SCIENTIFIC ABSTRACT A.F. CHUDNOVSKIY - D.M. CHUDNOVSKIY

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000509020018-6
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 12, 2000
• Sequence Number: 18
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

CHUI)NQV=ZTp,A,j&,t, prof.; ICM, A.P..,akadenik. red.;, GCLITSBIRG9 I.A.9
Wi.; TMISHO F.A.6 tokha.red.; IOWA. M.S.. takhn.red,

A. 1'. A i 1) Z, 0 5 - i
M I ' Treasure Island Biblio_trraphical Repcrt
BOOK Call "To.: QCM61.1,25
Au'sicrs: LAW11"M
W"! D. L.'and.CHUDIMSMY, A. F.
-SUU, -,F -THE.A OS HE3E
Full Title: PIEfSICS -CF THE ACE LAYE?
Transliterated Title: Fizika prizemnogo sloya,atmosfer-I
Publishing Data
Originating Agency:, None
Publishing "louse: State Publishing [louse of Technical Theort-.tical Literature:
'o
Date: 1949. ..No. pp.: N - Copies: 3, (M
Fditorial Staff J.
Editor: None Tech. Ed.: None
Ed.-in-Chief: Committee.6f.the Academy Appraiser: None
of Sciences, USSR
Text Data
Coverage:' This Monocraph covers aerodynamic and.thermodynamic processes in the
surface layers of the atmosohere which rermlate life in the biosnhere.
It includes the thermal balance and mechanical nrocesses in the soil;
dynamic equations related to movements, transfer of heat and turbulence
in.the surface layer of the atnosphere; questicns of energetics in
turbulentcurrents;:wind-and the coefficient of turbulent viscosity
in the surface layer;,temperature and water varor in the lk-7er.
l MOW-i mel-lof1s, mathematical,
T
he book pregents a practical- application of Ir
formulae, and inntruments to the study of the lower surface atmospheric
layer. The results are of interest to agriculture and geophysics. As it
appears from the large number of feferences, the book is acompilation
1/2

Cr,4--rd 2/2 AID 2-')5 1
Call- f',Ct'261.L25
Full Title: 11HYSIGS' C-F TU Z')'!J?r-ACZ LAYE-? OF "NE i;'CE,-L"ERE-'
Text Data
jUrticular int6rest,
Coverage (cont.) from orioinal workd and seems to be of no
In addition, the suthors state that this is the first attempt at
preparing a monograph in this field, and there may be serious defects.
Purpose: For the use of geophysicists, meteorologists, a-rometeorologists and
students of these specialties.
'16n
Facilities. I e
Ho. Russian and Slavic References: :54, some translated from Perman and En~glish by
Russian authors
Library of Congress

~,308666 CHMNOVSKII',~A. F. AND KAGANOV, 11. A.
Opredelehiye koefLitsienta tempersturoprorodnosti pochvy po dannym
srochnykh izmereniy temperatury. Izvestiya Akad. nauk SSSR, Serj;ya geocrr. i

m

a in i
~~ --' ~~ _: - ." : 1. ~ - : ~--

US,qIJ/Physics - Condensation in soils FD-2415
Card 1/1 Pub- 153-19/21
Author Chudnovskiy, A. F.
~Title Mechanism and-role of intra-soil condensation
Periodical Zhur. tekh. fiz. 25,149-157, Jan 1955
Abstract There exists a veryr,ich literature.devoted to the significance of con-
densation within soil and to the evaluation of the specific weight of
the this effect in the-general water balance of soil; here, by intra-
soil condensation is meant the process governing the transfer of vapor
within soil, which Is accomplished thanks to the presence In the soil of,
temperature drop and in consequence of causes accompanying the occurrence
of this drop, particularly the gradient of vapor tension with a material.
The author finds various expressions for the vapor flow q passing through
unit surface, diffusion D, total heat flux Q in soil, heat conductivity
lambda of soil, etc. He concludes that intra-soil condensation can be
evaluated on the basis of.a consideration of the.heat transferred by
the vapor. Twenty-three references: e.g. A. V. Lykov, Izv. Vsesoyuzn.
Teplotekhn. inst. (News of All-Union Heat Engineering Institftel,
No 10, 1952.
Institution:
Submitted- June5, 1954 .7

V
Category USSR/Electricity - Semiconductors G-3
Abs Jour Ref Zhur MAXa, No l.. 195T No 1557
Author Chernyakova, M.As, Chudnovskiy, A.F.
Title New Method of Meas`Ur~~~~aracteristics of Semiconductors
Orig Fdb Zh. tekhn. fiziki, 1955,~25, No 6, 1013-1018
Abstract A new method is.proposed for measuring the thermal characteristics of seml-~
conductors. The method is based on the use of the time dependence,of the
body temperature during cooling or heating and on the connection between the
speed of temperature chwp and the temperature conductivity. The temperature
dependence of the.blqctric conductivity is also used.
Card

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v 2 ry f I r~l
VERSHININ, Petr Vasillyevich; HELINIKOVA, Mariya Konotantinovna; HICHURIN,
Boris Nikolayevich; MOMMOV, Boris Sergeyevich; POTASOV, Nikolay
Petrovich; CHUIZIOTSW,,-,Abr&mVI.Uppovich, prof.-. ICM. A.F.,
akademik, C, lmm. .~sI:'e-Wckft6t.nauk, red.; CUMA,
L.1.9 red.;-PMOSKATA, R.G., telchn.red.
rprinciples of.agricultural physical Onnovy agrofisiki. Koakya,
Gos.izd-vo fisiko-imatem.lit-4y. 1959. 903 p. (MIRA 13:2)
(Agricultural physics)

I R
Al-
jig
-00
7j
!H*

SOILSKOV. B*S., doktor takhu.nauk, prof.; VOROBIYEVA, T.M.; kand.tekhn.
sank; CHUDBDVSKIT A,1P. doktor fis.-mat.nauk, prof.; KAGANOT,
-ma iKuk,.,
R"iev or i.7.Tolshlni A.S.Kasperovich, and A.G.Shashkov's book
06amicooductor thermistors.." Insh.-fiz.zhur. 'no.1:124-126 J&
1600' MRA 13:4)
(Thermistors) '(Waskin,- Lip.)

CHMOVSKIT, A.F.

8b448
V181/60/002/011/037/042
:z 7,6 /03j~ lo,Y3 IiSf BoO6/Bo6o
AUTHORs ChUdn_Q_v__ekiYG_-A.v_F..
TITLE:- -,.Some Variants oflonstationary Methods of Measuring the
'Thermal -Conduetivity of Semiconductors
PERIODICALsl: Fizika -tverdogo-tela, 1960,,Vol. 2,No. 11, pp. 2938-2944
TEXT: - This article deals-with'the difficulties encountered when determift -
thermal.c9nductivity coefficient by the most frequently-used stationary
methods. Some new varia_nts,~aresuggested which are based on the analysis
of the temperature field in-the.specimen concerned under non.stationary
conditions-The stationary methods are first discussed and divided into
fcur variants: 1) Direct detection of-the thermal conductivity coefficient
from a-measurement of,the temperature gradient and thermocuirent through
the specimen; 2) comparative measurement of specimen and A standard,;
without thermocurrent determination; 3) determination'by compensation
methods according to Amirkhanov et al, and 4) determination by methods
according to G. N. Dullnev. The nonstationary methods are discussed in
greater detail starting from the methods of determining the thermal
Card 1/3

86448
Some Variants of Nonstationary Methods o, f S/161/60/002/011/037/942
Measuring the Thermal Conductivity of B006/bO60
Semiconductors
diffusivity-coefficient k.accordi.ng to.~Angstrdm and V. P. Zhuze and
A. R. Regell. The author's own method of determining the k characteristics..
is then described. Thie,method is published in Ref. 27 and can be applied
for a small contact resistance and whenresistivity is a linear function
of T (which.holds. true for a small temperature range only); a micro-
calorimeter method by Kondratlyev is made use of in this connection.
Another method offered by the author for the k measureafent on thin semi-
conductor plates is based on the problem of nonstationary thermal Icon-,
ductivity in a complex system (standard f semiconductor plate). A formula
is written for k. Referenceis also made to a method offered by A.V.Ioffe
and A. F., Ioffe in 1952 andAmproved:several times over the years* This
method allo*s,investigating the relationship of A with electricalt
mechanical,'pt-Tuctuial, and other semiconductor properties. Another
problem discussed is the determination of A by measurement of the cooling
rate which in its-turn can be determined from the change of the thermo-emf
on the specimen boundary in time. The experimental setup is schematically
illustrated for this,method,-and examples determination of molten
.quartz and an intermetallic compound) are given to show the way of
Card-2/3

86448

89931
S/17 61/004/003/010/013
BI 17YB209
.2z1, 76oo (lo 113,,, PST"
AUTHORS: Kaganovp M. A., Lisker, I. S.,.,Sh n~vqkiy A. V.
~d
,TITLE: A method of rapidly determining the heat conductivity of
'semiconduoting,materials
PERIODICAL: Inzhenerno-fizicheskiy zhurnal, v- 4, no. 3, 1961, lio-112
TEXT: The authors suggest an improved version of the method developed by
A. V. Ioffe :and A.,F. loffe ibr determining the, heat conductivity of semiaon-
ductors withiii.a narrow range..of temperatures near room temperature (10.-
'15 0C). The .test device conaists,of.two .co.pper blocks, between which the.
specimen is placed. Inorder to determine the heat conductivity,. one has-to
adjust the temperature gradient at the-speoimen, &T = T 2 - T1, and the tem-
perature variati_on'with:,,time9 T-- the upper block by means of two indivi-
21 of
dual diTferential.thermccoup4s. The authors, suggest to determine the heat
conduotivity-of the specimen.fr*om_th*e- rate-of cooling of the upper block.
It is evident-that the temperature.dibp over the specimen varies according
to the same law as does the temperature of the upper block. This may be
Card 110

89931
61/004/003/010/013
A method of rapidly BI 17YB209
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 semic,ondue-,
tive materials may be found from the graph thermo-electromotive force at the
boundary of the-specimen versus time in semilogarithmio co-ordinates. The
heat conduction coefficient,X as.determined from the function lnaT = f(r)
was. 0-31 + 0 02) - 1o-3 oal/om - see. deg for molten quartz (Fig. 2, curve
3). Accor-dinj to published data, it amount6 to 3.33 - 10-3 cal/cm - sec.
0
deg at 20 C. The heat.conduction coefficient of Bi Te ' Sb Te I as peas-
2 3 2 3
ured by means of a differential thermocouple,-was 4-48 . 1o-3 kcal/cm 0 see.
deg, and determination of,by a measurement of the thermo-electromotive force
yielded 4-73,.* 1o-3 koal/cm sec.- deg (Fig. 21 curves 1 and 2). The some-
what le.sser-inclination-.of ourve-(1) as compared to curve (2) may be explain-
ed by an additional thermal resistance-whidh is due to a thin mica pl4Lte
between the lower block an d the specimen* An insulating intermediate layer
is necessary for theelimination-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. Ioffe offers
the advantage that the entire curve of temperature drop may be used in the
Card 2/*3

PHASE-I BOOK EXPLOITATION SOV16210
Chudnovskiy,, Abram Filippovich
Teplofizi6hebkiye~kharakteriatiki-:disperonykh materialov (thermo-
physical Characteristics of.Dii0ersed Materials). Moscow,
Fizmatgiz,, 1962. 456 p.. 6doo copies printed.
Ed..: L. 1. Orlova; Tech. Ed A* A. Iaik I yano*.
'PUAPOSE: This book Is Intended as a reference.mahual for engineer-
ing:calculations in the~fleldsof thermophysics, thermal power
engineering.,-structur&l,phyiici, etc.
COVERAGE: The term "thermophysical characteristiess" as used bj.
the author, Includes the. thermal:pArameters characterizing the
behavior of*the material In the.process of heat exchange. The
term "dispersed materials" -covers two groups of nonpatalllc-~ms_
terials: 1) technically Important materials of granular, fibrous,,
and cellular structure'in a I oose or compact state.(e.s.p agrbleo,'
concr~ete, cork plates., coal,, slag., coke dust, ~sawdust,, flax fibers.:
fibrous asbestos, wood, wool, paper, leather, soil, groundj, m1n1ng
minerals, ice, frozen soil, etc.) and 2) solid nonmetallic mate-
rials (e.g., semiconductors, dielectric materials, ceramics, etc.)
Card 1/#Z

Thermophysical Chiracteristice (Cont-.-) S0716110.
Regularity patterns.in chaMeal-6f.these.characteriatica'of
dispersed materials-and the depOndence:of these changen on
the properties and strUcture.of the material are-~preseftted.
Methods for determinizig the'thermophysical characteristics
of the basic groups,of dispersed'materials.are given. The
appraisal of their thermophysical parameters,, the techniqupe
us'ed to measure the.se.par~ametern for the most important engj-
neering materials, and the conditions, accuracy, and results'
.of the measurements are pres'efited. The author thanka.-A.'V.
Lykov, Academician of the Belorussian Academy of-Sciences,
for his useful.and Important remarks. Thereare782 refer-

ACCESSION NR: ~AT4037535 S/2563/~3/000/224/0203/0216
AUTHOR: Chudnovskiyg A.F.; Babanov, A.A.; Kaganov, N.A.; Lazarev, A.I.;
Chernyakovd-,X-M-.------__.,.
1, J.ITLE: Equipment for measuring the heat capacity and thermal conductivity of
metals at high temperaturemb and data for some heat resistant alloys
SOURCE: Leningrad, Politekhntcheakiy inatitut. Trudy*, no. 224, 1963. ut.'~~
eyny*ye svoystva zharoprochny*kh splavov (Castability of-heat-resistant alloys),.
-216 A
03
2
TOPIC'TAGS: castability, he at res istant alloyIiron based alloy, nicke 1. based
alloy, Nichrome alloy, austenitic steel, cast steel, high alloy steel, alloy
composition, cast alloy steel, alloy No.3, alloy Khl, alloy IW2, alloy No. 60
steel IOKhSND, steel l5KhSWD, steel 65 G,,' steel lXhl8N9, transformer steel,
alloy heat capacity, alloy thermal conductivity hollow sphere measuring-pro-
cedure, alpha calorimeter measuring procedure, heat capacity measurements heat
conductivity measurement
ABSTRACT: Special equipment .(see Fig. 1 in the Enclocure) was designed and can-
I structed to measure the heat capacity and thermal, conductivity of matalsat,

'ACCESSION NR: AT4037.535.
temperatures up to 1000C and to obtain cuFves for the dependence of these para-
I meters on temperature. The hollow sphere procedure was used to measure thermal -
conductivity, while heat capacity was determined by means of a technique involv-
ing two samples,.one of which acts as a calorimeter and the other as a so-called
11alpha calorimeter". Metals teste d included a.number of heat resistant alloys _A
(see Nekhendzi, Yu. A., p..9-23, this same book for compositions) and other cast
alloy steels.-The results indicate that the specific heats-coincide.closely at
similar temperatures for.alloys of widely~varying composition. Sharp peaks in
the gamma to alpha conversion range were noted for 1OKhSND, ISKhSND and 65 G.~
Similar peaks, but at varyingtemperatures, were noted for ferritic steels with.`
5% Si, steel lKhl8N9 and.heat'resist'ant alloys not subject to such conversions.
Thermal conductivity values ranged.from about 55-65 callm-degreas at 100C to
about 25-35 at 800C, except for 65 G a
bout 42 at 200C to about 25 at 800C) and
alloy No. 3 (about 10 at 150C.to about 5 at 850C). Orig.,art. has: 12 graph
and 6 formulas*
._J,
ASSOCTATION., Leningradakiy politekhnicheakLy institut im. Mol. Kalinina
(Leningrad ?6iytechnical Institute),
*,cc -2/4
rd
J

AT4037535 EIqCWSURE: 01
I Overall view of the measur-l-,'!
ing equipment.
-.vacuum furnace 2 fore-pump
PVN-20 3 - diffusion oil pump
IR440A 4 - scales 5 - hinged ,
Zvi
leaf bench 6 - potentiometer r
.9- PMI 7 - clock.with timer
090
8 - pump, heater, transformer
and other switches 9 vacuum
age dial window 10 rotating
9
may .hoist 11 - upper frame.plate
0 2 - adjustable cock 13
transformer (127/12 v), two-~:
-parallel wired auto transfor-,
mers LATR-I, 'thermocouple
vacuum gage VT-2 14 fuse
box-
card 4/4

5/18 63/005/001/064/064
V.04YB186

AUTHORS# Mogilevskiyj K, M. and4ta~~~
TITLE: Method Qf observing.solid-melt interface movement under:thi
-action ~f direot 'current

PERIODICAL: 366-367'
Fizika tverdogo tela v- 5, no. 1, '1963,
TEXT: A. F. -Ioffe!s method-(ZhTF, 26,1 478,11956) of observing the
displacement of the solid liquid interface that takes place under the
action of. d-mo'by'liberation of-the'Peltier heat is not,easy-to apply as thii
displacement velocity isdifficult to measure. . The.boundary movemen,
however, can be observed by -electrical probes owing to the jumplike changes.
in resistivi ty'at the boundary between the two phases. The following
equation hol ds for the resistivity of the, melt-oolid system in a tube having
the diameter Q: R -Q- 3, A (Q d' id/6,, w her
u
li
o solid 1 qui a I
,
q
and
Qliquid are the resistivities of the-liquid and solid phases,
solid
1
is the pr sthe Iength.of the-solid phase. The
obe spacing,. 1
olid i
0 ,
S

bard 1/~
2

NERPIN, S.V.: red.; MELINIKOVA, M.K.., red.; _CgLDN2VSUI
red.; REVUT, I.B., red.; STEPANOV L.W.., red.; POWN,
N.P.,red,
Nollection of papers on study methods in the field of
soil pbysics] Sbornik:rabot po.metodike issledervanii v
oblasti fiziki pochv, Leningrad., Agrofizicheskii nauchno-
issl. in-41 1964. 320 p. (MMA 17:12)
1. Soveshebaniye po koordinatsii i metodike nauc"bnc-
issledovatellskikh rabot v oblasti fiziki pochv, Leningrad.
2. Agrofizicheskiy nauchno-issledovatellskiy institut,
Leningrad (forall except Nerpin).

. 4,i,VLJi,V V "I".L ) J~. V .

1. : .'- , . ~ . . I I I I .-, .- , - - -, . -- -, - 1, - ~,-, - . - - - , - , . - : - - - ~ - - ., -
somm -M

_-ET' -65 947 (1 dyl'EP.A-( s I -2/-rTF (n)
_3L,
5 /A
.-.011enshtok, Yu. L.i Chudnovskiv, A. F.
TITLE: Application of integral sirigle, parameter method to solution of the heat
c_o-,Auc'_jy_._V problem far a medium with variable thermophysical characteristIcs
I
SOURCEt Inziblenerno-zfiz~ic~itiaki"'ihtir~ no. Ili.1964, 99-102
TOPIC TAOS: heeLt conduction, heat,-equation, differential equat Sion, therm-a-1 carx-
ductivity
'h~ authors give approxiiasate solutions to C(z, n (Z' 1)
01 j,
L
by simplifying the conduction process to canaist of two Darts: the first as a
Drocess 'or establishing the temperature fie'd, aad the sec-~,nd as a
:)_r quasi-steady state proces3. An exa=~e :.n wn-_4ah -1he o.,
_Aductivity is the sole zionconstant coefficient is given. Yhe aij~hors ad-rise
!Dethod for boundary conditions of the firs, ypes. tue fourth
just as amenable to more preoise solution. Orig. art. bLaa: formu.-Jas.
AS50CIATION: Agrofizicheakiy institut, g. Leningrad (Agrophysics Institute)
Card 1/2 ...

L 2A2141145 EWT(I)/EPA(s)-2/EPF(n)-Z/FWG(v)/F.PR/E'YIA(l) Pe-5/pe-k/pt-10/
U-4
r.SD/SSD/AFWL/AEDC(a)/ASD(a)-5/AS(mp)-2/ASD(p)-3/FZD(t) WW
ACCESSION MR: AP5002026 S/0170/64/000/012/0025/0031,-
A:LTHOiSs k9ogil2ysLdZ, B. .; Chuftoyskiyp A. F.
Mlai Host conduction mewurements in Bemiconduotors by the tradsierst probe method
SOMI CE: - Inshenemo-fizicheakiy zhumalp no. 12, 196-4, 23-31
TOPIC TAGS; heat sonduction, transient heat transfer, semiconductor, Fourier
eq&tlon,-thermal conduotivity
ABSTTI~VCTT i The known method or measuring thermal conduction with a constant-power
-y'-Lndrical probe was studied analytically in great detail to evaluate its limita-
ti~,ns 1when. applied,to seniconduotora'-st-M& te#eratures. The heater in the probe':
rras inserted in an insulated casing carrying thermocouples. The probe and the
:,q,-cimea vere of finite lengths, and the test material was placed in a container of
finite size, All these factore were studied by integrating the Fourier conduction
equation in qy1indrical coordinates. The calculations show that errors in measuring
" -~an be at-tributed to* the heat capacity of the heater and the thazmal cb-ct-racter-
!-zt,-Te --)-' the 4-n-aul-ator; the length of the t4Rst specimen-, and the th-cImeaa of the
materir-1. A transient version of the coaxial aY.!L=,.de= prob.-- Method is
6-cvq,;-,sted. Fr= the solution of the tremient Fourier oonduction eq4aation it in
C-ord 1/3

L 21323-65
~="ESSIOII MR- AP5002026
Gho%.r. that heat leakage by this method is less than 5% within the measurement time
'Lie schematic of the probe is given in Fig. I on the Eholosure. In the
teuperature range 20-800C (Including, the transitic~n to a lijuid state) the 1-hermal
CCO=Uotivities of semi melting (ihn, BiTa
Z::.Sb), and the conductivities of aemicemductors which retain their properties V
(S. 'Se, V 0 1 were obtained by this transient method, cad were compared with other
2 5A -
axi--~irxg data. For ;7,- ;> 4 Volt/(m- deqrees), the error lgy within the li-mit43 � 15
azA for 4 vo-lt/(m- degree) the error was less thm i W~ Orig. art.
L ; 16 equations and 2 figureo.
~LSSOCIATION: Agrofizicheskiy nauohno-issledovatallakiT institut g. Leningrad
(Soienti-fic Research Institute of Agcicul Physics)-
saii,i~Tu) s 22.Tui6,A &-NCLt 01
SUB GS.-I'D NR REP SOV: C05 !D~I- - 006
C"-Q 2/3

21323--5
dH
0-i A25 026
002

F-7

Probe schemat3-,-,
cylindrical prnba! 2
0entering --Oyer; 4

Card 3/3

V -.3 K I I- AA,1,
AUTHW1
TITLik
F&UMIOAL:
ABSTRACT:
Card 1/2
Kaynarekiy, I.$., Pindrik,'B.Ze., Bo~dnm. S.S., 1+12-1/9
Sidorenko, Yu.P. , Chodnovskly, A.M.
Production (PrOiSvQd4'tVO)1- Thi 0 rginization, or Dines Chr=dto Pro-
duction (Organizatelyt Proizvocletva. dinasokhromita)
Ogneuporyo 1957- Nr 12. pp. 529-533 (USSR)
Before current production Was organized a set of test samples =a put
together, the composition and method of production of which is.de-
scribed in detail. The mwm&terialwas aried in a tunnel.drying PlAnt
and then pressed. The.dinan obrwdte me burnt in gas chamber Wns
according to the,regime for Martin dines at 1425-14450. The results
of sorting out showed that dines chromite can be burnt according to
the regime of Martin dinas*- Furthermore, the chemical camp onition,-
the porosity* the pressure- and breaking atrength, refraatorineent
permeability to gas, heat conductivity, and the specifte heat are
given. In table I a comparison is drawn between dines thromite and
dines with reapeat to slag erosion. The illustration show the. aurm
of heat expansion of dines chromite at various temperatures. Purowr
results of microscopical investigations of the structure axV given.
From all results mentioned above it may be seen tbat, with respect
to Its properties, dines chrcmite is very similar to dinse, but that

Production. The Organization of Pinas Chiadto Production 131-12-1/9
it in distinguished by a greater resistance against 31ag at imoder-
ate tuiperatures.-Por current industrial production the technolog-
ical process ms precisely described, and the beat working conditions
wore prmided, whioh are described in detail. Table 2 shows the
burning teWemtures. The physical-cerwAcal properties of dinas
chrmite are shown in table 3. The results obtained by the investi-
S&tion of three complete sets of current production may be seen from
table 4. In conclusion it is said that the production of din"
chromite presents no difficulties " requires no additional equip-
meat: it can be carried out in any ainas plant. There are I figure,
4 tables, and 2 Slavic references.
ASSOCIATION: Khae kov Institute for Refmotories (Khar' kovskiy inatitut
onneuncrov) The Dinam Factorv imeni Dzerzhinak:Lv (Dinasovyy

7) /-f- 'r~'
PHASE I BOOK EXPLOITATION SOV/6209
Akhmechet, Leonid Samoylovich, Leonid Vladimirovich Vayser, and Arkadiy
Romanovich Chudnovskiy,
Primeneniye plasticheskikh,.mass v tekhnolbgicheakoy osnastke (The Use, of
Plastics in Engineering E Iquipment) Moscow, Mashgiz, 1962. 155 p. 10,5oq-
copies printed,
Reviewer: L. S. Pilipenko, Engine- er; Ed. A. 1. Bykovskiy, Engineer; T.ech,-.
Ed. : M. S. Gornostaypollskaya; Chief Ed. (Southern Division, Mashgiz):
V., K. Serdyuk, Engineer,
PURPOSE: This book is intended for technical personnel in machine plants
engaged in the design and manufacture of engineering equipment.
COVERAGE: The book deals with the use of plastics in the manufacture of
engineering equipment, such as molds, dies, fixtures, and tools. Sugges-
tions -are made onhow to design, manufacture, and use ith e- pl*mstic
Card 1/4

The Use of Plastics, (ContJ SOV/6209
equipment. -The properties and application of the more common plastic
compositions are described and listed In an appendix. The authors th.*k
Z. Z. Trakhtenberg, Engineer, There are 94 references, all Soviet.
TABLE OF CONTENTS:
3
Foreword
Ch. I. Use of Plastics in.the Manufacture of Engineering Equipment .4
Ch. 119-/1 Types of'Plastics Used in Engineering, Equipment; Com-
ponents and Manufacture 7
Ch. III. Antisticking Coatings
Ch. IV. Methods of Manufacturing Equipment Elements From Plastics 44
Card 2/4

The Use of Plastics (Cont.) SOV/6209

Ch.
V.
Plastic.Casting Accessories 47:
Ch._ VI.__ Plastic ForgingAcceesories 7. 71
Ch... VIL Use of Plastics in Manufacturing Machine-Tool Fixtures 96
Ch. VIII . Use of Plastics in the Manufacture of Tools and in the
Inilpection of Dies and Molds 110
,~h. IX. Use of Plastics in Abrasive Tools 113
Ch. X. Use of Plastics in Molds. for Casting Plastic Parts 117
Ch. X1. Use of Plastics in Electroplating 119
~Ch., XU. Use of Bonding Ageq!s, in the Manufacture of Engineering
Equipment 122
Card 3 A

L 5
322-65-6 EPF(c)/EPRI-EWG(~v)/EViP(,JI/EWTim)/-T,--- -ft6.fe
ACCESSION 11M.- AP5006562 0 3/004i/oo43
0 i9
AUTHOR: Graboy, L. P.; Lenskaya, L. P.; Chudnovskiy, A. R.
TITLE: Deteroination of the thermal conductivity of KraDhite-filled plasticli
based on epov resins
SOURCE: Plasticheakiye messy, no. 3, -1965, Ul-43
TOPIC TAGS: graphite filled plastic, epoxy r!sin, graphite, injection molding,
AMTRAM- -A--n'-e-v---m-ateritil-bai~r~te,6iioe*eloped fbf'maklfig~-: m-'o-lds-'- for Anjection
molding of plastics such as caproh-or 1~~yetbylene. The material consists of 100L
parts by weight of thermosetting 9-12061!lepoxy resin, B parts oil' polyethylene
polyamine (curing agent), anA 100-200 parts of electrode graphite (fil.ler). The
n
mate I a
ri -1 exhibits high thermal conductivity wid high heat resistance. The effect
of tenmerature from 45.7 to 228.6c on the thermn-1 conductivity of the new material
was studied by a method developed by 'A. A. Sem-enov. For-mular, are given for c&1-
gi-T- in the form
culation of the thermal conductivity. FeSu_ltj of the slutr.
-af lableriu-444 -qat~,th + -het-h-rmal --condue-.ivity of -raphite-filled
plastici; vith. a graphite'. content incre"49- 4ith'the temperatu-ie of the
t
i Card 1/2-

L 32265-65
FACCEESGION
rR. 7:
i
. Ap5oo656z.,
-,-7 77r,
Z'
Hsq&~ ti4atment- st-abili therma.1-con-ductivity' so-- h
specimen
d at room temperature. The nev materiid exhibits lasting heat resistancel
maintaine
and strength at temperatwes up to 300C. In viev of their simple production tech-
nology, the use of molds made with the nev material is reco nded by the avchors.
i Orig. art. han: 2 figures and 2 tables. ~Boj
ASSOCIATION: none
SUBIUMD: 00
NO REF SOV, 001
ENCL: 00 SUB CODE! MT

~ - -: . -. . " -1, - -- o ---,

- - - CMNOVSKIY, DX. - ---- - - - -
"-v - , -
Basic problems in the econozV of .production of prestressed reinforced
-.-nAv-m*ah' 11~v-' "nw MnMIr q* iMn*Py0'%-IA: M IQq- "UM -TIPqKI -I

KAMRDV, S.P.;--CHUDNOVSKIY D.M.
Some results of and-prospects for the expansion of the precast
reinforced concrete induetr7 in Moscow. Gor..kh02. Moak. 32 no.9:1-4-
S 158. (min 11:9)
I.Nachallnik Glavaossh elezobetona (for Mayorov). 2.Nachaltnik
,planovo-ekonomichookogo We la Glavzoazhelazobstona (for Chudnovskir)..
oscow~-~recast concrete construction)
(M

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