SCIENTIFIC ABSTRACT FILATOV, G.S. - FILATOV, I. S.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000413020012-8
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 13, 2000
• Sequence Number: 12
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

FILATOV, G.S.
maxima of five U Geminorum-type Otars. Astron.tsir. no.185:21
0 '57. (MIRA ili4)
i.Stalinabadekaya astronometricheskaya obmervatoriya.
(Stars, Variable)

PILATOV, G. U.
Three varialbe stars. Per.svezdy 12 no.3:223-226 YIr 158.
(Min 13:4)
1. Stalinabadekaya astronomicheakaya observatori7a.
(Stars, Variable)

FILATOVp G.S.
Uninvestigated variable stars in the RV lists. Aotron.tair. no.215%20
22 0 160. (Kuu 143)
1. Institut astrofiziki AN Tadzhikokoy SSR.
(Starsg b16')

FILATOV, G.S.
Two lonp-period Cepholds. blul -,Inst.astvof'i-,, 'n "adzh.
67-73 '61.
(Cepheids)

FILATOV, G.S.
Twelve uninvestigated variable stars. Astron.tsir. no-223:24-26
J1 161. (KIRA 15-3)
1. Institut astrofiziki AN Tadzhikskoy SSR.
(Stars, Variable)

FILATOLV~O'.~_f TSESEVICH, V.P.
Cepheid BR Vulpeculae. Per. zvezdy 14 no.2:109-114 Je 162.
(MIRA 17:2)
1. Odesskaya astronomicheskaya observatoriya i Institut
astrofiziki AN Tadzhikskoy SSR.
gr3�r

FILATOV, G.S.
V 733 AquJlae. B-iul. Inst. astrofiz. AN Tadzh, SSR no.31:45-48
62 . (MIRA
g
So
4.

-F1.IATOV ) G. S.
Three variables from the BV list. Blul. Inst. astrofiz. All Tadzh.
SSR no.33:38-46 162. (MIRA 17:11)

FILAMV, G.S.
Four eclipsing variables. Diul. Inst. astrofiz. AN Tadzh.
SSR no.35:12-" 163. (MIRA 17: 5)

r:' 7- A qN'~ IT
r I jA v j v
Author: Filab)v V.
- -I I Ll-
Title: 'j.'ha Ne-,-al ?"Ariar. (VytRA-,-hi).yt.- zonty i %h1wXy.) 67 1).
City: 11C0 CCw
Fublisher:
FX)Z-Z~.m4 of iJeftnse Industry
i),ata :1946
Available: Library of ~;ongrevs
Source: Monthly IrIvt of 1"m1an Accessions.# Vol- 3,, 'o, 12.. p. C38

FILATOV, G. V.
JIB Sum. Sov. Periodicalso #60, May 51.
Page 5, par. 21
Accession list of Russian bookds March 51
Filatovs G* V., The presser and the hydraulic press. Pressovshchik na
Gidropresse,. Recommended by the Admi of personnel of the Ministry for the
training of the staffs of aircraft factories. Sc. and Res. Inst. of
Technology and Orgabization of Production of the airdraft industry,
Ministry of the Aircraft Industry USSR. Moses. State Publishers of the
Industry for Defense 1947, pp. 67, illus-j tabs.,, 22x14, gray wraprers.

PHASE I BOOK MMUITATION SOV/3857
Moscow. Dom nauchno-tekbuicheskoy propagandy imeni F. E. Dzerzhinskogo,
Vysokoproizvoditeltnays tekhnologichaskaya oanastka (Nigh-Productivity
Auxiliary Processing Equipment) Moscovj Masbgiz., 1960. 174 p.
8.,000 copies printed.
Sponsoring Agency: Obshchestvo po rasprostraneniyu po3-itichesklkh i
nauchnykh manly RMPSL
Ed. (title page): V. V. MazImin; Ed. (inside book): S. L. Martens;
Tech. Ed.: L. P. GordeyevR; Mmaging Ed. for Literature on Wtial-
vorking and Machine-Mool Construction (Masbgiz): V. V. Rzhavinsklyp
Engineer.
PURPOSE: This colleztion of articles is intended for technical persawel.
engaged in the developmt of auxiliary bquip*nt for metal processing.
COVERAGE: This collection contains arthicles dealing vith modern machine-
tool auxIIIar7 equiluent, methods of manufacttwe, and data en the in-
troduction of such equipment into production. The engineering and
Card 1/6

High-Productivity Auxiliary h-ocanning Equipmant SOV/3857
economic aspects of the une of standardized auxillary ecraipwnt are
also discussed. No pera-malities we mentioned. Referemces follow
each article.
TABIR OF CONTMM:
Introduction 3
Proobn-jakovp A. V. [Candidate of Technical Sciences]. Nngineering and
Economic Bases for the Use of Auxiliary Processing xquipmnt 7
The author Indicates the econoW in cost. and materials and the in-
creased efficiency brought about by the use of standardized fixtures
and auxiliary equipment.
Naydov-Zhelezovj, Ch. G. Economic Zffectiveness of the Standardization
of Auxiliary Processing lquiMent In NAchim Nianufacture 21
The author presents a cost analysis shoving the savings resulting
from the introduction of standardized auxiliary processing equipment.
_- F11stov, G. V. Basic Trends in the Standardization of AuxiUary
Pidaii-sifig-Irvipment 30
Card 2/6

High-Prodactivity AuxilJlAry Proftsming lqaipmnt SOV/3657
The' author descrIbes methods of planning lot produztion of macbIn a,
Emphasis is given to the design and manufac-b-mra of equlp=t for
producing accessories,
Mikheyev., N. V. [Ingineer]. Machine-Tool Fixtures of Advanced Design for
Lort and Small-loat Productlon 38
The author describes universal adjustable fixtures for machIne tools
and the characteristics of their constra*tion.
Cherb7ahev, V. M. Standard-Unit Machine-Tool Fixtures for L76. Production 62
The autIxor d:Lszuaes the advant-ages of grazp machining of parts
employing fixtures assembled from standard parts and subassemblies.
ftswitsovj, V. S.j, and V,, A. Ponomarev, Experience Gained in the Use of
Standard.-Mit Fixtiares in RQerimmeal and IA)+. Pr&lucticm 70
The authors discuss organization of the workplace for the assembly
of univer"l standard-unit fixtures, Mounting methods am also
dismassed.
Yateenko, G. G. PhmvW414 Clamping Devices for Uhi-versal Standard-Unit
Fixtures 84
card 3/6

SOLNTSEV, A.I.; FILATOT
----~-A
Assimilation of P3A from inorganic phosphate in milk casein.
Izv. TSKhA no.1:227-228 156. (MA 9:10)
(Phosphorus) (Casein)

"Concerning Calclup Vatabolish In Ruminants in an Investiga-
tion Using Calci=451" by A. 1. Solntsev and 0. V. Filatov,
Zhivotnovodstvo (Aninul Husbandry), No 12, 1956, PP 53-55
(from -neferativnyy Zhurnal -- Khimiya, Biololzichesl~aya
Khimiya, No 6, 25 Apr 57, Abstract No Lbbl, by A.
Verloochenko, P 63)
"Three-ml solutions of Ca45C12 containing 500 mg Ca were adminis-
tered intramuscularly into goats. Two hours after this injection, the
amount of cs,45 excreted per ml milk equalled 6.4 thousand impulses per
minute; seven hours after the injection, the activity per one ml milk
was 45 thousand impulses per minute; and 24 hours after the injection,
it amounted to 60.1 thousand impulses per minute per ml milk.
"Subsequently, calcium radioactivity in the milk- commenced to de-
crease gradually, and in two months it equalled 0.6 thousand irmulpes
I
per minute per ml milk. During this sanie period, twice as much C05
was excreted with the milk as with the feces." (U)
"ki iflv,/

7ZM-Tb~-
R?
g =pm
MR2.5 .

FIITOV, G&B., Itand. biol. npAk, dots.; FILATOV, G.V., starshiy nauchnv7
notrudnik; KOIDAYMVA, I.A., jt`jjj;~jjjj--I'a-b-orant.
Role of thiamine in the metabolism of animals [with summary in
English). Izv. TSKhA no.1(20):193-200 158. NiRA il:4)
(Thiamine) (Metabolism)

ZUR TSOT, F.I., prof.; (MORGIMSKIT, V.I.; POLTAKOV, 1,I.; F~TOT,
Me; BURCHINKO, Te.T.; PARSADUOVA, K.G.,red.; PAYWYA,
takhn.red.
(Practical work in the physiology of farm animals] Praktikum
po fiziologii sallskokhosiaistyannykh thivotnykh. Pod red.
P.I.Zharobteova. Moskva. Gos.ixd-vo 'Tysshaia shkola." 1959.
447 P. (HM 13:7)
(Veterinary physiology--Study and teaching)

ZHMMTSOV, P.I., doktor bial.nauk~, prof.; FILATOV, G.V.,
muk - w.-~-~~n-:.,-.:-;-;: e.
Calcium metabolism in poultry during ontogany. Izv.TSKhk
no.4:143-154 159. (14IR& 12:11)
(Poultry) (Calcium metabolism)

FILATOV, G-V-, KARrASHOV, 15.A., MUTIN, M.I., ZAKAMYRDIN, I.A., UZAKOV, U.YA.
0--- radiation in investigation of' absorption and
out 07- orga =ra ion of some insects."
(Approximate translation of title - document blurred - unable to make out letters.)
Report subutitted to the SWV. on the Use and Application of Radioistopes and
Radiation in the Control of Plant and Animal Insect Pests.
Athens, Greece 22-26 April 1963

BUKINp AoL*,, aspirant; FILATOV, G.V., nauclinyy rukovoditell rabotY, kand.
biol.nauk
Toxicity of sevin to ma=ala and birds. Veterinarlia 42
no.1103-95 N 165. (MIRA 191l)
1. Vaeooy-aznyy nauchno-issledovatellskiy institut veterinarnoy
sanitarli.

SMICE COD"; Ui(/0413/" 000/015/01, 93/0i93
D. P.; Gunov, A._I.;,~ilatov I.; Yhzayev,
j._; Dartau, A.
ova'.", G. A. Yela,-in, P. ",'a.; Xhvatov, A. I.; Dyukov, A. I.; iQiropik, B. A.
none.
A shop for ao3omblyin~r, largo structures of flying machines. Class 62,
lzoloret prom obraz tov zn, no. 15, 1966, 193
Tu-P:C T,LGS: construction machinery, aircraft
!.:3S'2RACTL: 'his Author Certificate presents a shop for assemblyin6 large structures.
flyir.,-, machine,-.. "he shop contains columns run' into the foundations, - *
r: Aorlzorl-
'ixad or, top o' 'he colwins, cups with fixin- device3, and clev`coa
L
receptors and -aed(-;eo. To shorten t-he asse.-ably tiric --id to rearran,-Ie the
--c-pe-tedly, bearin- plai0:3 art) fixed to the colw-rais, beama, a.-,d cunn. '"
- . - j & lnesa
~-Iavo a notwork of coorainatinL~: holes which receive oins connectin,- the plates
to o-.-.e _iiothcr. The fixing devices of 'he cups are tied to the coordinatinj holes
in the spacin- strip placea in an aperture in the beam. The bottom of thiG
Card 1/~~ Tim 629.13.01/06;

c c
"--n,arture also contains coord-inatinc holes for fixing the separating st-rip to
niato of the horizontal beam.
65
Sj3 CODE: 13/ SUB~111 DAI.~;: .011aru

FnATO-V, I. Fx9---
"Handbook for Nonferrous Metallurgist," The Metallurgizdat (Metallurgical Publication
House) published this year (1953) the 2nd edition of the 1st volume of "Spravochnik
metallurga po tsvetnym metallam" (Handbook for Nonferrous Metallurgist) editored by
Prof. Dr. N. N. Nhiratov, Stalin Prize Winner.
A book written for engineers, technicians, students, forermen and a'Ual if ieI workers
it contains a substantial amount of general and practical data, although it is far
from being exact. Some of the most flagrant discrepancies occur in the boiling points
of pure metals, in data about physicochemical constants and density data.
Original source: Vechernyaya Mosk.va, No. 172, 23 Jul 53, p. 2
SO; TI 152298

FILATOV, I.
Are changes ir norms needed? Pozh. delo 5 no.10:IP,19 0 '59.
MRA 13:2)
(Firevw%n)
(PVsical education and training)

DAVYDOV, I.
In the interest of the people and of production. Pozh.delo
7 no*10:2-4 0 161e (MERA 14:10)
(Kuybyabov-Electric industries-Fires and fire prevention)

FIIATOu. 1.
.. . ............
Ifeacur-ev Justified by lifej from practices of volunteer firemen.
Pozh.delo 7 no.9~6-7 S 161. (MMA 14:11)
(F-ire preventior-societies)

FILATOV, I.F.; TOKAWIICH, K.N.; VISHUYANOVA, L.A.; FRIMAN, E.A.
Role of viral and rickettsial agents in the etiology of
acute types of pneumonia. Trudy Len. inst. e id. i milwo-
biol. 25:201-209 163. ~MIII 17:1)
1. Iz otdela osobo ~pasnykh infektsiy i laboratorii grippa
Laningradskogo instituta opidemiologii i mikrobiologii
imeni Pastera.

AKHANGBINOK, A.G.; FILATCV I.G.. rodaktor; IObTI, N.L.. redaktor;
FXTROV3KATA,'r._,Te-Wn?%skIy redaktor
[Principleo of the methodology of teaching tactical fire prevention]
Canovy metodiki pozharno-takticheakoi podgotovki. Moskva, Izd-vo
Ministerstva, kommunallnogo khoziaistva RSYSR, 1954. 99 p. (MLRA 7:9)
(Fire prevention-Study and teaching)
MP ; ' ';" "- ' ''1. _-
P I.
tP i~N

GARPINCHRUKO, A.M.; GOWBEV, S.G.; W1111OV, M.V.; XLLIM, A.A.; KALTATEV,
S.V.; MIKHAYLOV, V.I.; GO=HT, S.G.i redaktor; PILATOV, r.
91 11 FAZ.
redaktor; VINOKMOVA, Ye*B.j redaktor; KONTASHI
akLy redaktor
[F-Lre extinction tactical Pozharnaia taktika. Pod red. S.G.Golubova.
Moskva, rzd-vo Kinisterstva kommunallnogo kboziaistva RSnR, 1955.
379 P. (MIRA 8: 6)
Ortre extinction)

FILATOV, I.
Public cooperation is the magazine's beat support. Pozh.delo
6 no.9:2 S 16o. (MIRA 13:9)
1. Otvetstvennyy sekretarl redaktaii zhurnala "Pozharno7e delo."
(7ire prevention-Periodicals)

BEBENIN, 14.Ye., inzh.; IU~3HHMAK, Yu.V., inzh.; TARAWYEW, V.I., inzh.,-
!~IIATOVL I.A-, inzho-; BRAGIN, K.F., inzh.
Supporting wo#.ings in deep mines. Ugoll. prom. no.6:24-28 N-D 162.
.(KIRA 16:2)
(Donets Basin-Mine timbering)

KRASPIK, FJ.; FILATOV, I.F.
Two cases of five-day fever in the absence of carriers. Trwly
~n,inat,epid.i mikrobiol. 23xV-1-126 161. (MIRA 1623)
1, Iw laboratorii osobo opasnykh infektsiy i rikk6ttiozov Loan-
gradskogo instituta epidemiologii i mikrobiologii imeni Pastera
i iz kliniki infektsionnykh bole=ey Voyenno-meditsinokoy akademii
imeni S.M. Kirova.
(TRENCH FEVER)
ON, 3'1~~,-~-",~~*,`-,~~-,

FILATOV, I.G,.
Referonce book for a teacher of chemistrv(qkndbook of chemisti.7*9
P.PeUrshev. comp. Reviewed by I.G.Filatov). Xhim. v ahkole, 10
no.1:75-76 Jp-Ir 155,' (MLEM 8: 4)
(Chemistry) (Xorshev, P.Ps)

PER L'KAN, 1r.i.; FIIATOV, I.G.
"Condensed handbook for chemists." V.VI. Perellman. Reviewed by
I.G. Filatov. Zhur.prikl.khim. 28 no-12:1358-1360 D '55MML 9:3)
(Chemistry--Handbooks, manuals, etc.)
-IN 1A
MY

FILATOV, I.
"Platitics in macbine construction." F.G. Dvoretskii. Reviewed
by I. Filatov. Zbur.prikl.khim. 29 no.9:1460-1462 S '56.
MU 9311)
(Plastic* industry) (D7oretskii, F.G.)

FILATQV & ~-j ~ 7-
Z.,
"Polyethylene.ff M.I. Garber, ed. Reviewed by I. Filatov.
Zhur.prikl.khim. 29 no.g: 1462-1464 S 156. (mru 51311)
(Ilihylene) (Garbar, M.I.)

MEW Chemtstry - Elooka
Card 1/1 Pub. 1-47 - 35/35
Authors i Filatov, I. G.
Title i Bibliography. Reference book on physico-chemical values
Periodical I Zhur. fin. khim. 30/1, 237-238, Jan 1956
Abstract I A critical review is given on a new reference book physico-cheric-al
values c(unposed by M. B. Baron; E. I. Kvyat; Ye. A. Podgornay.-; A. H.
Ponom-areira; A. A. Ravdell and Z. N. Timofeyeva and published by the
GOSCHINI"MAT in Leningrad in 1955. It is stated that the book coatains
a chart of Mendeleyevla periodical system of elements, list of iq2ortant
const.ints (mass, electron charge, mass of protons, neutrons and alpha
partiales, gas constant, Avogardo, Planck, Bolt=ann cons'--ants, etc.) and
other thermodynamic values.
Institution :
Submitted :

I-- -, , ~ -7- ~ , , I
- - - -- -- - Ir - -I,- L-- 2 -, - ~f - --I- - ~,- ---- . /~,- ,
0 0~ --- -, - -- - -- --- - - - ---- -- - - - - -
KOVARSKAYA, 9.1. (Leningrad); FILATOV. 1.0. (Hook-va).
"A ecientific and Po;Ta-r-~Ook on halogens" by B. Rozen. Reviewed by
M,I, Kovarskaja and I.Q. FlIatov. Khim.v shkole I? no.4:72-73 Jl-A
'57. (MIMA 10:81
(Elalogens) (Rozen, B.)

FILATOV, I.G.; PARINI, V.P.
k "FuadamentRls of the manufacture of gas-ex-Datided plAstice and
elastometers" by A,A.Berlin. Poviewed by I.G.Filatov, V.P.Parini.
Kh1m.prom. no.4:254-255 JS 157. (MIRA 10:10)
(Plastics) (Ilastomers) (Berlin, A.A.)
'-g

AUTHORz Filatov, I.G. 3-12-24/27
TITLEi The Needed Pook on Organic Chemistry (Nuzhnaya kniga po orga-
nicheskoy khimii)
PERIODICAL: Vestnik Vysshey Shkoly, 1957, 11 12, pp 85 - 86 (USSR)
ABSTRACTs The author gives a critical review of a new chemistry hand-
book, "Organic Chemistry" (Organicheskaya khimiya) by N.I.
Putokhin, published by Sellkhozgiz in 1956, for use in agri-
cultural vuzes. This book contains basic information on chemis-
try of carbon compounds. There is a good historical exposition
of the theory on the chemical etructure of organic compounds by
A.M. Butlerov, developed by V.V. Markovnikov, and of the stereo-
chemical theory. In spite of a few deficiencies, the author
expresses a favorable opinion on the work.
There are 2 Russian references.
AVAILABLEz Library of Congress
Card 1/1

FILATOV, I.G.
"Yaolitei and its utilization in the chemical industry* by I.I.Zgorov.
Zhur.prIkl.khim. 30 no.5:822-823 MY '57. (KIRA 10:10)
(Plastics) (Egorov, I.A.)

FILATOV I G.
"Temperature measurement" by R.M. Fedorovich. Reviewed by I.G.
Filatov. Zhur.prikl.khim. 30 no-7:1117-lU8 Jl 157. (MIRA 10:10)
(Thermometry)

FILATOV, I.G.
UPlastice in medicine* by I.I. Revzin. Reviewed by I.G. Filatov.
Zhur. prikl. khim. 31 no.1:149-150 Ja 158. (MIRA 11:4)
(Plastics) (Medical supplies)
(Revzin, I.I.)

FILATOV, L.G,
ndustry" by A.K. Vardenburg.
nPlastica in alectrotecbn-ical i no.7:1127-
Reviowed '~y I.G. Fllatov. Zhur. prikl.khIm- 31
11?8 ii 158. (IURA 11:9)
(Plastica)
(Vardenbiirg, A.K.)

10(5)5(2,3) Z~ ' V/ C- - 3 "' - 7,- 4 2
S t orc, nki a, A - V o ra c`i e v!t k i A Su x% r ev, :.i. o I k i nd
TIT LE Biblior-raphy (Biblioi-,r~.fiya)
'ICIIL: - huriw I ,r,. I E, d n o y 1.: 1; i rr. i i I X XXI 1 3 i, P (:, Nf - 6
(USSR)
"'32- "T: The r, icle conta, ins the rnvi -.,i o P 3 !:ocl-,.- cm! (if :.ic'. is a
trancl.-,ticr -(roll; I~ncliah. The t,,.-,) Sovic' ~Icc: '11% --, f e r -
ence Dock for tile .'~,uiLibriu-.., Bet-~-cea Li -u
i-; t.,J ~-tid
"Fla:;tic~: nnd Meir Inflamiabilit-
rd 1/1

75702
AUTHOR: Fil'I'Lov, I. G.
TITLE: Bibliography
PERIODICAL: Zhurnal prikladnoy Ichimii, 1959, Vol 32, Nr 10, pp 2371-
237~ (USSR)
ABSTRACT: This is a review of the book "Chemistry of' Synthetic's
at a New Stage," by Muoabokov, Yu. S. (Sintetichp-lcaya
khimiya na novom etape), published by Yaroslavl' pub-
lishing house, 1958. Edition of 15,000 copies.

0.0000
7767T
SOV/80-33-2-52/52'
AUTHOR: Budnikov, P. P., Filatov, I.___G.,_.Rc',--!nyan, A. L.
TITLE., Bibliography
PERIODICAL: Zhurnal prikladnoy khimii, 1960, Vol 33, Nr 2, pp
5o6-51,.2 (USSR)
ABSTRACT: Three new books are listed with an extensive review of'
each.
card 1/1

FILATOV, I.G.
---
"Plastics and their applications in the national economyn b7 G.0
Tatevoulian. Reviewed by I.G. Filatov. . Zhur. prikl. khim. 33
no.8:1916-1918 Ag 160. (MIRA 13:9)
(Plastics) (Thtevoslian, G.0)

I -n-jA-TOV II,G.
"Polymerig at the service of manO by L.A. Nihulaev. Reviewed by
I.G. Filitov. Khim. v shkole 16 no.1:67--68 Ja-F 161.
NBA 14:1)
(polymers) (Nikolaevi L.A.)
I

FILATOV, I.G.
"Synthetic macromolacu:Lar compounds" by L.A, TSiretkov. Reviewed'
by I.G. Filatov. 'Kh1m. v shkole 16 no.6:801-90 N-D 161. (ilIPA Jim)
(Macromolecular compounds)
(TS"tkOV; L.A.

FIIATOV, I.G.
"Plasticis in the national economy" by L.M.Zabolotnikova, Vj; Kozel.
Reviewed by I.G.Filatov. Zhur. prikl. khim. 34 no.2:470-.171 F 161.,
(MIRk 1432)
(Plastico) (Zabolotnikova, L.M.) (Kozel, V.I.)

FIIATOV, 1. G-,_
.......
Concise handbook of physicochemical data. Zhm-.fiz.khim. 35
no.8:1892-3.893 Ag(c'61. (MMA 14:8)
hemistry,, Physical and theoretical)

FILATOV, I.G.
"Use of pListics In various branches o1 Industry" by D~G,
Bachm-In. Reviewed by I.G.Filatov. Zhur.prikl.khim. 35
no.3:702-703 Yx 162. (MIRA 15t4)
(Plastics) (Bachurin, D.G.)

FIIATOV, I.G.
"Plastics and technology" by B.M, Hotkin... V.11. Porapelkin.
Reviowed by I.G. Filatov. Zhur.prikl.khim. 35 lic.5:11W.-U64
my 6,?. (MIM 15:5)
Wastica)
(Not"kin, B.M.) (Perepolkin,, V.P.)

FILATOV, LGI
'Entertaining chemistry" by V. I.Ioevashov. Reviewed by I.G.FUatov.
Khim. v shkole 18 no.1:87-88 Ja-F 163. (MIRA 16s4)
(Chemistry-Juvenile literature) (lovashov, V.I.)

FILATOV, I.G. (Moskva); KRYLOV, D.G.; USHAKOV, M.A.; BRAVERMAN, E.M. (Moskva)
Criticism and bibliography. Fiz. v shkole 23 no.4:95-1(a
JI-Ag 1163. (MIRA 17:1)
1. Moskovski gosudarstvennyy pedagogicheak-Ly institut imeni
V.I. Lenina Ur Ushakov).
;15

; i7--
FILATOV, I.G.
Bibliography. Zhur. priki. khim. 36 no.11:2559-2560 N 163.
(MIRA 17:1)

F'.7LATOV., I.G.
Bibliography. ZIrar.prikl.khim. 37 no.7.-1645-.1647 JI 164.
(MIRA 18'4)

)FILATOV, I.G.
Bibliography. Zhur. prikl. khim. 38 no.731647-1648 Tl 165. (MM 180)

FILATOV, IeGo
"Concise handbook of chemistry" by I.T. Goronovskii, M.P.
Nazaranko, E.F. Nelriach. Zhur. fiz. khim. 38 no.5tl385-
1387 My 164. (MIRA M12)
1. Submitted Aug. 15, 1963.

USSR/Form Animals - Large Horned Cattle. 41-2
Abo Jour : Ref Zhur - Biol., No 18, 1958, 83344
Author : Filatov
inst
Title : Successful Use of Calcinated Straw in Milch Cow Diut's.
Orig Pub : Zhivotnovodstvo, 1958, No 2, 46-49.
Abstract : When hay was replaced in cow rations by calcinated strow,
it did not produce a decrease in their milk productivity,
nuither did it affect the L-dlkls chemical composition or
the blood's indicators to any appreciable degree.
Card 1/1

FIIATOV, I.I., assistant-
1, .
Improving labor conditions in linen spinning mills. Tekst. prom.
19 no.5:98 Mr 159. (K= 12:10)
1,5molenskiy madinstitut.
(SNTiL1=--TFMI13 MORIMS--DISEASES AND IITGIErX)

FILATOV, I. I. Gand Med Sci -- "Data on the functional state of the cardio-
- flax
vascular system of spinners in hotAspinning abolion- in connection with
their labor oonditionsoq Minsk, 1961 (Min of Health BSSR. Minsk State Mea
Inst). (KL, 4-61, 211)
-38~-

FlUT0% I.K..P insh.; STROGANOVA, L.I., inah.; MROZOW., T.Y., inzho
Insulating iail bond with inaerta made with polymer materials.
Vest.TSNXIMPS 2l'uo.7--5&-61 162. 1 (KM 15:12)
(Electric inoulators and inmdation) (Plaotics)

FTLkT-OV I.
"Mechanization of Heavy Jobs on the Vol-oshilov Collective Farm.," Sots. zhiv.
14, K-o-4p 1952

"Effect of Certain Conitructinal Elenents- of --i I-,.vo',,,al -Ma.-le
1 4- ~-,
Turbine on (, C~vituation Fropertie.~-.. " G~inl Tech Sci, Lcnin-,,rarl
Polytechnic Inot, Leningrad, 1954. (102111'eklll, Sel-) 54)
SO: Sun, "'32, 2") 1,ir 55

FILP-11OV, 1.11.
Nffect of the shape of the runner hub and wheel pit on the
cavitation of adjustable-blade hydraulic turbines. !!rudy
LPI no.193:66-74 158. (M:MA 12:2)
(HAraulic turbines)

Al

!;Ir_':Afl)Vt 1.!.!,
11
.lorsldcrption of w,,I,cr hwniri4r In hydraulic, Wrb.!-ne Oy!:ter-i3.
Trutv Li'l no.246T25-31 165.
,,,ffect cf the rumbor cf rot,)r5 on the rippdity of a ~jvdraidic
drivo. Ibid.-96-90 (;ilR.A

LIJI) -1.1 -*
ICAl4kfVlj -A,-P.- and- FILATOV 1 - -
'Iftodernic gadflY in 90at'3-lf
Veterinariya 1101. 37., No. 3, 1960, p. 65
~--&,L(7~ - 4VILCG, tt&- li~kl " Ve-+ o", - " ~ &v,

KAMARLI, A.P., kand.veter. nauk; FIIATOV, I.P.
---v, ~, .
, Warble flies of goats. Veterinariia 37 no.3-.65 Yx '60.
- (MIRA 16:6)
1. Kirgizskiy nauchno-issledovatellskiy institut zhivotnovodstva
i vaterinarii (for Kamarli). 2. Direktor Uch-Korgonskoy veteri-
narno-bakteriologicheskoy laboratorii (for Filatov).
(Warble flies)

FILATOV, I.S., inzh.
Unloading sugar beeta-without bunkers. Mekh.i avtom.proizv. 14
no.3:44-46 Mr 160. (MIRA 13:6)
(Sugar beets--Transportation)
70 A
Al

F IL20V , - 1. S. - (b FT I ) - - -- - --- - ------ - - - -- -- - --- - - - - --- --
"IrIVCGtigation of tg and of several ceramic materials in fields of from 180 -4600
V/cm in the frequency range of from 7,65 - 20,5 megacycles and in the tea;perature range
of from 20 - 72OCC according to the calorimetric method"
Report preseated at a Conference on Solid Dielectrics Semlleonduct-:.rs,
To=-,k Polytechnical Inot-, 3-8 Feb. 58.
(ElektricheStvo, '58, No- 7, 83-%)
5- M
iN
T'~

FILMY, I.S.
Determination of heat capacities of ceramics during calori-
metric determination of dielectric losses. Izve vys. uchebs
zav.; fiz. no-3:100-105 '58. (KRA, 11:9)
1. Sibirskiy fisiko-takhniebookiy institut pri Tomskom gos-
universitste imeni V.V. Kuybysgeva.
(Ceramics--Testing) (Dielectrics)

AUTHORS: Vorozhtsov, B. I. and F SOV/139-58-4-12/30
_EL1atQ_V_j_ I. S.
bletho-7-o-f-keasuring the
TITLE: Non-Steady State Oalorimetric __
Dielectric Loss Angle and the Fermittivi~yin Strong
High Frequency Fields (Nestatsionarnyy kalorimetricheskiy
metod izmereniya ugla dielektricheskikh poter' i
dielektricheskoy pronitsayemosti v sillnykh polyakh
vysokoy chastoty)
PERIODICAL: Izvestiya Vysshikh Uchebnykh Zavedeniy, Fizika,
19587 Nr 4, PP 105-113 (USSR)
ABSTRACT: Calculation of the dielectric loss angle is based on
comparing the heat generated by the dielectric losses
and the heat measured from the temperature rise of the
dielectric, taking into consideration the heat losses
due to heat exchange between the specimen and the
surrounding medium. The mathematical formulation of
this relation is expressed by the differential equation
(2), p 106, the solution of which can be developed in
series- the author limits himself to using the first
term, 'thus obtaining the following equation:
Cardl/4 2~ST = (A/mX)t

SOV/139-58-4-17/30
Ron-Steady State Calorimetric Method of Measuring the Dielectric
L' d the FemittiVit
oss Angle an yin Strong High Frequency Fields
In the case of non-uniform fieldsthe relations are more
complicated. Of practical interest is the case of a
cylindrical condenser and the solution of the non-
uniform equation of heat transfer for such a case, quoted
from an earlier paper of one of the authors (Ref 16), is
expressed by Eq.(8). The equation on which the
calculation of the dielectric losses is based iS:
tg 6 = mXA T
0.24 w CV2'rmst
The block schematics of the test set-up is shown in
Fig.2; it consists of an H.F. oscillator, an inductively
coupled metering circuit, equipment for measuring the
temperature of the specimen and its heating by the high
frequency current, metering voltage and a crucible
electric furnace. The oscillator can be operated at
frequencies between 7.65 and 85 Mc/sec. All the
connections in the oscillator and in the meter circuit
Card2/4 were made of copper tubes and silver-plated;coils intended

SOV/139-58-4-17/7;0
Non-Steady State Calorimetric Method of Measuring the Diele'etric
loss Angle and the Permittivithy in Strong High Frequency Fields
for operation at frequencies above 20.5 Me/see are also
silvered. The metering circuit consists of an induction
coil, a tuning condenser C I a condenser containing the
dielectric, C and a voltage metering circuit. The
error of detefmining the capacitance is 0.5% with'a
sensitivity of 0.025 pF per scale division. The tempera-
ture dependence e was calculated from the change in the
capacitance with temperature and the geometrical
dimensions of the specimen with an error of 1.5%; it can
be seen from the graph, Fig-3, that for quartz tho thus
obtained results are fully in agreement with thoso
measured on a Q-meter. In a table, p 112, a comparison
is given of the dielectric loss factor for several
materials measured by the here described method with the
values measured by other methods. The here described
non-steady state calorimetric method of measuring the
dielectric characteristics of solid dielectrics in utrong
fields enables measuring at temperatures up to 10OOuC
and even higher and determining the dependence of the
Card3/4 dielectric loss factor on the field potential at rarious

SOV/139-58-4-17/30
Non-Steady State Calorimetric Method of Measuring the Dielectric
Loss Angle and the Permittlvl'~y in Strong High Frequency Fields
temperatures and frequencies. The test equipment is
simple in design and the test procedure itself does not
differ greatly from that applied in current methods of
measuring the dielectric characteristics.
There are 6 figures? 1 table and 19 references,
11 of which are Soviet, 3 German and 5 English.
ASSOCIATION: Sibirskiy fiziko-tekhnicheskiy institut pri
Tomskom gosuniversitete imeni V. V. Kuybysheva
(SiberianPhysico-Technical Institute at the Tomsk
State University imeni V. V. Kuybyshev)
SUBMITTED: January 31, 1958
Card 4/4

AUTH~E~~.-
TITLE: Dielectric Losses and Permi-ittivity of Certain Ceramic Mater-
ials in Szron High-Frequency Electric Fields at High
Temperati.-.res &ielektricheskiye poteri i dielektricheskaya
pronitsa-,.-femost' nekotorykh keramicheskikh materialov v
silln,ykh elektrichesk4-kh polyakh v-ysokoy chastoty pri
povyshennykh temperat-arakh)
PERIODICAL: Izvestiya yysshikh uchebnykh zavedeniy, fizika, 1958,
Nr 5, pp 73-.78 (USSR)
ABSTRACT: The paper was presented at the Conference of Higher Educat-
ional Establishments on Dielectrics and Semiconductors,, Tomsk,
February, 1958. The author re-por-t,-s his inve st igat ions of six
ceramic materials: B (VK-92), B-4, M-4, M-6 and 2a. The
composition of these oaramics was as followe: B contained
91,,G% of talc, 5.2% of kaolin and 3.2~6 of boracite; B-1 con-
sists of B with 1% of BaO; B-4 collsist-s of B with 4% of BaO;
m-4 consiabs of B with 4% oil MgO; M-6 consistzi of B with 61%
of MgO; 2a consists of K with 21% of BaO, where K consists
of 91.6% of talc (including 8% of MgO) '-.2% of kaolin and
3,2% of boracite,, Various additions to the ceramic B were
meant to improve its properties, The samples viere washed .
with benzene and dried in vacuo fcr eight; hours at 1,90-200 C.
Card 11/3 U

SOV/139-58-15-15/35
Dielectri,~~ Losses and Permittivity of Certain Ceramic Ma-11--erials in
Strong High-Frequenoy Eleotric Fields at High Temperatures
0
The author measured the dielectric looses (tan 6) and
permitti-1rity (e) at tempera-Vu:ves from 20 to ?500~03, at frequen-
cies from 7,65 to 20,5 Mel's and in fields from 150 to 4600 V/cm.
Measurements were made using a calorimetric apparatus devel-
oped at the Elect-ro--Physiuns Laboratory of tile Siberian Physico-
Technical Institute by B, I. Vorozhtsov and improved by Fila-
tov (Ref.11). The results of measurements are given in Figs.
0
1-7. Figsj-2 give the teMPE)ratu-ra depandences of tan 6 and
e of the 2a. and B-4 ceramics resj;)ectively (also at various
fields and frequen4l-~ies). The temperature dependences of tan 6
of all the sd-x -eramics, are iciven in Fig.5, The field depen-
dence of the losses in B-4 is show-n in Fig.6. Fig..? gives.
the effect of the duration of application of the field on the
losses of the ceramics studied, The author makes the follow-
ing conclusions from the res~..~lts obtained,
1) The ceramics studied contain a-ir )ccluded in pores. This
air is SUb-.er-1- 4-,) ionisation which is accompanied by an in-
crease of tan 6 and s ir. high fields,
Card 2/3

5
Dielectric Losses and Permittivity of Certain Cerailij,.'. i4atorials in
Strong High-Frequency Electric Fields at High TeLaperatures
2) The probability of ionsat
.L -ion of the occluded air depends
on temperature, frequency, field intensity and duration-of
application of the field. -o relaxation or conduction in the
3 The losses may be due 4V
ceramic or due to ionisation of air in pores,, When ionisat-
ionomurs the ionisation losses predominate. There are 7
figures and 16 references., .15 of which we Soviet and one
is a translation from English into Russian,
ASSOCIATION: Sibirskiy fiziko-tekhnicheskiy institut pri Tomskom
,gosun-iversitete imeni V.. V,, K4ybysheva (Siberian Ph~ysico-
Technical Institute at Tomsk State University imeni V. V.
Kuybyshev)
SUBMITTED: March 10, 1958.
Card 3/3
Ni.,

FILATOV, I.S.
Bffect of pnronity on the olnctrophynical propertieu of ceramicu.
Izv~vp3.uchnh*zuv.; fiz. no.3:107-111 '5~- (MIRA 12:10)
1. Sibiruldy fiziko-tnkhnlchaskly inotitut pri T"nkom gosuniver-
altate lmnni V.V.Kuyhy9hnva.
(Ceramic rAterials-Electric proportles)
":N
4 -'t.

7a~' 4,V 0 82346
Cg I/. ')) 00 S/139/60/000/03/045/045
AUTHOR: Filatov, I.S. /IF E032/,P,3i4
TITLE: Effect o a ~-foh orl tg 6 in Ceramics
PERIODICAL: Izvestiya vysshikh uchebnykh zavedeniy, Fizika, 1960,
No 3, pp 239 - 240 (USSR) I/
ABSTRACT: The effect of radiationvon the properties of ceramics(~b
has not so far been exhaustively studied. The present
work is concerned with the effe-,t of radiation on tg 6 in
B-1 ceramic~6 This ceramic consists of 91.6% talcum,
5.2% kaolin and 3.251, boracite. Measurements were carried
out by a non-stationary calorimetric method (Ref 6), using
an off-balance bridge (Ref 7). T46 irradiation was carried
out on a 15 MeV betatron and a Co specimen. Measurements
before irradiation (Refs 8,9) showed that relaxation
ionisation,and conduction losses appear in this ceramic,
depending on the temperature.frequency and field. In order
to establish the effect of irradiation, tg 6 was measured
as a funct:~on of temperature,frequency and field strength.
It was found that after irradiation by a betatron
(dose rate 4,8 x 10 4 T/h, integral dose 2 x 1,05 'Y*) tjg 6
Cardl/3

82346
s/139/60/000/03/045/045
EO;2/E314
Effect of Radiation or) tg 6 in Ceramlc
remained constant in both weak and strong fields at all
temperatures between 200 and 700 0C. When the dose wets
increased to 2.12 x 10 7 'V~(produeed by Co 6o ) tg 6 remained
constant at0low temperatures but at high temperatures
(above 250 C it increased apprec~lably. The slope of the
temperature dependence in the high-temperature region
after irradiation remained roughly constant. The relaxation
maximum in this case disapp,ared completely. In order to
explain the disappearance of the maximum, measurement,3
were-made of tg 6 as a function of frequency beforg and
after irradiation. After irradiation at 1.06 x 10 t--,
tg b, in general, decreased by a factor of 2. Irradiation
at 2.12 x 107 -'r led to an almost complete disappearance
of the relaxation maximum and to an increase in the
conduction losses. This behaviour of tg 6 after irradiation
at large doses cannot be easily explained,, It is possible
that the barium atoms capture free electrons ejected
by the radiation. As a xesult colour centres are formed
Card2/3 (it was, in fact, observed that the ceramic became d&rker

82346
S/139/60/000/03/045/045
EQ~2/E314
Effect of Radiation on tg 6 in Geraml !s
in colour after irradiation). It is suggested that
if the number of weakly bound barium ions giving rise
to relaxation losses decreases -with increasing dose,
while the number of colour centres Inireases, then
sh a
after irradiation,relaxation lossesyHecrease -while con-
duction losses should increase. In order to elucidate the
effect of irradiation on lonisation losses, measurements
were made of tan 6 as a function of field strength before
and after irradiation. The result obtained is shown in
Figure 3, in which the points refer to measurements boflore
irradiation and the crosses to measurements after irrad-
iation. Irradiation appears to have no effect on thiti
dependence. It follows +hat changes in the structure of
the ceramic material B-1~'due to irradiation by gamma-rays
leads to a reduction in relaxation losses and an increase
in the conduction losses. There are 3 figures and
9 Soviet referencos.
ASSOCIATION: Sib:Lrsk:Ly fiziko-t~e~nicheskiy institut pri Tomskom
gosuniversitate imeni V.V. Kuybysheva (Siberian Institute of
Physics and Technology at Tomsk State University imenA
V-V- 1Cii-rhxr=haxr1
SUBMITTED. Dct-ob-e-r--2V-,- 1959

,r_rj,,mto.ym p3 filike diml*ktrik- 2d. 195.4
rx.ik. d1.l1ktr1.k-v truly 't-7 ..... T.2-f k.--Xo"ftts1i
.r--tI,- ~f tt~. 23 111--l- C-fl,.- - the fty.l- of 1) 1., . I.-'
A3 S3.M, 19F.O. 532 P. Errata slip Innerta,!. 5.COO n~,les
V,nm lad
printed.
~P--aaj Ai=-,- -u1 5=. FW-ch-kif jn4t.-te- I...j P.%.
Ed. or F~- To.L. Sterck.d-1kay.. T-h. W., I.%. Dr.kh.-
"ri. 1 P-rd: ?&sp. td.) G.I. Msma,i I!~-tr.of Physi- -1 ttath-1-:2~*
I XJ. C-11 ?-, It. An!
n A
A
- i -f -p-rt. for tL-tt.t. i-tig.ttg
T
the hy.11l:
P
COTEUSE, Th. 3-.1 All-'J.,I :n C=f-mc. Tn -'. rty.il. If DI-1-tri- hold I.
K,,-- .1 th- "Stitut -..Vqi P.S. TLOS.JAYA nysl- i-i
P., !153 - att~J~l by repr-atative. of the ;rtotl?al
-I f .... ral ~tl.. r , -, 7LI. --
1-tion, -,t of th. rop-%. proseated a% the c-for- ~M -ri-
Of t&A dimc~41~9 vh1th fzli-d- The re-ts In tMis -'-tioo, 1-7 with
di9l"tric p".;Ortl-, -t-, And with
tA -ual -4 ~ .... I---
r.11.tIzm and Irradt~tjav a.-
A -a e4. M, ,I- ~C.--Lna A. lie. f ~tb-
;.;-.rs pr.3-' .-.,at t:. d..1I.j with I...... ~j
tT..kd-s ~f eu- 1"te. A b4ch war* r4tlishv-1 in the --xA.I -qotj7g gj
SS..;a, Seri's ft--ilt-Skj., !-.I xd ;, 7,0. 1~ p.r.o-liti., are menti-I.
'I wh n;-.rt.
Z.To._ Liker. and I D. trif~-!tL.Tcaporatnro Dmpecdv~-*
of C.-tal. 21
Ic lzd=*I,. C.,p..-t.-. W DWI--tri. L~.... of r,-.
gigh-F-1~-,y Fi.1dj V. Ellin Tanperst-
[&Ibt~kijr r1sIkn-t4L-m1tb*$k1y 01, ~- ~Siber~iam FhysI- And
S,%-titin R.,.A-h Institute, T-k) 24
Z-
37
0. the Problas of the St.tj~ -peoMc
Dlal~tric. [Voro-zhsk17 vvlj9kikb-y&y.tTAn=krr I-tltu-
(V~xh Agruit-l lutlt.to)] 39
_!.T. D141.,tric Pox-t.rv of D-ble Liq.14 In the
A b Agrlmlt-al Inetituo.]
Dtx;.:SL*n Ob..rv.d in S_ D,
-=--imal Institute] At A-dl. 57
.Ztri- ef
C', Ad 65
77

..d A.M.
G ~- Lb-^,. St,~dj, or v Ao4 tg6 1. p. -a A. .
:
tion of
;~.
-*-- a- "-was. [I.Stitu.
Y--~Ykh 117~ilznly AS S5ZR, Laning-.1 (IA3*lt.t. of giCt K.,
_.ujr CC.?.=4.
A3
C=. L4-rdlj 91
of Cable
P.PAT In R41&tlnn -~ the Prc;qrtias of to& C~_.
(Paper -- oil)
-kmkiy .... Ct--oh..k1j 1-titot (21--cow P-r Forlo-ri.C 97
105
K-92--kir P,obl- -, the Dj~-o Th-u of ThArnal Phan-" in
'P

11 -
1. T. 0
ii~ rip. u t.k!.Itbv.k
-.t or DI
F~ IY
ivetit.t I.. v.i. n,y.~& (L..loa) (Lnl.cmd Zl~tmt~~=Inkl I"tl-Qtg
12-1 V.r.-Mly- (Lani.)] 124
-"&-1trwb-ko D.A- and V.A. nevol,v. Use or c-iai Assenetors yor
a --p-Ific Jd--j- C.;-ite
Ptolation to T-pora-uro [1"titute of HA& Molovdar Ccm,--m, Atedony or
SI.-., USSR, L-iagradj 132

. to " the jlqC%_ph,tor&pbjC
lhlzd- I S. 4
-
-t -11 SSS.:L Msp-~ f!nstituto of Cr-.9t.1-
I
1cirr-PhYl A-41.7 of US&R, M..I-)3 1)9
Gubkln, A.N. And 7-F. -Sjzr~ljranka-Om Charge Statilltr of Im3ranic Xla~tmtm
P.S. l4bd.l. AS USSR, '.sc,-j 150

FILATOV, I. S. Cand Phys-Math Sci -- "Dielectric losses in ceramics in strong
high-frequenoy fields under high temperatures*" Tomsk, 1961 (Tomsk State
Univ im V. V. Kuybyshev). (EL, 4-61, 165)
-48-
0-
T~
.q
fj i~ ,_1 YM NO

VOROZHTSOV, B.T.- W11STEROV, V.M.; Ul,'OTRINSKAYAJ, Ye.A.; FILATOV, I.S.
Dielectric properties of insulating materials following gam.,.-a
irradiation. Part 1. Methods for measuring the dielectric
characte-istics during irradiation# Izvovys,uch,zave; fiz,
no.4:163-170 162. (MIRA 15:9)
1. Sibirskiy fiziko-tekhnicheskiy inst-itut pri To,~-,skor:
gosudarstvennom universitete imeni V.V. Kuybysheva.
(Dielectrics, Effect of radiation on) (C~avna rays)

FI L&I
67
h3537
r s/196/62/000/023/004/006

AUTHORS$ Vodoplyanov, X.A.~ Vorozhtmov, B.I.,
Potakhove# 6.1.# LAvrovt M,Dow"' Neaffielovot YoeSev
terov.-S.M. Vorothtsova, I.Q.* 01'shanakayaqN.I.s
Jyen
Ziminat YO.A*9 Mikhayloves T.G., Sitozhevskayas G.,V.o
and Filatov, I.S.
TITLEo The influence of betatron radiation on the
dielectric properties of certain electrical
insulating materials
PERIODICALs ReferatLvnyy thurnal, Elektrotekhnike L onergetika,
no.23. 1962, 12-13o abstract 23 8 67. (In collections
Zl*ktron. uskoriteli (Zlectronto Accelerators)l
Tomsk, Tomskiy un-t, i961,.308-318)
TEM "'The temperature and frequency aharocteristics of
electrical 4noulating materials were investigated before and after. .
y-irradiati on at dosages ranging from 1041 to 2 x 103 radalwith a
dosage rate r nXin from 3U0 to 1300 rade/minuto at temperatures
a 9

of -6o~ -20 0
and +60 C and under tropical conditions (40 OC and
relative hu midity of 98%)1 the source of radiation was a
Cord 1/3

OP.

The influence of betatron radiation... sllgb/62/000/023/004/006
E194/E155
15 MoV betatron. The characteristics of polyethylene were not
altered-by a radiation dome of 103 rade (the measurements were mad*
at about 109 c/o). The iow-rrequency tan 6 of plastic bx_4 (AG-4)
innamed (jarticularly after irradiation under tropical conditions
and t -60 C) but the value in the frequency range 105 - 1013 C/o
did not alter. Evidently irradiation increases the resistive Coe-
ponent of loss by conductivity and does not alter the relaxation
components. Similar results were obtained for plastics K-114-35s.
X-211-3 and 4)Knt4 -25 IMPH-25). In the case of textolite with a
silicoorganic bindar OKM -1 (SKM-1), a dosage rate of 500 rade/min
firm* increases the low-frequency tan 6 only up to about 10 rads,
and ih,n diminishes it. Above 1200 radolmin the tan b steadily
decrease*. It is povoible that with heavy dostages and high dosage
rates a.process of binding together reduce@ the tan 6. In the
silicoorganic resins 14 P -2 (-14R-2), 14R-6 and 14R-15, dosage
rates of 500 rade/min and a dosage of 105 rade cause a small
increase in canducCivity and tan 6 at low frequency, but this
change disOpeare as tompersture.curves are being taken, so that
the shape oK the rev*rse.tomperature curve coincides with that
Card 2/3
Z "-4
'0
"Y

8/196/42/000/023/004/006
The Influence of betatron radiation..
E294/E155
for the non-irradiated material. Irradiation of varnishes K-471
976.1, and VIII'M -16 JHGM-16) under various conditions caused no
change in their electrical insulating properties. Irradiation of
steatite ceramic (1). B&O, 91.6% Onot talc, 5.2%'kaolin, 3.21*
boracit*) (with a dosage of 2 x 105 rads) did notalter the shape
(measured a 0 c/o) either in
of the temperature curve of tan 6 t I
weak fields J943 V/cm) or' in strong (1890 It/on). With a dosage
of 2.12 x 201 radeg tan 6 measured at 94.% Vlow was not altered at,
low temperatures but increased appri,ociably at temperatures above
400 *C.
13 illustrationso 31 references..
as complete tiranslation
[Abstractor's. not,
C
rd 3/3,
,a
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---A UT11 Oft.' ------Potiikhova.---G.I,,-Vorozl-itsov, B.T.
TITLE:,: - -Dke'Lec tri c-propert i ,s----o-f- insulating - ma t eria 1 s during
M -6)-
gamiria-irradiation. I IV. A)oNy compound 6 D-
lzv,~stiya vysshikh uchebnykh zavedeniy. Fizika,
no-L, 10,63, 155-159
TE.):T: The resiilts of studying the dielectric losses and
permittivity of ED-6 compound during gaitmia irradiation are ggiven.
Both the effect of the intensity of the dose and cumulative dose of
radiation wits considered in terms of the dielectric characteristics
of the compound in relation to the frequency of the external field.
The investigations were carried out at various temperattires, in.
atmospheric conditions, in vacuo and under tropical humidity. Of
particular interest uras the study of the effect of quartz filler on
the dielectric properties of the above compound under the conditions
of irradiation. Similar methods to those described previously
(Izv. vuzov SSSR, Pi,,ika, no.6, 1962, 143) were used. In spite of
the presence of' the polar epoxy groups the dependence of tan 5
for pure ED-6 on the frequency is very weak and disappears with
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Dielectric properties E202/E420
. . .... Irr-adii%-tion-ha-1 little effect oil the
above relation and on the 11"agnitude of tan 6. These differendes--
were calculated when irradiating with an intensity of 670
The electric breakdown of pure El)-6 showed that when the
irradiating dosie is of the order of 21100 r/min there is no change
in the breakdoi-n-i value.~;. El)-6 with quartz filler when exposed to
gaimim irradiation showed a change in tan & which was most
offective at low frequencies and decreased with increasing
frequencies and temperatures. Experiments carried out in vacuo
showed that tho latter phenomena are due to the --ntrinsic 4--hanges
within tile sample itself and i-Lot a result of secondary phenomena.
It was found that the discrepancies in tan 6 between theoriAical.
and experimental values increase with frequency- tile calCUlatCd
values after irradiation were of the order 2.8 ~ 10-6 while the
exi)crii,-ienti%1 values were 1.6 x 10-2. It jra.,j concluded that the
effect of gamma irradiation for dose ievels up to 650 r/min in tile
region of low Crequencios leads to the increase of tan 6 In quartz
filled z -6. This effect, decreases with increasing frequency of
Lhe electric field and temperature of the sample. The value of
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1',Iiclc.ctric properties 1`202/1-1'420
tan 6 in the quartz filled compound ,,t ii Fixed frequency 'wras
g_ '3 It was also
cletermined by the intensity of' the it-radiatin, do-c.
Cound that the specific volume resistivity of ED-6 decreases with
the gamina irradiation. Finally, it was shown that in materials
with ~A quartz filler tit(,- increase of tau u clurin- irradiation is
duc to the quartz. There are 5 figures and 2 tables.
ASSOCIATION. Sibirskiy fiziko-tekhniche.,;kiy institut pri Tomskoin
gostaniversite-te imeni. V.V.KL1ybyshcva (Sibe-rian
Physico-tochnical InstiLuto at Tomsk State University
:jmcni V.V.Kuyby!~hev)
SUBMIM:,D: November 30, 1961
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ACCESSICK M A14041843 G/0139/64/000/003/0007/0011
AUTHORS: Vorozht-sov, D. I.) Filator, 1. a.
TITIE., Effect of gomm radiation on the dielectric Vlp~-orertieis of &YMMUS
dense ceramic
SOMM: IM Fizika, no. 3, ~964o 7-11
TOPIC TAGS: ceramic dielectric,, ceramic technoloEor, gamma radiation, Uelectric
constant, dieleabric loss
tale-baae ceramic, the authors plotted the dependence
ABSTRACT: In studying a
of the tangent of the dielectric loss angle and the dielectric constant on the,
temperature, frequency, and field intensity before, during, and after irradiation
vith gamma rays from C;6O at 20C and at relative humidity 68%* It is concluded
that the properties of the ceramicj, both followinj the action of.gw= radiation
and during the interval of "If6irra4lation in a weak field,, can be noticeably
changed (as a rijoult of destruction of the structure of 'the material'following
vitrification with ;ormation of color centers) onlywhen the radiation does is
large (more than 100 r). Ttw relaxatic'n losses decrease vith increasing dose
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ACCFMICH INR- i%M41843
and the conductivity loospa increase emevhat. In strong fieldB, even a slight
radiation dose (2.25 x 104 r) leads to a sharp increase in the-dielectric con-,
atant and loss angle, owing to the strong dependence of the ionizatiai of the
i gas in the pares of the material in the hf field an the action of the external
ionizer. Orig., art* has: 5 figures.
ASSOCIATIONt Gibirskiy fiziko-tekhaicheakiy institut pri Tamskon goouniveroitete
imeni V,,,V* KXWby*she" (Siberian Phycicotechnical Institute atTmkftate Uni-
versity)
1 StaKEM P.%iui62 MM 02 SUB CCDE1 EGj,6S
no IMF 807: 013 006
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ACCESSION NRs P4041843
ENCLOSURES 01"
4
4
41 Ox mi'm AV Im I v
Temperuture dependence of loss angle TYtquency dependence of cammic loss anple'
befire abd after '!irradihtion. Curve before and.after irradiation.
1 strong field, A - before irrad, 1 - before irradiation
..o after irradiation, Curve 2 - 2 and-3 - After* irmdiation
s#-ong field, o - before irradiation
x
after irradiation
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