziko-takhnicheskiy institut, pri, Tomskom
gosudarstvennt)m universitet imeni V.V.Kuybyaheva.
(Havwnic analysis) (Dielectrics)

23887
3 0 0 9, It 4 s/196/61/000/007/002/004
1073/E535
AUTHORt Belyavskaya, L.M.
TITLEz Investigation of the electric conductivity of
dielectrics by the method of a nonuniform electric
field
PERIODICAL: Referativnyy zhurnal, Elektrotekhnika i energetika,
1961, No-7, P-17, abstract 7B94- (Sb. nauchn. tr.
Tomskiy inzh.-stroit. in-t, 1959, 5, 122-123)
TEXT., It is shown that in conductivity measurements the non-
uniformity of the electric field in the specimen can be utilised
for elucidating the real dependence of the conductivity of the
dielectric, particularly of glass, on the intensity of the electric
field and on other factors (temperature and composition of the
glass etc.). It was found possible to improve the method so that
it enables determining for glass the Poole coefficient which
determines the speed of increase in conductivity with increasing
intensity of the electric field. The method was tested on
specimens of commercial glass. The values of the Poole coefficient
Card 1/2

23887
Investigation of the electric ... S/196/61/000/007/002/004
E073/E535
obtained from the specimen were found to depend on the radius of
the electrode deposited on the flat side of the specimen with an
alveole; on reducing the radius the thus determined value of the
Poole coefficient is near to its real value. The measuring
technique is described in which a holder of a special design is
used which permits the use of electrodes with radii of 5-1.5 mm.
The described method is to be used for investigating the dependence
of the conductivity of glass on temperature and composition, on
polymorphous transformations and also on high voltage polarization.
Abstracted by A. Magidson.
CAbstractor's Note: The above text is a full translation of the
original Soviet abstract-]
Card 2/2

d* th
12 ith-I 0
zdd-~`regib c r o $-:-bften': otind et,~~.Ttvlling --characteristic
~Both th(ise~, pheno; mena''a'..r'e:-..~d3-..'SCUS$ed t" lerigth thido ctically from
r
point-JOT view'-of'the e cc i~on-release-mechanism,takint~.Place
Adiati on'' --':zenera e mple
,kn: cmf t d. across thin, Aa S.
rr j: is
17-
.-T CArd.

4,
(0 j- 9~;: ntm: thick Th - s,' a ttriliuted te,:-
I wa a
0 -,'du'r:Ln$;,:,irrad 4t on,.
to , .: " r.:-, - - . ,
", i '' X,j-~oups,--formed:-in the-NA20 containing, glassy,
3.on-- of,-Po,a
r ~Jun p . pnomena
I~i-- or-.possibly.~ by:,the fo' mextion Qf'.p,,n ctions.. These- h
. t. pro 6 cc of imi
a -At --as a'.- -resu 0 s n ;mk
ion ,s3- 3.ve it f thei
ure s
p
-a a Th!~' e
I th g1 s --p! ctrical conductivity after,
ectron -trap ,a An e
irra d It is,
i~ii6ix-foliovta,.Ahe~ U-4 c,f; P she* t- delziy.~,;
af ter-A W
'd f erent:por 'o
for.- f
0~.
rengt Arer
hi t
.w! hT 117auffid. driti:e:: gh~fie d at h
on-
ho-ef f eat.-: of.-the aiiisin f-~.high: voltage''-. - 1~
it -0
diatio' o-:.- Thi
F I- , zat taking-,,p acw after..--Arra n a- proeess--~-..-
ari
~~t6 bw very, T-t:Jvaa' observe&:that ~cevtain,,-
ed, in -t
OV.
_pro quArtz
t It e ~'Ot is 43 of Hereu.
additives -.:However-,, n a quetitz
ass,, irradi-itionwcausod.&-1,5~ t'o.'.:Lvdfold reduction - in.
eloctrichl.aonductivity. ..:,..De la '.is:: - tten`-
from the Pool w 0
parturo
the--&ccuniulatio' defects
due-to n of -4 ~v6lumo. cbdrp -on
the second'-part -the theory~of the-abdve effects is studied,
-The, prob i,cm. limi th' ' off ct -.of 'recombination and the
'is ted to 61, e
seumed that th
-Cts' of-,'.ion diffu'~ion.iAm6red ~~:~:It is-also a
e f f4
a 4

~V 409046 EWP(e) mJ 111 (cjj
-ACC Nib': AP5027434,
UR/Oldi/65100 Oil/
342T/3428:
To
.0 1&0
QnYY UlAve
RG-. .10mak State Uhiversi~Z m~ki gosudarstid raitet),
8 cfi actiriatice t -istence fte,
TITLE ome . ar of Magne, ores of Alksli silicate iftasses.a. r.L
gamma,-4rradiatior~, and. theiiml treatment
go.te
SOURCE: Pi zika, la v. -7, , no. ii 1965, 3427-3428.
TOPIC TAGS: irradiation, gamma irradiation, me'chanical'heat treatment, magaetoriesist-
ance, silicate glass
-ABSTRACTi. et of
'To,obtain moreinformation'on the character oftheltransverse.iffe
-of sodium. silicate glasses of diff t
magmetoresistance (E I HJ specimens ere 2 a
i were investigated in ama field (from 0 5,to 1.9 veber/mz) aZer( ff'-irradi~S
t on
_gnetic
nation with doe s of 106 to 107 at ~' intensity ~of 20 r/sec at room te ersture..-
-e r an. Mp
Cobo - with'a quantum energy..hv 1-i 25: 1*v was, 'ulle irradiation source. The content-.0
ns 10 x 2 x was 16, 20, 2
a20 in'the specime mm) 6, 33.9 - 36 -1 and. 56 mol,
The.smaliest - -specimen was adjusted in,the direction of the maghetic field and the
largest . in the direction of the electric field. An measurements were carried out
for the direct. and reverse directions of the magnetic.field.' The directio a o f irra-,
diation.corresponded to the directia'n.of the magnetic, field. The following results,",
were obtained: 1) The previously detected effedt of transverse magnetoresistan~ce.
rd 1/2
-C0
------ -------

-,'L4 6~
ACC NR, -AP5027434
06~107
sodium:sIlicate-,glasses m temperature and at doses of~the orde
at roo r of.2 r
consists prim ily of volume effects. 2) By increasing the percentage content of ~z-
'%O,'"the effect is also increased. :3),The effect-can
be regenerated with precision'
tto 5% after "'relaxation" ithin, 2_a-10 days - The necessary- "relaxation" period
UP V
increases with increased percentage of Na 0. .4) The'value of magnetor,esistanc at a
e
definite intensity. of.the magnetic field increases.with a decrease of the specimezxls,~
.linear. dimension. along'the magnetic field.and.with On increase of the linear.dimer--
sions- along the: electric field." 5) Fo ri all, investigated CQ ositicfis 6f glass, optimm L
doses,46re determined for obtaining the~maxim= ata_constant~intensity.
effect of AT
f
of.the magneiic-field. 6) When Na2O, content is 1.2%, the. ef ect of magnetoiesistance.
is aengitiVe -to- special :thermal treatment of specimens associated with the formation,,,
.'of coloration centers in them.' When heated for,30 minutes at a temperature of 750C
P,
?.the s'ecimens become milky-blue:in color and some.,magnetoresistance.iis detectedj~
p
which depends weakly on the thickness~of the specimens4 -With si1sequent.-heating to
.85OC-~.or 5 minutes, the ape .cimens practically recover. their initial. transparency and
initial resistance. Ori-g..~azt.,_Uas: figuressj
PMS f
STJB CODE% f_MM!;#fjSUBM DATEe --'2~MiA5/:.:~ORIG:,REF: 002/ OTH'iMr: ,900 *M
r
Caid
2/2

BFLYAVSKAYA, L.M.; TERENTI)CEVA, N.V.
Magne toresi stance of alkali silicate glasses following gan3na-
irradiation. Izv. vys. ucheb. zav.; fiz. no. 2:169-170 164.
(MIRA ri:6)
1. Sibirskiy fiziko-tekhnicheskiy institut pri Tomskom
gonudarstvennom universitete imeni Kuybysheva.

XESSION NRs AP4036576 8/0139/64/000/0()2/0169/0170
UTHORSs Belyavskayal Lo Me; Terentlye", N. V.
ITLE; MWetio resistance of allmline silicate glass after gamma irradiation
SOURCES IVUZ. Pizika, no. 20 1964, 16q-170
OPIC TAGS: electrical conduotivityt alkaline silicatep mapetic field, electron
nteraction, gamma radiationp magnetic field orientation
.BSTRACTs The electrical conductivity in alkaline silicate glass specimens, 0.5 to
mm, thick, was studied after gamma-radiation in a magnetic field varying from 0-4
".0 1 3 webers/m2. Gammaradiation was supplied.from. a CoOO source (10' to 101
losei. A change in resistance from 5 to 26A was observed in the specimens,
lepending on their Na20 content* This change is found to be independent of field
-:irientation if the specimens are initially placed in a magmatic field. For 5Q mol%
fa20 specimens the change in resistance lasted 9 hours after irradlitich. This
:1~e is assumed to be caused by eleatron-ion and aleatron-aleotron interactions.
ISSOCILTIONt -Sibirskly fixiko-tekbaichookiy institut pri Tomakom gosuniversitate
Won' V, Vs XiWby*shsv& (Sib~riAn Institute of Physical Toohnology, Tomsk State
C&M

85457
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/1
2,108, Aoo6/Aooi
A U M 0 R-3 'Meyerson, G,A., Zelikman, A,N., Bslyavskaya, L.V.9 Tseytina, N.Ya.,
Kirillova, G.F.
TIM Investigation Into Gmditions cf T`~&nium-Nloblum
lorina-
tion
PERIODICAL- Izvestiya vysshikh usheMy1ch. zavederly, Tsvetnaya mst,%ilurgiya,
1960, No. 5, PP. 108-115
TEO The authors investigated kinsl-i-s of :,-,rr.-,lex titanium-niobium car-
b 1. d e--h1-cr--!-na.ti.o=jamLd astudied the prccess of in a fluidized bed or,
a large-s,~.ale laboratory furnac-e. The former 4-nvesslgatti,~n wass made with hot
pressed --y-;.:L-,drical speoimens of titani=-niobium carbide, containing in %t
12
46.88 Ti? 13.91 Nb,- 2.62 Si; 8.79 C~ 32 Cfreell 3.76 N; 11-72 0 etc.
Cc.mplex ;arbide waa obtained ccmentrate and re~,resented an
o.V^1ar-bonitride. Chlorination kinetica of cmiplex carbide was investigated using
a hc-rizontal. quartz tube at 800, 600 and 4000c an-1 9 l/mIn chlorine feed. it was
f.:-xnd that ch.1crinattion of ccmpact earbid6 spec-Imens was acccmpanled by the f,.-rma-
,,Ion of ar external graphite layer. At 4000C tne effect of This layer on the
Card 1/6

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Invest'.4-gation Int~; Conditions of Titanium-NL~bium Carbide Chlorination
cn-1Ior1nwt,i.-.n rate was not noticeable (the pr.-,c---sz having a kinetic nat,.ire). At
6000 and, in particular, at 8 0
P C, eome diffuzion inlhibiticn of the reac-icn was
observed due To the gzaphite%4-layer formed. 7he nature of the chlorUiallon
proc6ss be,,I:mes intermediate be-tween kine-r..'~ ani -Jiffuslon one, t1he former being
prevalent. The dependence of the -2hlorinalicr. dt;,.,h on the duration of the
process was revealed and used to calcula-te the maximum pcesible duration of
chlorlnE~tion of varicus-size carbide particles at 400, 600 and 8000C. (Table 1)
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A0061AOOI
Investigation Into Conditions of Titanium-Niobium Carbide Chlorination
Table 1
Maximum possible duration of carbide particle chlorination
Tempe~ature Particle size Duration of chlorinati6n, min
0c mm TH -the presence of, withouta
a graphite layer graphite laye
800 0,250 8,0 5,58
Soo 0,075 2,8 1 68
800 m42 1,2 o:94
600 0,250 17 1,3,6
600 0,075 5 .4,1
600~ o,o42 3
Chlorination in a fluidized bed was studied on a furnace shown in Figure 4.
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Investigation Into.Conditions of Titanium-Nioblum Carbide-Chlorination
Figure 4
Furnace for the chlorination of
Q.
j- Card 4A
plex carbide in a fluidized bed
I - body; 2 -graph--
ite lining;
graphite grid; 4
nichrome heater;
5 carbide bin; 6
screw; 7 - reductor;
8-&-e motor; 9-fine
graphite discharge
pipes; ~O_fuxmace
discharge pipes;.11-
powder graphite con-
tainer; 12-thermo-
ame;14-
couple; 13-fr
15.hQ&t JM_
sulationj 16-gas
exhaust pipe.
Q)

85459
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RadIiographic Investigation"of Recrystallization Processes and Release of a Car-
bide Phase of Hard Alloys Containing Tungsten,,Titanium and Tantalum Carbides
Figure I
Phase diagram of the WC_TiC_TaC system; solubil-
ity of WC at 1,450 and 2,2000C are shown; the bi-
phase range I contains a solid solution of TiC_
TaC_WC and WC carbide; the mono-phase range II
contains the TiC-TaC-WC phase; points I - 9 are
the carbide components of the alloys investigated
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(AW X

85459
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A006/A001
'Radiographic Investigation of Recrystallization Processes and Release of a Car-
bide,Phase of Hard Alloys Containing Tungsten, Titanium and Tantalum Carbides
There are 3 figures and 4 Soviet references.
ASSOCIATION: Moskovskiy institut stali (Moscow 6teel Institute) Kafedra
fiziki metallov i rentgenografii (Department of PEY-7sics of Metals
and of Radiography)
SUBKTTED:. October 27, 1959
Card6/6

13, T-r ,'-'A y ' F .
Economic effectivene:~s of planned P.,aZYmclits. Den i I:rc,-l 11 no. 6, !:,~5.-

BILYATSKAYA, K., kandidat okonomichoskikh nauk.
Intracity settlements between business organizations..(In: Noscow.
Yinansovaia akademiia. Nauchnya zapiski. Koskva, 1953, p .118-133.)
7:2)
I..Moscow. finansovaya akademijis. (Banks and banking)

M I
alIupjIfy documwut&tiou of mettloveuts within the city, Don, t
krad, 15 no*807-41 Ag '57, (Payment) NuLL 100)

BELMAWSUYA, H.1 SOKOIOV, Y.
Improvement of intracity payments is an important means of
reducing expenses. Sov. torg. n0-7:38-42 n 157. (Mm 10:9)
(Payment)

, BELYAVSUYA, M.
I _-OMMMOW56"Ok
Payments of enterprises within the river transportation system. Den. I
kred. 17 no,7:43-50 JI 159. (MIR& 12:11)
(Inland water transportation--Finance) (payment)

I TW.TYAVSKAYA M kand.ekon.'nauk
Speed up the turnover of the woIrkJng capital of harboro,
Roche transpo 20 no, 2:10-12 F .161, (MIRA 14.-2)
.. (Inland water transportation-Accounting)

BELYAVSKAYA,. M., kand,,ekonom. nauk;,VYSHKVARTSEVAO L., kand. ekonom. nauk
Ana4zing the,financial results ofthe Repair and Operating
Center. Rech. tran,sp. 23 no.12!41-44 D 164. (MIRA 1816)