SCIENTIFIC ABSTRACT KORCHEMNYY, M.I. - KORCHINSKIY, A.I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000824610009-1
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 14, 2000
• Sequence Number: 9
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

137-1958-3-4975
Translation from: Referativnyy zhurnal, Metal]Lirgiya, 1958, Nr 3, p 73 (USSR)
AUTHOR: Korc.hemrivy, M. 1,
TITLE: Operation of a Medium Sheet Rolling Mill at the Kuznetskiy
Metallurgical Combine (Opyt raboty srednelistovogo stana
Kuznetskogo met.allurgichesko~o kombinafa)
PERIODICAL: Tr. Nauchno-tekhn, o-va chernoy metaflurgii, 1956, Vol 10,
pp 541-552
ABSTRACT: The operation of a medium sheet rolling mill of the KMK is
desckibed. The mill i6 composed of two three-high
850x560x850x2'150 mm stands and is arranged in two lines.
The rolls in the roughing stand are driven by a 2500 hp electric
motor through a reduction system and a gear box; the rolls
rotate- at. a speed (it 55 rpm; the rolling process proceeds at a
rate of 1.4 m/sec. The rull!t of the finishing 5tand ure driven
by a 3000 kw motor, the rate of rolling keing 3,56 m/sec.
Regimens for heating and rolling of slabs of various grades of
carbon, al.*,,oy, and plated steel are described. Methods of
adjusting the rolls after replacement are shown. Ref. RzhMet,
Card 1/1 1957, Nr 12, 23684, S. G.
K0RGU,WiYY, V.A.
X,ray therapy in syringomyelia. Vrach. delo no.6:129-130
Je 163 - OURA 16:9)
1. Kiyevskaya oblastnaya bollnitsa.
(X-RAYS--THOMUTIC USE) (SPINAL COf&-DISFASES)

25653
S/'080/6 01/0 3 3/1012/007/0 24
0 _0 D209/D305
AUTHORS: Shakhparonov, M.I., Lellchukt 5.L,j Korchemskaya, K.M.,
Martynovap MaYeop Babur-lna,, I.I., anrVoroninat R.D.
TITLE: Investigation of pressure and vaDor densitv in
binary systems methyldichlor,~siiane - trimethylehloro-
silarie and silcoahloroform - benzene
PERIODICAL-. Zhurnal prikladnoy khim.-li, v. '33, no. 12, 19601
2699 - 2703
TEXT: The authors studied pressure and -,rsipor density of "Liquid
systems CH Siffc! (CH SiCl and MCI', H -1n oraer to ob-
3 ~ 3)3 - C6 6
tain data necessary for de,-.ermir,-.ng the conditions for rectifying
haloalkylailaaeE. The measurements were carried out in an appara-
tus described in an earlier work (Ref, 1: ZhPKh 8, 1734, 1960).
Throughout the experiment the i2omposition of i1quids was control-
led by measuring, their densit.1'es a, 2O-0C_,,NJ.th the use of a pyano.-
me';.-er. The accura-,,.-y of P and y measurements -for individual li-
Card l/el

*S/08 60/033/0'12 007/924
Investigation of pressure D209YI)305
quid phase at 760 mm Hg and tile results are given in tabulated
form. There are 6 tabless 3 figures and 1 Soviet-l>loc ref.erence.
SUBMITTED: October 26Y,1959
Card 3/4

2565h
S/080/60/033/012/00V/024
D209/D305
AUTHORS: Korchemskaya, K.M., Shakhparonov, YLI., Lel2chuk, S.L.,
-Martynova, M.Yeop Baburina) and Voroninag R.D%
TITLE: Investigaiing pressure and vapor density of binary
solutions of silane chloro-derivatives
PERIODICAL: Zhurnal prikladnoy khimii~ V~ 33, no. 12, 1960,
2703 - 2708
TEXT: In the prestant work,, carried out to obta4-n the necessaxy da-
ta for determlninj3 conditions for the rectification of haloalkyjw-
-silanes, the authore submit -the results ol' invest'l-igations concern-
ing pressure and vapor density under pressures of !155,0 - 800 mm Hg.
The measurements vere concerned with determining pressure P, den-
-ed vapor pressure of in.-
sity y, and the molecular weight of saturat
dividual liquids and solu-tions. The values of Antuan's equation
constants and the enthalpy and entropy values for liquid vaporiza-
tion at 760 mm ar!! given in tabula-ted form. Graphica.141y, -~,he au-
Card 1/3

256'54
S/080160/ 033/0112/008/024
Investigating preosure and ... D209/D305
thors give the isotherms of total and partial vapor pressures of
liquids at 30, 40i 50 and 560C. Totalpressures-were calculated
from the vapor coMposition data obtained from M values derived
from the equation M x' M The average molecular weight of sa-
t' (Z'
turated vapors ffy used for partial vapor pressures determinations
were chosen such that the deviations from Raoult7s law corresponded
to the Gibbs - Duhem equation. In all cases. values of 91 used in
calculations differed by not more than I - i-5 % from the experi-
ment values. In this w#nner the values of partial vapor pressures
and vapor compositions were con;krolled by the condi-14tions of thermo-
dynamics and the experimental data, with sufficien-tt, accuracy.
Other tables represent the'contents of vapor components in equili-
brium with liquid phase at 760 mm Hg and the activity coefficients
of the components of various temperatures. The results submitted
show that the solutions of methyldichlorosilane - tetrachlorosila-
ne are characterized by only slight positive deviations from the
ideal solution, andin many cases may be considered as such. Solu-
Card 2/3

25654
S/080/60/033/012/008/024
Investigating pressure and ... D209/1)305
tions of chlorosilane solutions at 40t 50 and 5600. There are 3
figures, 7 tables and 2 Soviet-bloc references.
SUBMITTED: October 26, 1959
K
Card 3/3

84707
Y-~Lrj tzoq S/020J60/133/006/015/016
B004/BO64
AUTHORS: Shakhparonov, M. I., Lellchuk, S. L., and Korchemakaya,K.Mq
TITLEs The Thermodynamic ProtertieRlof the Solutions of Chlorine
Derivatives of Silanel
PERIODICAL: Doklady Akademii nauk SSSR, 1960, Vol. 133, No. 6,
Pp. 1368-1390
TEXT: The authors report on measurement s of the pressure P an d density
r of the saturated vapor of the following systems: CH 3SiRC12 - Sici 4;
SiHCl 3 - C06" CE 3SM. 3 - SM. 4; (CH3)3S'C' - CH3S'HC'2; (CH3)3S'C'
- CH3Sici 3? as well as solutions of CH 3SiBC12 and CH3Sici 3 in the X
azeotropic mixture of 45-93 mole% (CH 3)3 SiCl and 54-07 mole% SiCl 4*
Ref. 1 describes the methods of P and t measurement. Table i gives the
values of the constants A,B,C of the Antoine equation log P - A - B(C+T)
for the systems investigated, as calculated from the experimental data of
P. The molecular weight of the saturated vapor was calculated from the
Card 1/2

84707
The Thermodynamic Properties of the Solutions S/020V60/133/006/015/016
of Chlorine Derivatives of Silane B004/ .o64
equation Y t RT/P, and its composition from the equation M X!
i I
Fig. I shows the total and partial pressures in the system SiHC1 - C H
0 3 6 6
at 30 C as a function of the composition. The isothermal lines P and P i
0
of the system CH 3SiHC1 2 - Sial4 at 40 0, and of the system CH 3Sicl 3 - Si5
at 500C are given in Fig. 2. The systems mentioned show little positive
deviations from the ideal case. The systems (CH 3) 3Sici - CH3 Sici 3;
CH 3SiHC1 2 - (CH3)3 SiCl; azeotropic mixture - CH 3Sici3; and azeotropic
mixture - CH 3 SiHCl2 follow.the Raoult law. The isobaric lines of these
systems at P - 760 torr are shown in Fig. 3. There are 3 figures, I
table, and 1 Soviet reference.
ASSOCIATION: Moskovskiy gosudaratvennyy universitet im. M.V. Lomonosova
(Moscow State University imenill. V. Lomonosov)
PRESENTED: J.pril 4, 1960, by V. I* Spitsyn, Academician
SUBMITTED: 1pril. 2, 1960
Card 2/2

KORCHMSKAYA, K.M.; TKACHENKO, L.G.
Conference on critical phenomena and fluctuations in solutiops.
Vest,.,M6sk, un, Ser, 2s Khim. 16 no.1:80 Ja-F 161. (MIRA 14:4)
1. Kafedra fizicheokoy khimii Moskovskogo universiteta.
(Solution (Chemistry))-congresses)

HOIRCHEMSKAYAl K.M.; SHAKHPARONOV, M.I.; LELICHUK,S.L.-, MARTYNOVA, Y.Ye.;
0___ BABUIZINA, I.I.; BORONDA, R.D.
Pressure and density of vapors from solutions of chlorine deriva-
tives of silane. Part 4. Izv.vys.ucheb.zav.;khim.i khim.tekh.
4 no.4%584-587 '61. (MIRA 15:1)
1. Floskovskiy gosudar5tvennyy universitet imeni Lomonosova, kafedra
fizicheskoy kbimii. (Silane) (Vapor pressure)

KOCHFUCKAYAO ~,M,; SHAKRFARONOV9 M,Ioj LEL'CHUK; S.L.; KORAUINA) T.P.;
B&BURI)AA, I.I.; VORONIMAO R.D.
Investigation of the vapor pressure mid vapor density of binary
solutions of silane chloro derivatives. Part 4. Izv.vys.ucheb.
zav.; 4&im,i khim.tekh- 5 no.1:65-69 162. (MIDA 15:4)
1. Moocovskiy gosudarstvennyy universitet imeni Lomonosova,
kafedri fizicheskoy khimli.
(Silane) (Vapor pressure) (Vapor density)

MWENSMA. A. N.t SHAKHPAROMOV, M. L
Thermodynaldc properties Of b0lutlOnO of acetone-nitrobonzgm*
Vast. Moak, un. Ser. 2-- Xhim. 16 [i.e.171, no.606-77 X-D 162.
(MM 16:1)
1. Kafeara fisichaskay khiJdi Moskovskogo universiteta*
(Acetone) (Nitrobenzene) (Solution(Chvmiatry))

C 14 P-1i 1~0
Subject : USSR/Engineering
Card 1/1 Pub. 93 - 2/11
AM P - 587
Authors Korchenko, P. Ye. and Dudnik, F. S., Engineers
Title Production of reinforced concrete piles in field
conditions
Periodical Sbor. mat. o nov. tech. v stroi,, 8, 5-6, 1954
Abstract In the "Stroydetall" works of the Trust "Dneprostroydet-al'"
in Dnepropetrovsk, reinforced concrete piles have been pro-
duced on a small area. The forms were laid on the ground in
rows, and special piping system for heating the hardening
concrete was installed. The pouring of concrete was done
from autotrucks; the forms were dismowitable. Diagrams,
photo.
institution ; None
Submitted : No date
S/123/59/000/010/065/068
AOO4/AOO1.
Translation from: Referativnyy zhur-nal, Mashinostroyeniye, 1959, No. 10, p. 201~
# 38754
AUTHOR: Korchenov,,A. R.
TITLE-. The Praotice of Producing Cast Iron Castings in. Metallic Molds
PERIODICAL. Tekbn.-.ekon. byul. Sovnarkhoz Lipe-11-skogo ekon. adm. r-na, 1958,
No. 1. pp. 17-19
TEXT: The Yeletskiy zavod stanochnoy gidroapparatury (Yelets Plarrt of
Hydraulic Machine Tool Equipment) has introduced the chill aastirZ method of
components weighing from 0.1 to 85 kg, with a wall-thiolmess in 'the rang4*.9 of
3-200 mm (housings of gear pumps and filters, hydraulic panels, vrsse-ls) , Chills
with vertical and horizontal joining planes are used, The greater part of the
castings weighing from 0.5 to 50 kg are cast In chills with horizontal Joining
planes. For castings weighing from 1-20 kg also shake-aat chills of the ouen
type are employed. In chills which.are vertically joined, the components like
cylinders, piston rings, large-size rotary pumps are cast, With WeiRl-tS 4M tile
Card 1/2

SINYMI, K.L. otv. red.; KORCHEMK~ YA.T.p starshiy nauchMy sotr.p
SU ACHEV
red.; GRIGoRIYEVp ri-t*~7-k --'-~eAfkh6z. nauk., red.; r,
V.P., red.; BOGDANOVIGH, M.V., red.; VIKOMYCINK, G.M., red.;
SEMYUK, B.M., red,,; KVITKA, S.P., tekhn. red.
(Scientific works of the Veselyy Podol Agricultural Experiment
Station for 1927-.1958] Hauchnye trudy Veselopodolianskoi opytno-
sele~tsionnoi stailtsii ~&a 1927-1958 gg. Kiev, Izd-vo Ukrainskoi
akad. sellkhoz. naukp 1961. 156 p. (1,1111A 15:3)
1. Kiev. Vsesoyuzr4yy na-achno-issledovatellskiy institut sakhar-
noy svelkly. 2. Zaveduyushchiy otdelom selektsii sakharnoy
ovekly Veselopodolyanskoy opytno-selektsionn
stantsii, Semenov
skiy rayon, Poltavokeya oblast' (for Sukach 3. Zaveduyushchiy
laboratoriyey fitopatologii Yeselopodolyanskoy opytno-selektsionnoy
stantsii, Semenovskiy rayon, Poltavskaya obluat' (for Bogdanovich).
4. Zaveduyushchiy laboratoriyey agrokhimii Veselopodolyanslcoy
opytn6-selektsionnoy stantsii., Semenovskiy rayon, Poltavskaya
oblast' (for Nikolaychuk).
(Poltava Province-Agricultural experiment stations)
(Poltava Province-Sugar beets)

DMITSKMI., VA*; KORCHLPV# G#P*l SKRNOVI A.V.; TOLSTOY, N.Sp
Mesozoic Bedhwnta of the Korobki field in connection with
their gas potentialo Isv, vyse uchabo zav,; neft' i gaz 5
no.1-.6-12 162. (MIRA 16tll)
le Mookovskly inatitut neftelfbimichaskoy i gamoroy promyshlen-
nonti imeni akademika LM. Gubkina,, Vo:Lgogradskiy nauchno-
issledovatellskiy institut, neftyanory i gazovoy pramyBhlen-
noBti,, i Kompleksnaya ekapeditniya. Glavnogo uprayleniya
geologii i okhramy nedr pri Sovete Ministrov RSFSR,

KONONCHUK, T.I.; REDIKO, L.P.; KORCFIEV, M.A.; PUSTOVIT, V.T.;
BONDARENKO, N.Y.
Effect of the addition of polyacrylamide to the brine on the
electrolysis process with a mercury cathode. Khim. prom. 41
no.8.-599-600 Ag 165. (MIRA 18:9)

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(Za Ekon*niyu Topliv V-46, 3, So* 1# 24-5) A altme sopartAtor
is 0
for use on locomotives is describc-d. The slim rorming within
4ke the boiler --~s the result of water trmat-nent in collected in a
608
cup find is discharged from there during the blow-dawn.
goo
C*Ao
00-3
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AIR-ILA OTALLURGICAL LITCRATLOR u.,tswicatme

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for Watm of low and metlium hanineu. For very hari .00
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., XORV. V. V. V.
(Thermochemical testing of looonotiveol Teplokhialcheekle ispy-
tantia na parovosakh. Hooky&, Trinasheldorlsdat, 1953. 63 p.
(KM 7:11D)

XORCW~V, Y.T., kandidat tekhnicheskikh nauk,
-mm"Imm
Mosel fuel and itz properties. Ilak. L topl. tiaga n0.3:42-44
Mr 157. (MLRA 10.-6)
(Diesel fuels)

KOTICEEV, V.V.. jcandj7,LjLt tejr~- nautc. GRISHIN, F.S.. inzhaner.
Mooft
Answers to readers' quentions. !;Iek.i tepl.tiaga no.8:44-46
Ag 157. OxiLPA 10: 61,
(Diesel locomotiven)

KORGEMV, V.V., kandatekhunauk
Using spectrum analysis of oil in determining the wear on
diesel locomotive englues., Alsk, I topl, tiags, 2 no.1:46 Ja 158.
(KIRA 11:3)
(Diesel locomotivea-Testing)
(Inbrication and lubricants--foating)

KORCHEV, v.V.., Icand,tokhn.hauk; LYLMEENBERG, R.M., inzh.
Testing of diesel fuels In a small cylinder capacity engine. Vest.
TSNI1 MPS 22 no.8:27-30 163. (MM 17:2)
I

MIRPITryt if 11.9 !-11,zh.
I., j o , . - - .,i T
impruving the producl.-C.'r, CC
stmf,-tures. Avt.dcro 28 nc.6,18 , 2.&,~3)
3. L-&boratoriya L~~.v--oa

V-,-ro1com1e-ku1yartV7s soyedineni-ya, v. 7, no. 1, 31965, 150-155
TOPIC TAGS: methy] methacr7late, styrene, than diacrylate, than dimethacrylate,,
block Polymerization, dilatometric analysis, gravimetric analysis
APSTRAIGT s 7he hlock ization ot monomrs named in Figs. 1-5 (1300 Figri.
~~na Nncloslu -e ; were investigated gravimetrically and Matometrically.
cs were ! tudied at SOG with benzoil veroxide (G.21 tri weig)it, "or vinyl
I'voo and 2% for diallylphthalates) and at, ij'i WiLL, n".x-
jic
f-r virr,i r?qr1vnt1ves and 1.41 for allylic monone-r3). Vie kinetic
.he monom-ars are oh )vn,
"2 i )n n 3
alale Was moasur,~,j
-.'ectively. It Was !,ounfl ~9
-mf r,(, mad gravLmetric 4.
-"tr1j3cT-1aLe were wcit susceo-,.~'b*6 ~.i W,

o-65
2 1
3
n- AP50(-3837
N
r4zllatl" reacticn rates of the other monomers can be obtained from Figs.
inilir, Analogous to the r8SLIltS OC A. A. fl,17!in et al (Sb.
k k IM. 2, 1554, 195)) wA9
va t i v, .9 produ,:,ed Y -polymers a' o!3, i ~-t,
LM
lnu 3 Lablot
00-1
rwtJ'4it elementoorgaidchaskikh soyedimnJv, AN S35R (Inatitute
I r~- Ran( tions, AN =R)
SIM-WITTIED: Z6M9ir65 ENCL: 04 SUB CODE: OG
YO REF SOV: 007 OTL =I 019
Card 2/6

Ti ANA. 38.37 EM: D~CIJRE -01

fiv
7
z

Ziff

li Black polywrli~atioll at 806 (6.2% beiazoil peroxide, gravity motho
imn ha r-
fIa*-,q ethylene glynoi;
ityrone

Crd 3/6

17

-A VSlf%
It
time' A
time -tin, min -
Me 3.
am
graviti d)-
bdt
7,
--w- dion dlaMltito I F45,
86 Fig, 3.
YJ 11 2 than dlaci7lAto; 3
c,,d 4/6

MR

A"

Aid

-q-

-me o
d me rio.
9r
1 diallyllsophthalate- 2 diallylterephthalatei 3 dially-1ph
c

'4 P AP5008370
r-4
lino a
KOM
TITLE - III-emal cross-linking of unsa~turated polyai-ilat- al";' s4le chains
j I-- _--K._-i-.,oIekuIpLrry-ye soyedineniva, v. 7, n~.
~ymer, polymer cross 1LnkIrw., pollya-ry-'ate polyarylate
e 3e r
ABSTRACT: Allyl-containing polyaryiates (polyaryli~ estle-1. ar, int.-St ~.ecausc-
to chang- into three-l"
~,5 dialiyi derivative., incor'orating phenolp"ithalein and e-alI;Iphenol.
p
poiymers were preparel by conventional methods and ~c lisua-I mechan-
i-l-, tesfs. T'heir degree of unsaturation was derived from infrared data. rt was
10-m-d the, in the absence of oxygen, imsaturated allyl-~,ontaininp. p-'y-T,-r-_- harder,
efrprtive)y 230C. Itmospheric oxjger -ar. lni"--
Card 1/2

L 27335-66 EVIT (m)/EWP(j)/f UP(c) wra/Am
C .-SOUR _t/_06A5/607/O11/18a4/_ -
~AC IM CE CODE: b 1086,
';AUTFIORS: Vinogradova-, S. V.; Korshak# V. V.; Xorchevpy, M,_G.
~ORG- Institute of Mementoorganio Compounds, AN SSSR (Institut -13
elemento-6r_ga_nMdB_es1ELkh s6y-ed eniy All SSSRT_
TITLEt Copolymerization of al4l-subatituted unsaturated polyarylatee with styrene 1
(76th report in the series "Reterochain polyesters')
SOURCE- Vysokomole1v._1yarnyye aoyedineniya, v. 7, no. lit 19651 1684-1888
TOPIC TAGS:. copol~mierizationy graft copolymer, polyaryl plastic
ABSTRA.CT. Copolymerization of allyl-8ubstituted unsaturated polyarylates (1) with
styrene (II) has.been investigated in an effort to prepare a three-dimensional
lymer analogous to those derived from polyfumarateB described by As V, Tokarov
IO)isj3ertatsiya# 1959). A mixed polymerp represented by the scheme
T
!2~
UDCt 66-095.26+678.674-~1,673.-~7.46-1
',L 27.335-66
lic CH
0- HS CH. 0 0
\\_0
C-0-
CHI
0
H.
L=0
_4_ Y
l'in which ratio Y:X 1.19p was selected as the starting I. The copo13'merization
was performed at 80C, in sealed ampules,.and in an argon atmosphere, Trith benz-oyl
peroxide used as an initiator. It was observed.that a gel effect, which increases j
with increased ratio of I to II, affects the reaction rate. The products of the
reaction axe mainly branched r3 graft copolymers, with only an insignificant amount of:
three-dimensional co,3
olymer4formed when the ratio of I to II is large. Orig. art.;
has: 2 tables# 2 fignresp and 1 formula.
SUB CODE:o7o 3_1/MMU DATE: 07BG064/ ORIO REF-.~ _010/ OTH REF: 004
q

L 2,7232=&
ACC NR: AP600BP67 SOURCE CODEt Uft/0190/65/007/011/1889AB93 i
AUTHORSt VAnogradova, So V*,; Korshakp V. 1--y' Korchey
Me Go
-36
ORG: Institute of glementary Organic Compounds AN SSSR (Institut
elementoorganichaskilch a Ine
0Y dJ niy AN &55R)
TITLE- Copolymerizat-ionl ot allyl substituted unsaturated polyarylates kith 'I
polyarylates with mathyl trathacrylate (77th report in the series "Heterochain
Polyesters")
SOME: Vysokomolekulyarn e soye 93
yy difieniya, v. 7, no. li, 1965, 1889-18
TOPIC TAGS; copolymv~izationj polymerization kinetics) polyaryl plastic
ABSTRACT: Kinetics of copolymerization of allyl-substituted polyarylates M
represented by the formula
J]
C
0~
CHml
- ---- -- ------- uDc:..-, 66.095.26+678.671t+678-U4

'L 27332-66
iN NR., AP6WO61 -7---'----
'Fig. 1. Copolymerization
of. I with U at: 70C in the I
presence of 0-5% of benzoA
peroxide. A - change offill
concentration in the
B
reaction mixture (ordinate.-i
% unreacted monomer); B -1
change of the yield of I
insoluble (cross-linked)
copolymer (ordinate)-
C - change of concentration:
I## TJNo,, min. Time, min. of residual double bondi, I
in copolymer (ordinate).
Polyarylate: monomer
a
weight I tio: 1 1 2
2 - 1z1-8; 3 1:'
!:1.5; 5 - lil.
R:_4

L 18415-66 EVr-r(m)/EWP1:j (m)-6 YN/M
ACC NR; AP6003421 i SOURCE COM 6/008/001/0109/olf4
UR/oigo/6
AUTHORS: Korsh&t_Vj VA Vinovadova, S. V.,- Kullchitsk4t
ORG: Institute of-Elem4ntoorgoie CoeLomds, AN SSSR (Institut elementoorgan-
~icheskikh soy2dinaniy All SSSR); Moacow Institute of Chemical Engin erinR im. D. 1.
Mendeloyev_k oskovski !himiko-tokhnologichookiy Gsiltut~
TITLIE: Cqo1ym0LaL6f allyl-suUstituted unsaturated paixL ealwith vi.
rZi-lit- rtyl and
allyl monomers (81st ReVort in Series "On Heteroaliphatio Polyesters
SOURCE: Vysokomolekulyarnyye soyedineniyag.vo Sp no, 1, 1966, 109-114
TOPIC TAGS: polyaryl.plaotics copolymerization, thermal stability, tensile
strangth, methyl methacry-late
ABSTMCT: Allyl-substitited polyarylates (1) of different molecular weights and
concertrations of allyl qr~upa copolymerized with various vinyl and allyl monomers
'were Livestigated, The tiolubility, thermal stabilityp and tensile strength of the
producAs were studied. Bost suitable of the examined (I) were those derived from
terepht~alic chloroanhydridet phenolphthalein, dially1dian, and 2-allylphenoll the
structive of which may be represented by the formula:
Card 1 UDC: 66-095.26,676.674

L 18415-66
NRt AP6003421
CH=CH,
0 '0' 0 C111 JHj
CHI
C-0.
Y
.with ratio of X:Y 1.191 or 4. Their synthesis was described in an earlier work by
t!V. V. Xorshak, S. VoNinogradoval, U. G. Korchevey, and L. I. Komarova (Vysokormolek.
soyed., 7, 457, 1965)- It was established that mathyl methacrylate, allyl methr-
:acrylate, dimethaorylate~of ethylene glycol, and 2-allylphenol methacrylate are
satisfactory cross-linkirg agents for (1). The last two compounds yield products
,of very high tbermal stab ilj~!,and tensile strength, even after treatment at 300C
in the presence of air. Phey are also inert to solventsand to sulfuric acid.
~Orig. art. has: 5,tables,~l figure, and 1 structure.
:SUB 60DE, 07/ WBM DATti 16Feb65/ REPS 006/ OM REP% 001
'Card 2/2

----------
L 18941~66 -.--EWr(k
ACCESSION HH, AP5021553- UR/0286/65/000/013/0017/0017I
678-744.45.002.2
54T.566.i
54T.391.1
Al
i AUTHOR* K2KLhak, V. V-I.Vi~ ~rado~vaS.~V.; Korchevey, M. G.
_4of &~'n acrylic compound.
TITLE: Preparative m1thod for polymers an d ~O_P_Oiyme'rs
Class 12, No. 1721~2
SOURCE: Byulleten' izobi-eteniy i tovarnykh znakov, no. 13, 1965, 1T
TOPIC TAGS: polymer, poLymerization, allylphenol methacrylateAheat resistant
polymer
ABSTRACT: -An Author Certificate has been issued for a/preparative method for acrylic
polymers and cOpolymers of incre&sed heat resistance.\-L)The method involves bulk
polymerization of 2-allylphenol methacrylate at elevated temperature in the pres-
ence of free radical initLators [unspecified]. MY
IS
ASSOCIATION: none
--------- --- -

ZAMODSKIY, A.G.; S)URNOV, N.K.; Prinimali uchastiye: RUDENKO, O.A.;
FILIPENKO, I.S.; SEMENCHENKOp A.D.; &Q~RCH44~1 J.-
TEMASHNYUK, D~S.,- SHVARTSV S.P.; PRITSKAYA, Z.A.; RESHETCYVA, L.N.;
SHAKHOVA, V.A.; DANILENKO, P.L.
More about the effect of the amount of water and of its automatic
proportioning in the boiling to pulp of raw materials, Trudy
UkrNIISP no.5:13-20 #59. (MIRA 161l1)
1. Vashkovskiy zavod (for Rudenko, Filipenko, Semenchenko,,
Korchevskiy, Temashrquk, Shvarts, Britakaya). 2. Chernovitskiy
spirtovyy trest (for Reshetova, Shakhova). 3. Ukrainakiy
nauchno-iaaledovatellskiy institut spirtovoy i likero-vodochnoy
promyshlennosti (for Danilenko),

A-* - 4:.Q
P
It
a Is A 20 1 111 to 0
If t 0 11
a I it is I- AA is ILIC LID itA k
vffvCf% sit A-,,
Ck I i.00
with djes.
OOA fablics
Met
SOWA719" "li-fs"Lwily
is I
No and
"d a %in. of btu"T,
ow. to". ell kAdeis the
:0 at; Witb ,pb%hqA dy-l in C I . d by dirying
st,4" "CA remits mv Oblast%, I .6ing
j4 b.1,Wu alld duting dCvvlt4"Cnt at" W
imcd text in on
n Opp. vihkh Cutts little Wil hjh(A red dyes
of the flat little is dt,
gj~,m for the prep" , . a"
d,%,0 NOd she Ivvng 01.11
'"d of the It. Ilenn
i
004 COO
see
00
*a coo
0 Ar .0*
00
oo il,
.4
P
00 A s a I L A m9IAI,kU#GKAL LITINATWIF UAISWICATIC"
I I W W 9

221. KORCFETOYI P. V. and DDIKEVICH, P. N.
Krolevtskiye chernopestryye svinU. Sov. tootekhniya, 1949, No B.,
a. 82-87

, P. V.
Experience of *m;ss fatteming of pigs on progressive kolkhozes of Poleale; lecture.
Moskva, 2-nanie, 1954. 23 p. (SGrIla 5, no. 21)

v - ~7
7j~~'-!P',"-"ooT)arasitrj oU -Vectort, ()f
ACarina --nl insect
Abs jour Ref 2hur Bioj.., 1-10 5, 1958, 19674
~'U~ Belkin--, Korchevskaya V I
T ; t.Le Flea,-
... e '.t - . 1 6- n 3 eppe omd -7cnCy Subzzirjc,.
Gh -,estern F'az---11dlGtv-n ilegion.
Orl;'
Tr- gosp n*-Jo, protivoc,,11U~M. jj,
b-, t c t For severaj. Years, chiefly in IQ53-1955, '?3,,,)5:, 11cas
14 cpeciev) 1'ere cathered from 4010 ste?)
pe and
1076 nests.. In the stenDe subzone Ctenophthal-,av3 brevia-
tus and -Am'Phi -7')SY1.1a ros-sica predomin&tel their nurjj)C-., -,
rising ill June-july and Ccto~el'-Novomber (hijglest).
the vandy Sub2one Pollex and ,I. nri",_. ~Dredomlnate
their nwzib~~rs rising in I'hY-June and" October -111oyCL-ber,
.highest). The flea abundance on animals and in nests is
NILIZINA, Te.N.;.10)R-C.PVSKAyA# V.A.; NAGWVA, G.J.; NAGLOY, V*A*;
IMMIN, Ye.~?-
Species anji ecology of Gavasidas In the ground squirrel Citellus
pygnaeug p;lll in West Kazakhstan Province Evith susmarY In Ing-
lish] Kedparas' I paras.bol. 27 no.5:584-59o S-0 158;
0 (KIRA 120-1)
11 4 Rostovsk;ogo-na-Dom gosudarstvennogO narLchno-Iseledovatel'-
gkogo protivochvnnogo Instituta (dIr. Instituta A.K* Shishkin)
I Urallsko3r rotivochumnoy stantoli (nMh* stantell L*M& lucherov).
I
W%Xals'
Camaxidae in ground squirrel (Rua))
(ANDUM,
Same)

KORCHXVSKIT, A.; DIRSHIN, S.
.OOM2 ~v:~-Iml-qwwm
I Let's landscape school grounds. Prof.-takh.obr. 11 no.4:26 JI 154.
1. Direktor spetsiallnogo remselennogo uchilishcha No. I (g. Odes@&)
(for Korchovskiy) 2. Ponoshchnik direktora po'khozyostvennoy rabo-
to uchilishcha (for Dershin) I
(School grounds') (Landscape gardening)

XORMEVSKIYJ V.
f'Paratbletkhen in the Treatment of Vaginitis." (see journal "Veterinariya"
Veterinariya, Vol, A No- 6) 1961. p, 6o No. 6, 1956.)
Korchevskiy, V. - Veterinary Surgeon. nvinsk Agricultural
Technical school. Vinni sa oblast'.

85167
2.0 3 7, 1/3 f, / 3,3/) S/139/6o/ooo/oo5/023/031
E192/9182
AUTHORS: Morgulist N.D., and Korchevoz;'~
TITLE: Electronic and Ionic Emission of Metal-film Cathodep
(L-cat5odes) in Qaesium Vapours
PERIODICALt Izvestiya vysshikh uchebnykh zavedeniyy Fizikaj
19607 No - 5v PP 137-11+2
TEXT: The investigation of electron and ion emission of
L-cathodes in an atmosphere of alkaline metals is of considerable
interest since it can yield information on the relative electron
emissivity of the cathode coatings. The problem was investigated
experimentally by employing the tubes constructed by N.Morgulis
and Naumovets (Ref. 1). The tubes were provided with disc
cathodes having a diameter of 3 mm. The cathodes were of two
types: 1) a porous Ba-W L-cathode7 and 2) a Ba-Ni pressed
cathode. A disc anode having a diameter of about 1 mm was
situated at a distance of < 1.5 mm from the cathodei the anode
was provided with a protective ring so that it was possible to
measure the electrons Ie and ion Ip emission of the central
uniform portion of the cathode . A drop of metallic caesium was
introduced in the tube and the vapour pressure p of this
Card 1/4

85167
3/139/6o/ooo/oo5/023/031
E192/E182
Elebtronic and Ionic Emission of Metal-film Cathodes (L-cathodes)
in Caesium Vapours
substance could be determined from the temperature t of the
tube envelope. By employing a strong transverse magnetic field it
was possible to ansure that the ion current of the tube had no
external electron components. The electron-emission components
are shown in Fig. 1. These illustrate the dependence of Ie 011
cathode temperature T for two vapour pressures: p = 3 x 1o-6 mm
(t = 25 OC), and 1 x 10-2 mm (t = 150 OC). These equilibrium
relationships are illustrated by the solid curves in Fig. 1 for
t = 25 *Cj and by the dotted lines for t = 150 OC. The currents
were measured by means of microsecond rectangular pulses. The
curves marked I refer to Ba-W, while curves II are for the
Ba-Ni cathode.,; the vertical scales for the two curves are
different. Analysis of these curves shows that: 1) the specific
emissivity of the two cathodes has the usual value; 2) at
t = 150 OC the curves of Ie at 700-800 OC have a minimum, this
being due to the partial desorption of the Cs film from certain
areas of the cathode surfaces~i 3) the righthand-side portions of
Card 2A

85167
8/139/60/000/005/023/031
E192/E182
Electronic and Ionic Emission of Metal-film Cathodes (L-cathodes)
in Caesium Vapotrs
both the curves. for t = 150 OC are much higher at temperatures
between 800 and 1000 OC than those determined for 25 OC;
4) at t = 150 OC the electron emission of a Ba.-Ni cathode has a
very high value even at low temperatures. Both the cathodes
showed a strong thermal ionisation of Cs which manifested itself
in the presence of appreciable ionic current. This effect is
illustrated in Fig. 2, where the ion current is plotted as a
function of the cathode temperature. Curve I characterises the
thermal ionisation of Cs atoms on the surface of the Ba-W cathode,
while Curve II shows the same effect fo;r the Ba-Ni cathode.
These curves were taken at p = 2 x 10-4 MM, which corresponds to
t = 80 OC. From Fig 2 it is seen that a considerable increase of
I with temperature is observed. This indicates that the
cRthodes contain micro regions where the active coating has been
removed; the size of these regions rapidly increases with
cathode temperature. Further measurements for the Ba-W cathode
are shown in Fig. 3 where the temperature range extends from
1000 to 1300 Oc:; the curves in Fig. 3 give the electron emission
Card 3/4

Electronic andIonic Emission of
in Caesium Vapcurs
85167
S/139/60/000/005/023/031
9192/E182
Metal-film Cathodes (L-cathodes)
at t = 25 OC (solid line) and 150 OC (dotted line) as well as, the
ion emission at-, 80 OC; these curves can be regarded as the
continuation of' the curves of Figs I and 2 for higher temperatures.
Curves showing the dependence of the electron current Ie
(at T = 900 OW and ion current Ip (at T = 1000 OC) on the Cs.
vapour pressuro (t = 80-180 OC) for the B&-Ni cathode are given in
Fig. 1+. Here it is seen that though 1P increases, the
c~oefficient m = I /I (where I is the value of the ion
p DO p0
current calculated unaer the assumption that all the atoms of Cs
impingeing on -the cathode are ionised) shows aconsiderable
decrease; a-similar effect is observed in the Ba-W cathode.
This is due to the shift of the adsorption equilibrium towards
the increase of the coverage of the cathodes by Cs, i.e. towards
the reduction of the uncovered portion of the cathode surface.
There are 1+ figures and 9 references$ 2 English and 7 Soviet,
ASSOCIATION; Kiyevskiy gosuniversitet imeni T.G. Shevehenko
(Ki ev State University imeni T.G,, Shevchenko)
SUalITTED: 6~io`ber 9t 1959
C ZIF

82284
S/089/60/009/01/08/011
31.2 0 BO14/B07O
AUTHORS: Morgulis, N. D., Korchevoy,fYu. P.
TITLE: Thermoelectron Conversion o Thermal Into Electrical
Energy Using T. e)7
PERIODICAL: A';omnaya energiya, 1960, Vol. 99 No. 1, PP. 49-51
TEXT,: In continuation of the published works of Ref. 1, first of all
a cathode material (one-component type) was sought, which would have
marked emissivity even at T= 20000K. A diode filled with cesium vapor
was employed, whose cathode was a tungsten band in the center of which
was applied a thin film of ThC2. A tantalum anode with a shielding was
placed at a distance of about 1-5 mm. from the cathode. The temperature
of the cathode was measured by means of an optical micropyrometer. The
measuring flask into which a drop of cesium was put, was placed in a
thermostat. Thue, the pressure of the cesium vapor could be determined
from the constant temperature of the flask, which could be exactly
measured. The interesting parameters of ThC2 were determined by methods
Card 1/2 1411",

82284
Thermoelectron Conversion of Thermal Into S/089/60/009/0-1/08/oli
Electrical Energy Using Thorium Carbide B014/BO70
of ion and electron emission. For the temperature range 1900-21000K and
at a cesiumtemperature of 2500C, a specific cathode power
W . 12 4 W/cm2 and an efficiency of thermoelectric conversion
71 = 12 3 % was found. These results are supplemented by taking the
current-voltage curves (Fig. 4) for an inner and an outer circuit. In
the first case, the saturation region between VR - -0.2 and -1.6 v is
hardly marked for reasons not known. In the second case, it is
remarkable that the region of aro discharge is missing. Professor G. V.
Samsonov from the Institut metallokeramiki i spetesplavov AN USSR
(Institute of Poirder Metallurgy and Special Alloys of the AS UkrSSR)
prepared the thorium carbide. There are 4 figures, 1 table, and 3
references: 2 American and 1 Soviet. II-r
SUBMITTED: February 6, 1960
Card 2/2

30440
15/109/61/006/012/015/020
Lo D246/Dj05
AUTHORS., Morgulis, N.D., and Korchevoyf_~._R.
TITLE.- Physical properties of the Caesium plasma of a
1herrio-electrical energy transformer
PERIUDCIAL: hadiotekhnika i elektronilcat ve 69 noo 12, !961
2073 - 2083
TEXT: Tnis is a detailed report of experimental worx, brief results
of which were publis-hed by the authors in (Ref. 4i Doklady AiiBSSR
19619 1369 336). 'the apparatus used was a Caesium filled vacuuni
lamp, depicted in Fig* 19 where I - W-cathode, covered with ThC 29
2 - Ta-anode, 3 - W-PT thermocouple (ca~~hode temperature was measu-
red by optical micropirometer), 4 - W-wire probe; 5 - adjustable LI/
slide for the probe. A number of precautions were taken, describedvI
in earlier papers and several parameters (pressure, saturation tem-
perature of Caesium, vapor, rate of work) were changed. The curves
representing a large number of measurements confirm the conclusion
of the earlier publication that there are two entirely different
Card 1/4

30440
6/109/61/u06/012/015/020
Physical properties of the D246/D305
working conditions of the-thermo-electric transformer; Quasivacuum
at low temperaturesq arc - at high ones. The character of the Cae-
sium plasma is different in these two cases: In the first instance
it adjoins the cathode and a potential jump U a separates it from
the anode. This Ua depends on the working conditions and becomes
zero for optimum power. In the Q*her statep the plasma is separated
from the cathode by a po"ntial iump U and a small negative poten-
%~ k
tial Ua; it is intensively luminescent. All this is very near to
the well-known low-voltage are discharge at reduced pressure. There
are other arguments to support this analogy. Measurements also con-
firmed quantitatively the earlier ideas on the "electrode" charac-
cer of -this device, i,6e. the output potential is obtained from the
contact potential difference between the electroces. Hence the pos-
sibility of drawing large emission densities (I ) from metal-caesi-
um cathodes without using additionalionizator. gee Pig. 9, where
optimum 10 is plotted as a function of temperature for T a cathode,
when d = 0.3 mm. The authors calculate the limiting pressure of
Card 2/4

30440
B/109/61/006/012/UI5/020
Physical propertios of the D246/D305
Caesium. vaporp nee essary for-neutralizing the electron space charge
currentp Ie
U + 0) 29mkT
PO em Ie 0 (2
where a and ionization coefficient of atoms and neutralization'-
coefficient of ions respectively on the cathode surfaoeg T = t +
0
2730- It is in agreement with experiment.' They also calculate
the various poiential jumpe at the electrodes, assuming the two ty-
pes of operation. There is a satisfactory qualitative agreement
ts point against the 11 1
with experiment. As several serious fac p as-
mall theory of this device, the plasma phenomena may play only a Be-
condary role In the mechanisms. There are 10 figures and 17 refe- ~ VI/
12 Sovi et.-mbloo and 5 non-Boviet-bloc. 'The 4 most recent re-
ferences to the E~nglish-language publications read as follows: H,
Jjewist I. i(eitzp J. A:ppl. Phys # 1959P 50t 1439t 1438; G. Grover#
Nucleonics, 1959t 7P 54; W. R;j~;en, G. Grover, E. Salmi, J. Applo
hys., 1960, 31, 2140;
Card 3/4

30440
S/lOg/'6l/OO6/Ol2/u15/u2O
Physical properties of the D246/D305
ASSOCIATION: Kiyevskiy gosudaretvennyy urliversitet imo T.G. uhev-
chenko (Kiyev State University im. T.G. Shevchenko)
SUBMITTEDt Way 27P 1961
Pile.
Fig, go
Card 4/4'

25032
S/057j61/O31/OO7/01'5/W1 -
B104/B206
,AUTHORSt Morgulis, N D., Korohevoy, Yu. P., and Chutov,.Yu;.I.'
TITLE: Physf,.cal-peculiarities. of thermionic.onergy convATsion
PERIODICALi Zhurnal tekhnicheskoy fiziki, v. 31, no. 7P 1961, 845 853
TEXT i The authors study the emf of energy converters and giver datalo
its dependence on cathode temperature and caesium-vapor pressure. In the."-
first part they rofer to the fact that the emf of a converter is de-
.fined by the sum fib
on the condition 0. Ik a and I p are the t.otal cathode-, anode- Y ~91
and thermionic currents. With the aid of the diagram in Fig. I the .r7:
authors show that only in the simplest case 1 (Fig. i), and when.theaddi. _7
tional conditions I