SCIENTIFIC ABSTRACT KOZLOV, F. M. - KOZLOV, G. I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000825820016-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Sequence Number: 16
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

GOROKHOV. I.G., KARAVAYFV.A, Z.F., ISY'~
t..,.,.AjtTAMONOV, G.V.. red.;
.jt~Lt
SHAMOVA, T.A. aredvtzdva., ROKANOVA, V.Vq & telchn,rad,
Napa tind htInses; a entn1oc] rarty i atlney: katalog. [Koekvnl
Glarknigotorg M-va kulltury SSSR, 1958. 105 -p;'-[Order blanks for the
entnlog "Hape and Atlases."] Zaknz po kntplogu "Karty i atlnsy."
1958. 42 p. (MIRA 11:9)
(Bibliography--Maps)

MWWROVA, G.H., otv.red.; SMWV. S.I., red.; BASHUYINA, G.N., red.;
YOROKINA, A.N., red.; GURBVICH, I.Y., red.; ZASUVSKIY, I.I.,
red.; KOZLOV, P.M., red.; LARIN, D.A., red.; RAUSH, V.A.. red.;
SAMOi6O-VTT.-r- -.red.; SINMnOVA, G.K., red.; SLADKOVA. Te.A..
red.; STROYEV, K.F., red.; SCHASTHXV, P.N., red.; TUTOCHKIM,
V.A., red.; RRMT, V.G., red.
[Geographical atlas for the fourth grade] Geograficheskii atlas
dlia 4-go klassa. Moskva, Glav.uprav.geodez. i kartografii K-va
geol. i okhrany nedr SSSR. 1960. 16 p. (MIRA 13:8)
(Atlases)

SURONQVA, V,A., otv.red.; SIMMY, S.I., red.; BASHLAVINA, G.H., red.;
TORONINA, A.H., red.; GUMITICH, I.V., red.; ZAMAVSKIT, I.I., red.;
_i~oy ~F_,- red.; LARIN, D.A., red.; RAUSH, V.A.. red.; SAMOTLOTA.
I.I., red.; SLA OVA, Te.A., red,; SPROYET, K.F., red.; 3CEL=NEVp
P.N.. red.; TUTOCHKINA, T.A., red,; IRDMI, T.G., red.; DYU22EYA,
A.M., red.kart; POLTANSKATA, L.A., red.kart
[Geographical atlas of the U.S.S.R. for the seventh grade] Geogra-
fichaskii atlas SSSR dlia 7-go klasus. Moskva. 1960. 31 col WISPRO
(miRA 14:3)
1. Russia (1923- U.S.S.R.) Glavnoye upravleniye geGdezii i karto-
grafii.
-C

MFJWR, M.M.,.otv.red.; SHUROV, S.I., red.; BASHLAVINA, G.N., red.;
VORONINA, A.N., red.; GUMICH, I.V., red.; ZASLAVSKIY, I.I., red.;
.jKPg~OY,__F,.j4.i red.; LARIN, D.A.. red.; LYALIKOV, H.I., red.;
HAMAYEV, I.I., red.; NIKISHOV, M.I., red.; RAUSH, V.A., red.;
SAHOYLOV, I.I., red.-; SLAIKOVA, Ye.A., red.; STROYZV, X.F., red.;
SCHASTIM7, P.N.. red.; TTJTOMINA, V.A., red.; ER I, V.G., red.o,
BUSHUYEVA, M.P., red.kart; DYUZHNVA, A.M., red.kart; KROTKOV, B.S.9
red.kart: HNSYATSWA, L.H., red.kart; FMOVA, Z.P., red.kart;
POLYiI3J.'k.,.YA, L.A., red.kart; SAFROHOVA, V.A., red.kart; YBDOTOVA,
N.I., red.kart; FETISOVA, N.P., red.kart; CHEMiYSMA, L.N., red.kart;
BUIaMIOVA, N.I., tekhn.red.; KU2NETSOV.A, O.L., tekhn.red.; NIKCLAUTA.
I.11,p tekhneredo
[Atlas of th3 U.S.S.R. for the secondary school; course in economic geo-
\,gaphyl Atlas SSSR dlIa Brednei shkolyl kurs ekonomleheskol geogrefIl.
oglcva Glav.uprav.geodez. i kartograf i M-va geol.i okhrany nedr SSSR,
19 0. 30 V* (Geography, Economic--MBpa) (KIRA 13:12)

KOZLOV; F.M.
A,
Atlas of the Ukra4nign S.S.R. arul the Moldavian S.S.R. G*A. i kart.
no-5:60-62 I~r 162. WIRA 15:7)
(Uk~aine-Maps) (Moldavia-Maps)

KOZLGL F.M.
Atlas of the U.S.S.R. Geod.i kart. no.8:65-68 4 162.
(KFA 15:8)
(Ruseia-maps)

KOZLOV, F,M,
Now sellool atlases and maps. Geog. v shkole 25 no.1:0,3-94
Ja-F 62. (MIRA 15:1)
(Atlases)

BARANSKIY,, N.; KOZLOV, F.M.; POPOV, A.P.
Bookshelf. Geog. v shkole 25 no-4:93-94 Jl-Ag '62,
(KRA 15:8)
(Bibliography-Geography)

KOZLOV, F.M.
Now mapa. Goog. v shkole 25 no.3:96 Ily-je 162. (14DUl 15:7)
1. Redaktor Glavnogo upravleniya goodezii i kartografii.
(Bibliography-41aps)

KOZLOVY F.M.
New atlases and mapq, Geog, v shkole 25 no-5:91-92 S-0 162.
(t-IIN, 15:9)
(14aps)

KO.". lvv , ".
I
'Xi oal ea onomi c m;i ~- r of -(-f' 1 . (1;1~7'J' . ( .~ :;r,.'~:-/,`7 S 1~4.
- -L 1'!: 12)

KOZLOV,, F.M.
Geographic atlas of Kalinin Province. Geod. i kart. no.11158-60
N 164, (MIRA 1882)

PROKOPIYEVA, M.S.; FILYUSHENOK, S.V.; INIKOLAYEVA, R.I.; CHECFJWOVA, M.V.;
MIKMYLOVA, A.A.1 STRMOVA, A.V.; IOPUKU, II.Ye; XOZW F.F., red.;
-
VOINOV,, K.F., red.; BABESHKINA,, K.v tekhn. red.
[Economy of Pskov Province; statistical collection] Narodnoe kho-
ziaistvo Pskovskoi oblasti; Btatisticheskii. sbornik. Leningrad
Gosstatizdatp 1960. 175 p. (MIRA 14:61
1. Pskrv (Province) Statiatichesko-ye upravloniye.2. Rabot-
niki ~tatisticheakogo upravleniya Pokovskay oblasti (for an
except Kozlov, Vainav,-Babeshkina). 3. Va-b-11nik Statiatiahaskogo
upravleniya Pskovskoy oblasti (for Kozlov). 4. Zamestitell nachall-
nika Statisticheskogo upravleniya PskovskOT, o lasti (for Voinov)
(Pskov Province-Statist s~
1-0

KOZLOV, F.P.
flew develoDmento in thm upgrowth of induatr-j and transportation.
Gflo,q,. v Bilkole 21 no. 1:15-22 Ja-F '58. tHIRA 11:7)
(Ks zaldista n-- Industries)
(Ka zakheta n--Tra neportit Ion)

KOZLOY, F.; SHISHMANTAN, Zh.; GAGARNIKOVA, T.; KOVAL', V.
Ultra-ehortwave operators on the air. Radio no.11:17 N '56.
(MLRA 9:12)
1. Predeadatel' korotkovolnovoy i ulltrakorotkovolnovoy saktoiy
radlocluba. Tereven, Armentya (for Shishmanyan).
(Radio, Shortwave)

AUTHORS: Kozlov, F., Baganov, 3. 107-58-6-28/58
TITLE: More Attention to the Ult~ashort Wave Sport (Bol'she vnima-
niya UKV sportu)
PERIODICAL: Radio, 1958, Nr 6, p 24 (USSR)
AL3TRACT: The constantly increasing number of ultrashort wave radio
stations requires strict discipline from all radio amateurs.
Receivers with poor or improper modulation should be restrict-
ed from operation, since they disturb the work of other radio
statiohs.
Card 1/1 1. Radio-Amateur personnel 2. Radio-Operation 3. Radio-
Restrictions

AVMR: Kozlov, F. P. 86-58-6-30/34
TITLE: ~K Checkiftg"W-ii~ for Thyratrons (Prisposobleniye dlys, proverki
tiratronov)
PERIODICAL: Vestnik vozdushnogo flota, 1958, Nr 6, p 8o (USsR)
AWMACT: The author gives a description of his device for checking the ef-
ficiency of thyratrons of the TG2-0.VO.l type used in aircraft radio equipment.
The device consists of the following parts: a metal or vx)oden frame, a tube
socket, a double wire with plug, a high voltalp filter inductor, an HU-13AM
motor-generator set, a potentiometer (250 ohm )., a variable resistor (200 ohms),
and K-205 or K-204 type keys. The circuit is fed by the aircraft power plant
at 22-28 v. There is one diagmm.
AVAILABLE: Library of Congress
Card 1/1

SOV/86-59-30/39
AUTHORS: Kozlov, F.P.
TITLE: A Portable Set (Perenosnaya ustanovka)
PERIODICAL: Vestnik vozdushnogo, flota, 1959, Nj- 1, P 71 (USSR)
ABSTRACT: The author states that in his unit a portable set was
built which permits the checking of the electric parameters
of bomb racks, electric starter, and the electrically
controlled valves of the pneumatic system. It also can be
used as a circuit tester. There is one diagram.
Card 1/1

NOZLPY,Z&IL, KOSYGIU. A.N. I ZASYAD'KO, A.E.; NESMKYANOV, 1-N.; AUTROPOV, F-Ya.;
YXLYUTIN, V.P.; YaJDAKOV, A.P.; KIRILLIN, V.A. ; TOPCHrrAV, A2-dr V.,
BLAGONUVOV, A.A. ; SHWTAXOV, L.D.; MULIN, A.A. ; KELIHIKOV, If-V- ;
KRASIJIKOVSK IY, G. V. ; TOPCHMV, A-y V. ; B OYKO, A. A. ; BRATCHFMO, B - F.
GRAFOV, L-Ye.; KUZIMICH. A.S.; RRATM4KO, I.M.; MAITIKOVSKIY, G. I.;
PLA S12T, I.N.; AGOSHKOV, M. I.; SPIVAKOVSKIv,, LO.; POC-MMOV, K. I.;
KRASOZOV, I.P.; KOZHEVIN, G-V-; LIND7-.IAU, H.I.; KUZNETSOV, K.K.
Academician A-A.Skochinskil; obituary. Bezov.truda, v prom. 4 no.11:
18-19 it '6o. (MIRA 13:11)
(Skochinskii, Aleksandr Aleksandrovich, 1873-1960)

-KOSYGIN, A.N.; ZASYA-D'KO, A.F.; NESNEYANOV, A.N.;
ANTROPOV, P.Ya.; YELYUTIN, V.P.; IWAKOV, A.P.; KIRILLIN, V.A.;
TOPCHIUIV, Alck.san-Ir V. ; BLIGOIrAAVOV, A-jL ; SIMVYAKOV, L.D. ;
SHILIN, A.A.; M2HILINIKOV, N.V.; KRASNIKOValY, G.V.; TOPCHITEV,
Aleksey V.-, BDYKO, A.A. , B11ATC10TKO, 13-P.; GILUOV, L.Ye.,- KIJZIMICH,
A..;.; KRATEKKO, I.M.; 1.!Ali'KOV.WIY, G.I.; PLAKSIN, I.N.; AGOM)OV, M-I.-,
SPIVAKOVSKIY, A-O.; POCK-21KOV, K.I.; KRASOZOV, I.P.; KOZnVIII, G.V.-,
LINIWAIJ, N.I.; KIJZNETSOV, K.K.
Academician A-A.Skochinal,~li; obituary. Hast.ugl. 9 no.11:22 H
(MIRA 1.3;12)
(Skochluklt, Alekeandr AlaksarArovich, 1873-196o)

KOZLOV, F.R.; KObIGIII, A.M.; 7,ASYADIKO, A.F.; NESMANOV, A.H.; ANTROPOV,
P.i-a.;
YELUTIN, V.P.; RUDAKOV, A.F.; KIRILLIN, V.A.; TUPCHPUEY,
Aleksandr V.; BLAGONRAVOV, A.A.; SljEVYAKOV, L.D.; SHILIN, A?A?;
RELINIKOV,ILV.; KHASNIKOVSKIY, G.V.; TOPCHIYEV, Aleksey Y.;
BOrKO, A.A.; BRATCHENKO, B.F.: GRAFOV, L.Ye.-, KUZ114ICH, A.S.:
KRATZNKO, I.M.; MANIKOVSKIY, G.I.; PJAKSIN, I.N.; AGOSHKOY, M.I.
SPIVAKOVSKIY, A.O.; POCiNIZOV, K.I.; KRASOZOV, I.F.; KOZHEVIN,
G.V.; LINIMLAU, N.I.; KUZNETSOV, K.K.
A.S.Skochinskii; obituary. Vest.AN BSSR 30 no-11:73-75 H 160. (MIRA 13:11)
(Skochinskii, Aleksandr Alekaandrovich, 1874-1960.)

BOKSHITSKIT, Ta.M.. inzhoner; PEWSBV, M.A.. in~oener: KOZLOV, F.Y..
Inzhener.
Avoiding the formation of axial cracks in alloy steel i ots. ~
stall 16 no.7:602-608 JI 156. ~NLRA q.-9)
1. TSantr&llrqy nauchno-isuledovatellskiy institut chernoy
metallurgii i Zlatoustovskiy metallurgichookiy zavod.
(Stael--Electrometallurgy) (Steel ingots)

AUTHORS; L~~~,_,__Tenenbaurrj I. M.
S/089/62/012/oo6/ol6/019
31C2/B104
TITLE: Systematic errors of gamma-ray assaying and possible means
to eliminate them
.'PERIODICAL: Atomnaya energiya, v. 12, no. 6, 1962, 535-556
TIXT: The systematic errors occurring in the process of measuring the
--amma-ray intensity (in gr/hr) of ores and its conversion to uranium
equilibrium per cents (cf. Shashkin, Atomnaya ener_~iya, :1, No. 1, 48;
No. 2, 157, 1957) are estimated. From a comparison of the results of
gamma-ray and "groovo cosaying" for five uranium deposits, it can be oeen
that the first yields values which are hiiher by 27-133'11'- For pay
ores the valuee agre; within 3-9-', and for rich ores gamma-ray assaying
shows a 6-53',a s's%enzatic depression of the values. In order to get
reliable accurac .
.1 vatimates such comparisons were made for 1166 different
samples from fitt! iLines and for 46 samples from four mines of one deposit
with impre6n_t.~d ore. The effects which leaud to the raised-values in
gamma-ray assaying were analyzed. The actual content of uranium can be
Card 1/2

8/089/621/012/006/016/019
SYstematic errors 3f Aamma-ray B102/B104
determined Irom t.ie nurvea of the above-mentioned comparison. There are
4 fi'ures-
3 jB;.. 1-2-1 ED: October. 28, 1961
Card 2/2

KOZLOV, F. V., Engineer, and B. I. SMIRNOV, Engineer
"Methods of' Determining the Productive Capacity off Shipyards."
(Determining Productive Capacities in Machinery Manufacturinf') Nl(,,scow, Nllash~,iz, 1957.
75 PP.

KOKICHEV, Valentin Nikolavevich; KOZLOV, F,V., retsenzent;
YERQ,',ITSKAYA., Ye.Ye., red.
(Noncircular joints in marine engineering] Nakruglye
soedinenLia v sudovom mashinostroenii. Leningrad, Sudo-
stroenie, 1965. 116 p. (MiRl is: 5)

YIOZILVR I ho
Standard hydraulic equipment for macbIne-tool units and automatic
lines. 1.1a-shinostroenie no.3:1/+-22 My-Je 162. (MIrU 15:7)
(Machine tools-Hydraul-ic drive)

Mum. G. ~,
From conventional machine tools to tools with program
control. Znan.nila 35 no.7:7-8 J1 160. (MIRA 13:7)
(Automatic control) (Machine tools)

KOZLOV, -..
Building of communism and several methodological problems
of economics. Vop. ekon. no.1:36-52 A 164.
(MIRA 17:3)

KOZLOV, Oenrikh Abramovich
Kozlo-v, Genrikh Abramovich Economic calculation in a socialist society
2. izd. perer. Moskva Gos. izd-vo polit. lit-ry,1945.
89 p. V pomoshch 1-zuchaiushchim politicheskuhi ekonomiiu (51-22769) HC335-K872 1945

Abramovich
Kozlov, Genrikh Abramovich 0 platiletnem plane vosstanovleniia i zszvitAa
narodnogo khoziaistva. SSSR na, 1946-1950 9g. Materialy dlia lektorov --
propagandistov sbornik state! i lektsee concerning the Five-Year Plan for
the reconstruction andcbvelopment of the national econoV. of the USSR
for 1946-1950. Materials for lecturers and rronagandists Yoskva Izd-vo
Vyssl~,el PartUnol S'nkoly-pri TSK VKP (b) a,946
183 p.

KOZLOV, G.
USSR/Govt Iconamle Policy 41JY2. and Doc 1947
3141.0205
Monetary Reform 4909.
"Advantages of Soviet Monetary System and Monetary
Ref orm.,(%, Koziov, 10 pp
"Partiynaya Zhiznl" No 24
Discusses USSR monetary system., how it benefits
.workers and how It.19 related to recent monetary
refom, Comparlsone made between aftereffects of
Var an USSR econooW:ana that, of capitalistic coun-
tries. Monetary reform explained away, in part, by
vast Increase of money In circulation during period
.'of lesser consumer production. Cites military ex-
penditures from 1940-1947 as factor.
LC 16G"
16G35

KOUX07, D.M.; KOZUX, G.A., redaktor.
lwam,31 Zarabotnaia plata. Moskva, Vyoahaia partilnnia ahkola pri
TsK VSS* 1954. 28 p& (MIBA 8: 4)
(WageE;)

BUDARIN, V.A.: PAIMUM, U.A. KOZWV G A., otvetstveaW redEilctor;
~U*'Rnogo radaktors; RAGHKO, V.,
ZHDANOYA, Z.A., zameatite, 0
redaktor; UIROYN, A., tokhnicheekly, redAktor
[Album of visual aide for studyiv, polttical economy; "capitalism"
section] Allbom neglisdr7kh popobii po politicheakoi ekonomli;
razdel "Kapitelizm." Clening*radl Goo.izd-vu polit.lit-ry. Pt.2.
1956. 38 Plates. (HLRA 10:10)
1. Kommunistichaskaya Partiya Sovetskogo Soyuza. Vysehaya
partlynaya skola.
(19conomic conditions)

wC 2- L-C, .; , 67- r\ ,
KOZIOV, Genrikh.Abramovich; AROV, 0., red.
[First steps in the development of commodity production; an
Introduction to the theory of commodity production] Pervye
stupeni v razvitii tovarnogo proizvodstva; vvedenie v teoriiu.
tovarnogo proizvodetva. Mosj:v&, Gos.izd-vo polit.lit-r-y. 1957.
134 p. (MIRA 11:2)
O~conomicB)

KOZLOV G ~~ -, rp. ~. I , 1'
~- - -
The quantity of money circulation indispensable in a socialist
economy. Vop.akon. no.2:34-48 F '57, (KM 10:5)
(money)

ABRAMOV, V.A.; ALLTSEYW, A.H.; ALOT~'R, L.B.- ARAKELYAll. A.A.- BAKUNOV, G.I.;
BOWHOiDV,
O.T.; 3CR, M.Z.; 3PYGEL'.
BASOVA, I.A.; BLYU14111, I,G.'
H.Ya.; VNYT811104, II.R.; VIKII)T'YXV, A.I,; GAL'TSOV. A.D.; GERTSOYST-ATA,
II.R.; GLADKOV. I.A.; I)VOKIN. 1.N.; DRAGILE'll, H.S.; YMMOV, A.H.;
ZHAIIIII, V~A., ZHUK, I.N.; ZAMY.ATIIIII, V.11., IGITATIYEV, D.I.; ILIIII.
14.A.; WIN, S.S.: 101TE, Ye.A.; KAYE, V.A.; KAKWITSER. S.Ye.;
KATS, A,I.; KLIMOV, A.G.; KOZ-LIQY.. G.A.; KOLGANOV, N.V.; KOIITOROVICH$
V.G.; ]MAYEV. N.A.; KROIROD, Ys.A,-, DUMAN, I.L.; LIVANSXAYA. F.V.;
LOGOVIIISKAYA. R. L. -, IjYUBOSHITS,, L. I. : KALYSH, A. I. : MJWHINSKlY,
Ye.A.; IIIKHAYLOVii, P.Ya.; HOISETEV. M.I.-, IIOSXVIN. P.M.; IIOTKIN.
A.I.; PARTIGUL. S.P.; P~RVUSHIII, S.P.; PETROV, A.I.; PETRUSHOV, A.M.;
PODGORIT011A. V.M.; RkI31110111CH.JI.A.; RYVKIII, S.S.; RYIMIIIA, M.N.;
SAKSAGAUSKlY, T.D.; SAIISONOV, LIT.; SMXUIOV, B.M.; SOKOLIMIN. S.1.-,
SOLL'JtTINSKAYA, Ye.l.-, SUDARIKOV. A.&.; TATAR. 8.K.; TFaMITIYEV,
P.V.; TYAGAY, Ye.Ya.; FITOIN. Ya.G.-, FIGURNOV, P.K.; YRUMICIN. II.B.;
TSYRLIII, L.H.; SHAMBIRG, V.M.; SHAPIHO, A,L; SHCHMIKOV, S.A.;
ll,"ONLIMAII. B.1.; EM1111. P.B.; MITROFAIJOVA, S., red.; TROYAIIOVSKAYA, N.,
tokhri.redo
[Concine dictionar7 of economics] Kratkii ekonomicheskii slovarl,
Moskva, Gos.izd-vo polit.lit-ry, 1958. 391 P. (MIRA 11:7)
(Econoutics-Dictionaries)

KOZLOV, Genrikh.Abramovich, prof.; SHIRINSKIY, Ivan Dmitriyevich.
dotsent; KWAIKOV, Dmitriy Makelmovich, prof.; MOROZOV.
Alaksandr Vesillyevich, doteent; BELYAYEVA, Zoya Hikolayevna.
kand.ekonom.nauk; KORYAGIN, A.G.. red.-, PRCKOI?IYHV, S,P,j
red.; NADMOV. )[.H., takhn.red.
(Capitalist methods of production] Kapitalistichaskii sposob
protzvodstva. Hoskya. lzd-vo VPM i 10H pri TsK KPSS. Pt.1,
1959. 237 P. (KIRa 12:6)
1. Kommmistichee6ya partiya Sovetskogo SoMa. Vysshaya
partiynaya shkola. Kafedra politicheskoy ekonomij.
Occonomics) (Capitalism)

KOZLOV, G.
Socialism and commodity-monetw7 relations. Vop. ekon. no.11;
13-27 N 6o. (MIRA 13:11)
(Economics)

Lm I ~J, V. 1.
farazaguette re--onance sycctra of channel.
39 110.21:2,7 1-2778 N 165.
g(;:3tlwirstvf!,nny-y urilverntUit A

KOZL,Ovp G*A~
A chamber for microscopic examinations of biological objects
at the temperatures ranging from +1000 to -500 C. TSitologiia
5 no.60M-704 N-D 163. (KM 17s10)
1. Radiologicheskaya laboratoriya Institute perelivaniya krovi,
Leningrad.

TE
'n Ko
tra
6 -5 1 - t-,;- ~3
216 no..,
wva
muno:

KOZLOV~ G.A.., naladchik konfaYtno--svarochnykh mashin (Yarcslavll)
I --:-r,7ed hoisting Mechanism, Putt i. plt.khoz. 9 n,'.400 165.
mp 1, (M I R.' A 18 z 5)

KISEU,V, A.V.; XOZLOV, G.A.; LYGIN, V.I.
Flectron paramagnetic resonance of modified Ukhti channe.. blacks.
.1
hur, -Viz. kh1m. 39 no-5:1256-1263 "j 165. (M~P-k 18;81
1. Khimlcheskiy fakulltet Moskovskogo gc-nudarstAjrn,-iCF.O
universiteta imeni YU. Lomonosova.

ACCESSION NR: AR4ol5665 S/0081/63/000/021/0343/0343
SOURCE; RZh. Khimiya, Abs. 21MI22
AUTHOR: Teterin, P. K.; Vdovin, V. F.; Koz.l.ov,.,G. B..
TITLE: Selection of glass fluxes for hot pressing of steels and alloys
CITED SOURCE: Steklo. Inform.-materialy'k Gos. n.-i,.,In-ta stekla, no. 1 (118),
1963, 57-61
TOPIC TAGS: glass flux, hot pressing glass flux, steel pressing flux, alloy press-,
ing flux, flux identification, high temperature flux property
ABSTRACT: Universal glass f] uxes for pressing steels at any temperature are not
available. The authors suggest that the best flux to use in pressing steels and
alloys for millable blanks Is a glass which exhibits the properties of 185V glass
at 1150C at the temperature of ~rdissinq in a container. Glass flux exhibiting
the properties 6f'491ass 269 at 1150C at dischar�e tdmperature can be used when
pressing steel and alloys for glass collars. To insure proper use of glass tluxes
in hot pressingi dach manufactured"Jot of glass should be tagged with a rating
plate in the form of a viscosity-temperature graph. Authors' summary.
1/1 DATE.'ACQ: O9Dec63 SUB CODE: ML, MA ENCL: 00

o'llaervation of'
Koll. ?hur. 2*1
or;
11
no..
(MrRA l8s6)
jm;ititat imeni lensoveta.
i-ce formi,tion 'In coolrd. inverf;e
-,2;"!--288 Mr.-Avl 165.

mm

KOZLOV, Connadiy Domlyanovi ch; NEFEDOVA, V. 1. 1 rcd.; LIORIUNOV, N. 1. ,
tekhn. red.
(Now contactleso magnetic components] Novye beskontaktnye
riagnitnye elementy. Moskva, Gosenergoizdat, 1963. 79 p.
(Biblioteka po avtomatike, no.92) (111RA 17:1,)

,~, " ~, --, /.-, C', ~/ 6. _/,),
AUTHOR KozloyG.D. (Moscow) 103-9-7/9
g'- f
TITLE Ma ne-f -c--ffelay with Ferritti Cores.
(Magnitnoye rele na ferritakh Russian)
PERIODICAL Avtomatika i Telemekhanika,1957,Vol 18,Nr 9,pp 847-851 (U-S,S-R-)
ABSTRACT A magnetic amplfier,which works as a relay and in which the magne-
tic relay is fitted with ferrite cores,is investigated in the case
of a repeated modification of the current at the relay load(loo -
2oo).For the purpose of conserving the relay characteristic in the
amplifier a positive feedback with a sufficiently high coefficient
is introduced.The coefficient of the feedback is the ratio between
the current field Yalue,which is generated by the feedback current
in the same magnetic conduction domain where also the alternating
field current is actiTe,and the average current value of the alter-
nating field.One of the most important factors in computing a mag-
netic relay is the selection of the magnetic modes of operation of
the core both in the case of lacking and existing magnetizing fields
It is shown that,in order to obtain a high degree of current modi-
fication in the load,it is necessary to use a sufficiently great
slope of' magnetic permeabilitj,which is created when the magneti-
zing field changes from zero to its maximum value. A complete com-
putation of a magnetic relay is here given as an example.
There are j figures and 5 Slavic references.
SUBMITTED August 31,1956
AVAILA3Li~ Library of Congress
Card 1/1

BOYARGEMOT, N.A.; VOLODIN, V.Se; NIKOV, F.I.; KOZIOT, G.D.; SUBBOTDR,
G.V.; TR31IWVA, I.S,
All-Union vonferenae on magnetic elements of automatic and remote
control and couqxter techniques. Avtom. i telem. 19 no.6:614-620
Je 158. (MIRA 11:6)
(Automatic control-Congreases)
(Magnetic amplifiers)

ATJT110R: Kozlov, G. D. 7~0-2-43/49

TITLE: - ----------
Tz Use of 'I acnetic Elements (Is uol' zovaniye maenitnyk h f-, I ementov)
All-Union Conference (Vsesoyuznoye soveshchaniye)

PERIODICAL: N 1~
Vestnik Akademii flauk SSSR, 1958,
pp 112-113 (USSR)
ABSTRACT: This conferetice took place in laoscow from November 25 to
30. It was ori-lanized by the Institute for Autoi;iatic
and Remote Control and the Board for Mal-iietic Amplifiers
and Contactless Mali-netic Elements at the Presidential
committee of the Akademii Nauk SSSR. Besides the Soviet
scientists from variOU3 Cities Of the USSR, officials of
scientific research and educational institutions, con-
struction and desi(-;n ori~anisa t4 ors of different Jndu~ltrial
branches, also representatives of the Academy o."' Sciences
from Bulraria, China, Poland, aiid Czechoslovakia attended
t.he conference. The discussions were divided into two
groups: maenetic amplifiers and discrett ma.-netic elements.
Furthermore, the author divided the reports into the
Card 1/3 followint; sections: theory of mui.notic amplifira and discre

The UBe of Ya,,rnetic Elementg. All Union Conference 30-2-43/49
machine elements; their computation and construction; their
joint application. The author mentions the follorting reports:
L. I. Gutenmakher reported on the --ork carried out by the
Laboratory for Electrical Modellino
Moreover, reports of foreien scientists were Civen:
1) Yu. Gashkovets reported on stq,-p- of the investications in
the field of ma.-netic jimplifiers in Czechoslovakia.
2) S. Veridzhin reported on automation in Poland,
3) E. S. Dzhakov, Correspondine Membcr of the BulCarian
Academy of Sciences reported on the development of a
contactless maEriet relay;
4) Professor Min Nay-da, Representative of the Chinese
Academy of Sciences reported on the ti-leory of four poles
(chetyreklipolyusnikov).
It was found at this conf.-rence that the debelopment and the
aiplication of various types of ma,,netic elements for
automation is too slow. The lacking of a centralized
production of the types and series of rores, maCnetic
amplifiers, and other maCnetic eleL-.ents nee-ded miost was
Card 2/3 described as bein,,- r:iain reason for this. The domestic

TheUse of Maj;netic Elements. All Union Conference 30-2-43149
production of these products shorfs considerable short
comines. The necessity of an extension of scientific
research work in this f,'eld at the institutes for
automation, remote control, pecision mechanics and
computation technique and at the Laboratory for Electrical
Ll'odelling was pointed out.
AVAILABLE: Library of Congress
1. Magnets-Applications 2. Magnetic amplifiers-Theory
Card 3/3

77484
L~'JOV/ I 0_3j - -2-1 - 1 - 15/22
AUTHORi Kozlov G D. (Mos~~o~,,)
TITLE i The Influence oC Irregularity of Magnetization on Static
Characteristics of the Core. Part I.
PERIODICAL: Avtoinatika I telemek-hanika 1960, Vol 21, Nr 1, pp 119-
134 (USSR)
ABSTRACT: In the study the author considers the influence of
1rre[-,PUlarJ.ty of' magnetization on the static character-
Istics of the core. The calculation of the core
hysteresis loop is given for symmetrical, displaced,
as i,,,eli as for "basic" magnetization looDs. The
analysis is made on the axis B = f(F) v;h'ere F are
marnetlzin~z amDere-ttirns instead of usually used B = f
(H)'. The hysteresis loops of magnetic materials may
be represented by tl~,,o simplified loops sho,...,n on Figs.
1 and 2. Here b 8 and bp are inductions at saturation
and at the beClrnLnf~ of the reversal of magnetic field,
Card 1/19 respecti-!ely. Yi0and hP are field intensities

Thc- influencp of' Trregmlarlty of MaC;11(,,tJZntlorl 77484
o I ~ ") t, ~J. t, I c. (", i I' I T". I(! il- (~ i :I, j 1-1 1 i,.! I-,, of' t, ) jr. Co rt- , Pa r t. I . -,0v/ -I(-), -1 -2 1 -1. - I-
Card P/j.9 I . Flfr. 2.

The Influence of Irregularity of Magnetization 77484
on Static Characteristics of the Core. Part I. S0"1/103-21-1-15/22
corresponding to b S and bp,
matical expressions for the
Figo. 3,4,5 and 6 are given.
shown on Fig. 3 the rising
the curve are determined by
respectively. The mathe-
hysteresis loops shoim on
For the hysteresis loop
and descending branches of
E(p. 1 and 2,re3pectivelyi
b h, 2-h h,'+ h
+
il~=
Card 3/19
Similarly, for the hysteresis
Eqs.-3 and 4 are valid,.
h, - h",
b h - -
0. 1- hp
"b!
2
h, + lip
(2)
loop shown on Fig. 4

Tne Influence of Irregularity of' Magnetization 77484
on Static Characterictics of the Core. Part I. SOV/103-21-1-15/22
FIr-'. 3. Family of symmetrIcal cyelt~!-, oC a
!L//!() loop.

The Influence of Irregularity of Magnetization 77484
on Static Characteristics of the Core. Part 1. SOV/103-21-1-15/2?
Fig. 4. Family of symmetrical cycles of a hysteresis
Card 5/19 loop.

The Influence of Irregularity of Magnetization 77484
on Static Characteristics of the Core. Part 1. SOV/103-21-1-15/22
Fig. 5. Family of symmetrical cycles of a hysteresi3
Card 6/19 lo,op.

The Influence of Irregularity of Magnetization -177484
on Static Characteristics of the Core. Part I, SOV/103-21-1-15/22
Fig. 6. Family cf displaced cycles of a hysteresis
Card 7/19 loop.

The Influence of Irregularity of Magnetization 77484
on Static Characteristics of the Core. Part I. SOV1103-21-1-151A222
For the hysteresis loop shown on Fig. 5, Eq-Q. 5 and 6
are valid:
b=
b= 2b.
i,~=h ,
where hmax is maximum value of the magnetizing field.
For displaced hysteresis loop shown on Fig. 6, the
rising part of the displaced cycle coincides with the
rising part of the limiting magnetization curve. The
descending part of the hysteresis loop is determined
by equation:
b=-b, (7)
Card 8/19

The Influence of Irregularity of Magnetization 77484
on Static Characteristics of the Core. Part 1. U"01,1/103-21-1-15/22
I I
where 11 h - h and h = h - h are the field
max max
intensities when the operating point Is at A In
order to determine the magnetization loop of the core,
the following expression for the average magnetic
Induction is usedi
r?)j
Id ft,
where RH and RB are external and internal radius of the
core, respectively, and Ct =' RHAB' Function B = f(F)
is determined from Eq. (8) and Eqs. 1-7. Magnetic
characteristics of the core. (a) Reversal of magnetic
polarity along the limiting loop. (F >- CL F ). On
max ;~' s
Fig. 7 the construction of the limiting loop of
Card 9/19 remagnetization of the curve is shown, This magnetic

The Influence of Irregulavity of Magnetization 77484
on Static Characteristics of the Core. Part I. SOV/103-21-1-15/22
Card 10/19 Fig. V.

The Influence of Irregularity of Magnetization 77484
on Static Characteristics of' the Core. Part 1. S"01,111 03) -21 -1 -15/22
loop is plotted on axe, B and F. Lines aa 1 and bb 1
represent rising and descending branches of the
hysteresis loop corresponding to internal and external
layers, respectively. F p and F5 are ampere-turns at
the beginning of reversal of magnetic polarity and the
ampere-turns of saturation for the internal layer of
the core, respectively, a Fp and a F s determine the
quantities for the external layer of the core. The
characteristic B = f(F is calculated for each Bection
of the looD using Eq. and Eqs. (1) and (2), trans-
formed In the form:
b# Rif
kP
"b, it F+ I.'
F -"+ ---
(10)
Card 11/19

The Influence of Irregularity of Maj_?,netizatiori 77484
on Static Characteristics of the Core. Part 1. SOV110--DI-21-1-15122
On Fig. 8 the basic magneti--ation loops are shoi.,m for
various values of CL . Curves I, II and III corres-
pond to a = 0.75 h s1hp, a = h s /hQ; a = 1.5h s/hpJ
respectively. (b) Reversal of magnetic polarity by
symmetrical 1oop3 (F max ~~ a F.). The characteristic
B = f(F) is determined in a similar manner as under
(a), making use of Eq. (8) and of Eas. (5) and (6),
transformed in the form:
1, (2F Un
b
, fp ft
Card 12/19
The analysis Is made for three cases; case I i-,rhen F,,
F F , case Il when a F F F and
P1< max 3'
max p

The Influence of Irregularity of Magnetization 77484
on Static Characteristics of the Core. Part 1. SOV/103-21-1-15/22
-IT
LJ
Card 13/19 Fig. 8.

The Influence of Irregularity of Magnetization 77484
n -21-1
'Static Characteriatics of the Core, Part 1. "011/103 -15/22
o
case III when F. ~ F CL F The results of
max -_
analysis are shown on Fig. 9. (c) Reversal of
magnetic polarity displaced loops. (F= ~_>a F3 The
characteristic B = f(F) is determined in a sinUlar
manner as under (a) and (b)'. Equation 7 is trans-
formed in the formi
2 b.
b = --'bs- P (F'- F,,,,
Here F F - F_ are ampere-turns
F are constant ampere-turns
the displacement of the loop
Fig. 6), and F' = F - F
Card 14/19 max max
of magnetization,
of magnetization causinc-
(See notation -h 7 on
The analysis is made

4-t
%
V4
Cl
7711811, -JOV/10':1-21-1-15/22
n --~ 5~4-
Card 15/19 Fig. 9. (~Captlon on Card 16/19)

The Influence of' Irregularity of Magnetization '77484
on Static Characteristics of the Core. Part I. SOV/10--~-21-1-15/22
Caption for Fig. 9.
Fig. 9. Family of symmetrical loops of the reversal
of' magnetic polarity and the it basic" magneti--ation
loop, calculated for OL = 2; PP 0.2 ampere-turns,
F0 = 0.8 ampere-turns. I,II,III on the loops of
reversal of magnetic polarity of I,II and III type,
respectively.
for three casest case I when F F a F , case II
I p Max p
when a F F w n F F
P max. F3, and case III he S X
(a Fs The results of analysis are shown on
Fig. 10. Assuming various magnetidues of F~~ F s
the family of static characteristics B = f(F.-,F_) may
be determined (See Fig. 11). In c onclusion, the nutho:-
:3ays that the shape of magnetic loops of III-he core
Card 16/19 depends on geome-tric relatlono of the core and on

oc'OV/103-21-1
.77484, -15/22
-cl,i
Card 1'(/19 Fig. 10 (Caption on Card 3.8/19

Th~~ lilt'luunce of Irregularity of' Magnetl7at-lon 77484
c j -21-1
)n St-atic Characteristics of the Core. Part I. SOV/103 -15/22
Caption for Fig. 10
Fig. 10. Family of displaced loops of reversal of
magnetic polarity, calculated for a = 2, Fo = 0.2
ampere-turns, F. = 0.8 ampere-turns, F_ = Fs = 1.6
ampere-turns.
the maximum value of magnetization ampere-turns.
The method proposed may be used also when the hystereLis
loop of the magnetic material is given in a different
form. There are 12 figures; and 2 references, I
Soviet, 1 U.S. The U.S. reference ist Roberts, R. W.,
Van Nice, R. J. Influence of ID '/OD Ratio on Static
and Dynamic Magnetic Properties of Toroidal Cores,
Trans, AIEE, Vol.* 74 pt. 1, 1955.
~113%11T~ IED: June 4, 1959
("; t I - (I I 1~3' / 19

."--__KOZj~q ~,G.D~.Moskva)
Effect of irregularitieu in the magnetization of a core on its
static characteristics. Part 2. Lwith sumary in Englishj.
Avtom. i telem. 21 no-7:1057-1072 J1160. OATFA 13:10)
(Cores (Blectricity)--Magnel-~CiptQperties)

J
S/103/62/023/006/008/012
D288/ '308
Kozlov G..D
~.Iiaracteristics of magnetic devices vith bifurcated
magnetic circuit. 1.
Avtomatika i telemekharilca, V. 1.5 , no. 6, 1962,
786-794
:T The unit chosen for investigation is rectangular
Wlith -unijforTiii cross-section, one of the sides being bifurcated bya
circular a-.-)crture. The following assumptions are made: the hystere-
sis loop is a parallelogram with horizontal upper and low~portions;
thc cross-section of tile und4vided part is equal to the sum of cross-
sections of the divided part; dimensions and electro-magnetic para-
micters to be such as not to cause reciprocal effects between wind-
ings and magrnctic states of opposite sides. One side carries a con-
trol and a blocking, winding; the divided side, opposite to tile for-
mer, has an ener-rizing winding on one leg and an output i-rinding on
the other lejr. The control and energizing processes are not simul-~
Card 1/2

,/62/013/006/008/012
S/103
Characteristics of magnetic ... D283/D308
tan~eous. Three magnetic states are considered: positive saturation,
~iegative saturation and an intermediate switch* Hysteresis
ing zone.
loops are plotted for the divided cross-sections and various states
of all wi-ndings, the resulting curves having no longer horizontal
0 /J-~
init slopinr characteristics in + (Pmax and - 4DMax regions. The
c-x:)crir,.ie-ntal investigation is described next. The 4 measuring cycles
are; L) 3locking current pulse of 25 Amp turns is applied; 2) :~ner-
,-izincr current (1.2 Amp turns, 50 cps) is applied and the output
3 U I
voltage is measured; 3) Energizing current is switched off and a
reversed polarity control pulse is applied; 4) Energizing current
is switched on and the output voltage is read. The exRerimental
results are shown in a'graph and agree satisfactorily with the
theoretical results. There are 8 figures.
SUM.,ITTED: October 30, 1961
Card 2/2

ACCESSION NR: AP4035079 S/0103/641025/004/0570/0577
AUTHOR: Koz1ov, G. D. (Moscow)
TITLE: Characteristics of magnetic devices with branched magnetic circuits
CReport at the Eighth Conference on Magnetic Elements Used in Automation,
Telemechanics, Measuring and Computing Devices, L'vov, Sep67,
SOURCE: Avtomatika i telemekhanika, v. 25, no. 4. 1964, 570-577
TOPIC TAGS: transfluxor, 3 hole transfluxor, branched magnetic circuit
ABSTRACT: Magnetic flux reversal in a 3-hole magnetic circuit with*an
allowance for peculiarities due to branching is considered. These assumptions
are made: (1) idealized hysteresis loop; (2) flux reversal in a separate volume
of the branched core can be represented as a reversal in a closed zone moving
from inside out; (3) magnetic interaction between the isthmi is neglected;
(4) controlling and exciting processes are separated by ti'me. Physical
L
1/2

ACCESSION NR: AP4035079
phenomena are analyzed, and design steps recommended. It is recommended that
these factors be taken into consideration in designing a transfluxor: control
current, excitation current, pulse duration, pulse front, etc. Experimental
verification with permalloy cores at 100 cps is mentioned. Orig. art. has:.
6 figures and 7 formulas.
ASSOCIATION. none
"SUBIvUTTED: z6jun62
::SUB CODE: F-C.. EE
Z Z
DATE ACQ: 26May64 ENCL: 00
NO REF SOV: 004 OTHER: 000

niv WOW
id) W ZEWA i-6zMff(z-)/Ew( )/3WA(c)
-L-.6912 6
AP5024863 A4JW/JD/HW_`_ SOI M-CE, CODE .12
/0l36/65/6W/0l0/0079/Q0
Zasukhai, P.' F.
Kozlov - G. D o Niki forov a V v K.
A WHOR Korshchikov V. D.; =~X- i
Vt 5)
ORG: none
TITLE: Conditions,of rolling aluminum-clad steel plates
SOURCE: Tsvetnyye metally, no. ~10, 1965 79-.83
,TOPIC TAGS: steel, stainless steel, steel plate,,bimetallic plate, clad plate,
aluminiun alloy clad plate, stainless steel plate, plate rolling, warm rolling/
lKhl8N9T steel, lKh2lN5T steel,.,3s, steel', SkhL4 steel, 45Gl7Yu3 steel, AMg3 allw i
A~%W alloy, AMg6 alloy
ABSTRACT: The technolog Of rollj!~g:bimetaliic pr.-fates'such aslKhle 9,T M2lN5T-
1