SCIENTIFIC ABSTRACT KAGANOV, I. - KAGANOV, M.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000619920003-1
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 10, 2001
• Sequence Number: 3
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

Y.AC~Aikijy I.
"Applicalior, of , in Inlustry. Tr. Cvc,: tiv,
Vol. 47, Fo. 4, Apr. 1954, f:. 1.16.
SO: Eastern European Accessions List, Vo-1. 3, No. 11., Nov. 195.1., L.;U'.

KAGARW lzraill Leyovich. professor. daktor takhnichemklUi mmi, ;
%Wmmm~ A AINIX, I.Y., rodaktor; MDKIN. A.M.. tokhnichmokly redaktor.
(Electronic and ionic converters (fundamentals of Imiustrial
electronics)] BlektronzWe i ionnyo praobrasovatell; monovy,
Drnawshlonnoi elektronikt. Moskva, Cleo. anorg. lzd-vc Pt. 2.
[Ionic appratus) lowwo pribery 1955. 456 p. NLRA 9t1)
Olectric current rectifiers)

KA G,4_N T .11 T1 4 rofeasor, doktor tekhnichookikh nauk; ANTIR. I.Y.,
redaktor; MEDVEDBY, L.Ta.. tekhnichaskiy redeklor; IF31DKIN, L.K.,
takhnicheskiy redaktor
[Electronic and ionic converters; Oe foundation of Industrial
electronics] Alektronnye i ionnye proobrasovatelt; oonovy prowyablen,
noi slaktroniki. Moskva. Goo. onerg. izd-yo. Pt-3 . (Peed and qontrol
circuits for ionic instruments] TSept pitantia i uprovIeniia tormykh
oriborov. 1956. 528 p. (MLRA 10:2)
(Blectronic instruments)

ALMSAMROV. A.G., dots; ARONOVICII, I.S., inzh.; RABIKOV, )(.A.. doktor
takhn.nauk; BATUBOY, S-V-, kand.tekhn.nauk; BILIKI14), L.D., doktor
tokhn.nauk-. VXNIKOY, V.A., doktor toiklin.nauk; Y'ASKIAMMY, O.M.,
laind.tekhn.nauk; OOLOVAII, A.T., doktor tekhn.anuk; (ICILLUITBOYA, Y.A.,
doktor tekhn.nauk; OfflaM. L.K.. inzh.; aRLWINSKIY, P.G., prof.;
GUSICV. S.A., in2h.; DHOXHOVSKAYA, L.F., kend.tekhn.nauk; DROZIJOV.
N.G., doktor tekhn.nauk; IVANOV, A.P., doktor tokba.nmuk [deceased);
,.XAGAIIOV,.:,14L., doktor takhn.Dauk; YARBIM. L.L., inzh.; KOCHNIIOVA, A.I.,
kand.tekhn.nauk.; IARIOIIOV, A.K.; MINOV, D.K., doktor tekhn.nauk;
NNTUSHIL. A.V., dok-tor takhn.nauk; NIKULIN. N.V.. ksind.tekhn.nauk;
NILHIMIR, R.A., prof.; PANTYUSHIN. V.S., prof..- PASTIMOV, V.V..
doktor tekhn.nauk: PETROV. G.N., doktor tekhll..nauk; POLIVANOV, K.H.,
doktor tekhn.nauk; PRIVJIZ811TSXV, V.A., dok-tor tekhn.rauk; RADUllaIT,
L.D.. inzh.; REIIHN, V.T., doktor tekhn.nauk; SVOCRALSKIY, A.D.,
doktor tekhn.nauk; SOLOVITEV. I.I., doktor tekhn.nauk; STUPILI F.A.
kand.tekhn.nauk; TALITSKIY, A.Y., prof.; TXHIII:KQV. F.Te.. kand.tekhn.
nauk; FADOROV, L.I., inzh.; FEDOSEM, A.M.. doktor tekhn.nauk;
KHOLYAVSKIY, G.B., inzh., CILECHET, Yu.S., doktor tokhn.nauk; SHIM"l-
BMG. Ya.A., kand.tekhn.nauk; SHUMILOVSKIY, dok-tor tekhn.nauk;
A14TIK, 1.13., red.; MUMV, L.Yn., tekhn.red.
[The history of power anginoaring
Iotoriis onergetichookoi tekhnilcl
energ. izd-vo. I C, '), -1
in the U.S.S.R. im three volumeal
SSSR v trekh tomalth. Hoskva, Gos.
(Continued on next card)

AIXXSAla)ROV, A-G---(continued) Card 2.
Vol.2. [Blectric engineering] Xlektrotekhnikm. Aytorskii kollektiv
toma: Aleksandrov i dr. 1957. 727 P. (MIRA 11:2)
1. Moscow. Moskovskiy onargetichaskiy institut. 2. Gblen-korrompon-
dent AN SSSR (for Iarionov)
(Alectric engineering)

.K&G&IUV, L.L.; OBUKHOV, S.G.
Analytic determination of nonlinear distortions in semicon-
ductor power amplifiers. Nauch.dokl.vys.shkoly; radiotekh. i
alektron.no.1:255-263 1 58. (MIRA 12:1)
1. Kafedra promyshlennoy slaktroniki Moskovskogo energotiche-
skogo Instituta.
(Transistor amplifiers)

KAGANOV, I.L.; LUKIN, K.A.
Semiconductor power amplifiera fed by an alteriutting tangion.
Nauch.dokl.vys.shkoly; radlotekh. i clektron,no.1:264-274
1 58. (MIRA 12:1)
1. Kafedra pronVahlannoy elektroniki Mookovskogo enorgeticheskogo
instituta.
(Translator amplifiers)

Dov,llopnent of Engineering Met',:oos of Computing Lon- S013/105-58-9-2/34
Frequency Semico:-,iductor-~- Amplifiers
current amplification staCv with ciirvent nnil potential
coupling, with various triode-- ILrId vLttrioua loads are
investi~~ated ,.ind checked experi-.entally. T',,q vange of
linear oper;~tion, found expt~rimentnlly, corre-Tonds i'nirly
exactly to the computed valize. 2) P")v ar'IT'lifiers with
transformer coupling aloo two circuit, ;-,re gjv(!r..
Firstly tle tr~:.n.,.formatj.or. -.-%tio ri iii C-orputed. In t*'Ie
first variant tiie reolotancescan be :%daptod to t-,e input
and to tile output it' two sE!parato tvancfovn(.,r.-3 are a-vailable.
T',-.e subsequent sta-es have ~i conmon (~oiaplinj tritnsfornc-r.
Fence an adaption is Only pooflible to the
of the precedinG or to '!,,e ;nput of ',I-,L, nul,se,~,a4~rt
For t'~e circuit elements t'-e formu'.1t:.. derived in part I
holds. A.A.Lukin, S.G.Obukhov and L.S.Sokolov, Col Lat orators
at the Chair of Ind,-4striai Electronlet- at t`ie IiEII asji-,ted
in th- work. There tire 12 figures, I tah1c, -.Ind 7 r,-,-ferei-.cer,,
5 of uhich are Soviet.
Card 2/3

GALIPERIN, Grigoriy Llvovich;- KAGANOT, -Illys Lipovich; KAWAROT, I. ,
red.; KALICHITS. G. a --- -, --,-
[Make greater use of the potentialities of antonotlye
transportation; from the praotioes of automotive vmit No.12
of the Kinsk City Kotor Vehiole Trust] Md,rm lspol~zovatl
reservy avtotrensports; is opyta raboty avto'boxy llo.12
Kinskogo gorodskogo avtotrasta. Kinska Gom,lad-vo 3SIM, Red.
proizvodetvannoi lit-ry, 1960. 58 p.
(WA 14;3)
(Kinak--Transportation, Automotive)

I I It Il I is Ull" JIM11 Hil FI"Hlil RMIt"I ,1111 PI -.q - " -1-1. .. I., I
RMSOV, G.K.; ROMWELID, PZMT, 1.14;
STAROSKOLISKIT, W*A.; T -1 * _'i
Vasllii Aleksandrovich Ix*lmrov. Blek-tricbentyo no.7:93 Jl
'6o. (MIRL 13-,8)
(Iz"i-arov, Vasilti Aleksandrovich, 1885--)

AUTHORS:
TITLEt
PERIODICALs
0/105 6010001061171023
B014YB011
Bapat, Ya. N., Kaganov, I, L
A Quick-acting Semiconductor Switch and Trigger for
Electronic Computers
Elektriobeetvo, 1960, 1k o. 6, PP. 76-81
TEXT: In the introduction the acceleration of the computing process is
referred to as one of the principal problems facing electronic computers.
Tne velocity of such process depends on the duration of the pulse fronts
of input and output voltages. The duration of the fronts depends on the
saturation of the triode bases, and a circuit with acceleration
capacities was suggested (Ref. 1), which does not p*rAit oaturation. With
a view to preventing saturation, a circuit operating on an unsaturated
basis was suggested. This circuit is shown in Fig. i. Here, the triodes,
TI and T2 are linked with the current source by way of the emitter
circuit. This circuit was developed by -1 S. YolArke-(Ref. 2). The
function of this circuit is discussed and it is stated that due to the
Card 1/3

A Quick-acting Semiconductor Switch and 5/105/60/000/06/17/023
Trigger for Electronic Computers BOWD01i
in Fig. 11. Ito advantages are briefly discussed. Thero ara 11 figures
and 4 referencess 2 Soviet and 2 American.
ASSOCIATIONs Moskovskiy energeticheskiy institut (Moscow Institute of
Power Engineering)
SUBMITTEDs March 10, 1960
V/C,
Card 3/3

GUMIKO, T.P.; DEVYATKOV, N.D.; DCMUSKII, D.I.; DONSKOY, A.V.; Yoromp
. I.S.; ZHEMEM, R.P.; KAGAHOV. I L...-.MABI-mp D.B.; IETWHIL,
A.V.-; PODGURSKIY, U,L.; ROZENFELID, V.Ye.; SlrJ;kJIA.Hl)KIYp A.D.1
CHUKAYEV, D.S.; SHLYAPOSIMIKOV, B.M. I.
Professor G.I. Babat; obituary. Elektrichost-vo no,,1:94 Ja '61.
(MIRA 14:4)
abat, Georgli Illiohj 1913 , )
B i-:196.1
(

318
S/19 61./000/010/029/082
D222~301
AUTHORS: Bapat Ya.N. and Kaganov, I.L.
TITLE: Current-switching logical elements
PERIODICAL: Referativnyy zhurnal. Avtomatika 1. rarlioelektronika,
no. 10, 1961, 32, abstract 10 B210 (Tr. Mosk. energ.
in-ta, 1961, no. 34, 5-15)
TM(T: Typical logical units, triggers and half-adders
built with transistors of the alloyed and drift types are described.
The calculation of these circuits is given. E3q)erimental investi-
gation of these elements have shomi that the supply voltages can
vary within � 15' individually, without influencing the duration of
i0 Q
the front or the delay, if the other voltages are kept constant.
The parameters of elements have been found which can give high stab-
ility and speed in computers, enabling a switching speed of 5-10
mc/s to be reached when n-402 (P-4023-type transistors are used,
Card 1/2

31827
S/194/61/000/010/029/082
Current-switching logical elements D222/D301.
and 500 kc/s with the i-1-11 (P-11) and n-i5 (P-15) transistors.
6 figures. 6 references. Z-Abstracter's note: Complete transla-
tion~7/ -k
Card 2/2

S/194/61/000/010/031/082
D222/D301
&J THORS aroy,, Starostin, A.N. and Shustov, S.S.
_~~ _. I
TITLE: The base resistance of transistors in pulse opera-
tion
PERIODICAL: Referativnyy zhurnal. Avtomatilca i radioelektronika,
no. 10, 1961, 32, abstract 10 8213 (Tr. Mosk. energ.
in-ta, 1961, no. 34, 16-23)
TEXT: In the analysis of pulse operating conditions of
elements in transistorized digital computers it is necessary to
take into account the time variation of base resistance. An inves-
tigation into the course of base resistance variation in a number
of transistor types ( 6-6 (11-13), n-i5 (P-15)) is described. Os-
cillographic studies are compared with the results of a mathemati-
cal analysis. The method used enables the time constant of carrier
life in the saturation regime to be found. 3 figures. 4 references.
,~_Abstracterls note: Complete translation_7
Card 1/1

IRITIQ1
STEPP11ENKO, Igor' Favlovich; KAGANOV, I.L., pr*4, r"monsw4tj
KOSTIYENKOt A*1.q red.; LARIOKOV, G.Ye.p telchn. red',
[Principles of transistor theory and transistor circuits]
Osnovy teorii tranzistorov i tranzistorrorkh skhem. Moskvaj,
Gosenergoizdat~ 1963. 375 p. (JURA .1733)

FAGANCIV9 I.L.; KAININ)LOTSKlY, Yu.M.
Effertivemns construction of the pafameter syntiam oe' large po'vlr~najtlfim:~s.
Elektrichastvo no.700-74 Jl 165. 18M

;-H )111 1: tw,,q, ,
RAGANOV, I.L,,, doktor tekhae nm*p-. prof, j, Uureat L6aLmkvy--jw*%U
Padagogioal- amd saientif ia work of the dal*rtmant of. inift&trial
eleatr=ica of - the Moatmaw Fawr Engineering tratitute. Trudy
NEI 5585-10 165, (I(MA 18110)

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A
041
.0 ill
'silly I tcllljp~ esmi.. ftIR.
lnk'rea%~ with ,, I V;
'r Alt MIVA Im Dl* &C Ind.
tier 4 all-,. the Ilk-mate 44 VC1131.
Is vr'Y A-- The clicirs. thowr I. jb"tfore WAdvT if.
it"d the rrtI lle 1,,%, 1
It nil dw-Whe". .1,11
PCIINI, "-Wk%l. Milt. df jjK-rlW.. JrWtuilt. Lgl,.
"t an I Ishich Me sit". clwfi. fur wrome
WILS
bo"Y'ref. Inund to he boixot.11111. The effvvt COAI litat
9W.Orklmampin.
(hC4WV C.11111411 1111111Y to IIIU,h &Ili 1jejA1,11T.",
R. 11. IL
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44000*0000000*46 41

UGANOV9 I. N.
29102-Sakharoza kak Pi Eleb"W Produkt. Sakhar. Fmm--et I p Igh9, No. 8,0 S. 16-17
80% tatopis' Zb=Altnykh Stateys Vol. 39, Moskva, 1949

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M. NO. 2. :17-Amno). -Thi!
=1746 tho WAY. III v4pr Is: tog S - - 167,1113$ +
immur + 717973 too r. wbvre i is the aint. ot
sugar an too posts at wAter by wt. aod r is uji. abs. 0
tempio. Thrve cipti. detus. weve mult al, 5.1 *, ON1 .-I,*
s4d 45 No
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:, fto
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ave,
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T. M.
Chemical Abst.
vol. 48
Apr. 10, 1954
Sugar, Starch, and Gums
viscositt of I pit J10101011I..L
,~K
Ul
f- '"
ii'mr. ,
23,
Ae",'"Whelell 14 vi-XI)fWy,J,MC-3111t-EI flit Mat"Illar"
vaerry ofact ivail, (it'll if)(. will, in palfes, RI'll 0:011
utO I' the sibs. temp., it chtitt Iii c.usitucted 11i; 1403tInputilig
tile vkutitity td jullar r~lni, Ill wrrns 0 dry milstitrve.
0. W. willejq--

r, #-
I'm "== r ll~ 5"r-1111,
,Y..,A 1. . pr rt;03p; lolimli;
26 -,( IV51 I - n AnKwpr.~$ Fullw
d,wmb U lbU, bb--4= Wa =1': tewl1w.
bmween Ica=-10 mneull lbe "724&1l v 1(. NAP""

T -
., I.. - 1. . - 4 ) -. . -1.-
~u.-,tr - T,*,,muf:,~ctur`.ii:- !!-ii-A Jwfiidn~--,
Kinet.ic-; of i!t concentr,~tcd su;,.,tr 3olutio:is,. !() '~;'O. 2, IJ~)2
Lint of i0n.dan Librn-ry c,~' 1()-:')2. ! ~!" Iii 1 D.
.., - k , ~,

/The co,!91cicjjt of .jIlturatIgin; 1,
--A , I i: FrJoll. I
vjjjt:r, ij t ,e
111)lvli t jtt I (1j, jr,*
"i, "PlAt It,
IQ 1-f C. ,10IN
1 .32

XAGANOV, I.N.
Imoroved contrifuge cover. Sakh. prom. 32 no. 6t?5 Jo 058.
(MIRA 11:7)
(Centrifuges)

KAGANOV, I.M.
Coupling in a sumpendad cantrifugo. Sakh. prom. 32 no. 6:76 Jo 1%.
(KIRA 11:7)
(Couplings)
(Contrif ujoae)

XAGANOV, I-N-- -.,TYERDOKHMOV, L.S.
t
Zxhauation of feed molasses with mn Inrrense, In Its concentrntion.
Snkh. prom. 32 no.2:22-25 F 159. (MIJU 11:1)
1. Moskovskiy tokhnologicheakiy institut plahchatroy promyshlennostl
(for JrAganov). 2. StAlinaknyn gruDpovaya lnborqtoriyA (for
Tverdokhlebov).
(lAolasses) (Sugnr mAnufReture)

TV=QKHLNBOV, L.S.:,-KAGANOV, I.N.
Rate of exhaustion of concentrated feed molaesma. Salche prom.
32 no. 7:20-22 Jy 158. (MIRA 11:8)
1. Stalinskaya gruppovays laboratoriya (for Tvardokblabov).
2. Moskovskiy tekhnologicheskiy institut pishchevoy promyshlennosti
(for Kaganov).
(Sugar manufacture)
(Molasses)

KAGAH3V, I.N.; TVIRDOKHIKBOV, L.S.
Value of the coefficient of saturation. Sakh,prom 33 no.3:
15-16 Mr 159. iIIIBA 12:4)
1. Mnskovskiy tekhnologicheskiy institut p1shchevoy protWohlon-
nosti (for KWnov). 2. Stalinakaya gruppoviqa labormtorlya,
(for Tverdokblebov).
(sugar manufacture)

KAGMIOV9 I.No
Galculation of the yields of sucrose w3d theoretical w1asses.
Sakh.prom. 35 no.4:34 Ap 161. (KTRA 14:3)
1. lbokovskiy tekhnologicheakiy institut pishchevoy promyshlennoati.
(Sucrose) (Molasses)

TUZHILKIN, V.I.; KAGANOV, I.N..
Galculating machines in the sugar industry. Sttkh.prom. 37 no,7t
31-37 J'l 163. (MM 160)
1. Moskovskiy tekhnologichoskly institut plahchavoy promyshlennosti.
(Sugar industry) (Calculati:og machines)

I KAGANOV 0 1. N.
Optimum concentration of molatsoes. Sakh.promil no.IL:18-21
N 163o (MA 16:11)
1. 146skovskiy tekhnologicheakiy institut pishchevoy promyslaen-
nosti.

KAGANCV, Isaak Natanovich; MIKHATOVA, Galina flikolayevva;
VOYKOVA, A.A., red.
(Chemical and technical calculations and accounting In
sugar manufacture] Khimiko-tokhnicheskie raschety i
uchet v sakharnom proizvodstve. Mookva, Pishohevaia
promyshlennost', 1964. 330 p. (MIRA i8-14)

L 42791-60 EWT/EWP(t)/ETI IJ
ACC NRt AP6029076
SOURCE CODE:
UR/0413/66/000/014/01.32/0132
INVENTOR: Kaganov, 1. R.: Andrevev, A. S. J7
0
ORG: none
TITLE: Method of'obtaining pvbtective oxide filmalon the surface of alloy steels and
alloys. Class 48, No. 1840W(announced by the Design and PlanninR Technological
Scientific Research Institute of Machine Building (Nauchno-Issladovatel'skiy proy
konstruktorskiy institut tekhnologii mashinostrayeniya))
SOURCE: Izobret prom obraz tov zn, no. 14, 1966, 132
TOPIC TAGS: alloy steel, aiigy-a-tee+ ective
! t pro
f4d=,- oxide fthm formation
ABSTRACT: This Author Certificate introduces a method of forming protective oxide
films on the surface of alloy steel and alloy parts. To increase the film resistance
to the molten media and to facilitate the formation of films on inner surfaces of 1
parts, the process is carried out in a powder mixture containing 10-152 vanadium V
pentoxide, 70-80% aluminum, oxde, 10-152 chromium oxide, and 3-5% copper oxide at
750-950C for 2-4 hr. _j,
SUB CODE: 13/ SUBM DATE: 16Nov64. ArD S , _5 S'd
zc
Card 1/1 UDC: 621,793.6: 6$9,15-JL4,62~.2 ____j

KAGANOV, L.
Precision formula. Meot.promA khud.promyo. 2 no.5:3-6 My 161,
(Moscow-Blectrio shavers) (MIRA 1495)
,11~

Important pro~~.--*c.... Vest. pror. i ':hud. :-rcA.,yu 2 nc,.6:3C-113
Je 161,
1. Spetsialln,,~,, koVes,t),--n0ent zhiuTah "llext.-naya
i I-Jludo:.hestven:i-.rfe promrsly", Orekliuvo4luyvrukiy rez-,n,
lioskovskc;y oblrsti.
(Service industries)

1 ;1- I'l I .., ...... ~ .. . .- . I .
KAGANOV, L. (Riga)
Meeting people's requiremonts. Meat,prom. i kbad.prorwre. 2
no.9:28-31 S 161. (141RA 14-ill)
1. Spetsialtnyy korrespondent 2hurnals. %stnaya promyehlennoatt
i khudozhestvennye Promaw.
(Riga--Service industries)

KAGANOV, L. (selo Petrovskoye, Stavropol'skogo kraya); XWUS, V.
(selo Petrovskoye, Stavropollskogo kraya)
The service IndustrIes of a district. Mest.prom.i khud promys
3 no.7:24-28 J1 162. iMIRA 1;.8)
1. SpetsialInyye, korrespondenty zhurrwl-a "&stnaya pvcmyehIennost'
i khudozhestvennyye promysly".
(Stavropol Territory --- Service Inditstrico)

U i;V W, I ~ I W] I FICH11H t ell IM1111IF III ~ Ill Olt! 1 -11 ~ I [till Ulf,
JD
L 8348-66
ACC NRi AP5025757
AUMORSS Kapnov, L. B.; Kaganov, V. L.1 Finklerp So. Too
ORG: none
TITLE: Device for automaticallY advanoing the deatrode-ijilatrutolpt duringi laleatro-
chining o
_jM1 ma f holes. class 49p 10- 174935
SOURCE: Byulleten' izobreteniy i toymMkh znakovo no. 111i 1965:, 121
TOPIC TAGSs electrochemical machining, electrode,# MC-r'44-:i M4 dINIVe-
ABSTRACTs This Author Certificate presents a-Avice for ~A-Dmav4i6jaiy advtj OiJ14 ithe
electrode-instrument duri leatrodhotmical ii ia-O--
electrolyte supply.- The device ical tiolly wl.th the el0c,trod)e-
instrument moving axially inaide the 'body (see fig. I). V1 Isimt1j.1ty cowtift0ticl'm and
to pravide continuous electrode-i: 8 ULM haj.e machinizelt thia
eleotrode-instrument is Bpring-loaded in the axial direot:1.ojtt,. Tim, front 04d, is folosed
by a dielectric disk held on a shoulder with openings for i$a o1*c:L-ro%ytej vj%ilw its
back end is closed by a throttling disk*
=4 621-9-0441
Carcl 1/2
4

112-3-5791
Translation from; Referativnyy Zhurnal, Elektrotekhniks, 1957
Fr 3, P. lo6 (ussR)
AUTHORS: Kaganov, L. M., Kolosove, K. D.
TITLE-~ ence W-Voing Organo-silicon InBulation (Opyt
primeneniya kremniyorganicheskoy izolyatsii)
PERIODICAL: Inform.-tekhn. sb. M-vo elektrotekhn. prom-sti SSSR,
1956, Nr 1 (85) PP- 3-8
ABSTRACT: A large group of insulating materials based on organo,
silicon compounds has been developed. They possess good
dielectric and mechanical properties, which they retain
when subjected to high temperature, moisture and oil.
The use of org eno-silicon materials for insulating motor
windings resul ts 14 greater reliability and provides a
longer period of service, with an increase in power in
certain cases. The following organo-silicon materials
are used in the manufacture of electrio motors: 1)
lacquers 4Q5 -3 and --)o -5 (TY MXT7 2300 - 53); 2)
enamel 7TR.9 - 14; 3) elastic vitreous mic anite on
lacquer --)~b -5 with a thickness of 0.3 n1m; 1 1) glass-and-
mica band on lacquer,3~6 -5 with a thickness of 0,17 mm,
and others. The techni4ue for manufacturing electric
motors with or$ano-silicon insulation is basically the
Card 1/2

.~AGAIIOVt Im-Nendelp~L#h; KLOKOVI nouchnYy red,, KULIKOV, V.N..,
red.; BARANOVA., 11,11, tekhn. red.
[Tecbnoiogy of random trindings)Tekhnologiia vs3,pwjkh obmotok.
Moskva; Proftekhizdat., 1962. 139 p. . OURA 15:8)
(Electric machinery-Alindings)

KAGANOV, Lev Hendelevichj VlHOGRADOV, N.V., red.
(Technology of rigid r*%tor coils] Tekhnologiia zheatkikh
statornykh obmotok. Moskva, Energiia, 1965. 93 p.
(Tekhnologiia elektromashinostroyaniia, no.1)
(HIRA It-tU)

33552
S/135/6,1/000/002/008/010
r -11 A006/A101
AUTHORS: Balkovets, D. S., Doctor of Technical Sciences, Knganov, L. N.,
Khudyshev, A. F., Engineers
TITLE: The effect of the welding-speed on ductIlIty of weld joints In some
refractory alloys
PERIODICAL: Svarochnoye proizvodstvo, no. 2. 1962, 31-32
TEXT: It was assumed that ductility of weld joints could be raised by
eliminating brittle structure components at grain boundaries, with the aid of
high speed welding, predetermining least values of linear energy and a short-
term. effect of the thermal cycle. To check this assumpt1cm, weld joints were
produced by roller and electron-beam welding. Molybdenum alloy plates, 1 + I nn
thick, containing about 0.25% Zr and 0.25% Ti, were roller weldt.4 at 36 m/hour,
0.16 see pulse duration, and 0.44 see time Interval between the pulses. Speci-
mens so welded could be bent up to 1800. This high ductility Is; explained by
the short-time effect of the thermal-cycle. The effect ofthe welding speed
was tested on 0.5 and 1 mm thick plates, electron-beAm welaea at. various speeds.
At 9 m/hr welding speed the bend angle was close to zero at roarit 'test temperature;
Card
G)

BALKOVETS, D.S.p
Some characteristics in the welding of nlobium anti its alloys.
Svar.proizv. no.10110-12 0 163. (MIFU 16:11)

LIPSHITS, I. [Lifshytol, I.]; UGANOV M. (Kahanov, M.), doktor fiz,
matem.nauk (Kharlkovf:~
Quantum mechanics and solids. Nauka i zhyttia 12 no.4t2l-23
Ap 62. (NIRA 15t8)
1. Chlen-kozzespondent AN &M i AN UkrSM.
(Wave mechanics) (Solids)

KAGANOV, M.A.; ROWSHTOK, Yu.4
Accuracy of measurements of heat f3,uxes with vwliously ohaped
thermometers. Izv. AN SSSR. Ser.geofix. no.1011397-1398 0 162,
(H3RA IW)
1* Agrofizioheskiy nauchno-isoledovatollskiy inmtitut,
(Temperature-44easurement)

ACCESSION NR: AT4037535 S/2563/63/000/224/0203/0:216
AUTHOR: Chudnovskiy, A.F.; Babanov, A.A.; Kagahov, M.A.; lazarev, A.I.;
Chernyakova, N.A.
TITLE: Equipment for measuring the heat "Pacity and thernal conductivity of
metals at high temperatures, and data for same heat resistant alloys
SOURCE: Leningrad. Politekhntcheskiy institut. Trudy*, vo. 224, 1963. Lit-
eyny*ye svoystva zharoprochnykkh splavov (Castability of hoat-rergistant alloys),
203-216
TOPIC TAGS: castability, heat resistant alloy, iron based alloy, nickel based
alloy, Nichrome alloy, austenitic steel, cast steel, hi8h alloy nteel, alloy
composition, cast alloy steel, alloy No.3, alloy Khl, alloy Xh32,, alloy No. 6,
steel lOKhSND, steel l5KhSND, steel 65 G,,steel IKhl8N9, transf*mer steel,
alloy heat capacity, alloy thermal conductivity, hollow sphere measuring pro-
cedure, alpha calorimeter measuring procedure, heat capacity measurement, beat
conductivity measurement
ABSTRACT: Special equipment (see Fig. I in the Enclosure) vals dosigned and con-
structed to measure the heat capacity and thermal conductivity ol metals at
Card 1/4
-All 5L:il: L'11121

ACCESSION NR: AT4037535
temperatures up to 1000C and to obtain curves for the dependence of these para-
meters on temperature. The hollow sphere procedure wan used to measure thermal
conductivity, while heat capacity was determined by means of a teclinique involv-
ing two samples, one of which acts as a calorimeter and the other as a no-called
11alpha calorimeter". Metals tested included a number of heat real.stant alloys
(see Nekhendzi, Yu. A., p. 9-23, this same books for compositions) at%d other cast
alloy steels. The results indicate that the sp~2cific hentij coincide closely at
similar temperatures for alloys of widely varying compositLan. Sli.-,Irp peaks In
the gamma to alpha conversion range were noted for 100SND, 15KIISli'D and 65 G.
Similar peaks, but at varying temperaturen, were noted fi3r forritic steels with
5% Si, steel Bdil8N9 and heat resistant alloys not subject to sucli conversions.
Thermal conductivity values ranged from about 55-65 cal/in-de,i,,rees at 100C to
about 25-35 at 800C, except for 65 G (about 42 at 200C to about 25 at 800C) -and
alloy No. 3 (about 10 at 150C to about 5 at 850C). Orig. art. hnn: 12 grapho
and 6 formulas.
ASSOCIATION: Leningradskiy politekhnicheskiy inatitut its. X.1. Kaltnina
(Leningrad P61ytechnical Institute)
Card

I ACCESSION NR: AT4037533
SUBMITTED: 00
SUB CODE: MH
DATE ACQ: 04jun64 HINCL: 01
NO REP SOV: 003 (VnMR: ODO
Card 3/4

ACCESSION NR: AT4037535
ENCLOSURE: 01
'Fig..l Overall view of the meaBur-
ing equLpment.
vncuum furtiace 2 - fore-pump
PVN-20 3 - diffiision oil pump
T*)4OA 4 - scalen 5 - hinged
lea[ bench () - potentiometer
PPVIl 7 - clock- with timer
8 - pomp, heater, trnnsforiner
and 001er ~-)..vltcher, 9 - vacuum
gage dial wl.ndou, 10 - rotating
hoint It - upper frame plate
12 - adjumtable (cock 13 -
transformer (127112 v), two-
parallel loitced auto transfer-
mers IATR-11 'thermocouple
vacuum gage VT-2 .14 - fuse
box
-TIP-
Card 4/4

30866. KAIOJAVOVJ ell. A. and CRDNOVSKIY, A. F.
Opredeleniya koeffitsienta temperafuro provod nos ti poclivy po dannym.
srochnykh izmereniy temperatury. Izvestiya Akad. nauk S"ll., !larlya fy,-togr.
geofiz., 1949, No. 5, s. 423-33. -- Bibliogr: 5 nazv.

. I Ill-' A 1,111 ;1" 1 1 il"114490111WINFif Ill 0111- IT: 1.1 "'IF! IF II 1111 , .1 ;- " 11 ~ I I - . . II I ~ , - , ,, ", , .
EMNEDUMMMM
KAGANOV, M.A.
Use of thermistore In measuring temperature* l1bor.trud.po agrotli,
fix. no.ir62-72 152. (MIRL Ul 7)
(Thermometr.v) (Thermistors)

KAGANOV, H.A.; CRUDIIOVSKIY, A.F.
measuring the temperature of the ooi. surface.
Sbor.trud.po agron. fis. no.5:81-85 152. (Hin 11: 1)
(Soil temperature--Measurement)

KAGANOV, M.A.
Device f.or determining thermal characteriati(B of eoll under
natural conditions. Sbor.trud.po agron. fis. iio.5:90-96 152.
(MIRA 11:7)
(Soil temperature--Measurement)

-KAGANOV, M.A.; CHb-Dl',OVSKIT, A.F.
Using semiconductor thermletorB for reanaring zilcracliaabq.
Sbor.trud.po agron.fiz. no.5:102-113 152. (MIRA llt7)
(Thormistors) (Microclimatology)

11111; P I 'j; I I, r
ViiA vai-mml. Tr,,
01, ri"w"It I'
,:.;I 6J. 195J. 111 7 1 .6h,. !k DIX A
1.0,-1 ", jfrj,:.jj"j '11'.1 4" ~
Oi,o i, I I v 4, 0 i% p lw AW, ":m hvi~h
1- 1,. 1 -1 ., , lit, dimmti C'~j :14,111VO, It!
u-1
Rtwop4sn U.S,N.R. I

5.1 -181
Kjgano~; -NI, A, and CliudnoviU, A~ V, ka"ItU tual-t Impletilt-0-
Meteorological Abst. .1411jemlill Sailk, .3.S.S.'R.' 1:mIssil, -SI-P,
(0 fds.. ~3 vit. OLC---NttthAs (:i detemikkV tht!~iiwfildeia of himl emidiwilvity of tilt
Vol. 5 No. 1 :,,ii toicel utyn the ba that it hai i jxr;'.)dw,0wractt tirt
it vtr%O%-tKL Tho Owlliiez-'t ut IICAt
Jan. 1954 comiuctivity ij determined by itteamiring sAill evmptjtjL-,tAtt,9 at tco Ot-401s Ivr Olt diumsal,
Part I -t-Imantloal fit U11111131 1wrimis, r-q1titiml foil I-Ilh-uht-fig the CA)vffit:;tT%t J )Iwt OnlldllctiN ity
Radiation and Temperature ill alld millhomopm-oos w)it wid wmplib III the valculatil)" of tL)l avflkimt
'lrv givelt. Sub.ket HeculiAlft: 1. SO tAmpelichuts 3. Irtat Cundmdvitj of scim S. Hut
mductivity coeffidenL--U,.D-__.

KAGANOV, M.A.; RTABOVA, Ts.P.; CIWMVSKIT. A.P.
Soil temperature of fields between strirpi of forest, Sbor,trude
po agron.fis, no*6:96-104 153. (MIRA 11:7)
(Soil temperature) (7orest Influ:inces)

o;' Dol, Ahl
T 1, 0. IZ 1 n t - j; o on Ca: d P y s -1 In. L I i S , c: 11! 1 -cv) r !.,t,
A. I. (I'L, :.'o 1 A
'30.,
of 3c.L;,-!,,. Trt,;iiti 1,~! DI t: t L-I
at 3 list 1 '1 iC7 I

XAGANOV,I-IM4,
High-sensitiv"ity conditions for unbalaiced bridge circuits.
Izm.tekh.no.2%36-39 Mr-Ap 156. (NIZA 9:7)
(Blectric measurements)
11-1i

OW0,; KORODOCHKIN, I.T.; SHLINOTICH, S.M.
KAGAIUL6,M. A
WA
Measuring instruments based on the utilization of semleondacting
thprmistors. Priborostroonle no.8:10-12 Ag '56. (MM 9:10)
(Blectric Instruments) (Thermistors)

USS RI/A -- ~,ir --c ar.i MoiecuIar Physics - Heat, D-4
A'jst Jouri)ai: Referat Zhur - FIzika, No 12, 1956, 34393
Auther: Kagarov, M. A.
Instituti"'n: Ncne
Title: On the Problem of Utilization of the Method of "Instantaneous" Source of
Heat to Determine the Thermal Characteristics of Heat Inaulators
OrIginal Periodical: Zh. tekhn. fiziki, 1956, 26, 110 3, &14-617
Abstract: The method of "instantaneous" source of heat (Dee, for example, Referat
Zhurnal fizika. 1955, 21549), which makes it possible to determine all the thermal
coefficients with a single experiment, is generalized to Include the case of a
ronstant-power source, acting during any time interval. To determine the thennal
characteristics, simple equations are obtained, which take into account the actual
time during which the heater is effective. The results of the work make it poBsible
to dispense with pulse heating during the above experiment; and therefore 'to sivplify
the experimental procedure, with simultaneous increase in accuracy. It is ahcnm trAt
connecting the source cf heat for approximately 2 seconds, in the case of the tietup
described above (see reference cited above) cannot be comidered "instantueowi."

AUTHOR: Kaganov, M. A..
TITILE: cat ion of a MerL.,ioclectric Method of Alorisirinlr
Temporature Differences in Electrically ftiducting Bodies
(0 primenciiii tormoclektrichesko-o ziot;oda 1,,,.mcrcniya
0
raznostey tomperatur v ele.1ftroprovoduyltdi telaich)
P 1_k,IODI~"AL: Pribory i Teldinika Elkoi,,erimenta, 195"') Nr 1, 1P 145
( U S"'D R )
ABSTRACT: The direct -measurement of S:iiall termpera'ture differences
is usually carried out by means of a differential therwo-
couple. In ~,Ieasuring temperature differencos by this inethod
in bodies havin:j appreciable electrical c-, i:iductivity (wetals,
seniconductuors), it is necessary -to insulate electrically
one of the .',Drlcln~~ Joints of the theraocouple from the body.
TIic of the insulation may lower accuracy of the
aS a result of the a,)pei.:trance of an additional
rle.,,,7jcratiir~~ (Aff--~rcnrc. A 3imple method it3 described (Ref,l)
of using_:-, a -L-.'iDr:.iocouple without the additional disadvantace.
T~ae difforence is. m3asureel usii,..-; two thir:-,lo-
coul-oles i-r- dir.-_ct contact .vith the in Tillich the tem-
pera'Laire is beir,,.; moasu.r(,,d. Thu% tharL~ocouples
are in par-.111f.,1 with the meusurin,- d,L-vice (indicator) and
thus --,'or-i opposite arms of a bridge. The electrical resis-
Card 112v

KAGANOV, M.A.
Theoretical analysis of the method proposed by A.Vo Ioffs and
A.F. loffe for measuring the thermal conductivity of semiconductors.
Zhur. tekh. fiz. 28 no.11:2364-236? N 158. (MIRA 12t1)
(Semiconductors--Thermal properties)

67200
.-2 77 & 0 0 ~TJV/58-559-7-15756
Translation from: Referativnyy Zhurnal Fizika, 1959, Nr 7, P 1.57 (US111R)
AUTHORS: Bass, F.G., Kaganov, M.I.
TITLE: On the Theory of Galvanomagnetic Phenomena in Semiconductors
,N V11
PERIODICAL: Uch. zap. Khar1kovsk, un-ta. 1958, Vol 98, rr. f1z. otd., fiz.-matem.
fak., Vol 7, PP 57 - 60
ABSTRACT; The authors derive an expresslon for the tensor of the mobilities of
free electrons (holes) in a semiconductor In a magnetic field H. The
calculation is carried out with the aid of the classical kinetic equa-
tion, which is valid , for U H 4~ kT (where /.4L. is the r~ahr magneton,
k is the Boltzmann constant, and T Is the absolubu temperature). In
this equation the collision operator is expressed through the tensor
of the relaxation times, which makes allowance for thtu anisotropy of
charge carrier scattering. In the case of scattetring of carriers with
an anisotropic effective mass on acoustic lattice- 1-ribrikt.lons, Herring
Card 1/2 and Vogt's expression for the tensor of mobilities In th-9 absence of a

slat
Ali I

KAGANOV, H.A.; LISKER, I.S-; HMHKIN, I.G.
Measurement of the thermoldlectric properties of semiconductors.
Fiz. tvar. tela 1 no.6:988--990 Je '59. - (MIRA 12:10)
(Semiconductors) (Thermooloctriolty)

SOY/906-59-7-24/26
AUTHOR: Kaganov, M.A Candidate of Physical and I'lathematicnI 3ciences
TITLE: A Method of Determining the Theniial Coefficient-9 of Heat-
insulating Material (Ob odnom metade opredoleniya
termichoskikh koeffitsj~mntov teploizolyeLtorov-)
PERIODICAL.. Te,)loenergetika,, 1959, lir 7. p 95 (USSR)
ABSTRACT.-In Tepl.oenergetika, Or 1, 1958, Kanter p2blished an
article on the use of instantaneous heat soLirces to
determine the thermal characterisitics of heat-in3UIRtinig
materials. A number of objections are raio~!d againsr
the theoretical basis of the procedure desc-ribed; i1v is
shown how to overcome these ()bjectJons rind to make the
alculations more accurately.
K
ere are 3 references all of which are Soviet.
Card 1/1

9(3)v 24(3) 5/3)
AUTITM. Fagaijov, 1%. A.
TITLE. _YN6 *Iii~f,!'e-m"'*6.r"'~tITtt"'~dft*uiti-frlty of Vnbalnric-ed riridgo
Oirouits
PERIODICAI: lzmaritel*naya tekl-inlka, ':959, Nr ~'j p 'I') (I.ISSI(Ii
ABSTRACT: When analyzing the power sensitivitV .-,-f an linbrilamced
four-arm direct carrent bridge, G. K. 5Tr-.tcih-*tY&-%r ccn-
siders those parameters as the t)eM;V at ;qlji,~,-h H',,o
P /P tio Is a maximum. Ifere, P, IL: the power zo-
,8,v4drrb~ . and P 11
y the galvanometai he ppwer scattered
by the transducer with a gilren unbalZCariing
of the bridge. in th-1':3 case, a fact lins been ~tz'noredl
which was discussed in detail by the author in ~tef ~;*':
The maximum power to be dissipated by the tri.--_n3QUceX:-'
may occur not with its ultimate reaistance value, but
at a value located within -the measuring range. in
this way, the recommendations given by C. E. 1jechqy~,,;r
1. , thL-A
An Z_'Ref *17 are not suita-ble. The autlior atjt4 ~j!-
his metho'a. which he established pX-e'71J1.A.!_1Y f0l' eStl--
mating the sensitivity of unbalanced trLdgil circuitc,,
Card Is m,)re general and corresp.)nds to tl-io :if re!_ec;-
C>

1'8/33
Tho Problem of the SensItIvIty of Uanalwiced Bridgii-,
.41
ting -th(, opt !mum parameters 1%.L theXb14dro (,I-multl
He tases, Me me-thA on the ratio .0 hor-il 2
la the power which io t) b0 tramsmytA-d to the megsu-
xing initrument iur-Ing deflection, of Iti; Indicator,
While P., which is t-he greatest value of power, which
.3 to bt- dissipatud by the trarisducor witlAn ", meaul-
rine, interval.. There are 2 Soviot raftvrenco:3.
Card -~V~?

SOTSKOV, D.S,, doktor takhn.natik. prof.; VOROBITYVA, T.H.; k4tnd#tekhn.
nauk; CIWMVSKIY, A.Y., doktor fiz.-matonauk, prof.; XAGANOV,
M.A., kand.fiz.-mat.nauk.
Reviev of I.Y.Volshin, A.S.Kasperovich. PndA.G.Shashkov's book
Semiconductor thermistors." Inzh.-fis.shur. no.1-124-126 Ja
6o. (MIRA 13:4)
(Thermistors) (Volaskin, I.Y.)
Msp'erovich,'A.S.) XShashkov, A.0.)

9(6) V601000103100R/01 7
AUTHORS: Ma A., Candidate of '901 4/30o"
Xaganov,
_
-PhysidAl iif71 Mathematioal Scienoes,
Rozenshtok, Yu. '."n-ineer
C,
TITLE: The Determination of the Charnaterlsticii of Sam.-conductor
Thermoresintors Used in Meanuring Tachn:1qis
PERIODICAL: Priboroatroyeniye, 1960, Or 3, pi) "-7 (V83R)
ABSTRACT: In the introduction, the dissipation constani C and the time
constant -r are mentioned an tile characturisticib of electric
thermometers, and the neoessity of knowing tlie;ue ctiantitieS
in the construction of resistance thermometers from sem".con-
ductors is pointed out. The determination of C by meano ofa
bridge circuit and a potentiometer in For tho
determination of T equation (2) in giveiij, and the Ifirinjr,
diagram shown in figure I is diacucised, !1ea,)tjrovmen-t of -r wan
carried out in such a manner that the tli-ermal .-saistor ras
immersed into media with constant famporaturo During nooling
of the thernial renistor thdi light. been of tne 1;:aivanomlater
moved towards the photoresistor F (Fig "), by which counter
Card 1/2 Sb was regulated using the relay ~ I Tho i'lumnated error ia the

)5
;iz
S/19g6il/000/007/007/079
-Z 0 D201 05
AUTHORS: Kaganov, M.A. and Rozenshtok, Yu.L.
TITLE: Time and dissipation constants of aemico-nductor
thermistors used in measuring devices
PERIODICAL: Referativnyy zhurnal. . Avtomatilta i radioelektronika,
no..7, 1961, 28-29, abstract 7 A179 (Sb. tr. po
agron. fiz., 1960,.no. 8, 244-247)
TEXT: The method is described of determining the time and dissi-
pation constants of externally heated thermistors. In order to det-
ermine the dissipation constant, nume ically equal to the 0power dis-
sipated in the thermistor increasing its temperature by 1 C, the
the uple under test was connected to one arm of a bridge circuit
and t e bridge supply voltage adjusted by means of a potentiometer.
The power dissipated in the thermistor was detennined from the value
of current, measured by a milliameter, and the iN!aistarice determined
by the balance of the bridges. The temperatures which correspond t
Card 1/2

91,1f 174 60LO, r' I YiV8
S/194/61/000/006/004/0 77
D201/1)302
&THOR: Kaganov, li.i~.
TITLE: The use of semi -conductor thermo-resistauces for
automatic compensation of thermocoupLe errors
PL~'IIUDIC,.L: Referativnyy zhurnal. twtomatilka i radioelektronika,
no. 61 1961, 22, abstri.~ct 6 ~165 (Sb.. tr. po aLran.
fiz., 1960, no. 8, 248-255)
TLX'.r: ii description is given of the possible applications of
semi-co-iductor thertio-resistances (STR) for the compensation of
thermocouple errors introduced by a changing temperature of the
cold junction. The compensation is achieved by connectin!~, in para-
llel to the measuring instrument, a bridge circuit, ono of whose
arms has an STR at the temperature of the cold junctioii. The. para-
meters of the compensatinj; circiiits aro (,viiluatcd by t-lie vrethod of
point by point interpolation, so as to mI.-c the current in the det-
ector circuit of the 'oridge dependent on the STR temperl-Ituro in
Card 1/2

S11 94/6 1/00 0/0 0 6/0 04/077
'llie use of semi-conductor... D201/D302
corresDondence with the L~empenture law of cimuigc- c):- t"Ic '11ca-Mo-
couplc cmf. ChAng to the hi-rh input impcdance of Lhe uridge circuit
the compensating network does not practically iatroduce theralocouple
power loss. Data are ~Jven as obtained ulica applyin,," the above
L
method of compensating for measuring the averi-4.rp! f-,urface temperature
o7 the soil by means of a set of thermocouples, fjv)stracter's
note: Complete translation2
Card 2/2

51EAS 2/0C O/C06/084/136
101
'057/,'
AMORS: Kaganov, M. A., Lisker, I. S.
TIT T .
U. Determination of some physical characteristics oil semiconductors
under non-stationary conditions
PIMIODICAL: Referativnyy zhurnal, Fizika, no. 6, 1962, 3;?, abstract OSE262
("Byul. nauchno-teklin. Inform. po agron. fiz,", 19SC, no. 8 - 9,
27 - 31)
TEXT: A device is described for complex determinatlon of the electric
-onductivity T, the thermal emf o(, the value z - o(?(Ir/,X and the t1lermal condUC- 41
vity x of various semiconductor materials. The device Is used for the measure- '0.0
men-!~ of parameters of intermetallic compounds of the B1 2T"'3 ..Ojb2Ire3type. The
time necessary for the determination of cc, Cr, z and Xof one satriple is ab(~ut 15
minutes.
H.. Glinchuk
[Abstracterts note: Complete translationj
(;ard 1/1

The Accuracy of the Measurement of Heat B/170/60/003/03/26/034
Flows by Means of Heat Flow Meters B010007
by the dimensions of the instrument upon measuring acottracy that the
error is reduced by an increase in the ratio between the diamter of the
disk of the heat-flow meter and its thickness. When determining the
heat flow by means of a heat-flow meter in a depth h calculated
the surface of the respeotive medium, the heat-flow weter must be
sidered to be an Infinitely extended diak with the thickness 1. Formula
(3) is given for the measuring error in this case, and formula (J) ii
given for the relative error. From these formulas it may be seer. thai
the error may be reduced by decreasing the thickness 1 and by a 5t~X-
ficiently great thermal conductivity of the disk. It is i3hown in tha
course of an investigation of the sensitivity of the heat-flow met~--Z
that, with given sensitivity for the reduction of the error, such E,
material must be chosen for the heat-flow meter, the product of which
from the coefficient of heat conductivity and heat capacity is buffi-
ciently small. For the case in which the heat characteristics of the
medium and of the heat-flow meter are equal, formi0a (7) is given for
Card 2/4

The Accuracy of the Measurement of Heat S/170/60/003/03/26/034
Flows by Means of Heat Flow Meters B010007
the measuring error. On the basis of these deliberations, the authore
investigated an instrument developed by Gir and Dankl. Tho maximum
error as guaranteed by the firm was found to have frequently been coll-
siderably exceeded. Furthermore, the measuring error of an. Instrument
was investigatei, which had been suggested by A, G. Ifolson.11tov ftnd
A* A. Speranakaya (Ref. 7). Also in this case, disturbances of the
temperature field of up to 60% and measuring errors of up to 40% vere
found. The authors thank Professor A. F. Chudnovskiy for hin Valuable
advice. There are 2 figures and 8 references: 3 Soviet, 1 Germang yt~
and 4 English.
Card 3/4

The Accuracy of the Mea-mroment of Heat S/17 60/003/03/26/034
Flows by Means of Heat Plow Meters B014YB007
ASSOCIATION: Agrofizicieskiy nauchno.-issledovateltaltiy Institut,
g. Leningead
(Scientific Research Institute of Agricultural Physicsq
City of laningrad)
card 4/4

214.1100
15 .9 5 D D 2 2 0 9
AUTHORS; Kajanovp M. A.. and Ljoker, 1. S.
85381
3/032/60/026/010/009/035
B016/B054
TITLE: An Unsteady-F?fting Method for Measuring the Electrical
Cor.ductivity and the Contact Resistance of Semiconductor
Materia s%.t
PERIODICAL: Zavodakaya laboratoriya, 1960, Vol. 26, No. 10, pp. 1116-1120
TEXTs The authors suggest a method of measuring the electrical conductiv-
ity and the contact resistance of semiconductor materials, which permits a
checkup in limited volumes. This method can be used, for instance, to
study the electrical properties of substances under the action of ionizing
radiation, high and low temperatures, and the like. Direct current has been
used hitherto to determine the electrical conduotitrity (probing method).
An error arises here, since the thermo-emf at the points of contact be-
tween the probes and the sample is recorded along irith the -voltage drop
between the probes. To reduce this error, it is ni-vessary to use relative-
ly massive current-supply contacts which, on their part, reduce the tem-
Card 1/2

85,381
An Unsteady Probing Method for Measuring S/U32/60/026/010/009/035
the Electrical Conductivity and the Contact B016/B054
Resistance of Semiconductor Materials
perature gradient along the sample. The measurement of electrical con-
ductivity with alternating current eliminates the effect of' the thermo-emf
at the contacts, but complicates the accurate measiurement of sma,11 voltage
values of alternating current. The method suggestod by the authors is based
on measuring the electrical conductivity in caoe of fret? heat evolution.
It permits a determination of the electrical conductivity of materials
having high thermo-emf coefficients. Fig. 1 shows the principal scheme of
measurement. Fig. 2 shows curves for the voltage variations on the probes
and on the sample. This voltage drop on the probes and at the ends of the
sample is measured by a self-recording high-speed potentiometer (e.g.
DITIT-09 (~,VP-09)). There are 2 figures and 1 Soviet Teference.
ASSOCIATION: Ap-rofizicheskiy nauchno-issledovatellakiy inatitut Ak;idemii
sell zkokhozyiiystvennjkh nauk (AL=14,11ical Zcientifjc__
Research Inutitute of the Academy of Agricultural Sciencts)
Card 2/2

KAGANOV, M.; %)ZICITS11TOK, Yu.
Scale of nocturnal tempnratures. Znun.aila 33 no.1:6
ja 16o. (mMt 13:5)
(Mateorolol;y, Agricultural)

KAGANOV, M.A.; ROZaISIITOK, Yi,.L.
Measurement of heat flux bv the use of heat moter!i. Izv. All 6,SSR.
Ser. geofiz. no.8:1174-lri8 Ag 161. (MIRA 14:7)
1. Agrofizicheskiy nauchno-issledovateliskiy inatitut.
(Temperature-41eanurement)

KAGAITOV, M.A.; ROZEIISIITOK., Yu.L.
Using thex-Aistors for the correction of differential circuito
for measuring temperature differences. Izu.tekh, no.9:22-
25 3 161. (MBM 1418)
(Thermometry)

i III IV. I ~'! 1!111.11f q 1- : , " - . 1 -11! ~ " q, :,, I ,
.., "" ~11111r111111111 IOU . .
~
BARDFYEVA, S.P.; 1OFFE, I.A.; KAGANOV, M.A~; CHUDNOYS.-~1Y, tL.F.
Semiconductor cooler of circulating liquidn. Biul.tekh,ekon.inform,
no.11:46-48 '61. (MIRA 14:12)
(Liquids--Cooling)

7 6 o o (lo s- Bi17/B209
AUTHORS: Kaganov, M. A., Lisker, I. S., Chudnovi%kiy, A. F.
TITLEt A method of rapidly determining the heat conductivity of
semiconducting materials
PERIODICAL: Inzhenerno-fizicheskiy zhurnal, v- 4, 1'()- 3, 1961, 110-112
TEM The authors suggest an improved version of the method developed by
A. V. loffe and A. F. loffe fbr determining the heat conductivity of semicon..
ductors within a narrow range of temperatures near room temperature (10 -
150C). The test device consists of two copper blocks, between which the
specimen is placed. In order to determine the heat oonductivity, one han to
adjust the temperature gradient at the specimen, &T * T 2 - T1, and the tem-
perature variation with time, T 2' of the upper block by meaas of two indivi-
dual differential thermocouples. The authors suggest to determine the heat
conductivity of the specimen from the rate of cooling of the upper block.
It is evident that the temperature drop over the specimen varies according
to the same law as does the temperature of the upper block. This may be
5/170/iil/004/003/010/013
Card 1/4

89931
S/170/61/004/003/010/013
A method of rapidly ... B117/B209
concluded from the fact that the rate of cooling of all parts of the system
Is equal under normal conditions. The rate of cooling of many semiconduc-
tive materials may be found from the graph thermo-elactromotive force at the
boundary of the specimen versus time in semilogarithmie co-ordinates. The
heat conduction coefficient X as determined from the function InaT = f(r)
was (3,31 + 0.02) - io-3 cal/cm - see. deg for molten quartz (Fig. 2, curve
3). According to published data, it amounts to 3.33 . jo 3 Cal/cm - sec.
deg at 20 0C. The heat conduction coefficient of Bi 2Te3 Sb2Te3f as moas-
ured by means of a differential thermocouple, was 4,48 10-3 keal/cm I see.
deg, and determination of by a measurement of the therato.-eleotromotive force
yielded 4.73 - 1o-3 kcal/cm - sec. deg (Fig. 2, curven 1 and 2). The some-
what lesser inclination of curve (1) as compared to curve (2) may be explain-
ed by an additional thermal resistance which is due to a thin mica plate
between the lower block and the specimen. An insulating intermediate layer
is necessary for the elimination of the shunting effect of the specimpn and
its thermo-electromotive force upon the indications of the thermocouple.
The suggested version of the method by A. V. Ioffe and A. F. loffe offers
the advantage that the entire curve of temperature drop may be used in the
Card 2/4

I7W911:
S/170/61/004/003/010/013
A method of rapidly ... B110209
place of single points only. Besides, only one instmment is required in-
stead of two. The use of the thermo-electromotive force of the specimen as
a temperature indicator allows to employ less sensitive instruments and to
record automatically the variation of the temperature gradient. Moreover,
an,insulating layer is superfluous in this case. There are 2 figures and
5 SoViet-bloo riferefio6s.'
ASSOCIATIONt Agrofizicheskiy institut, g. Leningrad (institute of Agro-
physicst Leningrad)
SUBMITTED: -June 26, 1960
Card 3/4

89931
A method of rapidly ...
Iflar
4
j
2
I
i ? j --4
-
Card 4/4

IL 1
I 1

-
-11~
I,*,- I
I\? 11
-

-,
1
N
S/170/61/004/003/010/013
B117/M209
-

BARDEYEVA, S.P.., inzh.; ICFFE, I.A.,
kand.fiziko-matematicheskikh
matematicheskikh nauk
kand.teJchn,naukj_44gA?1
9y,-",
nauk; CIfUDHGV5X.TYj, A.F. , doktor flziko-
Semiconductor equipment for milk cooling. Mvkh.i olek.stos.
sellkhoz. 19 no.541-44 161. (KM 14-.10)
1. Agrofizicheskiy nauchno-iseledovatellakiy institut.
(MM preservation)
(Refrigeration and refrigerating wwhinsry)