SCIENTIFIC ABSTRACT KAGANER, W. - KAGANOV, I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000619920002-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 10, 2001
• Sequence Number: 2
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

.1i I V HINI;
AUTHORS: Ka.-Uner, 11. G. Glebova, L. I.
32-12-53/60
TH LE: A Device for the Deternimition of the llui:,idity in Liquid
Carbondioxide (Prilbor d1ya izmcroniya sodor-,!,,,wiiya vlaji
v zhidkloy dvuol:isi u_-leroda)
PERIODICAL: Zavodskaya Laboratoriya,1953,V021.24, 'Air 2,pp.20-247(USSR)
ABSTRACT:- This measuring, method, the so-called bygrometrical ---nthod is
based on the deternination of the dow point. A device WaS
constructed which pernito a heating; of the liquid carbon-
dioxide throu'r,-h a, tube) to from 5C - 600C. With the
help of a pressure-reduction valve thq pressure is I-.irc-.tled
do-~m to normal pressure ard the gas jet is to pass
acroas a ,.iirrorg which is ".evt tit a -iven temlorature (re-
corded b., a millivoltnetar) bzi m,?ano of thormocouples. Prou
the detcrmination of the dew ~_oint (blurring oif the mirror)
of the pasjin- -,-is it is also to :~o._ipate its 1-=.ii-
dity. A iyo3sil,~1,2 oil co-,.tent Df the CO )at :%t;jt lic taken
2 "
onto conuideration ('6lurrin,-,- Qf tho .1",rrcr) ;--z well -is the
Card 1/'2 terlperatue deT~endencc of t'0,,~ ~iirti-jl ,.)f the atea-..i.

72-2-53/ '10
A Dcvicc for the Dc!tcrmii,~..tion of the .-t-midity in Liquid Carbondicxide
Wit'i thc: lhvlp of thu byi-,rcn.-tcr it j2 to ,]Cterminc
6
the flew point du,;.n to L-, te--iperatiire of -70 0, that i,3 to
o~,.y, --. humidity of carton dioxi-le of 0.0001 J1 m~qarizon
oZ t1Aj L-,,-t'hod wit'li othura chowed Ccoo ia..rcamozt r.)- the 1.0-
z3vlts. arc 1 fiurc, arL! ,' rcf3rcn(n~o, 2 o.' %re
r
Slavic
AS~XQIATIOlr: All-Unicr 3ci-tific Rct-,rcli Institut a I* ox:r.-:en Ihcbine-
Bailding Industry
(1,rse,-,oyuzwiy nLtuch-qo-is:31odovL,-tillol.-ii instittite kiolorofl-
naohinc--troyeniya)
AVAILABLE: Library of Cont,,rcsj
1. Liquid carbondioxide-Moisture content 2. Rumidity-Measurement
C.-
.irO 212

!~ -I I ~ I IFV
,t6-32-2-15/38
AUTHORt I-Kae T2YjL_a, (Moscow)
TITLEt The Maxima of Thei-modynamic Proper-tice and the Transition of
Gas to Liquid Within thepupercritical Hange (Mtxkuimumy tei-na-
dinamicbeekikh avoystv i perekhod ot gaza k zhidkosti v
nadkriticheEkoy oblasti)
PERIODICALs Zhurnal Fizichakoy Khimii, 1950, Vol. 3'2, Nr 2, pp. 3J2 - 340
(USSR)
ABSTRACT: In the first chapter the maxima of the apecific heat and of
the isothermal throttling effect are investigated. For the
building up of the locus of the maxima the directly meaeured
data as well as those computed are used. The latter were
computed from the compressibility values of the corresponding
quantities of argon (Reference 11), xenon (Roference 12) ni-
trogen (References 13 - 16), oxygen (Referenoe 17), air (Re-
ferences 14, 18 20), carbon monoxide(Heference 21), methane
(References 22 24), ethane (Reference 25), propylene (Re-
Card 1/5 ference 26), carbon dioxide (Reference 2'j), ammonia (Referen-

I 1 11-19 1 U
76-32-2-15/38
The Maxima of Thermodynamic Properties and the Transition of Gas to Liquid
Within the Supercritical Range
ce 28), and steam (References 5, 7)- Most of the points are
well placed on the curve. For the gas group with non-polar
molecules general rules in the coordinates of the paraneter3
* , r3/F * - kT/E
p P( and T are obtained. Jr and
denoting the reduced temperature, pressure and volume ro-
spectively, e denoting the minimum value of' the potential
energy in the interaction of the molecules. Cr' denoting the
distance between two molecules where the potential energy is
equal to zero). This fact proves the correctness of the con-
ception that the cause for the existence of the maxima of
thermodynamic properties is the interaction of the molecules.
This interaction takes place in various gases in an analo-
gous way. The most interesting results of the investidation
is the C -maxima line at the isobars. The maxima of the iso-
choric 4ecific heat at the isocnores which ifere obtained by
means of the data for air and xenon (Referencoa 12 and 18)
are well placed on this line. At pressures of Jr ;;-- 5 the
curve changm over into a vertical straight line whicb is
continued up to very high pressures and is an T' ;1--- 1,21
Card 2/5 isothermal line. In the vicinity of this Iiii! the transition

76-32-2-15/38
The Maxima of Thermodynamic Properties and the TranBition of Gas to Liquid
Within the Supercritical Range
from gas to liquid takes place , i. e. an intaxiw formntion
of ausoointed molecular coml)lexes. It ia ohown ttiat the line
of the maxima of isobaric slecific beat at the isobars and of
the isoc~noric specific heat at the isochorea is the continua-
tion of the presstire curve of saturated stnam and at Z 1,21
passes over into the isothermal line. In the second chapter
the density at the maxima is investigated and a dependence
of the density at the maxima lines on the pressure is found.
Thedensity of the substance in the C -ntaxima points at the
isobars increases quickly with the d~mtance from the critical
point in order to slowlv change from 9 Fy 2 to TS~ 2,5 at
an increase of Z from 9 to 25. Thqinitial part of this
curve follows the equation O,1f1(TL--1). Alonrl- the
line ( a's/ap)T -0 the dens4y-quickly decreases with a
small increase of pressure. It is shoiin that the throttle-
-effect maxima line at the isothermal lines fox-is a natu-
ral continuation of the arithmetic mesin of the densities
Card 3/5 of liquids and gases within the rango of uaturation. In

76-32-2-15/38
The Maxima of Thermodynanic Properties and the Tranvition of Gas to Liquid
Within t4upercritical Range
the last chapter the values of the maxima are investigated.
A comparison was viade between the reduced values of the
specific heat (C p " CPO )/R and the throttle-effect 61vk
with a number of gases along the maxima line in dependence on
1/( V - I ) and 1/( JL_ - 1 ). It is shown that the reduced va-
lues of both quantities are directly propoxtional to the
quantity 1/(T' - 1) along the maxima line of the isobaric
specific heat and the isothermal throttle-effect. Along the
maxima line of sDecific heat and of throttle-effect the re-
duced values of these quantities at the inobars are linearly
dependent on the quantity 1/(J-b -1). These relations are
not only valid near the critical point but also for the
whole investigated range of state up to extreme temperatures
and pressures. There are 5 figures, and 34 references, 12
of which are Soviet.
Card 4/5

76-3-2-2-15/38
The Maxima of Thermodynamic Properties and the Transition d Gas to Liquid
Within the Supercritical Range
ASSOCIATION: Vsesoyuznyy nauchno-iseledovatellskiv institut kislorodnogo
mashinostroyeniya
(All-Union Scientific Research Instituto for Oxygen-hiachine
Building)
SUBMITTED: October 24, 1956
1. Gases--Thermodynamic properties 2. Gases--Condensation
3. Gases--Pressure
Card 5/5

- 122-3-26/5-17
S-OV/2r 4.
The Isotherm of the Adsorption of Nitrogen at Low Presf,urez
table. The main difficulties of the experlment:z are caused by
the ereat influence of' the inhomoooneity of the 3urface on
the adsorption properties. The adsorption proceois., esuentially,
in the most active parts of the surface, especially in the
hyperfine pares. For p 3b 0, the adsorption must satisfy the
law of Henry. In the regioh of low pres.9ures, thu results of
this paper do not satisfy the law_of Freyndlilkh. For relative
pressures from 0,005 - 0,03 to 10 5 _ jo-4, the2exverimental
data satisfy the equation IC 9 - - D -0 denotes
the covering degree of the surface. lit the Y,e,,!ion of lo-aer
pressures, the experimental points for some adnorbents lie
on straight lines in the coardinateo 11; 0 - (1c(pilp .)2. The
initial parts of the isotherms of all the inve;,-,tigated adoor-
bents may be represented with sufficient exactness by a
straight line in the coordinates 16 (a/p) - it of the equation
of Williams-Henry (Villyams-Genri). a denotes the adsorbed
quantity of gas and p - the corresponding pressurp A and '.q
are constants. The equations 1C 9 - - D(,,-7(p/p,)) and
1e- 9 . a - PQ nearly describe tho whole nonon-,lectilar re-
p7-P_
Card 2/3 gion of the adsorption. The coefficients a, p, nild D iire dif-

S07/2,-122-3 -26/57
The Inotherm of the Adsorption of NitroCen at Low Pressures
ferent for different adeorbentg. The laws cleduced in this
pacer exclude the necesaity of cumbersome i:,,easurements at
low temperatures. There are 4 figures, 1 table, and 14 ref-
erences, 6 of which are Soviet.
ASSOCIATION: Nauchno-isaledovatellskiy institut kio lorod',riorO L hin
stroyeniya
(Scientific Research Institute of Oxyt,,en Equipment)
PRESENTED: May 13, 1958, by 11. M. Dtibinin, Academician
SUBMITTED: May 13, 1958
Card 3/3

r'56!. 7
5W SOV/76-33-10-15/45
AUTHOR: Kaganer, G,
TITLE: A New Method Used for DetermininC the Specific Surface of Ad-
sorbento and Other Finely Disperaed.Sub-,ntancea
PERIODICAL: Zhurnal fizicheskoy khimiij 19591 Vol 3'4/j tIr 10) pp 2202-2210
(USSR)
ABSTRACT: !,'.ethods using adsorption measurements such as those by Brunituer,
Emmet and Teller (BET) as jell as by Carkins and Yura (ayu)
belong to the most reliable onus in delermining
.. specif16 auj-
faces. These tmo methods are, however, amployed for measuring
polymolecular adsorption and are not ap~,licable to finely
porous subotances. For this purpose a method -nould be convenient
that is used for gas adsorption measurement within the mono-
molecular range,, A device was designed (Fig 1) which allows
to plot isothermal lines of nitrogen adsorption mithin the
polymolecular and monomolecular range at low temperatures. The
author recorded the isothermal lines of nitroj~-,en ad orption
on seven adsorbente at 77,~5-77-8 K (pressure; 1,10-~ - 500=mHg)
as well as by means of three adsorbents !it 90.1 K- Results
are given (Figs 2, 3, 'cable 1: data on tho ad..~orbente coconut
Card 1/3 carbon. active alumina, silica gel, chabaaito), A. I. Danilina

05817
SOV/76--33-10-'15/45
A New Method Used for Determining the Specific Surface of Adsorbento and
Other Finely Dispersed Su-bstances
assisted in the experiments,. Datadre boot in agreement vith
equation (1) (2) respectively) by It. hl.. Dubinin and L., V.
Radushkevich ~Ref 7) at a degree of surface accupation of
0 - 1. The nitrogen adsorption of many adsorbento follove
this equation at pressure values
R of 10-5- 10 ..4 UP to 0-005 - 0.03. At a degrae of surface
PS
occupation of 0.1 - 0,5 UP to 0.75 - 0-9, the equation defines
a monomolecular adsorption. At P - 0-01 - 0-05, a transition
Ps
from monomolecular adsorption (equttion (Ref 7)) to polymole-
cular adsorption (BET-equation) occurs. By changing equation
(2) (the function of adoorption-energy distrilution is not
related to the volume but to the surfacib), equation (5) was
set up, i.e. a method used to determine the specific surface
from gas adsorption within the monomolecular range at the
pressure P - 0.0001 - 0.01. Results of mostsUrement by the
Pe
Card 2/3 new method agree with those obtained by the PET-method 1*ithin

05817
SOV/76-37-1 0-15/45
A New Method U3ed fer Determining the Specific Surface of Adsorbent a and
Other Finely Dispersed SLIbStances
a limit of + 2~66 (Table 2: values of ton different adscrbanta),
The new met'~od is not suitable for some adsorhents (e.g. if
the adsorption is defined by the Langmul.r equation (Refs 139 14)')~
There are 5 figures, 2 tables; and 14 references., 7 of which
are Soviet,,
SUBMITTED: March 13, 1958
Card 3/3

XAGABM, M.G.; ROGOVAYA, I.A.
Piston manometer with underhung load,, Irm.takh. no.1t:22-23 Ja
,6o. (MIRA 13:5)
Ofanometer)

KAGANER, M.G., kand.tekhn.saukI GLXBOVA, L.I.
Vacuum-povder insulation in vessel@ for liquefied gwee. Trudy
VNIIKIM&SH no.306-50 1609 043A 1399)
(Liquef ied peas) (Insulation (HPAQ

S/076/60/034/009/005/02.2
BoiViio56
AUTHORS: Rogovaya, I. A. tinI
TITLE: A Device for Determining the Compressib'.l.ty '1~ Ga8es at.
Pressures of up to 200 atm and Temperatu:res From 0 to
2000C
PERIODICAL: Zhurnal fizicheskoy khimli, 1960, Vol. M, No. 9,
pp. 1933-1937
TEXT: A device is described which permits the determination of 1~peciflc
gas volumes at temperatures from +20 0 to -2000 C and pressures of ip to
200 atm with an accuracy of +0.0%., The method of a piezometer of constarv
volume was applied, by conveying the gas to be investLipited ~rrom a bulb
the piezometer (Fig. 1, scheme of the dev4ce). 1, pressivr-e of mcre
than 150 atm is maintained with the aid of a siphon pump. Thai pierometor
is in a liquid cryostat (Fig, 2), in which the desired tampq's-aturI3 is
maintained and the uniform temperature distribution is controlled b..'
means of differential thermocouples. After equilibrlum ha3 heon attained,
thG gas is conveyed from the piezometer into calibration vaosels -Ahich
are in ther-o--tat. Prassuit~ i;i t!- i-j~jeli be 'hoteef!t:
Card '10

A Device for Determining the Compresuibility S/076/60/034/009/005/022
of Gases at Pressures of up to 200 atm and BO15/BO5()
Temperatures From 00 to 2000C
1000 torr, which is attained by using a nerte3 of piezc-neterv Gf different
volumes and by keeping the calibration vessel separate liy mesLne of faucets
so that the gas is able to assume different, volumes. Tho gao pressjre iq
measured by mean; of a p-Lstcn manometer. Calibration 49 carried out by
a method recommended by P. V. Indrik (Ref. 2) according t~-, Zhokhc,)qkiy.
The gas is separated from the oil by meana of a membran-ti differer-.ial
manometer of the type JIM-6N.DM-6), as well as by means ,,f ar, lig regula-
tor. The weight of the gas in the piezometer is calculated from the
equation of state, proceeding from the gas vclume and gau prossure in tile
calibration vessels. A detailed description of the in6i,ridu&l l.initg ]u
given Gn the basis of drawings. The device is intended for meaouriiig th-L.
specific volumes of air, argon, oxygen and other atmoagheric j.,a8es. Them
't 0 0, - C, I
specific volume of air was determined a 90 R *'100 C, and pressurii~j
of 20-110 atm. The results obtained (Table) agreed well with lthcsen
tained by Michels et al. (Ref. 3). There are 2 figures, 1 table, and
3 references: I Soviet and 2 US.
ASSOCIATION: VsesoyuzrAyy nauchno-isBledovatelfskiy anjititiit Itislcrodne-f..'p
mash inos troyen 1ya (All-Union Scientific l1eqear,,1-,. Inst'tule
of Oxygen Machine Construction)
Card 2/3

ff 0
AUTIIOR
TITLE:
PERIODICAL:
64250
S/076/601'0 34 /0 0:' 1/0-3/022
Doil*/I, I
Or,6
Kaganer, 1M. G.
Investigation of the Separation of 'Nitro.1jen - Hellum
Mixtures by Diffusion Through PorouT-MEFT;"Ltion-Tails
'd
Zhurnal fizicheukoy khimii, 1060, Vol. ;5ij, Nc. 11,
pp. 2005-2012
TEXT: The diffusion of nitrogen - helium mixtures throu,gh porous pati.
tion walls was investigated for the purpose of experimontiAlly checking
and giving a precise description of the rules of the 1:1'fusion prcces2-
The experiments were carried out in the apparatus shown in Fig'. 1. Threes
samples of porous ceramics with an average pore diameter Of 0.20 p,
2 - 0.43 V, and 3 - 0.29 p and three gaij mixtures of 4.,52, 12,Q, and
27.22 vol% Ile were used. 120 experimento were carried ouf at 20c'C. The
mean pressure was changed from 0.5 to 6.5 atm, and the presj--ir(i difference
before and behind the partition wall amounted tc 0.1 t(7 ').0 atci. Th-7
effect of this difference in pressure, the mean jjr43SUNJ, and the fraction
of the diffusing gas upon the partition coefficient ivat; lnv-?~itigated,
Card 112

84250
Investigation of the Separation cf Nitrogen - lfeli,im S/O 76/(;o/O ~.J/10#0 I;Yor-)-,
Mixtures by Diffusion Through Porous Partition
Walls
and it was found that a noticeable deviation of the ox~orimeritlkl dati
from the theoretically calculated values exists. For thifi reanon i.t 40
assumed that a non-separating molecular flux is formed 4Y collijion of the
molecules of the two gases in the pores of the partiticii iuill, ~Lnd thun,
causes the difference observed. The difference belveen *,he e.,(,,),~rlmental
and calculated data depends mainly upon the pressure diff'ferenr.(? before
and behind the partition wall. The dependence betwflen the ratlt:- rf the
theoretical and exDerimental values of the enrichment cceffi,,,ient Of
gas mixture and the pressure difference may be reprosenlied lby a atra_ghL
T,,-re
line (Fig. 6) within the pressure range c:f frcL 0.1) '..0 at
are 6 figures and 13 referer-~es: 3 Soviet, 5 US, 11 Brit:~oh. int!
I
I Japanese.
ASSOCIATION: Vseaoyuznyy nauchno-iss1cdo*iat,-,1iukiy -"tuv It-j', lciifloi-c-~nnj;o
mash inos troyen iya (All.-Unlon Scientific. lleijear,t !-III, itote
of Oxygen h1achina
SUBMITTED: December 22, 1958
Car'd 2/2

MANER, .M-. G. , and GLEBOVA, L. I.
"The Effect of Various Factors on Heat Transfer Throujoi Porous Materials
in Vacuum. "
Report submitted for the Conference on Heat wid Mass Transftr,
Minsk, BSSR, June 1961.

276507
S/076/61/0.'5,/009/011/015
OL9 0 B124/B101
AUTHORS: Rogovaya, 1. A., And.'K&9Anez9 X* Go
TITLE: Compressibility of argon at low temperatures and
pressures of up to 200.atm
PERIODICAL: Zhurnal fizicheskoy khimii, v-35, no.9, 1961, 2135-2136
TEXT: Data for the compressibility of pure argon containing less than
0.01% nitrogen and 0-005% oxygen are given, which wero measured by the
authors at 0, -25, -50, -75, -90, -100, -110, -120, -135, -150, and
-1830C with pressure being successively increased by 20 to 25 atm.
Measuring technique and experimental setup were described by the authors
in Ref.1 (Zh. fiz. khimii 2A, 1933, 1960); accuracy of measurement is
� 0*05%& Results of measurements are given in a table. The pressure is
given in international physical atmospheres, density and degree of com-
pressibility are given in Amagat units. For a comparison with the data
obtained only the data given in Ref.2 (L.Holborn, J.01;to, Z.Phys. ~0,
320, 1924) could be used.
card 1/4

276V
S 076 61/o,5/009/011/015
compressibility of argon at low ... B120101
The difference between experimental values and pV values calculated from
empirical equations of Ref.2 does not exceed the experimental error of
Ref.2 and is 0.2 to 0-5~o- In a paper published after the authors,
measurements had been concluded (Ref-3: A.Miahels, J.Levelt, and W. Do
Graaff, Physics, 24, 659, 1958), data on the compressibility of argon at
temperatures ranTi-ng from -25 to -1550C and densities up to 640 Amagat
units are given. The pV values were calculated for the experimental points
established by the authors from the virial coefficients given in Ref,3,
and compared with values given in Ref-3, At temperatures up to -1000ci
the deviation does not exceed 0.1%, while, near critical temperatures, it
may reach 1%. The error of measurement for compressibility in Ref-3 sums
up from the errors involved when temperaturep pressure, and the quantity
of gas are measured. To check the accuracy of measurement, the pressure
of saturated vapor of spectroscopically pure argon was determined which
was 34.8862 atm at -130-500C (as compared with 34-91 atm according to
Ref-3). The accuracy of the measuring technique used was confirmed by
comparative piezometric measurement of the gas quantity by measuring the
gas pressure in containers having a calibrated volume and by weighing
Card 2/ 4

27091
S/076,61/035/009/011/015
Compressibility of argon at low ... B124YB101
the piezometer (with an accuracy of 5 mg' for a gas quantitj? of about 15 g)-
Accurate results obtained can be used to calculate tho th03'modynamio
values of argon, as well as to determine operational data, in particular
for the liquid range at high pressure. There are I tal)le arLd 3 references:
I Soviet and 2 non-Soviet.
SUBMITTED: October 13, 1960
Table, Experimental values for the compressibility of argot.
Legendi (1) presnure, atm degree of compresnibility, Jmagat unita,
(3) density, Amagat units: ~4'~ continuation.
Card 3/4

(Io1(,,c'j1Oo21C)C)2
2 o 2 / r
AL;Tii0i(S: 1,iiroslavskayn, Yu.A. , Fngirieer,
r~aganer, ?!.G. , Candidate or Technical Scionces
TITLL: TransportaLlo liquid-oxygen tank of 1200 litres
capacity With a vacimm-powirler insislation
SOUI~CE,: Vsemoyiiznyy naiicimo-i sslodovatel I ski y :inntittit
I-Aslorodrio.go mashiriostroyeniya. Trudy. no.5'.
! oscow, 190-1. Apparaty i ninshJ.ny kislorodnykh
ustanovol'. 119-133
7 EXT The above ligiii-d-oxygen tnnk is the first indiistrial
vessel wi th vac!mm-powder insiilation use(] in serial nroduction, in
the USSR. A (letailed description of the tank and all the working
parnmetters are given. The weight of'. the empty Uink, wlien rtade of
aluminium, is 700 b:~ and. when made of Steel shell, lb-0 1i9.
The oxygen losses (hie to evaporation durine stornge rnn:~,e from
0.7 to 1.0 kv/1'. The vessel is cylindrical in shape with dished
ends of glio mm diametor, i-.mde in one version of stainless steel
type ~ (IYh38NI,,T) of 8 to 10 nim thichtipss. The cylinder
rests on four siijpports with the help of four vertA,cal chains
Card 1/1

5/110() /62 PCOA05 ) /002/002
Trnnsportnbl e I j fill i 1-.)XY$~(!Tl P'1202/1-,492
attached to the sliell; in order to reducP the inertia effects,
an additional fotir tra!isvertie chnins are used whicli ennilect tile
vessel.jiith the vertica! supliorts of thn shp]l. The space
he~tween"~ thi! shell %rid lhe vessel is filled with silica.teel
6A V, 0 -5 - 7, c) ( VTU V 1: h ILI 03-59) or narogel. 8 BTY no. E Y -0,6-60
CGU No. YeU-1116-60) and, after welding the Portholes, evaclinted
down to 1 milt fig. When filled with liquid oxygen, thp prossure
drops to 0.03 - 0.06 mm liz. The state of vacuum w-as measiired by
a thermoelectric valva ~jf 11.1 Silicagel, wns pJaced
in little pocl~(!t8 itt the lower linrt of tile VaC1311111 Oillace to regnifrl
the vacuum. ALI the seauls of' the vessel nrid shell were argon-arc
welded. The version using an aluminiun. shell /AMLj, Wits) proved
to be very troublesome diie to the difficulty of making pipe
connections between tile stainless steel and aluminitL111. A mothod
was developed for testing for gas leaks and general vacuum in the
insiiIated space. It was foitnd that oxygen losses dite to
evaporation aniounted to 1.30: [)et- 24 hours. i.e. allout uix timen
Ieas thart for a sis.iflnr tatik inmii1atod with llinipnrm". I'lle A11011-Ir"
have also detr-rwirind thf-ort~tically and expel-ir.-ienta:11y the wagnit-iOe
of heat inflliN 1hroi;l1.h tile Insulati.on and through the "heat bridges.'
Card 2/3
Card 3/3

KAGAUFR, M.G., kand. tr'whn. nauk~ T'.:I,
Degree of blackness oll io=c motel. suj,f't~,!.3.S at of
+200r,and-1930C. 162.
(MIRA 18-0)

;KAGANER, M.G., kand. tekhn. nauk; SEMOVA, R.S., inzh.1 GLEBOVA, L.I., insh,
Expanded perlite sand as heat insulating material for apparatus
operating at law temperatures. Trudy VNIIKIMASH no.5tlM-118 162.
(MIRA 1813)

MIROSLAVSKATA, Yu,A., inzh.; KAGAN&P., M.G., kand. takhn. nauk
Transportation tank for 1200 liter liquid oxygeti with evacuated
powder insulation. Trudy VNIIKIWiSH no.5alI9-,l:)$ 'U.
OURA let 3)

KAGANSR, M.G.
Temperature effect of the heat treatment of sUica gol and alumina
gal on the extent of adsorption under low pretisure. Zhur.fiz.khIm.
36 no.8:1761-1764 Ag 162. (KRA 15%8)
1. Vaesoyuznyy nauchno-iseledovatellskiy institut kislorodnogo
mashinostroyenlya.
(Adsorption) (Silica) (Aluminum oxido)

KAGANER, M.G., kand.tekhn.nauk; GAMPELI, M.G., nauchnyy red.;
FIEPPOVICH, F.V., red.; KOGAN, F.L., tekhn.red,
[Heat insulation with the utilization of vacuum] Teploizollatsiia
s ispolIzovaniem vakuuma. Moskva, 1963. 43 p. (Moscow.
TSentralinyi Institut nauchno-takhtdcheskoi informatal.1 po avto-
matizatsli i mashinostroeniiu.'Seriia VI: Novye naterialy, no.59).
(MIRA 16:12)
1. Vse--ovuznyy nauchno-issledovatelfskiy inatitut ki_qlorodnogo
mashinostro.yeniya (for Kaganer).

lift Hi Oiil P) 1~ flWN:,~I.",22H4.4!11f;l HIIIH! 111 fil i1 IIIIIIIHI.-.11111E
J, tj- Ll,n ~-:z
0 7 12, U 1, X D'-T- I T 0 0 1 10 u
J "1:"I)
r7!
I I i: "A
-1 0
S
d wi.Z171 ~i.i
c".: n~ c I-I'lit U t;d";!l -,,1 .2 1.:,
tz;vac
0. n. -nd I'l I.!-; CI i-ted 4icvt -i
2, 1 Z -.0 flo-w 'Of an -a 1:,.L
t: h e r -n a oo-n-
it Z 111!.-
On I L~at 'rz-i a-, a
C. ct C, l)-a"L. as fa::.

KAGANER, M.G.
Device for determining the atructure of porous bodies by the method
of mercury impregnation under pressure. 7Av.lab.. 29 no.11:
1387-1388 163. (KRA 16sl2)
1. Vsesoyuznyy nauchno-issledovatellskiy institut kisl.orodnogo
Aashinostroyeniya.

& 4 C_ Al,
L .-1647 ~=6 5 z~6 WIF-1 L'W1ZPF'cVF ?,F(n )-2/_-?'1/1 "T ( t) ~;Vb)
_"rR/"':"'C0)
ACCESSION NR AM4049552 BOOK EXPLOITATION
Tanifanoyn, Y. 1, (Candidate of Technical Scienceo)l Oknellrod, L. S. (Doctor
of Technical Sciences); Gorokhov, V. S. (Candi-
date of Chemical Sciences) ChernY*shej9_ B. A. (Enginee r ).IGF uah!LTakiy.
V. H (Enginear)i n -a-- (Hoginser) I
Antive kovT V. H.7inglr~e D'I Gil' I I
S. "n
_-Mcii r a a 1 a Zz ' __*_f Ttchnical
-,r 1 vrka, TU. A. ~Enginoer); .. i~ii 6
Sciences I Dan kah~; Ak, B. V. Engineal 0. (Candidato of
i..e
Sa~ r)j Ka Aner
Technical Sciences); V %, 0. V. kC6iVdidatt or Tachn.1cal Uoltncas);
Glebova, L. 1. (Candidate of Yochnical Sciences); IL. (Can-
didate of TechnicAl Scionc*01 K.tLon, N. F. (Candidate of Teahzical Soi-
ancaa)l KorgAgy, A. 1. (Sandidate of Technical Sciences); !4j~t lov B
1. (Engineer)
!Purifying air by deep coolingl technology and apparatus, in two volumes.
V. 21 Industrial plants, machinery and accessory equipment (Ratdaleniye
vozdukha matodom glubokogo okhlazhdeniya; tekhnologiya t *borudoTonlyal
Y dvukh tomakh. t. 2t Promy'ablenny'ye ustanovki, maehinzoye i Topomo-
gatellnoye oborudoyaniye), Moscow, Izd-vo "Manhinostroymmlys", 1964,
591 p'. illus., biblio.6 index. Errata slip inserted. )1000 00plea
printed.
xyge Iton, noon xenon, centrifugal
TOPIC TAGSs a genoratloz~, argon orZ
Card 1/3 7

L 16473-65
ACCFSSION NR AY.4049552
comprescor, pump, liquid oxygen, liquid nitrogen, air purification
TABLE OF CONTENTS Cabridged]:
Foreword -- 5
Part 1. Industrial equipment
Ch. I. Industrial equipment for air separation -_ 7
Ch. II. Obtaining argon, crypton, and xenon -- 72
Part 2. Compressors and expansion machines
Ch. Ill. Piston compressors -- 104
'Ch. IV. Centrifugal compressors -- 130
Ch. V. Refrieerator-gan and expansion machines -- 165
Ch. VI. Piston engines driven by comprosood gas (detandere) 177
Ch. VII. Turboongines driven by compressed gas (detanders) 233
Ch. VIII. Piston pumps for low-tomperaturo compressed games.-- 298
Ch. IX. Protection of equipment from vibrations 332
Part 3. Control and production automation
Ch. X. Inapection-measuring equipment -- 346
Ch. 11. Automation -- 355
Part 4. Storage, transportation, gasification
card 213 1

L 1647,,-65
ACCESSION NR AM4049552
Ch. X11. Thermal insulation for low temperatures -- 377
Ch. )(Ill. Equipment for storage, transportation and gasification of
oxygen -- 420
Part 5. Purification of additions and materials
Ch. XIV. Purification of additions -- 447
Ch. XV. Basic information on materials used in oxygen generation
aquipmant -- 513
Appendices -- 532
Bibliography -- 374
Subject index 577
SUB CODE:GC SURMITTEDs OBreb64 NR Psr sovs o6o
OTHERt 029
.Card

ACCESSION NRI AP4037998 S10170161#100010031005910062
I AUTHORt Kaganer, H. G.; Glebova, L, 1,
TITLEI Effect of filling gas on heat transfer in -porous materials
SOURCE- Inzhenerno-fizicheskiy zhurnale no. 5. 1964t 59-62
TOPIC TAGS: Heat transfer, porous material, thermal conductivity coefficient,
I f4114 g gag; 0
ABSTRACTs The article is devoted to a study of the effect of tho filling gas
on heat transfer in finely dispersed materials with a porosity or over 96%1
mineral wool, microporous rubber and silica gel in helium, air, jind krypton at
boundary temperatures of 290 and 900K and pressures from I x 10" to 1 x 105
.n/mz. The mean apparent coefficient of thermal conductivity was determimd
experimentally for those materials, and an approximate equation axpressing it
is given. The theory is comparedwith the experimental relation between thermal
conductivity and filling gas 1wessure. Orige article hast 3 figures$ 1 equatiorl,
&M 1 forMlIA, and 1 table
1.Card

_-L z-A
!IR I J1r, 1ECK)"; Ix 11WITAT IGN
ng,:Inc r 4f- fit-- )r1 r atI 3-r 1 eei ce s
1 rt '7- 1,-Tito y*" rp~~-*! -w m
I I

i I tI-L- 'i I 1 11 1 1 _Ali 11 li-A
TABIL GF WNTINTS

~ I -- q%U
-- h,4
:;* *1;~,- --;"
. a I!, 1)n(, 1
41 r: 1?1.t v q I Ir , I" t

n. 0.
"The increase in the offic-lenI.-y of vacuum-powder therrraL =-ans
of thermal radiation shielding."
report submitted for 2nd All-Union Conf on Heat Sc Mass Tvinsfer, Minsk, 4-12
May 1,)64.
All-Union Sci Res Inst of Oxygen Ind.

MI.G.; SEI-NIOVA, '43.
KAGAINER 1.
, i 4 '-'.s
~;,- .
Heat transais3ion along the neck of liquid o.Ky-g43n contuinors.
Inzh.-fiz. zhur. 7 no.8:97-102 Ag 164. (MIRA 17:10)
1. Institut kislorodnogo mashinostroyenlya, Moskvm.

4CCESSION NRI AP404409
;AUTHORSI Kaganort Me Gel Semenovat Re So
st~diy
5/0170/64/000/0000097/010~
1ITLE: Heat transfer
along the throat of a Yesnel containixg liquid wqgsia
!SOURCEs Inahenerno-fixichookiy zhurnal. no..8. 1964. 97-102
ITOPIC TAGSs heat tran ferp liquid oxygenj thermocouple# Isminar flowp Nuooelt
inumber, heat capacity/ M 3 coppert L 62 brasop MJ8N9T stool, MI 70 German silver
''ABSTRACT: The heat transfer from the neck of a vougel contain:uig liquid
oxygen was
measured experimentally, and the results were compark to axisting theoretioal cal-,
;culationa. The vessel had a 5-liter capacity, was enclosed in vmcuum, and had 0.
~heator element inserted in its A set of copper-constantan thermDcoupleo recordod
ithe temperature distribution at tho neck of the vessel with an ntcuracy of O,2C4
The experiments were carried out with pipes of different whterialop such &no )(-I
copper, L-62 braosq IKhI8M9T steel, and NU-70 Oorman'eilvew. The vessel nooks had
Ian average internal diameter of 16-10 mm and a wall thicknose of I me, Several
ioxygen evaporation rates were usedt and, in generalo the roault~ predicted try the
simplified formula
C
rd i
0

Jill lip I J11 W11F.1 lpfV I'll
L 02425-67 EWT(,)/EWT(M)/EWP(t)/rrI IJP(c) JIVJDIW-ti
-A CC-N RG --AP-66-3 152 SOURCE CODE: UR/01'0/66 ____ /003/ T
AUTHOR: Kaganer, M. G.; Zhukova, R.
OPG: Institute of O.Ven Machinery Building, Moscow (InstitAtt kislorodatigo
mashincis troy en iya
TITLE: Calculation of the contact heat condiietivity in vacuum bdttveen metallic
surfaced of various roughness
SOURCE: Inzhenerno-fizichaskiy zhurnal, v. 11, no. 3, 1966, 329-33T
TOPIC TAGS: heat transfer, heat conduction 'contact heat conductivity, heat con-
dudtivity calculation
ABSTRACT, A thecretical. study and experimental measurementi; were made of the contact
heat conductivity in vacuum between metallic surfaces with 1rarious degrees of surface
finish. Assuming a conical model of the rough surface with an equeil height of micro-
projections in both longitudinal and transverse directions 4Lnd also equal diametore
of the contact spots, formulas were derived for calculating heat conductivity between
the contacts, taking into account the effect of the degree of-roughness of a real
surface. The experimental measurements of heat conductivity were made between cim-
tacting rolled, turned, filed or ground metallic eurfnces In the form of one pair or
a pile of thin plates. The measurements were made with aluminum 0)"A teel and titaniuel-
contacts at an average temperature of 160K with a temper_s_;Mr_;__Tr_op of 30-186C Fsmd a
Ca.rd 1/2 UDC: 536.212
Card- _. -2 2

KAGAM, M.S.
A case of intramterine eruption of milk teeth. Stomtologlia 38
no.2:57 AP 159. (MIRA 12-7)
1. 1z Novovodolashokoy rayanoy bol"nitay Miarlkovakoy oblasti.
(MWTITION)

1. KAGAWT, M. S.
2. USSR (600)
it's
=
~UL
"Estiration and 'Forecast of Fain noods." TVjq-T Kile3!gkoy iuchgo-iAgled2yatol
Iskoy gidrologicheskoy observalorli, Issue 2 (3) 1948 (42-1-M.
90 Meteorologiya i Gidrologiya, No. 3, 1949. AM Report U-25411, 30 Oct 52.

YAGAIN"IRY M. S.
25596 KAGANER, Ml. S. K Voprosu 0 Raschetakh i Trognazakh
Dozhdevykh Yuvodkov. Trudy Klevsk. NaucMInsled. Gidrol. Obsom-torti
Ugms USSR, VYT'- 4, 1949, S 7-33-Bibliogri 8 Nazv
SO: Letopis I Zhurnal Inykh Sti tey, Vol - 34, Moskya, 1949

"I Ir I I - i I -, r, "... , ,
KAGANXR, H.S.
-W ...
Thermal conditions of rivers of the Ukraine. TrMy Ukr.XIGHI no.4:7P,-
92 155o (MLRA 10t1)
MrAins-Rivers)

7 ;11 ~ I I I I I I 1 4 1 ~ , , , I : 'I , I I
UGMER, H.S. -, 0()IMSKAYA.V.A.
-------
Fluctuation ranges of the toter level In rivero of the Trwmearpathian
Province in the Dann))e River Basin. Trudy Ukr.NIGMI no.4:93-100 155-o
(MIRA IDW
(Transcarpnthim Prov Ines-St remit -mmasurm-nents)

XAGAM, K.B.; ATZMJW. K.K.
Short sui-v87 of hydrological work in the Ukraine. lfritdy Ukr. NIGKI
na.505-.66-!56. (KLRA NO)
(Ukraine--Hydrology)

k H C1, k N - E'R ~ M, c~~
OHMITMO, L.G.. KAGANER, Hose
Some data on the effect of scientific farming measurea on slope
runoff. Trudy Ukr.NIGHI no.6:3-13 156. (MLEA lao)
(Runoff)

KAGANER, M.S.
Calculating and forecasting flash floods in Travocarpathl-a.
Trudy Ukr.NIGHI no.6:14-36 156. OILRA 10:5)
(Transcarpathia--Floods)

KAGANICR, H.S.- OGIYEVSXATA, V.A.
-- . ......
Uharts of monthly evaporation from the surfaco of water In the
Ukraine. Trudy UkrNIGHI to.15:24-36 '58. 011RA 12-'7)
(Ukraine-4vaporation)
I
Y I,

XAGA NKR, 14. S.
Use of L.A.Vitelle's synaptical climatological method in
early forecasts of elements determining the waher rnuources
of the Dniester River. Trudy UkrNIG14I no.19-093-108 159.
(KIM 1300
(Dniester River--11~rdrolaa)

AYZENBF,RG, M.M.; KAGAIFER, H.S.; ROMOV, A.I.
Some problems in the formation of flash floods in the Rxilinian
Carpathians. Trudy UkrNIGMI no.30:72-93 161. (MIW, 15:1)
1 . (Carpathian Mountains--noods)

AYZENBERG, M.M.1 KAGANER, M.S.
Flash floods in the Carpathians and the Crimea. Sbor. rab.
po gidrol. no.1:155-157 159. OMA .15t2)
1. Upravleniye gidrometeorologicheokoy sluzhtq Ukrainakoy SM
(for Ayzenberg). 2. Ukrainskiy nauclmo-issledovatallskiy
gidrometeorologicheskiy institut (for Kaganer).,
(Carpathian Mountains-Floods)
(Crimea-Floods)

"u., "rat, in

SAPOZHNIKOVA, S.A., dokielr geogro nauk,, prof., red*; 011-K, N.I.,
nauchn. sotr.. red.1 KEKUKH, A.L'-'.p nauchn. $Ott*., rwl.;
KAGANER, M.S.p nauchn. sotr.j red.1 PRINNOTIM, G.Y.p
nauchn, SIotr., red.; CHERNOV, N.P., red.
[Atlas of agricultural climatology of the UkraInian S.S,R.]
Agroklimaticheskii atlas Ukrainskoi SSR. Kiev, Urozimi,
1964. 36 p. (larul 18s7)
1. Kiev, TJkrainskiy nauchno-isaledovatellskiy gidns-
meteorologicheskiy institut. 2. Direktor Ukrairskogo
nauchno-issledovatellskogo gidrometeorologic,cidcogo insti-
tuta, Kiev (for Prikhottko). 3. Ukrainskiy naucbno-
issledovatellskiy gidrometeorologicheskiy inatitut, Kiev
(for Guk., Kekukh, Kaganei).

KAGANER, M.S.
Methodology of determining the mean precipitation on the
basin of a mountain river. Trudy UkrNIGIU no.50:50-55 165.
(MIRA 18:11)

KAGU M, T. A.
PA IFTIP
ITEM/Maz*pneee Chlori"S Aika 107
Cbemistrv - MuWanese Oblorlde
"PreDaration of CbOmicallv P'1~6 142V,.12," T. A,
Mwaner. V. A. Rumvantseva. G. V. Fpdorova. Evdro
jrAboratory of the VTJ, 1 p
"Izvestiya VT1" No 8 (146)
MW12 Is produced from manganese ore by using the
following chemical formula- MnO2 -t 4T[(Il :: Mnf`l,,~ +
1120 Cl~). Discusses the experiments and various
'W" conducting them slicceesfully.
MWIS

le~'Z'tmvh- lam. I., No. 3, a" .0947); Clwm-
. tL "I Purity kw 11"I
Zesar. I" . U, Mm.-MRC4 of ramck
dets. ofCIn watet Is follems tis btaletl
Aec--t-A --A bentol an am eke. &A
* a 1)6t* U:~
brigins. It is timm tswelarrod tpwwW d=
lusted In A MWb fWrACS it MO-W* until It so lampro
&IT- A Pm- MULWIS kf 1wk im 'kith SHAM [Haid,
vrater Is then added. tht @Mo. is 1111teml. *ad m-_r7Vd,
M. G. L100tv

KAGAN, D.Ya., kand. tekhn. nauk; KAGANER, T.A., inzh.
Hydrazine treatment of feed water for TP-250-1 extra-higl', prersure
boilers. Teploenergetika 7 no.11:46-48 it 16-0. (MIRA 14:9)
1. Vaesoyuznyy teplotekbnicheskiy in3titut.
(Feed water purification) (Hydrazine)

KAGAN) D.Ya*.* kandetekhn.nauk; KAGAMR T A insh,,
HYdrazine trGatment of the food Water Of 0nc(?-'t*ou4Yh boilers.
Mok. ata. 34 no.1:8143 J. 163.
(Food-Water P4ification) (MIRA 16:2)
USSR/Elgetricity - Semiconductors G-3
Abs Jour : Referat Zhur - Fizika., No 5.F 1957., t2190
Author : Kaganer, VEo) RepIll A.R., Socroka, O*V.
Inst :
Title : Effect of Ion Bomb&rdwnt on the ID4ecting Properties of
Semiconductors.
Orig Pub Sb. statey Leningr. in-ta tochnoy Aekhan. i 0'ptikir~ 1955.0
vyp. 18, 126-141
Abstract An investigation was msAe of the influ=ca or ioulkimbavd-
ment (IB) on the voltage-current characterlstics Of a point
contact Si, Ge, SiC, PbS, and SbZn with tunglaten. 'the ion
bombardment was carried out with ions of hydrogen, air,
oxygen, benzine, teLlurium, and manganese, Io. or(lor to ob-
tain p-n and p-n-p junctions art the eurface of the crya-
tals. The effect of ion bombardment on the rectifying
properties of the crystals was established ma a ftm-ction
of the initial treatment of the semiconductor, of tbe
Card 1/3

LOVYAGIII, Milhail Alekstindovich; KCRSAYOV, Vadln,, 1,11flebaylovich
fdecea.sefl; KAGANIFE, Yako- i3orif3ovich; GARB;, Edua,-d
fsEDntmm,,,
AlokBandr Llvovich; BRA"MIN, Abram Isaakovich; GUBUN,
lvwl vasillyevich; FlIM"I'l , G.I;.O retnelizelit;
O.A., retsenzentl KLIORINA, T.A.p red.
[Letallic floatini7 docks] Mietallic~eskie plavuchlu daki.
Laringrad, Sudostroeniel 1964. 335 p. 18:1)

I ki-i 1:r pill F, ni;L,, J-L~ n- I
Ill lifti, tl: 3 A Nil hi, 11111, 111!1.1 MA,I~,olf L
41

1-4

gall

:,fn- -

1; 11 11 TI'l H- 2 Al -:I
1 OL d:i)71,DrU3 Cindi 'm

A4 N t-
RkDIO & TELEVISION PEK)DUCTION
"Second Technical Conference of the Government Radio Tnist" by A.
Kaganeva, Chief Engineer of the Government Radio Tnist, Radio, Iro 8.
'A-5-Fu-slu-T1957, po 23-2h.
No date is given for this conference, which dealt primarily with
the problems in the production of commercial radio and television
equipment in the U.S.S.R.
Thirty papers were delivered and they will be described in detail
in an information-technical bulletin which will be t)ublished in the
future.
Card 1/1 - 27

KAGANOV, A. L., doteent; RAKHKANKULOV, A. G.
Peripheral blood indices in normal Ktnbass inhabitants. Probl.
gemat. i perel. krovi no.4:11-13 162. (MIRA 35:4)
1. Iz kefedr7 propedevtiki vnutremikh bolesney (zav. -- doteent
A. L. Kaganov) Kemerovskogo meditsinskogo instituta (dir. -
dotsent I. F. Popov)
(KUZNMK BASIN-BLOOD-ANALYSIS AND CNEMISTRY)

11 A ir 111il i.IiIIIAR111 rJ.~.-qIjJ Jill I '-Nfi I I 111~- I I I III Ul n 1 '0 11 1 11 M M fli-I I I
j'j4 Grigorly L I vovich, d ot.,~. 1- , dr) to.., r,7,~d,
ASIS I
TITOVA, A.?,',., ved. red.
[Emergency trentment of internal diseasea and acute ).-,oif:on-
ings; a reference manual for practiCinr, dOCtOrS and. otudents
of inedicine] Neotlozhnaia terapiia vnutrenidkh zabolevanii
I ostrykh otravienli; spravochricla rukovodstvo (ilia praktiche-
skikh vrachei i stiidentov-modikov. Koinerovol, Xomerow-koe
knizhnoe izd-vo, 1965. 250 p. (MRA 118:,S)

LOGACHEV, Ye.D., prof, otv. red.; lH'HVUS7ill, V.Yu., dotv., red.;
KAGINOV, dots., red.
(Fifth Scientific Conference of' the Kemerovo State Medical
T-r,titute. Piatitia rauchnain konforentsila Komer-vslcogo
gosudarstverinogo meditsinvkogo instituta. Komerovo, 1963-
-~'/ P. (MIRA 17:4)
1. Kemerovo. Gcsudai-stvr3rn,.ry mirlitsinskiy institut. 2. Za-
veduyushchly kafedroy normallnoy imptomil Koma-mr, -Aogo rc-
nudarstvennogo meditolmkcro institulva (for ~IervushJn).
3. Zaveduyushchly kafedroy obshchey biologJi I moditsinrkoy
parazitologii Kemerovskogo gosudorstvermogo merlitsins~ogo
instituta (for Logachev). 4. Zaveduyushchly Pafedroy pro-
pedevticheskoy terapii Kemerovskogo gosudarstv(-.nnogo medi-
tsinskogo instituta (for Raganov).

KAGANOV, A.L.
,-- ~Some pr ems in the direction and organization of industrial
practice for stUdents of medical institutes. Zdrav.Ros.Feder.
6 no.11:17-19 N 162. (KIRA 15:12)
1. Kafedra, propedevtiki vnutrwmikh boleney (zav, - doteent
A.L.Kag~) kemerovskogo gosudarstyemogo miditsinekogo, insti,
tuta. (rekzr - dotsent V.Yu.Perrushin).
VO PROVINCE-MEDICINEO INDUSTRIAL-STUDr AND TEACHING)

KAGANOV, A.M., icand.tekhn.nauk
Simplified method of evaluating the utilitation ratio of a
rated ship capacity in operating conditions. Trudy LIVT
no.2:37-43 160. (MIRA 15:3)
(Marine gas turbines)

~o V.-; n o D i zi c ~vi e
Priorit,.- of ltu:j3inn scieriti,;ts in inves, Orl
No. 5, 1952.
xe.'13, !mbc.-r
Vonthly Lijt, of Russian Acceosions, Lilbmry of' 10110

DIRTAGIN, B.V.; DUKHIN. B.S.; MIKIIALISON. M.L.; FAGAKIR, Y.H.
Utilization of the condensation method for the precipitation of the
ore dust. Bor'ba a oil. 2:22-31 155. (KLU 9:5)
1. Chlen-korrospondent Almdemii nauk SSSR (for Der7agln). 2.
Institut fizichookoy khimii Akademii nauk SSSR (for Ditryagin) 3.
Krivorozhskiy Nauchno-iseledovatellskiy gornorud.nyyinstitut (for
Dukhin. Mikhallson, Kaganer)
(DUST--RZXOV,LL)

ABIWIOV, F.A., prof,, doktor tekhn.nau-k; MRGOVNIKOV, B.M., naucbnyy sotrudnik;
VIKHROV, V.Lp nauchnyy sotrudniki nauchnyy sotrudnik;
ORMAN, A.V.J. nauchnyy sotrudnik I .
Calculating the forced distribution of air in a mine ventilation
system using an electronic computer. Ugoll 39 no,12:54v-59 D 164.
(MIRA 18:2)
1. Dnepropetrovskiy ordena Trudovo o Krasnogo Znameni gornyy
institut imW Artema (for Abramovi. 2. Nauchno-issludovatellskiy
gornorudnyy institutp Krivoy Rog (for Torgoynikov, Vikhrov,
Kaganer, Kurman),

KACANOV, kafli. ilajik . dr.A.;,jrA j 11 NG-i:!U'6 .4 , Y,-, ., ; Siff 'f r4-'lJWFffv , 0, It,;
I I
kand, med. .1l'il:R
R~vlew; aid V,~p. fizioter,. .1 lach. fiz. kadlz. 29
no,,407D-373 JI-Ag 164. (MIRA .18-.9)
1. Glavnyy spet-21'.All-o. Cldesokopp tip-ovieniya sa.'n'.0ripat
!Jkr','J.t)ADy "OR "Cllr 8'-'l'.'qr6nge:'t3).

2 '. i :I, t; . . . ; . . ., .
.. 11 ...... 111.1.1'.."-
~~ ,~ ~-.o ui' -1 A. A,, . t, :-'., ; i..! N.P. Oxy-, u'j li i:-r, '; !
pj - ~ 4 C. ~- ,. y . U lo: . "r., j I oil. I'l-. . Ini'l 1 6'.
%f, ;_, - / I '. 1 ": 6)

LAGANOV. --r- -kand. mod. nauk (MoskVa); 51,114NOV, M.K., kand.med.nauk (11tinak);
--- AVETISOV, S.A., vrach-fizioterapovt (Rostov-na-Donu)
"Practical manual for introducing physical thomPy by K,A.Kaplun
and others. Reviewed by A.S. Kaganov, M.K.SmirnDv, S*A.Abetisov.
Vop. kur., fizioter. i lech.,,fiz. kal't. 26 no.W55-5 9 11-D 161.
(PHYSICAL THE&--LkPY) (KAPLUN, N.A.) ~iLIU 15:1)
(FLZMWNIKOVA, N N.) (SKUI-LIKHINA, L.A.) (SYROECHKOVSKAU, M.N.)
iFEbOROVICH, N.V.)

KAGANOV, G.; LIBEJOWI, M.
Training and Increase in the qualifications of workmrs and the
new wage conditions. Sots. trud 7 no.8:61-66 A~,162.
IIPA 15:10)
(Sverdlovsk Province-Evening and continmation schools)
(wages)

KAGANOV, Genrikh Alekspndrovich; OSINTSEV, A.S., prof., dollctor ekon.
retsenzent; K.IMMOVA~ I.I.L., red. izd-va
[Increasing labor productivity is the path to abundance;
based on the work materials of the enterprises of fer-
rous metallurgyIPovyehenie proizvoditellnosti truda.-
put' k izobiliiu; po materiplam raboty predpriintii cher-
noi metallurgii. Sverdlovsk, Metallurgizdat, :1.961. 35 P.
WIFU 153 11)
(Sverdlovsk Province-Iron industry-Labor productivity)
(Sverdlovsk Province-Steel industry-Labor productivity)

-11 IV 71
I'YAIXVAI
-IJAGANQV9.G.A.; SURIII, P.P.; BARKAS, V.M., red.izd-va,- IQ
G.M.p tekhn. red.
(Potentials for carrying out plan abead of schadule without
additional capital investments) Razarvy doBrockinogo vypolno-
niia plane. bez dopolnitelinykh kapitalovlozhenli. MoAva,
Metallurgizdat, 1963. 43 P. (MIRA 16:12)
(Sverdlovsk Province-Steel industry-Mamagement)

jAqkl-OV,, G.A.; KRUTORSKAYA, Ye.S.p rod.izd-va; K014VINA, N.A.,
iekhn. red.
(Povyshenia proizvoditellnoBti truda - put' It: izolzilliu.
Moskva, Metallurgizdat) 1963. 47 P. (MINk 17:2)

'10",
4,je Z, ogo u,- anhchcni-n. V SS!
1, e r
7, ,t 4. ~,
i,7a
("I'--canizatirn and Plann in of Girc-,dation of Uurvenc-,, in tlir~ U-.Icl.';~, F.-T)
v I.I. 1-at-rev, G. Kar anov. I i. Yarod-ir..
i%ockva, Gosfini-,d-it, 1955.
1
161, 1~. Tables,

'!I ~ 1 - 1 -1 1 1 - , 1 1. . .1.11,
KAGANOV, G. I
Compiling a regional balance sheet of the monetary income
and spending of the population. Dan. i kred. 14 no.11:B-22
N 156. (KIRA 9:12)
(Income) (Consumption (Economics))

KAGANOV, G., Inthener; GOLDOBIN. N., inzhanor.
One combine in place of seven plants. Soto. trwi no.7:117-119 i1 '57.
(119,RA 10- 1)
1. Mel organizateit truda Vishus-Tagil'skogo iratallurglcheskop,.
kombinata.
(Metallurgy) (Industrial organixntion)

A
XAGINOV, G
First steps of regional economic councils in tho field. of labor
organization. Sots.trud no.10:119-121 0 '57. (MIRA 10:11)
1. Zameatitell nach.otdala truda I zarabotnoy plnty Sovnarkhoza
Sverdlovskogo ekonomicheskogo administrativnogo rnyona.
(Efficiency, Industrial.)

rq~ ill ;- I ".- " -_ ,
KLGANOT, G.
1.
Operation of the law of currency circulation wAar sooialism. Top.
ekon.no.4:69-81 AP 158. (XlU n15)
Noner)

BATYREV, Vladimir Mikhaylovich; KAGAITOV, Odaliy Vul 0,1'ovich- TAGODIN.
Ivan Teveonlyevich: KL=TA7"T5V, A.A.. red., N7Zmmiml, A.,
red.; TMEGINA, T., tokhn,red.
(Organization and planning of currency circulation in the
U.S.S.R.] Organizataiia i planirovania dsnazhnc,j,,o obrashcha-
niia v SSSR. Pod red. A.A.Kurdiavtoeva. Yloskva, Goefinizdat,
1959. 183 P. (MIRA 13:1)
(Money)

II - , -, --
KAGANOV, G.
Zxperience of the Sverdlovsk Economic Council In Inculcating
progreBBiVO nethods of work. Biul.nauch.Inform;1 trud I zar.
Plata. n0-3:41-45 159. HiRk 12.5)
(Sverdlovsk Province--Factor7 maniLgement)

KAGANOV G.
Preparing a monetary plan for collective farms. Dan. I kred. 17
no.7t8G-92 J'l 159. NEU 12: 11)
(Banks and banking) (Collective farms-Fina=e)

I I I, 1~ '.1" -1 -1-, ~ I I I -, - - I..,.''
K,GANOV, I.; GRIB,-V.
Three typen of work sheets for motorbin drivers. litt.transp.
40 no.1004-35 0 162. (MIRA 15:11)
1. Glavnrf inzh. Minskogo gorodskogo avtobusnago parka (for Kaganov).
2. Nachallnik otdela ekspluatatail Minskogo gorodskogo avtobusnogo
parka (for Grib).
(Minsk-44otorbus lines)

,I " V 114 1 r11 I I,, I P; I It 11 fORIM Ill r5 I III Will IF I is
KAGANOV _J. [Kahanov, 1.). kand.filolog.nauk
From the history of publishing in the Ukraine. Naukm i zhyttia
12 no.10:55 0 162. (MIRA 16s1)
(Ukraine-PublIshers and publIehimg)

KAGLNOV, I., inzh.; SKOROBOGATYY, V., inzh.
Reconditioning semiaxles by resistance welding. Avt. transp.
43 no.12:28-29 D 165. (WTA 18:12)

I
F.M.jux-vj i-. L, erof.
PA 3,14- rx, a 8
14.6
Current Regulators
*Cmta.-tless RJgb--S?ead Current RegulAttorp" PI~Or
1. L. Kaganov. Dr lach Bel, All-UnIon Ileo MS'Abast
immi Lenin,. 7 PP
"Ile-,ktrIch-estvo" No
Now.type regalator,, obaracterized by siMlo collintruaf,
tion and having very high degree of gone itly iiip cam !t
be activated rapidly) and I= high atability of
operation.

KAOANOVj 1. L, Prof. Dr. Tech. Sci.
"VEI (An-Union Electrical Exgineering Institute) Hasearth in the Field of
Mercury Tubes and Its Analysis,,* reported in the article '"Fly,st A31-Union ScIelitifIc
and Technical Session on marcury-Aro Rectifiere,,O Blektrichastvo, Nomt ig4g.
Abstract W-9395, 10 -pr 50

KAGANCV, 1. L.
iaektronnyp i ionnyp prPobrazovaLrli; osnovy promyshIrtmoi elektraniki.
Chast I I: Flektronniia tek6i'-P. Dopushchenc v kachestve u(!'Lte',)nika
dlia enprF. I elektrotvkhn. vuzov i fnkulltetov. Gov. PnerIT,
IZA-VO, ig5o+
Obliography: v. 1, P. 658-6u0.
Title tr.: Vacuum and ras-filled rectifiers; fundmentals of
applied electronics. Approved av a textbook for ;chor.)I~q Of -Idvancrd
studies in power and electric enrineerinp.
TK7815.K3
SO: Aeronautical Sciences and Aviation in the Soviet Uninn, Li'~)rar-j of
Conlaress, 1955.

'KArjANCVP Prof L
USSR/Electronics - IndustrW Appliomtions: ~ul 53
"Applications of Electronics in Indus;try, Part I,"
Prof I. L. Kaganov, Dr Tech Sci, Moncow Power Eng
Inst im Molotov
Elektrichestvo,'No 7, pp 27-40
Surveys types of electronic equipment used in dif-
ferent branches of industry, showing how certain
industrial problems were solved by electronic meansp
afid reproduces circuit diagrams of same types of
equipment. Part I covers regulation of pouerful
elec drive and servo systems. Part 11 [Ibid., No 8,
2T1T62
1953, PP 16-231 covers velding operations control
systems and systems for microchockin4l and oorting
of.dimensions of manufd goods. (Submitted 21 Apr
53-1

T.L.
Electrical Engineering AbArlicts
KV 1954
Electronics
2159. Tndtrjlrliil app!Wmians of dto it.
1953, No. 8,16-Zi.
L'.Naglij~
For I" I. m! 11111vioui 0-sliwi. Ekaromic walditig
n jid Oct: I ixivibrafiztr con I tolci I cu I u, and micro-prome
anti iiie control of cmti ve. dealt with. Electronic
flnw-rduy cimulk r%lr 10pience control of wdding
oNrafloo%, ilpilmn conjj& circuits for Spot ani
imm viddiog .0, tlimit!nd and rcwlvvd Ittlo their
ruaiikmai ki,tipmoiti, IN ont- examob shmi
or it si.Ii: x~nl tiA Otviit ~'i tm instaliation for the him.
contlu] of rollcil. 11-Is Niql: viscittially a comliftiallen
or vom,,-cmjtc,j 1~ Wge Jrcuim 1. P. "AUS

T
KAG'ANOV, . L,-
5491 Kaganov. 1. L. Protushlonnsyn slaktroulka. dlya obstnhdmniya. Y.I.,
Gosenergolzdat# 1954, 56 a. 9. in26 sm. (Mook. ordena lonim energet~ izi.-t - -
im. v. m. molotova. ocharki po istarii energet. takhniki 93SR. red. komim. L. D.
Belikind ... p V. A. golubtaovs (prod.) i dr. vyp. 27). 550 ekt. 5r. 4M.-
Bibliogro S. 49-56 (362 Nasv.)-(54-58053)621-389 & (016.3)
SO: Knizhmqa Letopial p Vol. 1,1955

CHILIKIN, M.G.; KIRILLIN, V.A.; POLIVANOV, K.H.; FABRIXAM, V-A,;
NIMNUR, R.A.; KAGANOV, I.L.; IVANOV, A.P.; ZHDAIIDV. G.M.
MONNOMMME;
Professor V.V.Xeshkov. 7iftieth birthday and 25 years of
scientific and teaching activity. Xlektrichattvo DO-1:93
Ja 154. (MLRA 7:2)
(Keshkov, Vladimir Vasillovich, 1904-)

KAGAIX,'v t I.
"Application of electronics in ImIuBtry. Tr. frcm the Thmifun. (T.-, 'tx., caz-jtd-,j'"
Elektrotechnika, Pudapest, Vol. 47, 11o. 3, March 1954, r. 66,
SO: Eastern EuroFean Accessions List, Vol. 3, No. 11, Nov. 1954.1 I.C.