SCIENTIFIC ABSTRACT L.D. CHOLOKOV - J. CHOMIAK

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• Collection: Scientific Abstracts
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• Document Release Date: June 12, 2000
• Sequence Number: 7
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

STROM D.A.., inzh,; CHOLOKOV,, L.D.
- .11 . f
People with darin]g ideas. Neftianik 6 no.5s18 My 161.
(MIU 34:5)
e yLi~kogo opytnogo
1. Inzhener Po ratslonalizatsi~,i izobretetel"stvu B rd
neftemaslozavoda. ~Lubrication and lubricants)

- /" A I A- - - - , T .-- , -II, I I*-
", , k- 1. " , -\- (D N --D Y-- \ 7 )
CH OLO VS
,a'ssr - !
~,e~
Oil well cementing in the Romaabkino oil field. Neftisaik 2
rLo.9:7-8 S '57. (MLRA 10:9)
1. Geolog tresta Tatburneft'.
(TatAr wall cementing)

AVMMR: G.G... Yar=in, V.A..; Yall-lusev,
T ITEE: Pw'-,uve Dt,;Tel~;,Pm*izt ci-f -
Tetei-*? A313R Unkashcheye
xta,'pr:-=zbLdeniya Ta-,;ar3b,.-(.,r
VPI.X
PERTODCCAI: khwwaYs1wo: 1958, Nr 7. P.~, -
Sav/9.35-58--7-V17
M.V.~ Chulcvskiy.~ Y.F.
he Rw_-3hki7_,: Oiltiel~. iz.
dall.:e.-yshey razralz)-t-ki
ASSR)
3" -37 USSR)
ABS MMW: --Ilfield i.,f -,-.he TtOqx AMR disc:c,paved in 1949.
A-% tl*~'.s flas!2.,d t!3e -;L:l of vt~;;umercial valr4a is in 't,be 41--bearing seads of the
r D a:.-4 P..) Mbaylovskiy) Dcv~~zlp_vL forjw,iu,_,.s, as well as in
sb~:~J`a %f tbe carbr,~ace"s ,-,f l.-.),wer The D.
is imp,~r~aer, ezid it has been arbi-~:tvxlly sabdivided in-~,:)
I.&Y.-re: ez~~a e. me a waa e have better a-ad per-
v !Bill Capacil,%y. Fig. I thn vol'..3-gleal px~nfiel
ol3l*ltld~ which is baLng acc, reltig t-~ M VNII scheme
Thl"S 60-hewi Fr, , f(-"r ~f press-,,.re ')Yy, mze~,,.S of vetier
an! ttls mkes t':-. X..qsible !;-, sxtificia_U-,v so_-pa::s:,%e the oilfield int,:)
23 reserv~::Irs ead I;D exp-Indt, -~he fi-ve aB~~rers ~.f the D_ fvnmtul-(:~ J7,lntly-
L;~,vn:~ :;f th-_ 23 resinrArs ar-- InLng c-,=C~rcieLly exp:pi+,ed.
ao-d t*:2e Al 'mtlyev ~.!_! resennirs
I'me.
-1 L~ Fig. 2. Ilbe A- A=,p~yew'.;p e2ad Rngzllma e-ilfield admi:-^-
t7*,?~.%L_-,-3 S:~r; i... cbarmv. _~f the. s:ave:~. -.il. rese-ni-ird. Tab:p, 1. presea'ps W.% cal

'I~zvse' Development of (Cont.) Sov/93-58-7-V17
n-1, Stat~ sad F~rmu-e
well spacing at, the oilfield. The high operating pressure on the injection
lims has made it possible to increase the volume of water injection (Fef.1)
Shifts im the oil-bearing contours were determined by a 1957 TELtNII study using
is~!bar maps (Raf.2). The oilyield was increased by fracturing the formation
(RIf -3). BI April 1958 about, 127 well s were being exploited either by EPN or
SKN-5 ymaps. The =4hoza make seven suggestions for the improvement of the
Romashkin,.') oilfield exploitation. There are 2 figures, I table, and 3 Soviet,
referenCeso
Card 2/2 1. Petrolewn--USSR

YERONIN, V.A.; IVANOVA,-M.11,.; CHOLOVSKIY4 I.P.
Developing the Romashkino oil field. Neft. khoz. 39 no.10:48-56
0 '61. (MIRA 15:1)
(Romashkino region--Oil fields--Production methods)

CHOLOVSKIY.9 I.P.; KINZIKEYEVA, N.P.
Chai4acteriatice of the displacement of water-oil boundaries and
water injection line in strata of -the Dl horizon of the
Romashkino, oil field. Geol.nefti i gaza 6 no.8-.9-13 Ag 162.
(KRA 15:9)
1. Tatarskiy neftyanoy naudmo-issledovatellskiy institut,
(Romashkino region--Oil reservoir engineering)

DEMENT'YEV, L.F.; GLUMDV, I.F.;.,~H&QISKIY I P.; CHENTSOVA, G.K.
Yethod of determining the conditions for calculating petroleum
reserves as exemplified by Dl hor;Lzon of one of the fields of the
Tatar A.S.S.R. Trudy VNII no.36'1167-179 162. (KIRA 15:11)
(Tatar A.S.S.R.-Petroleum geology)

BEG1SHEV, F.A.) VAKHIMV, G.G.; SULTANOV, S.A. SH
--O-WVPKIY, I.P.
Controlling the development of horizon D of the Romashkino
oil field. Geol. nefti, i gaza 7 no.lW~-26 0 163.
(HERA 17:10)
1. Tatarskiy neftyanoy nauchno-issledovatellskiy institut,
g. Bugullma.

CHOLOVSKIY, I.P.
- ~-__
Development of the Romashkino oil field undor conditIono of
litho-facies nonuniformity. Trudy VIIII no.38:64-71 163.
(MIRA 1739)

CHOLOVSKTY, I.T. --1
D600K aster for' siectric rolling stock. Ilek. 1 tepl. tiags, -4r
'I(Y 0 66
no.5'.37-39 0 (MIRA 13:7)
Ollectric trains) Ollectric meters)

PODOLISKIY, Leonid Romanovich; CHOLOVSKIY Nikolay Ivanovich; POMIN,
Yuriy Aleksandrovich; 'hYY6HKGVSKIY-, A.V., kiaind. tekhn. nank,
red.; XHITROVA, N.A., tekhn. red.
(Electric meters for registering the consumption of electric
power by electrified rolling stocklSchetchiki elektricheskoi
energil elektropodvizhnogo sostavae Moskvaj Tranozheldorizdat-9
1962. 115 P- (IMA 15:10)
(Electric railroads--Current supply) (Electric meters)

SAFARYAN, M.R., kand.tekbn.nauk; VEETKIN, S.I., inzh.; CHOLOYAki, G.S., inzh-.
Restoring the deformed shell of a drop-shaped tank. Strii. trubo-
prov. 6 no.c):17-18 S 161. (YJRA 14:9)
(Ganoline--Storage) (Tanks-Maintenance and repair)

SAFARYAN, Misak Karapetovich; ASHKINAZIp Mikhail Isayevich;-CHOLGYAN,
--Genrik Saakovich; RAZUMOVSKAYAO T.Ya,, red.; DEMIDOV, Ya.F..,
t x. red,
(Steel tanks with spherical cylindrical roofs for petroleum
products; experimental and theoretical studies of the conw-
struction]StalInye~_.,azervuary so aferotsil-indrichoskoi krov-
lei d3la nefteproduktovl ekeperimentallnyo i teoreticheskie
issledovaniia konstruktaii. Moskva, VNIIST Glav aza SSSR.
Redaktsionno-izdatellskii ot-del, 1961. 91+ p. &ERA 15:11)
(Tanks)

SAFARWO M.K., kand.tokhn.nauk; KOTSIX, Ya.B., inzh.; CHOLOYAN, G.S., inzh.
E4eriment94 study of a welded cylindrical tank with a capacity
of 10.,,000 r0, Stroi. truboprov..7 no.7:11-12 n"62. (MIRA 15:7)
1. Voesoyuznyy nauchno-issledovatel'skiy institut po stroitellstvu
magistrallnykh truboprovodov,, Moskva.
(Tanks)
(Petroletim--Storage)

CHOLOIANY 0.5, inzh.; L549IMM, Yu.K... inzh. 1
Geodetic method of detecting devaitions in the body of a tank.
Stroi. truboprov. 7 no.3-1*:21-22 N 162. (MMAL 15:12)
(Tanks) (1hebdo lites)

A 'hn. -.~ 1: , ~-. , Ira'!
Experimental irvestigration of a oesorvoir ultr -L
roof and a capacity of joi~o m3 bt-olig .t to break Lv.~,.'i. Tiuiy
VNlIST no.15:278-305 16".

SAF M. K kand . toldrin . nanik* ; CHOD', V !-t-, , GS Y '--T~' il::h
Eaj-,erimontal inventigation ot' reoencim- w_" th
.,cylindrical botL(,,ms. Trudy IFNIIST lic
`IRA '7

STRUCTURE AND PWSICAL PRoPE
RTIES 0? MATTER IN A LIQUID STATE
reports read at the 4th Conference convened-in KIYEV from 1 to 5 June
1959, Published by the oublishein House of XMV,University, KTYEV,
USSR, 1962
Z. GOLlK and &oloculftr Structurep
_~!gomppressi ~ftl y, Surfacs'Teniwion and
t
t
Viscosity of 3ome Polyailoxanou 57
II.M. OMISMOV, Problem of Viscosity of Compro.i3ed
and Liquids 65
O.YA. SAMOTLOV, Connectlon Between the Coordinition
--Humber nnd the Thermal !Aotl on of
Aqueous 3nlution Particlau of Elec-
trolytes 71
1.0. ~~IKHAYLOV and YU.P. SYR111YOV, Thermal DoDendency
of the__kdial~atic 1~~.praodibility of
the Aqueous Solutions of Stilts at Low
Concentrations 74
M.U. BELYY nnd H.F. RUDIXO, The Effect of Sn1vants
- ----- a-0--i-Ep-erature on the Luminescent
Capaolty of Tin halt 3olutiona 79
YO.YA. GOTLIB, X.M. SALIK110V atid V.A. _!OLCV'T%V,
thi'o-r-y of-ij-1traeound lbsor~tioiFfn
Polymer solutions 85
G.K_. MARTYUMIC11, Connection Between the Structural
Units of Gases and Structural Unite
of~Llquidd 12

25577
S/185/60/005/002/012/022
S- 0-D D274/D304
AUTHORS: Golyk, O.Z. and Cholpan,
TITLE: Molecular structure, compressibility, surface ten-
sion and viscosity of certain polyd1oxanes
PERIODICAL: Ukrayins1kyy fizychnyy zhurnal, v. 5, no. 2, 1960,
242-250
TEXT: Polymethyl- and polye'thylsiloxanes with linear molecules
are experimentally studied, tnis articie being a continuation of
one of the authors previous works : O.Z. Golyk (Ref. 2: UkhZh, 23,
no. 2, 139, 1957, and 2 articles in collaboration with others).
From intensity curves of X-ray scattering, electron-density curves
were constructed; these were used for determining the valence angles
the length of the chemical bond, and the packing of the molecules
in the liquid state. The intensity curves, plotted on figures,
show that polymethyl- and polyethylsiloxanes with linear molecules
have a sI*M3*lar structure in the liquid state. The density, surface
tension, compressibility and viscosity of these substances were
Card 1/3

Molecular structure...
25577
S/185/60/005/002/012/022
D274/D304
investigated for a wide temperature range; figures and tables are
given with the results of these investigations. For polymethyl-
siloxanes, the polytherms of surface tension and of viscosity are
the higher, and those of compressibility - the lower, the higher
the potential of intermolecular forces, and'the higher the critical
temperature of the substance. The surface tension is also in dir-
ect proportion with the size of the mclecules. Adiabatic compressi-
bility of polymethylsiloxanes was studied by means of an ultra-
acoustic interferometer. The temperature dependence of viscosity
follows an exponential law. The polytherms of surface tension and
of viscosity in the case of polyethylsiloxanes, are also the higher,
the higher the potential of intermolecular forces and the higher the
critical temperature. The activation energy too, is in direct pro-
Dortion with intermolecular potential and critical temperature. The
viscosity of binary solutions of polymethylsiloxanes was also stu-
died, and isoviscous substances were obtained; both the activation
energy and also compressibility of the isoviscous substances is
practically the same. This study gives additional proof of the
correspondence between structure and intermolecular forces on the
Card 2/3

Molecular structure...
25577
S/185/60/005/002/012/022
D274/D304
one hand, and surface tension, compressibility, and viscosity on
the other. There are 9 figures, 4 tables and 3 references: 2 Sov-
iet-bloc and 1 non-Soviet-bloc. The reference to the English-lan-
guage publication reads as follows: H.S. Green, The molecular
theory of fluids, Amsterdam, 1952; I.J. Kirkwood a. F.P. Buff, J.
Chem. Phys., 17, 338v 1949; I.J. Kirkwood, F.-P. Buff, H.S. Green,
J. Chem. Phys., 17, 998, 1949.
ASSOCIATION: Kyyvslkogo ordena Lenina universytetu im. T.G. Shev-
chenka, (Kiyev Order of Lenin University Jim. T.G.
Shevchenko), Department of Molecular Physics
SUBMITTED: October 1, 1959
Card 3/3

GOLIKq A.Z. [Holyk, O.Z.]; CHOLPANt P.F. [Cholpan, P.P.]
Molecular-strueture "d-ph.*oical properties of some pol)r~-
v ture'. ana physical properties of
oiloxanes, Part.2:'S,t* i3
isoviscous polysiloxanes.-Mr. fiz. zhur. 5 no.6:843-849 R-D 160.
(MIRA 3A;3)
1. Kiyevskiy ordena Lenina gosudarstvennyy universitet im. T.G.
Shevchenko.
(Siloxanes)

GOLIKp A.Z, (Holykv O.Z.]I,.qHOLPANV P.Fj (Cholpanp p.P.]
Molecular structure and ph~Bical properties of some polysiloxanes.
Part 3:: VioconitYq compressibilityg and structure of liquid cyclic
polysiloxanes. Ukr. fiz. zhur. 5 no.6:850-856 N-D 160.
~ (MM 14:3)
1. Kiyevskly oidena Lenina gosudarstvennyy universitet im. T.~G.
Shevchenko.
"(Piloxanes)

-GOLIK-, A; Z.-; CHOLPAN- -P--F-
Speed of ultrasound in some polysiloxanes. Akust.zhur. 7 no.1:33-39
161.' (MIRA 14:4)
1. Kiyevskiy gosudarstvennyy universitet.
(SiloxanefO
(Ultrasonic waves)

30870
3/073/61/027/006/002/005
B'110/B-147
AUTHORSt Golik, A. Z., Cholpan~ P. F., Ivanova, I. I.
TITLEs Investigation of some physical properties of polymethyl
phezxyl siloxanes
FERIODICALs Ukrainskiy khimicheskiy zhurnal, v. 27, no. 6, -t961,
754 - 759
TEXTs This work is an investigation of viscosity, supersonic speed, and
adiabatic com ressibility ofs 1,~-dimethylp'henyl-3-metlxylphenyltri--
siloxane (CH 352C6H 5siosi(c 6H on3 )OSiC6H5 (CH 3)2; 1,5-trimethyl-3-
metbyipbenyltrisiloxane (CH ~ SiOSi(C6H CH )03i(CH
3 3 5 3 3 3; 1 97-til metlql-3; 5-
methylphenyltetrasiloxane (CH ) Si FOSiCH'C H
3 3 3)3; polymez'
L 6 553 203'(CH
l (Pi) (CH Si ORCH C Osi(CH ) I polymer 2(P2) (Cli ) SirosiCH 0 H:1:11
3 3 11 3 6H5318 3 3 3 3 3 6
1OSi(CH 3) On (CH 3)3; polymer 3 M) (CH ) Si ~Si(C'H -
2j 3 3 0 3)S14COS'(0Y~1
Card I a

30670
B/073/61/027/006/002/005
Investigation of some physical... BVIO/B147
-OSi(CH ) ; polymer 4 (P4) (CH ) 31, Si(C.H .4.(CH70 The molecula-,
3 3 3 3 10 3)2]140s; " Y
stzn).cture of the polymethyl phenyl silloxanes was found by x-raj
and their molecular weight was determined. The vAsoosities of siloxane's
vary with temperature according to the exponential law by Frs.?Ak--~!. The V~
po3,ytherma of the viscosities of PI and P'2 showed slight, deviations.
Only the first three substances correspond to the formula of Baohin6kiyj
C/(V-%~). (Table 1)-Between 20 and '120'~'C, density decreases
increasing temperature. Ultrasonic speed was measured with aa u1traFOn-k--
interferometer by I. G. Mikhaylov (geneT4%tOr frequency - 4-10t'oPI) -Ind
calculated according to the formula a - Ar (a - ultrasonic sps-12 A ,
length of ultrasonic wave, f - generator frequency). Ultrasonic spi?ed of,
the. trimer with 3 0 H gro-aps (A), of the trimer with 1 C,H r-.OU.D B),
6 5 0 5
of the metbyl trimer (C), and of the tetramer (D), as well as 3f thp
tetramer with two C6H5 groups deoreases linearly with t-ewl.uira-
ture, with the polytherm of k lying above thoge of B and C. The
Card 2/4

30870
S/073/61/027/006/002/005
Investigation of some physical... B110/B147
polytherm of-D lies above that of In PI P2 and P3, a slight
deviation fro-m linearity was found at 400C ~near' their solidification
abatic compressibiiity (a - ulttsxdc
point). Adi was calculated by;.B- 1/a2
speed, density, adiabatic compressibility. It is inversely
Proportionaltto the number of phenyl radicals. '.From the linear depend-
ence; In f(t), Aoexp'(T/C). is'de.rived.; T -. experimental temperature,
go = adiabatic compressibility at T~ 0, 0 constant (Table 2). There are
10figures,-2 tables, and 3 Sovi et references.-
ASSOCIATION:: Kiyevskiy gosudarstvennyy-univeiditet im. T. G. Shevchenko
(Kiyev State University imeni T. G. Shevchenko)
SUBMITTED: September 29, 1960
Card 3/0

S/185/62/007/005/010/013
D407/D301
A j T, I 10.: ~'~ 3Holyk, O.Z., and Cholpan, P.P.
TITLE": 11.1olecular structure and physical Droperties of siloxa-
U 3 d siloxane
nes 4. Density of two-component liqui
solutions
PEa-IODICAL: Tkrayinslkyy fizychnyy zhurnal, v. 7, no. 5, 1962~
549 - 552
u
=7.' The physical properties of two-component methyl and ethyl
siloxane solutions were studied. The chaanoe in the specific volume
of the solutions is considered in detail. The excess snecific-volume
is calcu lated in the temperature range of 10 - 1800C. the value S. of
4- n
the relative chan-e in specific volume (in percents) are lisved i a
table, the coy.,iposition of the solution being expressed in weight-
and molar -oercent. From the table it is-. evident- that the results of
the calculation do not always coincide if the composition of the so-
iution is ex-,)ressed in different ways. -For some of the solutions,
the results aiffer not only in rii-,agnitude, but also in sign. The form
o--:' the isotherms of.density, compressibility, surl"ace tension, vis-
C,-rd 1/2

S/185/62/'007/005/010/013
!~'.olecular structure and Physical D407/D301
cosity, etc., also depends on the manner in which the composit 'ion
of the solution is expressed. Thus, in studying the speci:_~ic volume,
it is necessary to express the composition in weight percent, where-
as in density investigations the composition should be expressed in
volume -,oercent. The comnonents of microemulsive solutions differ
considerably in the size and shape of the molecules and molecular
fields. It is concluded that 1) by studying the density, specific
volume, compression, surface tensionj viscosity, etc., it was estab-
1-13hed that liquid siloxanes are physical solutions.-2) The studies
of the s,)ecific volume of the siloxane solutions showed that in each
particular case it is necessary to express in a physically adequate
Tay the composition of the solution. there are 2 tables and 7 So-
vLe-%',--bloc references.
A'SSOCIATION: Kyyivslkyy;derzhuniversy-et im. T.H. Shevchenka (T.".Yyiv
u
State University im. T.H. Shevchenko)
SUBIMITTED: January 8, 1962
Card 2/2

S/185/62/'007/005/011/013
D407/D301
kUTHORS: Holyk, O.Z., and Cholpan, P.P. .
TI' T L 111olecular structure and physical properties of siloxa-
nes 5. Surl'ace tension and intermolecular interaction
of liquid siloxanes
P-EFIODICAL: Ukrayins1kyy fizychnyy zhurnal, v. 7, no. 5, 1962,
554 - 557
TEXT: The temperature dependence of the surface ter_,sion of 11cuid
11-i-near and cyclic siloxanes with methyl, ethyl and phenyl radicals
was investigated. The surface tension aof siloxanes varies linearly
with tem-,)erc,,,ture. The termerature coef_-~icient, of o'is constant for
linear methyl and ethylsiloxanes, and variable for cyclic siloxanes.
T'he surface tension and the density are related by A.I. Bachyns1kyy's
ecuat-ion. The temperature dependence ofL o, is described by the equa-
tion of Etvds-Ramsay-Shieldst viz.:
d TCr T 6) (3)
Card 1/3

S/185/62/007/005/011/013
1~1'olecular structure and physical D407/D301
whereby "'he critical temDerature of siloxanes can be estimated by
the magnitude the surface tension, molecular
of C~. The values of o ~,-<
weight and critical temperature of siloxanes are listed in a table.
The energy of intermolecular interactions ~D,,is related to G-by the
formula
2/~j NI/3 (4)
0 t dt
where IM- is the molecular weight and d - the density. Calculations,
performed according to formula (4),. ~.qhov~,that Ili,, decreases with in-
creasing temperature and is correlated with 'he latent heat ol" e7a-
poration. The values of the specific energy and of the ener-y
0
density 'Dc/V of liquid siloxanes are listed in a table. From the ta-
ble it is evident that both't~ese quantities are practically con-
stuantu for a group of qubstances with similar structure. The denen-
cence of -Z,0on molecular weight is plotted on a figure. IFIence it is
evident that the siloxanes comprise 3 groups: linear methrlSiloX,-%-
nes, linear ethyl-siloxanes and methylsi.loxanes with phenyl radical.
Cax~d 2/3

8/185/62/'007/005/011/013
1-.1olecular structure and physical D407/D301
The deDendence :Do = f(M) is of a complex character in the case o'1-
substances of different structure. It was concluded that the s".u-,'Iy*
of surface tension yields information on the structure of the li--
quids and on the potential of intermolecular forces. There is 1 ft-
gure, 3 tables and 4 references: 3 Soviet-bloc and 1 non-Soviet-bloc.
ASSOCIATION: Kyyivslkyy derzhuniversytet im. T.H. Shevchenka (.Kyyiv
State University im. T.H. Shevchenko)
SUEMITTED: January 8, 1962
Oa~rd 3/3...

S/073/62/028/001/005/004
B110/B136
AUTHORS: Golik, A. Z,, Chol-pan, P. F.
TITLE: Surface tension of certain siloxanes
PERIODICAL: Ukrainskiy khimicheskiy zhurnal, v. 28, no. 1, 1962, 42 - 46
TEX.T: Continuing previous papers (Ref. 1: Ukr. fiz. zh., 2, 242 (19601;
5, 843 (1960)), here the temperature dependence of the surface tension
of individual siloxanes and mixed solutions is discussed. Surface tension
was determined from a = aP, where a is the surface tension in erg/CM2, p j~q
the maximum pressure during bubble formation, and a is the capillary
constant. A bubble forms in 10 - 15 sec. ATC -16 (T5-16) ultrathermostat
was used. The surface tension decreased linearly with temperature. For
linear methyl and ethyl siloxanes the temperature coefficients were
almost equal, those of cyclic siloxanes varied. A. 1. Bachinskiv's
dependence a = B(d-dt)4 holds, with d being the density of the liquid, dl
that of the vapor, and B the Bachinskiy constant. d' is neglected in the
calculation of the parachors Pa from P(, = MFd/d (M = molecular we-ight)
which were in good agreement with the atomic valuen. The molar surface
Card 1/3

S/073/62/028/001/0031!'004
Surface tension of certain ... B110/B136
tension follows the EUtvUs law: C(IVd )2/1 . K(T,,-.T-A) , where 11,11' /d ic
molecular volume, a(Mld )2/3 molar surface tension, K is the E6tvEs
constant, Tc is critical temperature, T experimental temperature, and
A = 6 is the correction according to Ramsay and Shields. The Surface
tensions of methyl siloxanes are considerably lower than those of the
organic liquids, whereas those of ethyl siloxanes are approximately the
same. For mixed solutions it is additive, Surface tensions and
isochores of isoviscous substances of linear methyl and ethyl siloxanes
are almost equal. For isoviscous substances whose solutions consist of
methyl and ethyl siloxanes, they differ considerably. This is in goad
agreement with results obtained for the compressibility and structure of
these solutions. F = 2/3 1 is valid on the assumption that the
a 2a(M/d ) IT'/3
surface tension is half the energy required for breaking 11- a liquid
column of molar cross section. The temperature dependence of the viscosi6-Y
of siloxanes-q = Aexp (B/R T). This corresponds to the current liquId
theory by H. S. Green and R. Higgins. The activation energy of viscous
flow 13'~L-Iy(r .), where y(r ig the potential energy of interaction of two
Card 2/3

~ I I I I ',I ~I 1 / I,, ;r. "'.), ,
~;/ 0 o2,/ 02
Surface tertalon of' certain . . . 10" Bl'itl
moleciilec r an a r t .In a group of substancec. of like structuves, the
change in the activation enart%~ of the vIncon.IL,,,, It; ohAlar Lt) L'~iat of
Intermolecular reaction calculatel from, surface tension. In methyl. and
ethyl siloxanoo, the mean intermolecular distance and the Fnirface tonsion
increase iith molecular zeight, ,,flierean viseoait,,~ ant campres3ibilit.'/
decrease. The synthesis of siloxanes is described in a ,)a,-)er b,r K. A.
Andrianov, I. A. Eubkov, T. A. Krasovskaya and A. Xleynovskaya (Ref. 6:
M. 0. Kh., 27, 491 (1957)). There are 3 firurcs, 3 tables, and 6
references: Tsoviet and 2 non-Soviet. The two references to En&lish-
language publications read as follons- 11. S. Green, Liolecular Theory of
Fluids, Amsterdam, 1952. R. Higgens, Journ. Chezm. Phys. 2'j, 6)23 (1957).
AS30CIATION : KiyeV.3kiy -osudarstvennyy universitet im. T. G. Shevchenko
(Kiyev State University imeni T. G. Shevchunko)
SUB711ITTED: 'May 28, 196o
Card 5/3

o':'/1343/62/000/000/004/010
D207/D308
AUT[10~11S Goli!~, t.,". and q;holpan, P.F.
!M_ecular structure, compressibility, surface ten-
Sion and viscosity of some polysilicones
itroyeniye i fizicheskiye svoystva veshchestva v'
zhidkon sootoyanii; materialy IV soveshch. po probl.
zhidl:o,eo sost. veshchestiia, v Kiyeve 1959 g. Kiev,
C> 1.
!z6tvO i,icv. Univ., 1962, 57-64
T --,'X T The purposc war, to obtain detailed e,.qj)criPicnta1 data
1:or testing the theory of the molecular structure of liquids. The
atithors, together vrith A.P. Skryshevskiy, Yu.V. Pasechnik and V.!!.
Klochkov, investigated liquid polymethyl (C"3)2(n+l)+2S'n-+l0n? and
POIYOthyl, (C2115)1(n+1_)+2~;in+lOnY silicones, where n . 1-:6. The
structure of these moleculcz3 (bond lengths, vale-ace an*les) and
their packing in liquids were found from.X-ray scattering. Flotat-
ion and pycnometric methods were used to determine the densities of
the liquids and of their mutual binary solutions. Surface tension
Card 1/2

S/843
,/62/000/000/004/010
11olecular structure, D207/1)300
measuremouts sho-ved agrecrient with E8tv6ss law. The surface ten-
sion values increased with the molecular dimensions and with in-
crcasc ofthe intornolecular potentials. The critical temperatures
were estimated from the surface tension values. The ultrasonic in-
terferor.icter of I.G. Mikhaylov was employed to measure the velocity
of sound in'liquids and from this velocity the adiabatic compressib-
ilities were calculatcd. Viscosities varied exponentially with tem-
perature and the activation energics for viscous flow increased with
Lhe iuter-molecular interaction. The results are presented in 9
figures and 2 tables.
ASSOC I "CL 10 N: Eiyevshiv crosudarstvennyy universitet (Kiev State
Universiiy~
0 ard 2/2

W
GOLIK9 A.Zet (Holyk, O.Z.]; CHOW, F.F. (Cholpan, F.P.]
-
Molecular structure and-physical properties of certain siloxanes.
Part /+. Density of two-co ent, solutions of liquid siloxXnes.
Ukr.fiz.zhur. 7 no.5;549-553 My 162. (MIRA j631)
1. Kiyevskiy gosudarstvennyy universitet im. Shevchenko.
(Siloxanes)

GOLIK, A.Z. [Holyk-- O.Z.]; CHOLPANv P.F. [Cholpan, F.P.)
Molecular structure and p*~dcal properties of certain si. Y."anes.
Part 5. Surface tension and molecular interaction of liqui
siloxanes:. Ukr.fiz.zhur. 7 no.5:554-558 My 162. (MOti 16s1)
1. Kiyevskiy gosudarstvennyy universitet im. Shevehenko,
(siloxanes)

GOLIKV A.Z. (Holykv0z.]; CHOLPAN., P.F. [Cholpw"p P.P.)
Density and-short-vWe coordination of certain.3.iquids. Ukr,,
fiz.zhur..7 no.50I5V;;;562-yq."62. (MM 1611)
1. Myevskiy gosudarstvenMy univereitet im, Shavehenkoe
(Liqaida)

GOLIK, A.Z.; CHOLPAN, P.F. .
Surface tension of some silaxanes. Ukr. khim. zhur. 28 no.l:
42-46 '62. (MIRA 16:8)
1. Kiyevskiy gosudarstve'aW universitat im. T.G. Shevchenko.

GOLIK, A.Z.; ADAMIKO, I.I.; CHOLPAN, P.F.
Effect of molecular interaction on the compressibility and
viscosity of liquids. Ukr. fiz. zhur. 9 no.4:422--416 AD 164.
(MIRA'17:8)
1. Kiyevskiy gosudarstvennyy universitet.

CHOLPAN, P.F. [Cholpan, P.P.]
Law of corresponding states and +he physical properties of
liquid silozanes. Ukr. fiz. zhur, 9 no.9:1016-1022 S 164.
(MIRP 17: 11)
1. Kiyevskiy gosudarstvennyy universitet im. Shevchenko.

L 33353-66 EWT(m)/T. DS
ACC NR: AP6007999 SOURCE CODE: tJR/0046/66/012/001/0093/0097
AUTHOR: Pholpan, P. F.
ORG: Kiev State UniveLsity (Kiyevskiy gosurdarstvennyy universitet)
TITLE: The adiabatic compressibility of aqueous solutions of electrolytes
SOURCE: Akusticheskly zhurnal, v. 12, no. 1, 1966, 93-97
TOPIC TAGS: electrolyte, aqueous solution, ultrasonic velocity, temperature dependence,:
adiabatic compression
ABSTRACT: This-article investigates the temperature dependence of ultrasonic velocity
and the adiabatic compressibility of aqueous solutions of the electrolytes NaCl, KCI,
CsCl, NaBr, KBr, and CsBr. Earlier the author had studied the viscosity and the density
of these solutions, and, in partictilar, had found that the solutions KCI, KBr, CsCl, and
CsBr in water have a well-defined "negative" viscosity effect. The investigation of the
acoustic characteristics of electrolyte solutions may, in addition to individual Interest,
serve to clarify the nature of "negative" viscosity. The polytherms of ultrasonic velocity
show a well-defined maximum which shifts with increasing salt concentration toward lower
Card 1/2 UDC: 532.12+534.22

L 33353-66
ACC NR: AP6007999
temperatures. The minimum on the polytherms of adipbatic compressibility smooths out
and disappears with increasing salt concentration. With increasing salt concentration the
ultrasonic velocity in the solutions increases, except for the case of the solutions CsCl
and CsBr. The adiabatic compressibility of the solutions decreases with increasing salt
concentration. In conclusion, the author thanks A. Z. Golik for his attention in the per-
formance of this work. Orig. arL has: 2 tables, 5 figures, and 3 formulas.
SUB CODE: OT, 20 SUBM DATE: 13Jun64 ORIG REP: 014 OTH REF.- 004
Card 2/2

ACC INR: AR7000854 SOURCE CODE UR/0058/661000/009/EO08/EO08-- -
AUTHOR: Cholpan, P. P.
TIT LE :Physical properties and molecular structure of liquid siloxanes
j SOURCE: Ref. zh. Fizika, Abs. 9E66
REF SOURCE: Visnyk Kyyivslk. un-tu. Ser. fiz. ta khim., no. 6, 1966, 63-71
TOPIC TAGS: physical property, molecular structure, siloxane, liquid siloxane,
ultrasonic velocity
ABSTRACT: The results of studies of the viscosity, adiabatic compressibility,
density, ultrasonic velocity, and surface tension of linear and cyclic liquid
siloxanes are given. It is shown that there is a relation between these physical
properties and the molecular structure, whose bases is found in the statistical theory
of liquids. (Translation of abstract] [NT]
SUB CODE: 20/
Cord

ACC NRt AP7004552 SOURCE CODEZ UR/0185/66/011/007/0766/0774
AUTHORS . Kyrey, H. H.--KIrey, G. G*j_.;oXsytsyaz M. .--Listtsa, 14. P.; Cho Ipan,
P. P.-.Cholpan, P. F.
ORGs LrKyrey; Lysytsya; Cholpan 0
Xlev statqj vq.VA ty rLk-1-
-7-E 6 U
Kiev (K'yyivstkyy derzhuniversytet), Ry_7r_~~; Lysytsya7 Institute of Semiconductoreg
AN UkrSSR, Kiev (Instytut napivprovidnykiv AN UkrSSR)
TITLE: Infrared s ectrd-land Intermolecular interactions In s;iloxanes
SOURCES rayinslky chnyy zhurnal, v. 11, no. 7, 1966, 766-774
TOPIC TAGSt siloxanes, IR spectrumt viscosity, temparature dependence
ABSTRACT: The temperature de endence of the integral absorption and half-
P
,width of'the bands In Infra-red spectra of methyl-add.ethyl-siloxanes were In-
rvestigated by the authors. They compared the band parameters with such macro-I'
characteristics of a liquid as viscosity and fluidity. The results show that 1.
I -.of force Is the factor determining the mapnitudeanO.-I
Xhe intermolecular f.ie d
temperature_ dependence of the above mentioned characteristics.: The authors
thank Professor 0.- lyi-i~r dis"' s'o of ~he vor~i-
Go- cus i ns 0 OrIg. art* has$
13 f Igures p 5. formulas and, 2 tables a LYPRS t 37 933Y
SUB CODEI 07920 SUBM DAM. 25May65 ORIG REFs 023, GTH 'REFt. 004
Card i
_j

ACC NR, AP7004553 SOURCE CODES UR/0185/66/011/007/079VO801
AUTHORS Golik, A. Z.; CholpaqA_9#_rjLj Thrasenko, 0. V.
ORGt Kiev Stnto Univers-TEy--im. T.H. Sh2vck k raytet)
q~j_q_ (IWVstkyy derzhunivo
TITLEt 'Velocity of ultrasonic vibrations and compressibility of liquid
siloxanes,\
SOURCES Ukrayinstkyy flzychnyy zhurnalg v. 11, no. 7, 1966, 797-801
TOPIC TAGS1 siloxonag temperature dopendancog ultrasonic vibration
ABSTRAM -The authors inVesfQated the temperature dependence (within the
range of 0 - 200 OC) between the velocity of ultrasonic vibrations and the adio-;
.batic compressibility of.line*ar methylsiloxanes - octamethyltriolloxane, deca-
Tnethyltetrasiloxane, doddcamethylpentasiloxane, cyclic methylsiloxanes
octamethylcyclotetrasiloxane,'decamethylcyclopentasiloxane, and Methylphenyl-
'Siloxanes - heptamethylphenyltrisiloxane, pentamethyltriphenytrisiloxane, octa--
-,methyldiphenyltetrasiloxane.
It is determined that the temperature dependence of ultrasonic velocity
at high temperatures deviates from the linear dependence. The adlobatic com-
pres eys an exponential law over a small range of temperatu7es only*
-It is shown that the compressibility of siloxanes decreases with the.increase-.
,of.. the.Antert. lecular, force vqpqknt,1al and the co-. -ordinaflon number.
Orig. art*- has S A f Igures-,.-3. lormulas and 2, tablIes...
CJPRS: 37,330
SUB CODES 20907 SVBM. DATEt. LIDOC65 ORIG REFt 009
Card

CHOLPANYMLOV, E. D.
Mudflow in the ISUzardarlya River Basin In 1962a Vopo g1drotekli,
no.20:29-34 164 (MIRk 18:1)

T
Cholpanlailov, T. "On the Pdcrostructre of secondary alumq-11artzites", Vestnik Akad. nal.;k
Kazakh. SSH, 1948, 110. 11, P. 46-1-2, (Resume in Ka,-,akh), - 3ibliog.- 6 items.
SO: UI-N42, 11 March 53, (Letopis 1-Y.Kh Statey, Ilo. 9, 194/0)

c'A
R alculation of themicat anal-raws of slowinum mis
COW's Into Shr,r "Itimalogical wull"Witoll I
1,44,11 Iliad V-1i
111v a-wti. A Al ~M-
valt, i, divi-Int itill, '-' limin the 'I"1111-111111'ad
.1,1111%1141 -wrivit'. vott I- %%it It a -b.o r...-tcrW w.,,1 m i %I --fwvoi
..11.1 Ow All 111tv - 1.1.4 1110 4. 01 ll~ "ifil .1 "I'm
.wirfi-fic ..Jmht. of timvitr M0111-11 I- -All-K 011-to
.wAv- im., 4 eolt'lltu.-m ... M,
gm-11 1'.1 t-th lyjw'. Ni- M-11.

SATPAY31T, K.I.; BORUKAYAT, R.A.; AKHMOSUIN, U.M.; BOX, I,L; YUSHEY, G.Z,;
SWIM, N,G.; SHLYGIN. Ye.D.; SHCHWA, G&N.; MOECH. V.K,;
LOMONOVICH. 1.I.; ZAVROT, T.T,; XWYEV, G.TS.; NOVOKHATSKIT, I.?.;
BARBOT-DE-RAMI. A,V,; GALITSKIY# V,V,; KOLOTILIN, N.Y.- RHILINSKIT.
G.B.; KAYUPOT, A*Z.; XAZANLI, D,N .; SATPAUVA, T.A.; iiWbiXLIROTA.
M.A.; GAZ120TA, "; VJYTS, B.i.; KHAYRUTDINOT, D.Kh.; V,
S.H.; CHOLM ; FAIRSHM. A.V.; TAZEMUMA, P.T.; YANULOVA,
M.1f.; R~KVFA. M.S.; VOLKOV, A.N,; BOLGOT, GeN.; MITRTAYEVA, N,X*;
OJIMBAYBY, S.Ye.; KRAYST, D.S.; YAMOMYA, M.A.; MROVA, T.I.
71releas explorer of the depths of the earth's crust; on the 65th
birthday and 40th*anniverear7 of the scientific engineering ac-
tivities of Academician X.P. Rusakov. Test. AN razakh. SSR 13
no.12.-96-97 D 157# (MIRA lI::lY
(Rusakov, Mikhail Petrovich, 1892-)

CHOLPADOLOV, 'T,C
Xenolithic origin of schlieren in granitoids of the Trans-Ili
Ala-Tau Range. Isv. AV Kazakh. M. Ser.geol.no.1:92-96 157.
(MLRA 10:7)
(Malaya Almatinka Valley-Rocks, Igneous)

GMT,PANKIMV, T.Ch.
Crenngis of "condary quartzites of the Auliye-S~oky massif in
the northwestern pE!rt of the Ball-.bash region. Vest. AN Kazakh.
SSR 14 no.8:7P-82 Ag 158. (14IRA 11:10)
(Auliye-Shoky- region-quartuite)

CH0111ANKULOV T*Ch,.
Field determination of secondary alumitioquartzitoo in central
Kazakhstan. Izv.AN lazakh.SSReSeregeole 'no*3:77-78 '58.
(MM 12:3.)
(Mazakhatan-Quartzite)

CHOLPANKULOV. T. Ch.
Criteria for distinguishing grolsen from secondary quartz in
geological mapping. Izv.AN lazakh.SSR.Ser.geol. no,,4:89-93
158. (XIM 12:4)
(Quartz) (Greisen)

SATPATEV, K.I.; POLOSUXHIN, A.P.; BAISHEV. S.B.; CER)KIN, Sh.Ch.; BORUKAYNT, R.A.-,
AKRMMAFIN, U.N.; KUSHEY. G.L.;SHCIIKRBA, G.N.; MDNICH. T.K.; MIDDYNT.
G.TS.; LAVJRDV, V.V.; BARBOT-IM-K4MI, A.Y.; GALITSKIT, T.Y.;ZHILIESM,
G.13.-, KATUPOV, A.K.; KaANLI. DAL; VDWTILIN, N.F.; MUKHAMMYLUNOT, S.M.;
SATPAYEVA, T.A.:VlffTS, B.I.; QZIZOVA,
PARSHIN, A.V.; BTEDVA, M.S.*; NITRYATWA, UK.: VOLEDV, A.H.; CHAKABATIT,
S.Yee; YAZWKATA, N.A.; KRAYRUTDINDV, D.Kh.
on the 60th anniversary o? the birth of I.I. Bok, Academician of the
Academy of the Kazakh S.S.R. Vest.AN Kazakh.SSR 14 no-10:95-96
0 158. (MIRA 11:12)
(Bok, Ivan Ivanovich, 1898-

3(5)
SOV/3-1-59-2-11/17
AUTHOR: Cholpankulov, T.Ch.
TITLE: in the North-Western Balkhash
i~~ ~
helezorudno
e mestorozhdeniye
v severo-zapadnom Pribalkhashly
~
PERIODICAL: Vestnik Akademii nauk Kazakhskoy SSR, 1959, Nr 2,
pp 95 - 99 (USSR)
ABSTRACT: This is a description of an iron ore layer discovered
by the author during an investigation of secondary
quartzites in the north-western Balkhash region after
World War II. It is located east of the main peak
of the Targyl mountain and associated with the south-
western part of the Karatau volcano. Three main com-
ponents account for the formation of the layer: sand-
stone conglomerates, breccia and secondary quartzites
from acid effusive rocks. The latter partly under-
went and are still undergoing a mineralization pro-
cess, forming, t-hereby, iron ore reserves. The author
Card 1/2 divides the reserves into two groups. The ore of the

SOV/31-59-2-11/17
Targyl Iron Ore Layer in the North-Western Balkhash Region
first group has a.hematite content of 40 - 50% and
occupies a space of 6,000 sqm. These reserves down
to a depth of 100 m are estimated at 2.2 million
tons. The second group has an average content of
20% hematite. The reserves are estimated at 430,000
tons. As to its genesis the layer can be referred
to the hydrothermal-metasomatic type. There are still
more iron ore layers in the district. The most im-
portant is iron ore section Nr 1 located between the
Targyl and Irek mountains. Here the ore has a con-
tent of up to 40916 hydrohematite and uD to 551o limonite.
Microscopic investigations showed celiular and mesh
structure of the hydrohematite component. Altogether,
the reserves of the two mentioned layers are estimated
at 4 million tons at an average content of about
301116 hematite. There is 1 map.
Card 2/2

BOV/31-59-3-13/14
AUTHORS. Rusakov, M.P., and Chol-vankul. T.Ch.
I
TITLE: A Conference on the Secondary Quartzites of Kazakh-
stan (Soveshchaniye po vtorichnym kvartsitam Kazakh-
stana)
PERIODICAL: Vestnik Akademii na-ak Kazakhskoy SbR9 1959, Nr 3,
pp 82-83 (U68R)
ABbTRACT; This article deals with the transactions of the Con-
ference on the Secondary Quartzites of Kazakhstan
held in Alma-Ata in December 1958, organized by the
Central Kazakhstan Geological Directorate and the
Institute of Geolouical Sciences of the AS Kazakh
bbR. The conference was attended by geologists of
a number of Kazakh organizations, and had been sum-
moned to discuss the present state of the investiga-
of the secondary quartzites (vtorichnyye kvart-
sity) of Kazakhstan, and to determine the tasks for
further work in this field.. Fifteen reports were
delivered by N.I. Nakovnik, M.P. Rusakov, _0h.
Card 1/3 Oholpankulov, D.Kh. Khayrutdinov, T.S. bhkilev, T.

60V/31-59-3-13/14
A Conference on the becondary Quartzites of Kazakhstan
S. brailov, T.k. Akhnetbekov and other scientists.
After having discussed the reports, the conference
1) recognized as advisable the use of the term
Itsecondary quartzites" for the entire complex of
secondary quartzites descending from igneous and
sedimentary rocks; 2) considered as unwise the
proposal of V.F. Bespalov to replace this term by
"hydrothermal--transformed rocks"; 3) rejected as
unfounded the contact-metamorphic hypothesis of
K.N.-Ozerov, and considered that the se~~ondary
quartzites are genetically connected with the post---
magmatic activity of extrusive volcanism and sub-
volcanic intrusions. Concerning the scheme of the
Academician D.S. Korzhinskiy propounding vertical
zonality in the secondary quartzite massifs, the
conference considered that this theoretically
interesting scheme is not sufficiently based on
facts as yet9 particularly in the section of mono-
quartzite formation., The conference rejected the
Card 2/3 hypothesis of the geologist Tsaplin, maintaining

SOV/31-59-3-13/14
A Conference on the Secondary Quartzites of Kazakhstan
the exogenetic formation of secondary quartzites
by the decomposition of disseminated pyrite or
pyritic bodies under conditions of hypergenesis
and lixiviation of the majority of the constitu-
ents of variously composed rocks by sulphuric acid
solutions of various concentrations. By the end
of 1958, the number of secondary quartzite massifs
amounted to 300-350, of which 60 have been ascer-
tained as metal-ore-containing massifs. Por the
purpose of the discovery of new copper-porphytic
layers associated with secondary quartzites, the
conference has decided to step-up the search and
study of secondary quartzites in Central Kazakh-
stan and in the Dzhungarskiy Alatau.
Card 3/3

AIR07, P.Ya.; AWNLIrNly, Zh. A.; AUEZOV, M.C.; AXHI-DMSA-?I?T, U.N.; BATISHCHET-
TARASOVI S.D.; RAZANOVA, N.U.; BAISHEV, SO.; BAYY-Ob'UROT, A.B.;
B:,XTUROV, A,B.; BOGATYRRY, A.S.; ROX, I.!.; 1301M.YEV, R.A.;
IT.T,.; MOVA, ZHILETSKIY, 4.1.! ZYKOV, D.A.; IVAINEIT, P.?.;
KUAITLI, D.N.; KAYUMV, AJ~'.- ZENMAY17 , S.K.; KOLOTILIN,
KMMYEV, D.L.; KUSHRV, G.L.; L.',t,, 14ASHAITOT, O.Zh.; VLOOT;l,
G.TS.; MODICH, V.K.; ~MXNCIV, S.; I.RISRMV, G.; M-fMAID:1)ZHA170Y, S.M.;
FARSHIN, A.V,; POFROVSKIY, MT.; POWSUOIN, A.P.; RUSAKOV, M.P.;
S:-MGIYEt, N.G.; SlrYM-RT, S.Sh.; TAZHI3AY--&V, P.T.; TASOKOV, 7.G.;
SHLTGITT, Ye.D.; SHCH'!:!-RM, G.N.; CHOKUT, Sh.Ch.; CHOLPA)TrIJLOV, T.Gh.
Sixtieth birthday of Academician Manysh Irantaoyi(-h Satnaev. Vest.
A74 Kaza'th. SSR 15 no.4!.58-61 Ap 159. (MIRA 12-7)
(4atpaev, Yanyah Irzntaevich, 18901-)

CHOLPANKULOV, T.C.h-.; SHKELEV, G.S.
Geology and petrography of the Nauryzbay gold-antimony deposit
in the northwestern part of the Lake Balkhash region (central
Kazakhstan). Izv. AN Kazakh. SSR. Ser.geol. no.3:74-78 '62.
(KRA 15:7)
(Balkhash Lake region--Ore deposits)

CHOLPANKULOV, T.Ch.
Use of scale nomograms in preparing graphs. Razved. i okh. nedr
29 no.9t52-53 S 163. (MIRA 16slo)
1. Institut goologichoskikh nauk AN KazSSR.

CIIOLPANKULOV, T.Gh.
PetrocheMistry of the secondary quartzitea of the Irek Mabsif.
Trudy Inst.geol.nauk AN Kazakh.SSR l2i148-155 165.
Some problems of the geology of secondary quartzites as revealed
by a study of the Bu&uly-Urpek Massif. lbid.:166-179 (MIRA 18:9)

CHOLPANKULOI, T.Ch.; SRAYYLOV, T.
Ruaakovskoye copper deposit in the northeastern part of central
Kazakhstan. Trudy Inst. geol. nauk AN Kazakh. SSR 12:156-161
165. (MIRA 18:9)

J.T. ifn-ytmirskiy, Y-r.j! Kt"jCZF.PG--,Il, N.", fYucheri:1n, N.V.];
DYTH"MSKIP i. r
Cholpanow, LC
Heat transfer re te c,n con-uict trayo. Pt, L Chem'.-i 5tosow B I
no.3:363-369 t64.
1. rierpirtment cf -Procesves and Apparstu-s of the Chamc-Tr--ch-
nolORical Tnotitute, Moscov. Sulnitted Docembor 5, 1963.

CHO%UJI E.
"Czqgi masZyn" (Machine parts), by E. ChoXuj. Reported in New Books
(Nowe Xsiazki), No. 15, August, 1, 1955

CHOIJJJ, Edward, :Lnz.
Flow of material at work posts. Przegl mech 23 no.11:307-
310 10 Je 164.
1. Chief designer, Institute of Organization of the Machine
Industry, Warsaw.

,CHOL(JJ,,-I Edward, inz.
Complex organization of workplaces. Przegl mech 23 ro.7r:
211-214 10 Ap 164.
1. Glowny Projektant, Zaklad Studiaw nad Praca, Instytut
Organizacji Przemyslu Maszynowego, Warsawa.

14ARCAENKO, Zygarunt; KWIEJKO, Karia; . CHOMj~cja_ -
Determination of the sum of heavy metals in chemical
reagents using extractive titration with dithizone.
Chem anal 8 no.3:375-380 f63.
1. Department of Analytical Chemistry, Politechnika, Warsaw.

CHOKA D.
Analysis of the principal factors of the reprodction of gross and market production of
collecfarms located in one county. P-581
Ceskoslovenska akademie zemedelskych ved. SBORNIK. RADA
ZEMEDELSKA EKONOMIKA. Praha, Czechoslovakia. Vol-5, no-7, July 1959
Monthly List of East European Accessions (EEAI) LC, Vol.8, no.12
Dec.1959
Uncl.

CHOMAv DDIITRIJ
Spolecae fondy v JZD Z-by-7DimitriJ Choma Z-1-7Jarmila Matouskova. Frahap
Statni Zemedelske Nakladatelstvi, 1960.
125 p. charts, graphs, tables.

1FLINGARY/Cultivated Piants. Comercial. Oil-Bearing. 'Sugars.
Abs Jour: Ref Zhur-Biol., No 5, 1958, 20431.
Author J. Chom
Inst `R~0~
Title A Four Yepr Attemt to Obtain %gar Beet Seeds. (Chetyrekh-
I
-1 etniye opyty po polucheniyu semiyan saMharnoy svekly)
Orig Pub; Agrartudo'many, 1957, 9) No 3, 11-18,
Abstractt No abstract.
Card . 1/1

GHOYA, Mariany ZYCH, Mleczyslaw
Determinatio4 of the permeability and fmotioning of Via
fallopian'tubes witb the aid of kymographic pervufflation.
Ginak. pol. 34 no.3-.397-393 163.
1, Z II Kliniki Polozhiczej I Chorob Kobiecyab AM w Lublinie
rd.erownik: prof. dr med. J. Tynecki.
(STMILITI, MALE) (FALLOPIAN TUBES)
(CARBON DIOXIDE)

T)ITFCKI., Jozef; BOCZKOWSKI, Zbigniew; ZRUBEK, Henryk; DORACZYNSKI,
Ilieroniz; CHOMA, Marian; ROBAK, Krzysztof
Chromatographic pattern of free amino acids in the human
semen. Pol. tyg. lek. 20 no.19:676-679 10 My 165.
1. Z II Kliniki Poloznictwa. i Chorob Kobiecych AM w Lublinie
(Kiero,dnik: Prof. dr. med. Jozef Tynecki).

TYNECKI, Jozef,- ZRUBEKO Henryk; BOCZKOWSKIs Zbigniew; DORAC"LYTISKI, Hieronim;
q! LO*j_j*K~S;_ROBAX, YUrzysztof
Investigations on the content of desoxyribonualeic acid in human
semen. Pol. tyg. lek, 20 no.M716-718 17 My t65.
1, Z II Kliniki Poloznictwa i Chorob Kobiecych AM w Lablinie
(Kierownik: prof. dr. mad. Jozef Tynecki).

~HOMA, Michal, kpt. -..w.
Interpretation of the Gencon Charter Party Ice Clause.
Tech gosp morska 14 no. 7:198-199 Jl 164.
1. Polska Zegluga Morska, Szczecin.

GOTSIRIDZE., A.M.j prof., red.; BETANELI, A.M., doktor med. nauk,
red.; KHECHIIIASHVILI, N.N., kand. med. nauk, dots., red.;
NADIRASHVILI, S.A.$ kand. med. nauk, dots., red.;
NIKOLASHVILI, D.A.~ kand. biol. nauk) dots.,/red.;
AKHVLEDIANI, O.M.p kand.biol. nauk, dots Ired,(Batumi);
PICHKHADZE, R.I.p at. prepodavatell, red:!--
,/ CIIRiA-KH-IDZ,E, D.D.,
red.; KIPIANI, E.Ya., red.
[Theses and abstracts of the reports presented at the Third
Expanded Scientific Conference on Problems of Physiology De-
dicated tolhe 11011-h Anniversary of N.E.Vvedenskii's Birth]
Tezisy i referaty dokladov,Rasshirennoi nauchnoi konferentsii
po problemam fiziologii,, posviashchennaia 13011ttliu so dnia
rozhdeniia N.E.Vvedenskogo. Kutaisi, Qos.koin-t vysshego i
srednego spetsiallnogo obrazovaniia Soveta Ministrov Gruz.SSR,
1962. 166 P. (MIRA 17:3)
1. Rasshirennaya nauchnaya konferentsiya po problemam fiziologii,
posvyashchennaya 110-letiyu so dnya rozhdeniya N.Ye.Vvedenskogo,
3d, Kutalsi-Batumi, 1962. . (MIRA 17:3)

CHOMAKHIDZE, G.,'inzhanera (Tbilisi),
Reinforced.concrete with lightweight fillers. Gor. i sell.stroi.
.no.1:7-9 Ja 157. (MLRk 10:4)
(Georgia-Ileinforced concrete construction)

GHOKAKHIDZB, CF.K.
arched bridges baving rigid reinforcemuts.
I Izv, AN Arm. SSR, Ser. tekh. nauk 10 noo5:-55-63 157. (KIM 11:1)
1. Hinisterstvo gorodskogo i sellskogo stroitelletva Gru4SSR.
(Bridges, Concrete)

XERIMOV, A.A.; CHOMAKOV, D,B.
Calculating the paramete a of sea waves caused by wind in the
Neftyanyye Kamni region. Izv,AN Azerb,SSR.Ser,geol,-geog,nauk
i nefti no.4%133-143 162. MIRA 16t2)
(Neftyanyye Kami region--Waves)!

SHALIGHEVY lAkim; CHOMAKOV.
Microbiological composition of cow's milk-, butter and
cottage cheese obtained from cows with different diets,
,qq'jqWoatop nauka 2 no. 314 397-403 '63.

CHOMkKOV,, n.V.
Red rust spots of the brynza, ldkrobiologiia 31 no./,:726-730
Jl-Ag 162.
1. Nauchno-issledovatellakiy institut inoloclinoy promyshlennosti,
Bolgariya.

TEX.I,IEV,G.; BLIZNAKOV, Khr.; TCHMUKOV, M. I~kTaqsqy"A!J; PEICHILXOV, I.
1 [Pechilkov, 1. ]; RAKOV, P.; PEEV, Khr.; DDTITROVA, N.; POPOVA, M.
FbLtal parathion poisoning. Folia med. (Plovdir) 6 no.4.274-279
164
1. Institut de Hautes Etudes Itedicales "I.P.Pavlov" de Plovdiv,
Bulgarie; Chairs de Medecine Legale (Directeur in-IA-rimaire.,
prof. P. Mironov).

CHOMAKOV? SLAUIV, Tv.
JLjuries during coitus. Akush. ginek. (Sofiia) 4 no.3:223-227 165.
I* Vissh meditsinski institut "I.P. Pavlov", Plovdiv, Katedra po
sudebna meditsina (vr. rukov.: prof. P. 141ronov); V-Jssh meditsinski
institut "I.P. Pavlov", Plovdiv, Klinika po akusherstvo i gineko-
logiia (rukov : prof* L. lambrei*).

Poisonings
BULGARD.
B&MBOV9 Khr.9 LHqjl~KOVp 4., and dimitrovap n.9 Chair of Facultative Therapy
B. Yurkii~Y ~Wiid Chair of Forensic Medicine (Head Prof. P. 141ronov
(Head Prof. &
Advanced Medical Institute, Plovdiv
"Group Poisoning vith Lindane"
Soflaq Suvremenna Meditsina- Vol 17v No 6, 1966, pp 477-J~8i
Abstract: Observations were carried out on It persons who were poisoned with
lindane (gamma-hexachloran) as a result 'of consuming coffee to which sugar
containing this substance had been added. The amount of lindane Ingested was
0.60 g per person. Among the symptoms were loss of consciousnessg distur-
bances of cardiac activity, gastrointestinal disturbances, and a neuropsy-
chiatric syndrome of the type described in the literature In connection with
hexachloran intoxication, which was similar in some resrcts to that exhibi-
ted an poisoning with strychnine (dionic seizures, etc. , The patients were
treated by pumping out the stomach, subcutaneous injections of luminal Ila,
administration of glucose and vitamin C solutiornsg and in some cases adminis-
tration of vitamin Bi. All of the patients recovered, Fourteen references
(4 Bulgarian, 4 USSR, 6 Western), Russian and English sumaries. Manuscript
received Jan 66.

ACCESSIMM: AP4031725
Z/0042/64/000/004/0226/0243
AUMOR; Chc=t, Riroslav (Engineer, candi"te of sciences)
TME: Synchrcnizatica of a low-frequency transistor IC-oacillator
SOMM: ElalctrotechniclW casopla, 1100-4. iA, 226-243
TOPIC TAGS: IZ OsCil3ators, transistorized oscillator', low frequency oscillator,_
oscillator a,--mchronizaticn, nonlinear osexillatiou., oscillator equation
ABSTPACT: The theory of nonlinear oscillations is used for solution of a transiS7
tor oscillator, vhich is synchrcnized by a harmanic voltage on a basic harmonic
frequency. With certain simplifications this oscillator can be described by an
ordinary, ncnlinear nonaixtoaamous differential equation of the second order. 0a
the basis of its periodical solution and asymptotic stability conditions a SYS-
tem of resonance curves and a camon relatioa for the synch-Aaaization bond axe
obtained. New information on the actica and basic properties of the synchronize&
transistor oscillator Is aMucedo The theoretical resultswere verified by ex-
porlments on a concrete 6yadarcnized oscillator network* Origs art. has: U
gra;hics and 47 foxmuUeo
Card.

AccEssicu NR: AP40317-*5
ASSOCVMCN: Ustav radiotecbnilq a elaktralilw CSAV (Radiotechaical =A
Elactroaics Institute,, Czech Acadeaw of Sciew")
Swum=: OIW=63 D= ACQ: 2&pA ZML: 00
SUB CCDE: go NO IW.SCAr: 003 On=: 005

L383 -r06-
- -9- CZ/O
ACCESSION. NR: AP5027,09.0 042/6-3/000/001/0013 0023
AUTHbR: Chozat, Hir6qlav (Eng ineer. Camidate of sciences)
TITLE: Quasilinear'mthod' for the solution of high-frequency transistor oscillators
13-23
6OURCE. -Elektrotechnio~y 6asopis, no. 1, 1965,
TOPIC TAGS: Hr- oscillator, transistor,.transistorized oscillator, semiconbetor.
research
ABSTRACT: [author's Eaglish"sum*wry modified]'*. 76e*problem is stated and a
new method is proposed for determining the nonlinear properties of a trans-
;istor) applicable to solving one group of h-f transistor oscillators. The
~nonlinear properties of a transistor at high frequencies and large signals
Are determined by means of the so-called quasi-linear parameters wb1ch can
:easi3.v be found experimenta3-1,Y. An equivalent linearized differential equa--
'tion of the second order is constructed. by the harmonic- balance method for
the oscillator. Relations for-the frequency and amplitu(~~ Rf peri(xUa oscll--~
,'lationa are obtained'from theanalyeis of We equation..; Orig. art. has:
S
6 graphs, 5 pures., 3 oii~N*--
jCard 1/Z

CH%ICZYK,
Building of silos in the light of docvmntation and construction.
P. 38 (Budownictwo PmerVslowe) Vol.4, no. 5, Mwo 1953, Warszawa, Poland
SO: MONTHLY INDEX OF EAST EtROPEAN ACCE9SIONS (EE.U) LC, VCL- 7, NO. 1, JAN. 1958

CHONICZYKI P.
Errors in designs and production of collapsible wall forms and some improve-
ments introducted. Pt. 2, p. 25.
BUDOWNICTWO PRMfYSLM. (Ministerstwo Budownictwa PrzeWslowego) Warszawa, Vol. 4.,
No- 10s Oct. 1955.
SOURCE: East European Accessions'List (IMAL)., Library of Congress,
Vol. 5, No. 71 July 1956.

CHG-I,,'C'ZfKI P.
The cost of silos and plank structures in the !iFh'u of technical and economic
indexes. p. 37.
B:JIjO';4'-jCT!IO PRM*I,;Z'jWIE (Rinistersturo Budowrictwq PrzenysloieCo) ',,'nrsza,,,a
Vol. 5), no. 1, Jan. 1056
So. Fast European Accessions List Vol. ", No. 9 Sentember 1956

CHONCZYK, P.
Teelmical progress in movable falseworks. p.13.
(3JDQ`UfNICTI-,*O PIRZETITSILOUtE. Vol. 6, No. 5, May 1957. Warszawa, Poland)
SO: Monfl-dy List of East airopean Accessions (EF-A-L) LC. Vol. 6, No. 10., October 1957. Uncl.

I'll.
"A lacquered bedroom." Biule . p. 2. (Przemysl Drze , Vol. 4, no. 5, May 53,
Warszawa)
SO: Monthly List of East European Accesolono, Vol 3 No 6 Library of Congress Jun 54 Unel

".
11. Furniture for typical homes. P. 323.
Vol. 6) No. 11, Nov. 191.5
PFIZE3,,`3L 1
TECIII.CUCY
Warszawa, Foland
Lio: East European Accession, Vol. 15., 14o. 5, May 1916

P/008/60/000/003/001/003
A107/A026
AUTHORS. GhomiaX, Jerz ; Kowalewicz, Andrzej; - Masters of Engineeving
TITLE* Application of Hydraulic Analogy in quantitative Investigation of*
Gas Dynamics
PERIODICAL, Technika Lotnicza, 1960, No. 3, pp. 66 - T!
TEXT- The authors describe various methods of applying the hydraulic anal-
ogy. After an explanation of symbols used, investigations based on adequate e-
roblems are describeds. data obtained by the hydraulic
quations of the following p
analogy on single and double-dimension flows, based on isentropic gases and hy-
draulic gases; the influence of the adhesion of liquids on results obtained by
the hydraulic analogy method; the dissipation of energy caused by the adhesion,
influence of the vertical speed acceleration on the surface stress of hydraulic
analogy; hydraulic shock waves and the analogy of the gas flow; basic elements
and sizes of water channels and measurements of shallow water in channels. Lab-
oratory tests on water channel models by visual methods are briefly described.
There are 20 figures and 39 references: 26 English, 4 Soviet, 4 Polish, 3 Germ-1
and 2 French.
Card 1/1

32035
P/008/62/000/001/001/005
D269/D303
AUTHOR: Chomiak, Jerzy, Master of Bngineering
TITLE: Application of exhaust gas analysis to investigating
combustion processes in turbine engines
PERIODICAL: Technika lotnicza, no. 1, 1962, 6-15
TEXT: The author describes contemporary methods and instruments
used in exhaust gas analysis and giNes examples of its application,
Since the chemical methods are no longer in use, only the physical
methods of gas analysis are discussed. The principles of operation
of infrared, thermal conductivity and paramagnetic analyzers are
described as well as the problems connected with obtaining high
accuracy. Several gas flow circuits and sampling probes are also
described. In the Instytut lotnictwa (Institute of Aviation) in
Warsaw a simple and sufficiently accurate apparatus was developed,
based on two industrial analyzers made by Sadir-Carpentier. To im..
prove the accuracy of readings the analyzers were converted as fol-
lows: Supply current was altered from 110 v a.c. to 6 v d.c, for
Card 1/ 4