SCIENTIFIC ABSTRACT SKRIPNIK, YU.A. - SKRIPOV, V.P.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001651130002-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: July 13, 2001
• Sequence Number: 2
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

y, SjI.- SKRIIII'lK, Yu.A.
t u 11 E V S11 (I ,
- j - . -* 1;3 j
Measuring phase sh-I f t between -ti,;o d; s ~ c r t d ro" ~-agl~s a Z"r - *
u,:!h,-b. mv-3' prib. 7 no.U-02-27 t64' (% -1, 1 --- R -4 19 S. I ) i. : ; -
pojiteklm,4,:~h~2~'F,-' -inst t'a7~-- -
1. ~,:iy,-vskiy ordana ien - ~ - - -Y I w m
dovzma kafeclroy izmcri-tp-l'nykh uat:-o75-h-

SKRiHiti" L
bridgtj ,.ilth a (!,'fferetifi, i rid L
no. 5:14-111 164. 3.7.12.)
3. Kly~-.vskly
izinei-ILeliny'r-h USU-Qy~;tt,.

47
ACC NRo twj~ I
60-10024 SOURCE CODE: Ult/0119/66/000/003/0014/0015
AUTHOR:,. Skripnik, Yu. A. lCandidate of technical sciences); Yaremchuk, N. A. (Engineer)
ORG: none
TITLE: An automatic single-channel electronic logometer
SOURCE: Priborostroyeaiye, no. 3, 1965, 1445
TOPIC TAOS: electronic device, logometer, circuit design
ABSTRACT: Recording circuits operating with electric parametric sensors (qppacitative,
Inductive sensors) must be designed so'ab to exclude the Influence of the power source on the
results of measurements. This problem can be easily solved by utilizing 16gometers as
Indicating and registering devices. However, existing electromechanical, rectifier, and con-
V.Frter logometers require a considerable amq~nt of power. Consequently, the authors designej
&,bd successfully tested an automatic electronic logometer shown in Fig. 1. 000
Card 1/2
UDC: 621.317.61:621.376.2
't'tTBj'j IDATT-
T 79M

Y,ADUT.j BOGq Sr-PIMaRp YU*Av
Maasurawnt of =all coaffiaients of non2inear distortiono
in a wido rv,-43a of I!roquancivaw T--v.-vyo.uchab.%av.; radlotekho
8 no.4486-4M Jl-Aa 165, On 18sn)
1. Submitted Januar7 13,p 1965.

1, 02428-67 EWT(d) GD -COVZ---UR[000'0-/6-6-/OOO/000/0047-/0052-'
ACC NR, AT6031907 SOURCE
,I
~71
AUTHOR; �kripnik Yu. A. technical sciencesi Docent);
(Candidate of 3
Skripnik, V. 1. (Aspirant) I
~ORG: (Skripnik Yu. A.] Institute of ElectrodXnamics, AN UkrSSR (Insti-
, ki N Uk-r-9-SM; ~_tkripnik, V. 1.
tut elektrodinami A
lInstitute (Kiyevskiy politekhnichaskiy institut)
ITITLEi A single-channel quadrature phase meter with phase switching
SOURCE: Lvov. Politekhnicheskiy institut. Kontroltno-izmeritellnaya
tekhnika (Control and measurement techniques) no. 2. Lvov, Izd-vo
L'vov. univ., 1966, 47-52
TOPIC TAGS% phase shif t, phase recording, phase meter
10
ABSTRACT: A portable quadrature phase meter with phase switching is
described. The input voltages V1 and V2 are applied to blocks 1 and 2
(see Fig. 1) which provide a high-impedance and low-capacitance input
to the meter. One of the voltages (V2) goes through a 180* phase
switcher whose switching frequency is controlled by a square wave
generator (10). The two voltages are then added in-transformer Tp.
The resultant output is an amplitude-modulated signal with the index
of modulation proportional to the duration from quadrature, i.e., the
phase difference of the two applied voltages. The resultant signal is
amplified, applied to a square-law detector (5), amplified by a low-
Card I / 2

L 02428-67 AT6031907
~CC NRt
V1.
V2
2
WW~M't:
Fig. 1. Block diagram of quadratun
phase meter.
AO
. J-1I-
frequency amplifier (6), applied to a detector (7), synchronized to the
switching frequency, and fed through an integrator (8) to a highly
sensitive indicator (9). The characteristics of the meter are: input
frequency range, I to 1.5 Mc; input voltage, 3-30 v; fine and coarse
~
iscales of 1 30' and 5*; quadrature indication error (with maximum
nonlinear distortion of 2%), 6', 30' and 90' for frequencies of
1-200 kc, 200-500 kc, and 500 kc to 1.5 Mc, respectively; minimum
iinput; impedance. 0.5 Mohm; threshold sensitivity, not less than 1'.
IThe weight of the meter does not exceed 6 kg. 6rig. art. has: 3 figures
iand 1 table. [IV)
UB CODE11-7,01 SUBM DATE., 25May66/ ORIG REF: 009/ OTH REF: 002
S1
Card 2 2

ACC NR: AT6034601
'A (Uj= L7 U, (1)
where U(t) is the signal analyzed, Ug UoeJIOc is the signal of a tunable generator
whose frequency determines the analysis frequ6ncy,,and A (Uw) is the signal at
I;orchogonal converter output. Specific cases are discussed. Orig. art. has: 22
:formulas and 5_figures-
1SUB CODE: 09, . 1.4/ SUBM DATE: none/ ORIG REF: 006
C.id 2/2

ACC iN3; AI'6034662 SOURCE CODE: UR/3232/66/000/003/0022/0'027
V. I.; Slkripnik, Yu. A.
0-IRG: none
-17---': T*-,2 cf-:,~ct ol a-miplitude oa tile accuracy of anLiphase zero
L ' vov. Polite',,~hnicheskiy instituz. '.,ortrol'-,io-i--veritel'-,iaya tekhai~a,
no. 3, 1966, 22-27
n~
TOPIC TAGS phase measurement, phase shift, phase -meter
axzzhod o-: comparinc, amplitude unstable voltages does not provide
-.2 c;a ssa of the 180' phase shift. T~e article d-scusses
--,ii measurement accuracy
of oDeration and describes an accurate antiphase measur-ing device ir,
-.-'racision measurer-nents of the 180' phase shift in the relatively broad
frequency :.-z-aZe ~s reached using the phase sensitive circuit with periodic co=uta-
cions of cG;7.Dar-ed voicages. The equipment has the E llowing paramneters: 1) the
- 0. 'o
Zr~-,:U2111CY rC-n--2 Is rrOM I kc to I mc. 2) The effective values of input voltages
zr,).-. to 20 v, 3) the maximum reading error when the coefficient of nonlinear
~s not hi-her Chan 2/1. is 0.1* for frequencies of 1-100.kc, 0.2* for
Zr,ac-,;encies of lOG-300 kc and 0.3* for frequencies of 300kc-I mc. Orig. art.
s and 13 f or-mul as.
S ZT3 CODE'- 09/ SU31V DATE: nc.-.-.e/ OIRIG REF: 007
w d I

SKRIPHIK, Tyacheslav Tasillyevich [Skrypnyk, Y.), kand.sellskokhoz.nauk;
PANCOMO, Y., red.; LUC M T, K., tekhred.
[Planting of vineyards] Posadke vynahradnyka. Uzhhorod.
Zakarpatelke obl.vyd-vo, 1958. 24 p. (MM 13:3)
(Viticulture)

SKRIPNIK,.,-Vyachealev Tanil'yevich,[Skrypnyk, Y.I. kand.sel'skokhos.riauk;
GaimTjT, Y. [Hrymut, V ..1, 1- spetarad.; PANCMMO, T., red.; LUCHKIT,
M., takhred.
(Cultivation-practices for good yields] Agrotakhniks vysokykh
urozhaiv. Uzhhorod, Zaknrpatelke obl.vyd-vo, 1958. 33 P.
I (MIFIA 13:3)
(Vitimilture)

SOV-21-58-8-13/27
'MRS: Skrivnik, Z.D., Cbervyatsova, L.L., and Yankovskaya, G.F.
TITLE: Hydrolysis of Acetic Ethyl Ester in the Presence of Oxieized
Carbon (Gidroliz uksusnoetilovogo efira v prisutstvii okis-
lennogo uglya)
PERIODICAI.: Dopovidi Akademii nauk Ukrains1koi RSR, 1958, Nr 8,
PP 853-856 (USSR)
ABSTRACT: The authors show that oxidized carbon, in comparison with
the considerably more bulky carboxylic cation-exchange resin
of the KB-4 type, is a good catalyst for the hydrolysis re-
action of acetic ethyl ester. On the basis of the results
of their investigation and previous studies conducted by
I.A. Tarkovskaya (Ref. 16), D.N. Strazhesko (Ref. 1), con-
clusion was drawn that the catalytic activity of oxidized
carbon, as well as its capacity for cation exchange in an acid
medium, is due to hydrogen ions. Their connection with the
adsorbent surface, according to the concepts of Verwey and
de Boer (Ref. 17), and A. Frumkin (Ref. 18), is of electro-
chemical nature. The authors express an assumption that
oxidized carbon can apparently serve as a sufficiently
Card 1/2 effective catalyst for other reactions of the acid type,

SOV-21-5F-8-13/27
of Acetic Ethyl Ester in the Presence of Oxidized Carbon
usually accelerated by dissolved strong acids or cationites
of the sulfoacid type. This investigation was carried out
under the guidance of Professor D.N. Strezhesko.
Thorc is I graph and 19 references, 7 of which are Soviet,
4 German, 2 English, 3 American, 1 Australian, and 2 Dutch.
ASSOCIATION: Institut fizicheskoy khimii AN UkrSSR im. L.V. Pisarzhevskogo
(Institute of Physical Chemistry of the AS UkrSSR imeni L.V.
Pisarzhevskiy); Kiyevskiy meditsinskiy institut im. 0.0. Bo-
gomolltsa (Kiyev Medical Institute imeni 0.0. Bogomolets)
PRESENTED: By Member of the AS UkrSSR, A.I. Brodskiy
SUBMITTED: March 6, 1958
NOTE: Russian title and Russian names of individuals and institutions
appearing in this article have been used in the transliteration.
1. Acetic ethyl ester--Hydrolysis 2. Carbon--App-licazions
Card 2/2

SKRIPNIKJ, Z.D. [Skrypnyk, A.D.]
Catalytic oxidation of ascorbic acid in the presence of aftive
carbon. Dop. AN URSR no.5:609-613 '64. (MIRA .17:6)
1. Institut fizicheskoy khimii AN UkrSSR. Pr~stavelno akademikom
AN UkrSSR A.I.Brodskim [Brodslkyi, 0.1.].

STRAZHESKO, D.N.; SKRIPNIK, Z.D.; CIIERVYATSOVA, L.L.; YANKOVSKAYA, G.F.
Acid catalysis in solutions in the presence of oxidized carbon.
Dokl. AN SSSR 155 no.1:168-170 Mr 164. (14IRA 17:4)
1. Institut fizicheskoy khimii im. L.V.Pisarzhevskogo AN UkrSSR i
Kiyevskiy meditsinskiy institut im. A.A.Bogomolltsa. Predstavleno,
akademikom A.N.Frumkinym.

c,OL'DSHTEYN, D.L.; RYSAIU)V, M-V-- SKRIPNIK, Z.L-L.- ROGOV, S.P.
,~-- ,
Production of transformer and turbine oils by bydrogenation of
sulfur-bearinp, petroleum products. T--udy VNII NP no.7-245-253
15,9.
(MIRA 12:10)
(Petroletim products) (Hydrogenation)

SKFIPNIKOV, G. K.
"Organizational and Technical Aid to
Stakhttno-,Iy Brigodes b.,- Comrades
Batalov and 1,11trakov During Forced Drpft
Sinkinp, of Forizontal Cvos.~-Cut Tunnel,)." (BK)
by G. X. Skripulkov. Rcvlowcd by A. BAnkotov.
Tsvet. Mat., 14, No. 4-14, 1939.
Ronort U-1506, 4 Oct. 1951.

ACC NRt
AP6035204 SOURCE CODE: UR/0066/66/0001009/0030/0032
AUTHOR: Ivanov, S. K. ; Skripnikov, V. B.
ORG: Dongiprouglemash
TITLE: KPSh40P movable mine air conditioner with pneumatic drive
SOURCE: Miolodillnaya teldinika, no. 0, 1066, 30-32
Tr)PTC TAGS: air conditioning equipment/KPSh40P air conditioner
ABSTRACT: Dongiprouglemash has designed a KPSh40P movable air conditioning
unit with a pneumatic drive to be used in mines. The Odessa Refrigeration
Equipi-nent Plant has produced the experimental model. The unit (Fig. 1) is
mounted on a special lorry on 600- to 900-mm wide gage rails. In the summer
of 1965, the air conditioner was successfully tested at the "Kochegarka" mine of
the Gorlovskugoll Trust of Artemugoll Complex. . Serial production of the new air
conditioner is planned for 1967 at the Odessa Refrigeration Equipment Plant.
Orig. art. has: 4 figures. [GC]
Card 1 / 2
UDC: 628.83

o' Con"ress

ll~
t a. t I
-.1347
'fu.G.
Ins-'-u
Ti U, T'.
Ori,,- Dub 1~1-5"
10
cstra--~ -',;rnuln for
D
"f t'~- C. -jollov-r of th~
c,---ll cqu:~.l D is tI!,j ravcra;.,~
-f t',c frui
of
rr- I ~L
Clos,: result.-.
V.S.

AU''THOR: Skripriikov, Yu.G. 2b-58-5-40/57
TITLE: An Interesting Case of Frolific Fruiting of a 1`um7:1-in
(Interesny sluchay mnoLo,,lodiya tikvy)
PERIGDI~AL: iriroda, 1958, 1
Nr 5, P 113 033H)
A -~- 31'1%ACT lin instance is L;iven, where a -umpkin plant 7~ror!uced 13
pumpkins as compared with the usual 1-3 pumpkins per plant.
There is one photo.
A330CIATION: Flodoovoshchnoy institut imeni I.V. Michurina, Llichurinsk
(Fruit and Vegetable Institute imeni I.V. Michurin, !,1ichurinsk)
AVAILABLE: Library of Congress
Card 1/1 1. Pumpkins - USSR

SKRIPNIKOV, Yu.G.
A new pumpkin hybrid. Agrobiclogiia ne.6:137-138 N-D '58.
(YIU 12: 1)
l.Plodovo-ovoshchn07 institut imerii I.V. Michurina, g. Michurinsk.
(Pucapkin-Varisties) -

RUBTSOV, M.I., dots.; YEINILOVA, A.A., dots.; CHEREPOVA, O.M., kand.
sellkhoz.nauk; SKMPNIKOV, Yu.G., dots.; DOROKHOV, A.A., kand.
sellkhoz.nauk; LITUNDVA, M.K., W-ssistent; MUSTAFIN, A.M., pre-
podavatell; PESHKOV, V.P., red.; PO-%V, V.N., tekhn. red.
(Growing vegetables in the Central Chernozem Region of the
U.S.S.R.]Vyrashchivanie ovoshchei v TSentrallnoi chernozemnoi
zone SSSR. Tambov, Tambovskoe knizhnoe izd-vo, 1962. 110 p.
(MIRA 16:2)
1. Sotrudniki kafedry ovoshchevodstva Michurinskogo plodoovoshch-
nogo instituta im.I.V.Michurina (for all except Peshkov, Popov).
(Central Chernozem. Region--Vegetable gardening)

SKRIPNIKOV, Yu.G-.
Squash breeding and seed production. Nacuh. dokl vys. shkoly;
biol. nauki no.4t170-173 163 NiRA 16ai)
1. Rekornenclovana kafedroy ovoshchevodstva Hichurinskogo plodo-
ovoshchnogo instituta.

kJ794-66 EWT(m)/EWP(t)/EWP(b) IJP(c) JD
ACC NR: APS027631 SOURCE CODE: UR/0109/65/010/011/2074/2077
AUTHOR: Avaklyants, G. M.; Alimova, L. I.; Murvain. -YI. L.~,
Skripnikov, Yu. S.; Togrias, R. A.
ORG: none
TITLE: Selective properties of silicon diodes with gold- oped base
SOURCE: Radiotekhrxika i elektronika, v. 10, no. 11. 1965, Z074-ZO77
TOPIC TAGS: silicon diode, semiconductor diode
ABSTRACT: Results are reported of an experimental investigation of an Au-
doped-base silicon diode used as a parallel oscillatory circuit thanks to the
falling-off branch of its I-V characteristic (N. Holonyak, Proc. IRE, 1962, 50,
12, 2421). Biased to the negative -resistance region, the diode behaved like a
high-Q oscillatory circuit; biased to the edge of the positive -resistance region, it
Card I UDC:' 621. 382, Z: 546. Z8 *. 6Z1. 39 1. 8

L 7794-66
;ACC NR: AP5027631
exhibited the characteristics of a low-Q oscillatory circuit. In addition to the
jundamental resonance curve, a number of resonance peaks at various multiple
i frequencies were observed; higher applied voltages resulted in distorted
(asymmetrical) resonance curves. A compound peaked high-Q resonance curve
was exhibited by some specimens. As a rule, the resonance frequency increased
with the bias current. As a parametric amplifier the silicon diode developed a
i voltage gain of 15-25. A transistor circuit, in which the resonant silicon diode
was connected in lieu of the collector load, could be operated as an amplifier from
a 9-12-v supply-voltage source. Orig. art. has: T figures.
SUB CODE: 09 / SUBM DATE: 05Jun64 / ORIG REF: 004 / OTH REF: 001

L 7793-66 E1dT(m)/FWP(t)/EWP(b) NP(c) JD
ACC NR: APS027632 SOURCE CODE: UR/0109/65/010/011/2077/2081
AUTHOR: Avak'yants, G. M.; Z!!y,2v, A. V.; M
~jkriEBjhov,. Yu. S.; Surov, V. P.; Tserfas, R. A.
ORG: none
TITLE: Amplifying and oscillating properties of silicon diodes with 121d-doped
base
POURCE: Radiotekhnika i elektronika,, v. 10, no. 11, 1965, 2077-2081
J,
TOPIC TAGS: silicon diode, semiconductor diode
ABSTRACT: The results of an experimental investigation of the operation of a
silicon diode as a voltage amplifier and as an oscillator are reported. A simple
amplifier circuit consisting of a capacitor in series with the diode developed a
voltage gain of 18-20 and a power gain of 200-300; its resonance frequency and
Card 112 UDC. 621.382.2:546.z8:621.3 7s+62i. 373

L 7793-66
ACC NR: AP5027632
0
passband depended on the bias current; its maximum sensitivity was 5-10 mv,
and in some specimens, 200-300 mv. The noise in such a circuit was
incoherent, sinusoidal, and had a maximum coinciding with the resonant
frequency. As an oscillator, the silicone diode developed a practically sinusoldal,
waveshape; both its frequency and amplitude depended largely on the bias current
and external capacitance. Orig. art. has: 7 figures.
SUB CODE: 09 SUBM DATE: 05Jun64 ORIG REF: 004 OTH REF: 001
UW
Card.,

.5"
30344
3/19 62/004/008/002/016
B117YB144
AUTHORSt Matsoyan, S. G., Pogosyan, G. Skripnikova, R. K.
TITLE;. Study of cyclic polymerization and copolymer~zation. IX.
Cyclic polymerization of 4-substituted.hepta-1, 6-dienes in
the'presence of radical initiators
PERIODICAL: Vysokomolekulyarnyye soyedineniya, V. 4, no. 8, 1962,
1142 - 1144
T.EXT. The authors studied the cyclic polymerization of diallyl malonic
a-d diallyl acetoacetic esters, diallyl acetic acid, and a,a-diallyi
acetone heated in the presence of benzoyl peroxide and azoisobutyric
dinitrile. '.Vith benzoyl peroxide, the polymer yield.; were higher than
with azoisobutyric dinitrile. An increase in polymerization tempera .ture
above 800C (diallyl malonic ester up to 1600C) reduced the yields.
Polymers of diallyl malonic and diallyl acetic esters, and diallyl acetic
acid, are fusible white powders easily solWole in acetic acid, benzene,
carbon tetrachloride, and hot alcohol, having a molecular weight of
12000 ~ 15000 (determined ebullioscopically). Poly-a,a-diallyl acetone is
Card 1/2

5/190/62/004/00a/002/010'
Study of cyclic polymerization ... B117/B144
a glasslike mass soluble in organic solvents. It was shown that in the
course of radical polymerization two vinyl groups of the initial monomers
react without cross-linking. Cyclic polymers containing cyclohexane rings
in the principal chain, are formed. Finally it was observed that de-
carboxylation takes place when polydiallyl acetic acid is heated to 30OCIG,
with formation of polyhexahydrobenzyl, a polymer soluble in benzene.
There is 1 table.
ASSOCIATIONs Institut organicheskoy khimii AN ArmSSR (Institute of
Organic Chemistry AS ArSSR)
SUBMITTED; April 24, 1961
Card 212

s/i7i.i /62/01.s/oo6/oo5/oo6
E071/E492
Auvloi~s: Matsoyan, S.G., Pogosyant G.M.1
Nilcogoayan, L.L.
TITLE: Investigations in the field of cyclic polymerisation
and copolymerisation. Communication 19. A study of
radical polymerisation of certain substituted.
hoptadienes-1,6
PERIODICAL: Alcademiya nauk Armyanskoy SSR. Izvestiya, Khimicheakiye
nauki, v.15, no.6, 1962, 541-551
TEXT: The work is a continuation of previous investigations on
--the ability of some substituted heptadiones-1,6 to cyclic*
polymerisation and properties of the polymers formed. A number of
heptadienes-1,6 were synthesized namely: diallylacetic acid,
ethyl and phenyl esters, amide, dimethylamide and phenylamide df
diallylacetic acid, diallylearbinol, acetate and benzoate.of
diallylcarbinol, 4-chloroheptadlene-1,6, 2,6-dichloro-4-acetyl-k-
carbethoxyheptadiene-1,6 and their ability to cyclic
polymerisation was investigated. It was shown that on
polymerisation of the above monomers in the presence of radical
Card 1/2

S/19 63/005/002/004/024.'
Bi 01 %102
AUTHORS, Matsoyan, S. G., Fogoayan, G. M., Skripnikova, R. K.,
h1ushegyan, A. V.
TITLE: Studiee in cyclic polymerizatioa and copolymerization@
XI;f Polymerization of substituted hepta-1,6-dienes in,
th 1presence of radical initiators
PERIODICAL: Vysokomolekulyarnyye soyedineniya, v. 5,' no. 2, 19631
163-187
TEXT: Studies were made of 414-dfacetyl-hepta-1,6-diene M, 4-cyano-4-
carbethoxy-hepta-1,6-diene (II), 4-eyano-4-carboxy-hepta-1)6-diene (II I)
4-cyano-hepta-1,6-diene (IV)$ 2,6-dictiloro-4,4-,Iicarbothoxy-hopta-1,6-
diene (V), and 2t6-dichloro-4-carboxy-iiep'la-1,0'-diene (VI) as to their
suitability for cyclic polymerization in the preaence of 2 mole;6 benzoyl
peroxide or azoisobutyric dinitrile. When using benzoyl peroxide, the
yields (~) and m.p. (OC) of the polymers were: 1, 22.7,,65-67; 11, 34,
76-84; 111, 40-0, 270-300; IV, 9.4, 65-67; V, 79-6~,.th 'iok daqej VI, 47-39
crosBlinking at 2800C. YJith azoisobutyric dinitrile, the yields were
Card 1/2

,-/igo/63/005/002/004/024
Studies in cyclic polyi).e).ization ... B101/B102
lovier.. The molecular weight was 7000 to 20,000, the intrinsic viscosity
0.05-0-15. All polymers were soluble in orEanic solvents, except that of
V. Introduction of electron-acceptor groups into the hepta-1,6-diene in
2, 4, or 6 position makes thus the radical polymerization of hepta-1,6-
diene possible, which was not achieved without substitution according to
C. S. Marvel, J. K. Stille (J. Amer. Chem. soc., 80, 1740, 1956). The IR
spectra of the polymers revealed the almost complete absence of double
bonds and showed the bands characteristic ol~' substituted oydlohexane rings*
Cyclization between C 2 and C7 and linear cyclic polymerization are assumed.
In the 2,6-dichloro derivatives, BC1 is split-off. When H01 vias completely
separated from the polymer of V! by aqueous alkali solution, a dark brown
p?lymer formed, m.p. 202-2050C. The IR spectrum ahowed 'that oyclohexa-1,4-,'.
aiene links formed in this reaction. Ther-e are 2 figures and 1 table.
ASSOCIATION: Institut organicheokoy klhimii AN AinSSR (Institute of
Organic Chemistry AS ArSSR)
SUBMITTED: July 25, 196,
Card 2/2

ISKRIFNIFOVA, Ye.
There can not be two opinions. NTO 3 no.80J_34 Ag 161.
(MIRA 14:9)
1. Uchenyy sekretarl soveta Nauchno-tokhnicheskogo obshchestva
Krasnodarskago maslozhirovogo kombinata.
(Krasnodar--Oils and fats, Edible)

SKRIPNIKOVA, Ye,
We should work together and not replace each other. NTO 5 no.5:
52 My 163. (WRA. 16:7)
I.-Uchen7y sekretart soveta nauehno-takhnicheskogo obshchestva
Krasnodarskogo zhirovogo kombinata. -
(Technological innovations)

SKRIPIIIKUwFA, Ye.P.
Materinls!"oi~~ the biolog:r of f ruit mites of the Alma-Ata orshprd
rej,ion. Trudy Rpsp.Btn,znshch.rast.2:l64-l7 3 '55 a' (FMA 10:1)
(Alma-Ata Provinf-.e--Red snider) (Fruit--Dispases nnd Des's)

KHRULEV V. M. ; (',IJPJ,,NKO, A. B. , doktor tokhn. nauk, reteenzent;
FREYDIN, A.S., kand. tekhn. nauk, retsenzent- S41UPOV,
I -
B.S., kand. tekhn.nauk, retsenzent; S(IVOGHKIN, F.P.,
-dots., retsenzent; ZAYCHIKOVA, E.A., red.; KASWV, D.Ya.,
tekhn. red.
[Improving the durability of glued wooden structures and
building elements I Povyshenie d6lgovechnosti kleenykh de-
reviannykh konstruktsii i stroitellnykh detalei. Moskva,
Gosstroiizdat, 1963. 113 P. (Plywood) (MIRA 16:8)

I'd
SKRIPOVI F.I. DECEASED -1 --- --- -1962/5 - --- I--
ig6i
SEE ILC
PHroics

~,,C; . ; -: I Q;~ - ",
ic Z: --of'.
red.,
Ot. ral".CIr~n.
'LA course of 2ectures on rp-*Lc,.-rjwa,.,e -j~ectroscol,,,~'lj Kurs
lekt.gli po radlospektroskopii. nIngrad, Izd-vo Leningr
univ. , 1964. 211 p. (MIiLA 18:2)

r I
; Sj~aTPOV, F, T. rdeceas -d
AIEKSAITIROV , I . - - - L
- - ,-r - - Ir. of nuclear
c.-:, +,-e e of crystals by 'e z ethod
resonance. Analele inat 11") no.4:!C-!--154 C-D 162.
i,agiiet-i c c

1. L-mupo.l. I. V.
?-. lms-'q (oo)
4. Siberia - Turnips
7. Turnips-in the steppe zone of Siberia, Korm. baza. 3. No. 12, 1952.
9. Monthly List of Russian Accessions, Library of Congress, February 1953. Unclassified.

K k)
..,"Brazing with heatresistant bramf.
M.I.Skr* VC410A. Affolliflos.r 35, NO. 7, 47-5 1
"I 11-11t,
used Ivere C11-1.1e lljoyt; Ill, IOIU-.
1100' aud 960-1(M*; the third had a Ni lxwe wid m.p. of
1200-1225'. Their corm,ii. Nvas not given. The flux tin-
ployed consisted of 80(,~; 11~1304, 1.1% boriN. 5.3% C~il-*-, and
*0.5%Al-Cu-Mg alloy. Specimensuf ValTstvelaodof Kit-
N78T alloy ivere lap brazed with tin oxyacetylem-- torch,
those of steel being licated at WO' for 4-22W lirs. and those
of the alloy at 7001 for2-14 tin. Results of metallographic
study, of intercryst. carrosiou dcto.. creep strength Measure-
_T~at,.L"dtLati5u~~strengt~i detu. are given. J. D. Gat

SKRIPOV, n. I.
20?83. Shchelkunov., V. V., Krivonogov, N. I. i Skripov, N. 1. 0 tipe ekipazha loko-
motiva dlya dekovilInykh Dorog. Sbornik nauch. -issled. Rabot (Arkhang. lesotekhn.
in-T im Kuybysheva), X11, 1949y S. 5-31. -Bibliogr. 8 nn v.
SO: LETOPIS ZHURNAL STATEY - Vol. 28, Moskva, 1949.

S,K:--T~ C
V. V. i SIFT-it-cv, T- C ~c-j~c-*-.rle:ii di.74zhentyli 7Cd.'--71-nc-c
ed. ra-bot
3c-t!-ju~~ uz'-o'rIc-yn-,kh -hf-'ezryih dor-,. S'-Ornlk mluoh.-isSl ---- --
TI, jl)f-,, S.
I esotf~lk~ n. 'In-t-. Yuybysiif.%:a' , nr,7v.
L;'V4~'J- y

SKRIPOV.-.-Njkn1A-..Iy.wwvich; STRASHINSKIY, B.A., red.; KALININA, L.M.,
red.izd-va; KARWVA, G.L., tekha. red.
(Precast reinforced concrete pavement on logging roada]Sbornoe
zhelezobetonnoe pokrytie na lesovoznykh dorogakh. Moskva, Gos-
lesbumizdat, 1962. 132 p. (MIRA 16:2)
(Pavements, Goncrete) (Forest roads)

SHCHELKUNOV, 1.,alentin Vasillyevich; SKRIFOV, k.li*oizfy lvnnovich;
S%IRNOV, A.I., red.
[Effectiveness of the use of various ty-pes of logging roads]
0
Effekti-vnost' primeneniia razlichnykh tipov lesovoznykh do-
rog. Moskva, Goslesbumizdat, 1963. 110 P. (MIRA 17:4)

USSR/Chemistry - Phase Conversions Mar 51
"Phase Conversions of the Second Order and Crit-
ical Phenomena: III. Heat Capacity of Liquid
Binary Systems in the Critical Region of Layer-
Formation," V. K. Semenchenko, V. P. Skripov)
Inst Phys, Moscow State U imeni M. V. Lomonosov
"Zhur Fiz Khim" Vol XXV., No 3, PP 362-368
Using specially designed calorimeter, measured
heat capacity of binary mixts (triethylamine-
H20 and nitrobenzene-hexane) in crit region of
layer-formation by method of cooling. Resu:~ts
185_1a4___
USSR/Chemistry - Phase Conversions Mar 51
(Contd)
compared with those by direct measurement. Heat
capacity in crit region, rising after 1-1.50 to
temp of layer-f ormation, passes through finite
MA . Secondary max appears in absense of crit
concn of mixt.

c- n. a nal j C-I
Dckl.
in the c-rit-al ar;~a c"
T h e Y
AN SSI-IF, 35 nc.
uss ar cessicnz, Library cf Congress, Decemter 10/52. Unclas s if ied.
..cnt'~lv List C-0 H

SKRIPOV, V. P.
Dissertation: "Heat Capacity of Liquid Binary Mixtures in the Critical Area of
Layer Formation." Gand Phys Math Sci, Moscow State U, 1408cow, 1953.
W-30928
SO: Referativnyy Zhurnal, No. 5, 1)ec 1953, Moscow, AN USSR (MadtpM)

US-R/ Chemistry Physical chemistry
Card 1/1 Pub. 147 - 23/26
Authors I Semenchenoko, V. K. and Skripov, V., P.
Title Phase conversions of second order and critical phenomena. Part 6.
Effect of small admixtures on the specific heat of the triethylamine-
A
water system in the critical separation zone.
Periodical t Zhur. fiz. khim. 29/1, 194-197, Jan 1955
Abstract I In order to determine the effect Gf admixtures on the specific heat
in the critical zone the authors investigated a triethylamine-water
mixture of critical concentratimwith admixtures of tetraethylammonium
iodide and isoamyl alcohol. The tetraethylammonium iodide acted as a
surface-active substance increasing the lower critical temperature
and reducing the specific heat maximum. The isoamyl alcohol acted
as an inert substance thus reducing the critical temperature and the
specific heat maximum. The results obtained are briefly described.
Seven references: 6 USSR and 1 USA (1934-1955). Diagrams.
Institution The M. V. Lomonosov State University, Moscow
Submitted June 24, 1954

(/Th'i liolutions. V- p- 4;k-r-inAv M.
rel4;iou W-a-s-ro-uM betweeir the sp.
beats and tile conclis. of bol"~ This rcUtIon be-comes L!vi- 01"
lic-lit ja the crit. layer-formation range, but is not limited to
it, mild is of a gelleral Character. The relation was studied
[at differer4l. tYptts of sohis. A qual. agreement was found
wit), the observation oil the Rayleigh light dispe-tsion.
W. M, Sternberg

SKRIPOV, V.P.
Distribution fuAction of a system containing a varying number of
particles in a uniform external field. Zhur.fiz-kh-im. 31 no.l:
150-156 Ja 157. (MIRA 10:5)
I.Urallski7 politekhnicheakir institut im. S.M. Kirova, Sverdlovsk.
(Thermodynamics) (Statistical mechanics)

AtaMR: ml:Awvp v0 re
Tl=i of ZqdlV:cdvK N-m- the
wd -6'13 Part ViVed -q Walu;am.
to3bki i
PlItIODIMi Zhumel Widlv .19350 WC. 32,, W 3#
PF- 71-2-j16 (LTM)
fts :pmmarl Msr Cxavi vVA tXe oTaImMdom -;Pf tht kmaliwit4leal
vh:~dh -jrve tl~,Zamd im ol~.~I&Udhlm VL* :U ilA myrWA
Uqzll - gw, tAIA-Uim (ref(mmat 1) hM pkxzm%l that

Z
TI? *A "~r f Woz Of MTZSP
SLf"
thm ewldq ="VZ- -dt=tcxo, .i~tm Tw-
Saw-r-u-na t~ the. hei&t of the tzbe takes a 1=6 Uue, otkar -
izv*Vdatiolm of the TawdaLl 012=bStilon of tho 4,=4,v of
ffm-balm-40 -a-U.-M &'-so pwforAou tkm 2men-wima mw
the twittcml 201g-t a=,.- tska lwk, ww=b a =061C. of *ftifte
fazb~og SmA z& e.g. the 4%Ao ef *be grxwiuv.= votav-81
aczo::&-Izg to -~a'* k--d&z of tht tmbe. Imo t!!,,-- m-it.4tsll yAmt
oc~,o 1.m v"-7 LrravWg%W7L=a Qf the eff*--ts
ef grcvLtm;W-= misw ItLe twit:Ltall w,,L.4,b by
Card 113

T
i 6-,V-3-35/43
fte Zstabll"~,**, of Now fts c'mt,"ladIze- lkdm'. vid t~La pKr'. Vlvp~sl
by 0mvitatlax
A, G, (rafw*Lc,s 6)j cthw raisew-abvs gNwe
viiiah w*,, hwwwo, L-- agrgsaiwb v:Llh ths
-%c lb;rw (.rafamwi.* 'j'). Ax
wam t7 VIV.214maw #a&
5)Vi*%Il M=as. Es&2L-
Om'. !.writ :4vvltrmq of V,.,& Offest Of g-mmitel'im'.
malf-, im L!T--iAs r,-;vxr tlz~a
we C=ssti= levwl a O~Zlr~al i~,f
Z.=~;-Wom of e.Aaz-",V &-A a t-sa4VI= 'b!*.-,7 4-42-sOM
famz, I:"r,'s Y-~m &?---aaZ7 m0slu3i W (~',Ofevmalft .
10) an! rwial.-Ly tr V, Ke Ommu"Wrizko (rdft--smrz Z:--)p vbtr.*=O
Is* ". O!P.,s TA) lbx). ta,-- a," Ijza- *is
# ~.u af(v A..
Is wfcime~,,-*
(VivL dw-iTW.-=nj :;r a gzbq~=ae
In a var,*A,'.-,ml Ult- dr..-,a vlmra '.*4 im mriand-
tlLe, -. re, an.7at-LI Tot la-m=Ae-A La t~!a i2!!W!-
Cori 2/3

240) SOV/56-35-5-41/56
t 0 R 3VriT)ov,.Y-~.---
[;I,;: The Mi-xing Heat of Lil-, it and Heavy Water (TePlota smesheniya
lflj~koy i ty'l.."holoy vody)
FERIODICAL: '4hurnal eksperimentallnoy i teoret-icheskoy fiziki, 1958,
Vol ITr 5, pp 1294-1295 (USSR)
'.113TRACT: At the first glance it seems that the joulean effect produced
b,F mixinl-I H,O and D 0 must be very small, because a mixture
6 2
a, molecules ;-,ith various isotopes may be consi!iered to be
an ideal solution. H`owever, also che::ii-cal i:~teraction between
t`ie molecules of initial substances muLt be taken into account:
U
H 0 + D 0 211DO. For 'lie constant of the equilibrium of
2 2
this reaction in the liquid r.111ase usually (Ref 1) 'the value
K = 3.26 io a*sumed. Accordingly, 0.9',; -aole HDO are formed
by mi-,Iinl~l I mole H20 anI I mole D 20. if the mixin.7 heat a
of the li:rlit and heavy water and the equilibrium constant of
t~ie reaction 11 20 + D 20 2 HDO are known, it is no~sible
immediately to determine the heat of 'formation qI of HDO at
the interaction of H 20 and D 20 in the condensed phase, and
C~ird 1/ herefrom some conclu3ions can then be drawn as to the diversity

Tlj~! 'Ji r.,,r if r,~;; L of Lij-ht ard Hea-ty Water SOV/56-35-5-41/56
of zero energies of the water molecules with different hydro-
,,ren isotopes. 'Phe i.-Axing heats of H20 and D 20 (99.7%) were
determined by means of a hermetically closed tippinE-calori-
meter. Durin., mi:cing (up to a molecular concentration
n - 0.5 of deuterium) the system was observed to cool down
(by rv 0-3~-). In the course of the e,.periment also the speci-
fic lhe~at of the system was determined. By means of these ex-
periments, the value q = 7-92 + 0.25 Cal/mole was obtained for
n = 0.50 after taking all posel"ble errors into account. By
butting the equilibrium constant of the reaction H 0 + D 0 2RDO
2 2
in the liquid phase equal to 3.26, the value q1 = 16.7 + 0-5
cal/mole is obtained for the heat of formation of 1 mole HDO
(,.,jithout takinF, the influence exercised by the heavy oxygen
isotope 018 into account). For the gaseous phase
q' = 34 Cal/mole is obtained. The reduction of the heat of
fo~-mation of HDO in the condensed phase as against the gaseous
pliase may be due to the considerable nolecular interaction
in the solution and to the corresponcling -variation of zero
enerFies. The author thanks V. 1'. Koctin for his assistance
Card 2A in carryin.- out the e:cperiments. There are 3 Soviet references.

24(8) PHASK r :Ki,Y .. P%OITAT!ON
Akademlya nauk SSSR. Otdel.r-*ye nauk
Tormodinamilca I stroyaniye rastvomv; triidy noveshchaniya...
(Thermodynamics and Structu~ of Solutions; Trmnsactlons of the
Conference Held JazuLary 27-30, 195a) M~3c0w- Izd-vO A.4 SSSH,
1959. 295 P. 3,ODO Copies Printed.
Zd. : M. 1. Shakhparonov, Doctor of Chemical Sciences; Ed. of Publishing
House: V. 0. Yegorov; Toch. Ed.: T. V. Polyakova.
PURPOSI: This book is Intended for physicists, chamista, and
chemical engineers.
COVIRA01: This collection of pap*m was originally presented at the
Conference on Thermodynamics and Structure of Solutions aponoomd
by the Section or Chemical Sciences of the Academy of Sciences,
USSR. ind the Dapartagnt of Chemistry of Moscow State University,
and hold In Moscow on January 27-30, 1958. Officers of the
!!AV- 11stod in the Foreword. A list of other reports
---ZV[&0"r.a&-at thii -o5ufWr;iice, but not Iniluded'in t5ra-U6o1c,
are given. Among the problems treated in this work are:
electrolytic solutions, ultrasonic measurement, dielectric
and thermodynamic properties of various Mixtures, GP0CtrO-
soopio analysis, ate. Reforv=en accompany Individual articles.
h aronov b TE's-ruodynamic
17 0 u one or xcvAi~troiytez 36
Fluctuation of Energy in Solutions and Their
-Cl.tt Z.- at CAP&OItY 43
Fisher I Z ad V. 1. NazImich. Molecular Theory of
48
Khazanova. CriticiLl PhanomenA
49
_jlgZdrAX_Y-Y_ Study of the CrIttlaiLl States of Individual
Compounds and of Their MIxtures With the Aid of "".0sonic
Methods 56
-A9z12naX--0--j9-' anQdA. Ph a Transitions In
jrAUjft%1-- as
SlApis Systems and '.sti.. 6T
_EaLrraj%Aax--A-1L- Use of 'Mtrowonlc Measurments In the
3~udy-of Solutions T2
N-t-l 011J'U~ and 11. 1. Zenborak. Transfomation of
Binary Hateroaxectropes Into- azeoEropez and Homozootropts 79
_Atg=zkjj6-.A-Y-, and A. 0. MorischEyS!Oj- Applicability or
Konovalow-2 and Vrovskry-s-TWw-sto Ternary Solutions ST
M. -&=Lt= Relation of Themo-
of V Sa urated Ter=7
dynamic Proportl -3-aturated " early t
Solutions to Thel~ composition 93
4.~jjuhAak*,K-V. Thermodynamic Properties of Water In
r
73oitrtiona or Electrolytes 97
-9T.AXt,10.-L-1L-~ssocj&tioo or Klectroiytes in Nonaqueous 105
Alekqwdrnv~N~V- and-U F. Ivanova. Thermodynamic Proper-
~
;
-rA tion
Nonacucous 3olu 'i
r
--
118
-'-
1.41
. ' N A V. L. Kr-or# L. X. Kutayna, and y~. V.Tito,.
Study Or t" iiisat Of Solvents on the StrOngth of Acids by
Means of Optical Methods 122

asoclation or Acids and Complex compounds
Ktk III
and Methods of Studying It 126
Yatalairskiy, X-11. Change In Thermodynamic Functions in
of Ions In Solutions 133
Thermodynamics of "Aquacomplazes- 140
-jancmi-Awdar- stoxy of Partial PrOsmu" Of Solvent In
Aqu"Us Solutions of Klectrolytes 144
MIno, Star- interactions of Proton With Molecules (Water,
and Met~71 Ethyl and n-Pmpyl Alcohol@) 152

21(f), 5(4) SOV/156-59-2-6/48
AUTHORS: Kotellnikov, V. V.,_ Skripov, V. P.
TITLE: The Isotopic Effect in the Mutual Solubility
of Water and Triethylamine (Izotopnyy effekt vo vzaimnoy
rastvoritellnosti vody i trietilamina)
PERIODICAL: Nauchnyye doklady vysshey shkoly. Khimiya i khimicheskaya
tekhnologiya, 1959, Nr 2, pp 248-249 (USSR)
ABSTRACT: The solubility in the systems (C 2 H5)3 It - D20 and (C2H 5)3 N_ H20
is investigated. A diagram (Fig 1) shows the experimental
results. The solubility is reduced in heavy water, the
0 ,
critical temperatures amount to 17.86 lor H 20 and to
14-050 for D 20; thus the difference is negative. For dif-
ferent deuterium content of the water the change of the
critical temperature in the case of an equal concentration
of weight of triethylamine is calculated in the following
way: tX - t H20 -cX(tH20 - tD 20) (tH 20 , tD20 denote the
temperature limit values at 100% H 20 and D20, respectively).
Card 1/2 A table gives the values for a
. They are in good agreement
x

The Isotopic Effect in the
ethylamine
SOV/156-59-2-6/46
Alutual Solubility of Water and Tri-
with the measuring results. An isotopic exchange occurs in
solutions of triethylamine and heavy water. Under experimental
conditions (concentration of triethylamine 351,46 by weight)
I - 1-5~ of the deuterium atoms pasoed over iato triethylamine.
There are 1 figure, 1 table, and 3 references, 1 of which
is Soviet.
PRESEfMD BY:: Kafedra teoreticheskoy khimii Urallskogo politekhnicheskogo
instituta im. S. M. Kirova
(Chair of Theoretical Chemistry, Ural Polytechnic Institute
imeni S. IA. Kirov)
SUBMITTED: September 22, 1958
Card 2/2

21(l), 5(4) SOV/1 56-59-2-7/48
AUTHORS: Skripov, V. P., Rusinov, N. Ya.
TITLE: The Distri ion of the Heavy Water Between the Liquid Phases
in the Stratified3olution Triethylamine - Light Water - Heavy
Water (Raspredeieniye tyazheloy vody mezhdu zhidkimi fazami
v rasslaivayushchemsya rastvore trietilamin - legkaya voda -
tyazhelaya voda)
PERIODICAL: Nauchnyye doklady vysshey shkoly. Khimiya i khimicheskaya
tekhnologiyaq 1959, Nr 2, pp 250-252 (USSR)
ABSTRACT: The distribution coefficient of heavy water between the upper
and lower layer of an unmixed solution of triethylamine cool-
ed below the critical temperature is given by a table and
amounts to a - 1.01. The pycnometric determination of the
content of heavy water and the purification of watsr from
triethylamine residuals by repeated unmixing at 72 , filtra-
tion through active coal and distillation repeated by q times,
as well as purity test of water by measuring the electric
conductivity are described in detail. Similar investigations
carried out in the USA are mentioned (Ref 4). The difference
between the value found by the authors (a = 1.01) and that
Card 1/2 found in the USA (a - 1.04) is explained by the differant

SOV/156-59-2-7/48
The Distribution of the Heavy Water Between the Liquid Phases in the Strati-
fied Solution Triethylamine - Light Water - Heavy Water
type of the experimental order. The result of the thermo-
dynamical analysis on the basis of the generalized Clapeyron-
Clausius equation amounts for a to 1-005. Taking into account
the further terms of the equation with the differential quo-
tient of the chemical potential of the components leads to
a higher a-value; it was, however, not possible as a result
of inadequate experimental data. There are I table and
4 referencear 3 of which are Soviet.
PRESENTED BY: Kafedra teoreticheskoy fiziki
instituta im. S. hi. Kirova
(Chair of Theoretical Physics,
imeni S. M. Kirov)
Urallskogo politekhnicheskogo
Ural Polytechnic Institute
SUBMITTED: September 22, 1956
Card 2/2

29410 SIOB 1/61/000/017/005/i 66
B 1021B 138
AUTHOR:
TITLE: Structural features of a substance near critical point, and
transfer effects
PERIODICAL: Referativilyy zhurnal~ Khimiya, no. 17, ',961i 44., abstract
176307 (Sb, "Kritich, yavleniya i flyuktuatsii v rastvorakh,,
M, All SSSR, 196o; 117 - 125)
TEXT: The structural peculiarities of matter near the critical points
(CP) are discussed on the basis of Semenchenko's presentations (Sb.
"Primeneniye ulltraakustiki k issledovaniyu veshchestva".. M., Izd-vo MOPI,
1956)_ It is shown that in a closed domain, matter is near to indifferent
equilibrium as regards changes of extensive parameters (density,
concentration, entropy). The extraordinary slowness with which equilibrium
is established in a one-component system close to CP indicates the diffusion
nature of the process. It is noted that microheterogeneity is the main
structural feature of a substance near CP- Ideas concerning 'the colloidal
nature of liquid mixtures above the critical temperature (RZhKhim, 19--8;
Nc~ 141, 46167) are discussed, A quasicolloidal model su.-gested to explain
Card 1/3 1

29410
S/081/'61/000/017/005/166
Stl'LlCtural features of a substance. . . B 1102,/3 138
Complete translation. I
Car(i 11/,~

S/081/61/000/024/010/086
B138/BIO2
AUTHORS: SkriDov, V. P., Kolpakov, Yu. D.
TITLE: Scattering of light in carbonic acid along sub- and trans-
critical isotherms
PERIODICAL: Referativnyy zhurnal. Khimiya, no. 24, 1961, 73, abstract
24B522(Sb. "Kritich. yavleniya i flyuktuatsii v rastvorakh".
M., All SSSR, 196o, 126 - 136)
TEXT: The sca8tering of light on carbonic acid is studied for five sub-
(19-98 - 30.67 C) and five transcritical (31.20 - 49-90 0C) isotherms.
Intensity of scattered I' and of transmitted light I are measured for three
0
'lines of the mercury spectrum ~5461, 4350 and 4060 t). The measurements
were made with high pressures k50 - 125 at) in the system. The extremum
values of I' increase on approaching critical temperature, and the
difference between I' for the liquid and the vapor becomes less. On the
transcritical isotherms I' peaks are observed, which also increase on
approaching critical point. With variable p - t, points for the I, peaks
of transcritical isotherms Dlot very well into a straight line, merging
Card 1/2

AUTHORS:
TITLE:
PERIODICAL:
80284
S/17 60/003/04/05/027
B007Y31O2
Skripov, V.P., Kolpakov, Yu.D.
An Investigation of the Interphase-region Transition in Carbonic
Acid From Light Scattering
Inzhenerno-fizicheakiy zhurnal, 1960, Vol. 3, No. 4, PP- 30-36
TEXT: In this paper experiments are described in which scattered as well as
transmitted light was observed during isothermal change of the state of the
substance. The experiments were ma "de with carbonic acid. A section through the
test chamberis shown in Fig. 1. The experimental arrangement consisted of this
chamber, of a system for refilling the device with carbonic acid, a thermal
pressure control and an optical system. The device is briefly described. Eight
isothermal curves (6 transcritical and 2 suberitical) of the intensity of
scattered and of transmitted light as depending on carbonic-acid pressure were
taken. The entire temperature range of the measurements was 80C. The dependence
of height and position of the maxima of V (intensity of scattered light) on
the magnitude of the difference 4T between testing temperature and critical
Lemperature is very conspicuous in these curves (Fig. 2)~ The intensity rise of
Card 113

80284
An Inveatigation of the Interphase-rQgion Transition S/170/60/003/04/05/027
in Carbonic Acid From Light Scattering B007/B102
scattered light becomes weaker with growing distance from To (critical temperature)~
Vertical lines mark the points of condensation in the below-critical isothermal
lines. Fig. 3 shows the dependence of the If-maxima on 4 T for three spectral
lines. The maximum of light scattering shifts towards higher pressure with
rising temperature (Fig. 2). The relation between temperature and pressure at
the V-maxima is, near the critical pointg a straight line with the inclina-
tion of dp/dT - 1-50 at/deg or, in reduced quantities, dx/dr - 6.2. The latter
value is almost equal to that obtained by M.G Kaganer (Ref. 6) for the critical
isochoric curve of various nonpolar gases (dit~d-r - 6.0). In the experiments
described also the intensity I of the transmitted light was measured. The minima
of transmittent light were obtained in the range of the scattering maxima. The
results of earlier measurements made by one of the authors (V.P. Skripov) and
G.P. Nikolayev (Ref. 11) have already been given. The qualitative dependence
of light scatter on wavelength is shown in table 1 and Fig. 3. The light 4.
,3catterinp, observed had the character of a Rayleigh scattering, i.e. If-
I'he data of light scatter and formula (3) (Ref. 8) may be used for calculating
or compressibility P -1 (dv/dp)T of the substance
elasticity -(dp/clv)T v
Card 2/3

80284
An Investigation of the Interphase-region Transition 5/170/60/003/04/05/027
in Carbonic Acid From Light Scattering B007/BJO2
within a narrow range of density variation. In this case elasticity of carbonic
acid along the scattering maxima in the transcritical region was calculated.
The results are given in table 2. The problem of structure marks in interphase-
region transition of gas-like- into fluid-like phases of matter are discussed.
This discussion is made from V.K. Semenchenko's aspect (Ref. 7) who connected
the investigation of phase transitions with the thermodynamical oriteria of
phase stability. In these transitions a continuous number of macroscopically
homogeneous isothermal states contains a region with maximum microscopic
inhomogeneity of fluctuating character. The existence of such regions is con-
nected with the decrease in thermodynamical stability of the original phase and
with the formation of "islands" of-a more stable phase. All anomalies in the
transcritical region are assumed to be caused by the character of the interphase-
region transition. There are 3 figures, 2 tables, and 12 references, 8 of which
are Soviet.
ASSOCIATION: Urallskiy politekhnicheskiy institut im. S.M. Kirova, g. Sverdlovsk
(Ural Polytechnic Institute imeni S.M. Kirov, City of Sverdlovsk)
Card 3/3

S/076/60/034/007/019/042/XX
B004/B068
AUTHORS: Skripov, V. P, and Kostin, V. M.
TITLE: --Specific Heat of Solutions of Triethyl Amine Forming
Separate Layers in Light and Heavy Water
PERIODICAL: Zhurnal fizicheskoy khimii, 1960, Vol. 34, No. 7,
pp. 1503-1507
TEXT: Starting from a theory developed by V. K. Semenchenko (Ref. 1) on
critical phenomena, the predictions of a specific-heat maximum in the
neighborhood of the critical concentration in separate-layer-forming
solutions made according to this theory were examined. For this purpose,
the specific heats of triethyl-amine (I) solutions in heavy water (II) and
in light water (III) were measured with an adiabatic rocking calorimeter
which contained a thermistor and was heated electrically. Five solutions
of I and II containing 19.3; 25.6; 30.5; 33.0; and 43.0 % by weight of I,
and four solutions of I and III containing 20.1; 25.6; 28.B; and 31.5 %
by weight of I were examined. Fig. 2 shows C p, expressed in cal/mole-degree,
as a function of temperature (in OC), and Fig. 4 shows C p as a function of
Card 1/A
I.-

Specific Heat of Solutionsof Triethyl Amine S/076/60/034/007/019/042/XX
Forming Separate Layers in Light and Heavy Water B004/Bo68
the percent by weight of I. For 6.76 mole% of I, a shift of the critical
cal separation temperature equal to 3.8 0 C is observed if H20 is used instead
of D20. The highest C p values are near the critical temperature at which
separation of the solution into two layers occurs. This is explained by the
fluctuation which precedes the macroscopic layer separation and leads to
microscopic latent separation dependent on concentration and temperature.
A visual method developed by Alekseyev is mentioned but not described.
There are 4 figures and 8 references: 7 Soviet and 1 US.
ASSOCIATION: Urallskiy politekhnicheakiy institut im. S. M. Kirova,
Sverdlovsk (2ral Polytechnic Institute imeni S. M. Kirov,
Sverdlovsk)
SUBMITTED: September 23, 1958
Text to Fig. 2: 1: Triethyl Amine and Heavy Water; 2: Triethyl Amine and
Light Water. Molar Concentration of Triethyl Amine in Both Experimentsz
6.76%; a) cal/mole-degree.
Card 2/~-

SKRIPOV, V. P.
"Thermodynamic Stability of a Liquid and Crisis of Boiling"
Report presented at the Conference on Heat and Mass Transfer.
Minsk, USSR, 5-10 June 61
A complete cessation of bubble boiling and the establishment of
a film regime are conditioned by a critical temperature near the
wall and the influence of wettability conditions on it are taken
into account.

SKRIPOV, V.P.
Relationship *tween the dynamic stability of droplets and
critical vapor supersaturation during condensation. Koll.
zhur. 23 no.1:106-111 Ja-F 161. (MIRA 17:2)
1. Urallskiy politekhnicheskiy institut imeni Kirova, Sverdlovsk.

SKRIPOVI, V.P,; KUKUSHYMI, V.I. (Sverdlovsk)
Apparatus fnr observing the lirait superheating of liquids.
Zhur.fiz.kfiim. 35 no.12:2811-2813 D 161. WIRA 14:12)
1. Ural'skiy politekhnicheskiy institut imeni S.M. Kirova.
(Superheaters) (Liquids)

S/862,/62/002/000/003/029
A059/A126
AUTHOR: Skripov, V.P.
TITLE: Critical boiling and the thermodynamic stability of a liquid
SOURCE: Teplo- i massoperenos. t. 2: Teplo- i massoperenos pri fazovykii i
khimicheskikh pmvrwhcheniyakh. Ed. by AN. Lykov and B.M. Smoll~
skiy. Minsk, I,.d-vo All BSSR, 1962. 60 - 64
T=-:. The so-called first critical boiling corresponds to the onset of
disturbances of nucleate boiling which is followed by a transition region with
alternating nucleate and film boiling in space and time and, finally, the tran-
sition to film boiling is accomplished at the point of second critical boillng
('!~'tcr2, qcr2) where At is superheating and q the heat flow. Since it ea'n be
expected, on the basis of theoretical considerations, that the second critical
temperature tcr2 will be close to the. temperature ts of maximum superheating of
the liquid, this assumption was verified experimentally. For this purpose, t.
and tcr2 were independently determined for different substances and at different
pressures. Maximum superheating was determined by the method of H. Wakeshima.
Card 1/3

S/86a/62/002/c,oo/003/029
Critical boiling and the thermodynamic .... A059/A126
and K. Takata (J. Phys. Soc. Japan, v. 13, 678, 1958) which is based on the fact
that small droplets of the investigated liquid flow into the vertical column of
another liquid with a considerabiy higher boiling point which forms a mutually
insoluble vapor. Along the height of the column, a temperature gradient is es-
tablished which secures the superheating of the overflowing droplets. When
these droplets reach some height, they are evaporated in an explosive way with-a
characteristic crack. The apparatus used was further improved by the author and
V.I. Kukushkin which will be described in another communication. Experiments
i,.ere performed with n-hexane, n-heptane, ethyl ether, benzene and water. The
mean coefficient of heat exchange.in. the experiments with droplets was found to
be proportional to 1/% 6t., where *Z is the time of complete evaporation of the
droplets, and ~It the temperature gradient. From data obtained, it is evident
that the critical boiling temperature is, as a rule, lower than the maximum su-
perheating temperature of the liquid. Maximum superheating of the liquid at the
boundary of the solid is determined bythe effective surface tension d eff
(0), where 6 is the wetting angle-and
+ cos 2 )ZY3 (2 cos 9). (2)
2
Card 2/3

S/86Z/6~/OOZ/000/003/029
Critical boiling and the thermodynamic .... A059/A126
The practically complete discontinuation of nucleate boiling is experimentally
found to be due to the fact that the liquid along the hot wall teaches the tem-
perature of maximum superheating, with the conditions of wetting being taken in-
to account. Maximum superheating itself is determined irrespectively of the
phenomena of heat transfer and, from its nature, it appears as the critical
thermodynamic stability of t-he liquid phase at a given pressure. E.N. Gorbuno-
va, M.P. Vukalovich, and I.I. Novikov are mentioned. There are 3 figures and I
table.
ASSOCIATIO14: Ural'skiy politekhnicheskiy institut, g. Sverdlovsk (Ural Poly-
technic Institute, City of Sverdlovsk)

SKRIFOV, V.F.; POTASHEV, P.I.
Heat transfer to carbonic acid along surercirtical isotherms in the
case of free convection. Inzh.-fiz. zhur. ', no.2:30-34 F '62.
(MiRji 1j:1)
1. Ural'skiv politekhnic~e6kiy institut imeni S.M.Kirova, Sverdlovsk.
(Peat~--Transmission) (Heat--Convection) (Carbonic acid)

KOLPAKOV, Yu.D.; 4wmV.-V-p--t;_GORBUNOVA, E.N.
Scattering of light in carbonic acid and its relation to the
equation of state. Ukr.fiz.zhur. 7 no.7:787-792 J1 162.
(MMA 12:15)
lo Ur,-%llskiy politekbnicheski7 institut i Urallskiy filial AN
SSSRp g. Sverdlovsk.
(Light-Scattering) (Carbonic acid) (Equation of state)

33693
0
S/076/62/036/002/004/0001
B119/B101
i"'UTHORS SkriDov, V. P., an,-I Povyshev, L. V. (Sverdlovsk)
TITLE: Excess enthalpy of solutions of liCht and heavy water
.-ERIO-DIC;-.L- 7,hurnal fizicheskoy khimii, v. 36, no. 2, 19(62, 325 - 331
T F X"': The excess enthalpy, AH, of If 0 - D 0 solutiong was determined at
L 2 2
25 and 450C as dependent on the deuterium concentration in the solution.
, ments were conducted in a tilting calorimeter with a Pt res4stancc
1
Measur-
thermometer (measuring device: nnTI3 (PPTV) potentiometer). The endo-
thermic effect observed when mixing H 20 with D 20, is due to the reaction
H2 0 + D20 = 2HDO (equilibrium constant of the reaction 3.80). The heat of
formation, Ah, of one mole of HDO was measured to be 15.5 cal on the
assumi)tion that the solutions are ideal. Theoretical calculations with
the aid of the standard enthalDies of HDO, H 20, and D 20, yielded
Ah = 2B cal/mole, For similar calculations it is therefore necessary 0
that these standard values be determined with greatest accuracy. At 95 C
Card 1/2

33693
3/076/62/036/0021/004/009
Excess enthalov of solutions ... B119/B101
and an atomic fr.-action of the deuterium nD = 0.50, AH is 7.65 � 0.2'~
Cal/mole, at 450C, 6H is 7.55 cal/mole. For determining the heat of
exchange and estimating the temperature dependence of the equilibrium V-K
constants, the calorimetric method nay be applied for systems with fast
isotcuic exchange. A paper by A. I. Brodskiy (Khimiya izotopov (Chemistry
of isoto.nes), Izd-vo AN SSSR, M., 1957) is mentioned. There are 3
fi,T-ires, 2 tables, and 5 references: 3 Soviet and 2 non-Soviet.
MSSO,-T`.TIOH; Ural'skiy politekhnicheskiy institut im. S. M. Kirovn
(Ural Polytechnic Institute imeni S. M. Kirov)
a
STJR"JI'.Pf!1,~]D1 ADril 23, 1960
Card 212

.3 ; '.4_
EP1?(C)/FWT(m)/B
ACQF-55ION MR: AP3004992 S/OOT6/63/037/008/1925/1927
AUTHORSi Skri2ov. V P. Ermakov, G. V.,
TITLE: Practicable superheating of liquids
SOURCE: Zhurnal fiz. kh1mii, v. 37, i~o.18, 1963, 1925-1927
TOPIC TAGS: superheating, superheating of liquid
ABSTRACT: Results are reported on the determination of practicable!
limits of superheating hydrocarbons at atmospheric and near criti-
cal pressures according to methods of H. Wakenshima-and K. Takata
(J. Phys. Soc. Japan, 13, 1958, 678) and V. P. Skripov and V., I.
Kukushkin (Zh. fiz. khimii, 35, 1961, 2811). Experimental tempera-,
ture limits agreed with values calculated from Doering-Volmer'for-
how-
mula. Near the critical conditions (P :-- 0.7 Pk1 tk = 196.6C)
ever,.data could not be obtained because the droplets lose their
explosive character. On p - t coordinates, the line of * superheat-
ing limits is almost straight for n-pentane. The values for n-
hexane and n-heptane are practically on the lame line. Orig. art.
-Card

L -Mr3::63-
ACCESSION NR-. AP3oo4992
hasi 1 table.
i
ASSOCIATION: Urallskiy politekhnicheskiy institut im. S. M. Kirova,~
Sverdlovsk (Ural polytechnic institute)
SUBMITTED: igNov62 DATE ACQ.# 06Sep63 ENCL: 00
SUB CODE: CH NO REP SOV: oo4 OTHER: 003
;Card

, , .P S~MIYOV, V. P.
N IKOLXYLli U : . ; -
"Irive ~, t 4, at i(-)ri iritr) the 'ulzrn-out of --arbori dioxide, boiling witi-, natural can-
vection at pressures close to criticEd."
report submitted Vor 2nd Ali-Union ConC on Illeat & Mass Transfer, Rinsk, 4-12
Ma.y 19611.
Ural' Pol,4techaiic Inst.

S i I-,, I 1-CV, V. -. ,: i-17 -111-~TRCIV IN.'Al Ye . It .
"Curlvecti%rc: fluaL ~.i diozlde in tir-e near critical reglion."
report submitted for 2nd All-Union Conf on Heat & Mass Transfer, Minsk, 4-12
Play 1'~,'164.
Ural' ;,ranch, Acad Sci USSR, Ural' Polytechnic Inst

PAVLOV, P.A.; SKRIPOV, V.P.
Boiling up of a liquid in pulse heating. Part 1: Methodology of
the experiment with thin wires. Tep-lofiz. vys. temp. 3 no.1:109-
114 Ja--F 165, (MIRA 18t4)
1. Urallskiy politekhnicheskiy institut imeni Kirova.

ACCESSION NR: AP4034605 S/0143/64/000/004/0066/0071
AUTHOR: Skripov, V. P. (Docent); Nikolayev, G. P. (Engineer)
TITLE: Heat exchange with boiling carbon dioxide at near-critical pressures
SOURCE: IVUZ. Energetika, no. 4, 1964, 66-71
TOPIC TAGS: carbon dioxide,.carbon dioxide heat exchange, heat exchange,
critical boiling, critical boiling pressure
ABSTRACT: An experimental investigation of the critical boiling of carbon
dioxide at near-critical pressures of a liquid-vapor system under natural convec-
tion conditions is reported. The heat exchange was studied with a 3. 9 / 3. 0 -mm
brass tubing passing circulating water and cooled externally by boiling carbon
dioxide. The tubing was mounted in a pressure chamber with thermocouples,
viewing ports, etc. (drawing supplied). These pressures were maintained in the
.chamber: 65.9. 68. 1, 69.9, 72. Z, 73.7. 74.2, 75. 0 kg1cm A. ; the carbon dioxide
z
critical pressure was 75.3 kglcm " It was found that: (1) At near-critical
pressures, the pattern of liquid boiling on the tubing surface undergoes a sharp
Card 112

ACCESSION NR: AP4034605
change; the wall -temperature vs. ape cifii- -ther mal -flow curve retains its normal
shape; it passes through its maximum and minimum, except for p a 75.0 kg/cm
where no crisis was observed; (Z) For pressure ratios p/p,
.,i+. - 0.875-0.995,
the variation of q,,, , q,~,,, and twr"-., was measured, the I-,cal wall
temperature corresponding to the bubble -to-film-boiling transition was lower than
,,it ; (3) The line of the max -heat -transfer factor turns into the supercritical
t,
max -heat -transfer line at the boiling point; at supercritical pressures, boiling is
impossible; however, the max th6rmal expansion and max heat capacity conditions
result in the highest heat-transfer factor. Orig. art. has: 4 figures and
I formula.
ASSOCIATION: Ural'skiy politekhnicheakiy institut im. S. M. Kirov
(Ural Polytechnic Institute)
SUBMITTED: l8Mar63 DATEAGQ: 15May64 ENCL: 00
SUB CODE: PR,GG NO REF SOV: 004 OTHER: 000
Card Z/7,

ACCESSION NR: AP4041051 s/olzo/64/000/003/0 15~",'61 ~5
AUTHOR: Skripov, V. P.; Cherepanov, V. N.
TITLE: Instrumeni for determining the range of sensitivity of an overheated
liquid to radiation
SOURCE: Pribory* i tekhnika ekBperimenta, no. 3, 1964, 192-195
TOPIC TAGS: bubble. chamber, bubble chamber radiation sensitivity
ABSTRACT: An instrument (see Enclosure 1) provides for floating up tiny I
droplets of the test liquid in another liquid. In small flask 12, a small amount of
the test liquid is emulsified in sulfuric acid by means of a magnetic stirrer 1.
Via capillary Z, droplets of 0. 1-0. 4-mm enter a glass tube I I filled with sulfuric
acid and float up. A copper shell 4 has heater 8 at the top which provides for a
uniform temperature rise along the acid column. Glass jacket 6 stabilizes the
heat loss conditions. Isotopes Co'60, Zn65, NaF11 , and the gamma-bremsstrah1fing
from a 6-Mev betatron were used as radiation sources. Without irradiation. an
droplets burst within 2 mm (temperature interval t 0. 5G) , With irradiation, part'
.7-7

ACCESSION NR: AP4041051
of the droplets burst at a lower temperature. These substances were tested:
n-pentane, n-heptane, pernuoroheptane, pernuoropropylpyridine. Sensitivity
temperature limits for these substances are reported. "The authors wish to
thank Ye. N. Sinitsy*n for his help In carrying out a few of the experiments.
They are also grateful to W. B - Delone, V. I.. Lyapidevskiy, and G. S. Voronov
for discussing some points, and to S. V. Sokolov for lending the fluorinated-
I'liquids. " Orig. art. has: 3 figures'and I table.
ASSOCIATION: Ural 'skiy pblitekhnicheskiy institut im. S. M. Kirova
(Ural Polytechnic Institute)
ASUB11ITTED: 02jul63 ENCL: 01
SUB CODE:. IM NO REF SOV: OOZ OTHER: 002

ACCESSION NR: AP4040376 S/0185/641009/004/0393/0400
,AUT11OR: Skripov, V* F.
ndary of its Stabilityffixth Con-;
.TITLE: overheated liquid near the bou
.ference on the Physics of Liquid State of Matter hold in Kiev in 19637
SOURCE: Ukrayins'ky*y fizy*chny*y zhurnal, v. 9, no. 4,-1964.
393-400
TOPIC TAGS: overheated li4uid stability, metastable state, over-
-saturated vapor, thermodynamic stability, Van der Waals equation,
;11impan equation
~.ABSTRACT: The attainable overheating of liquid under pure conditions!
iis associated with the kinetics of the process of forming nuclear
centers of the vapor phase. However, there is a thermodynamic bound-~
!ary of the stability of liquid (spinodal), defined by the equation
(DP/DV)T - 0. A method is proposed for approximating this boundary
using the experimental data on the attainable overheating of liquids.
This is important for making the equations of state more precise so
that they can correctly describe the properties of the substance in
the region.of metastable states. As an example, the Van der Waals
~Card 1/2

ACCESSION NR; AP4040376
equation was used to obtain some information about the state. It was
found that since the derivative (dp/dT)sp is positive, the possible
changes of molecular volume of the liquid at the boundary of stability
are within limits of 1/3Vk< Vsp< Vk, where Vk is critical volume.of
.substance and Vspis.the moleculw volume of liquidonthe spinodal. This
range of volumes coincides with the evaluation of the region accepted
:in literature in which a liquid can exist, at least for simple sub-
stances. The volume-of liquid on the spinodal first increases slightly
with a rise in temperature, then increases faster and faster until
.the critical temperature is reached. For comparison the Himpan equa-
tion of state (an equation of the Van der Waals type with more precise:
coefficients) was calculated for n-pentane. Comparison of the results.
obtained from this calculation and the processed experimental data for:
the attainable overheating of n-pentane at different pressures showed
that good agreement-was obtained. Orig. art. hast 8 formulas and 5
figures.
ASSOCIATION: Ural'skiy politekhnicheskiy institut, Sverdlovsk (Ural
Polytechnic Institute)
:SUBMITTED: 00 DATE ACQ., .13May*64 ENCLt 00,
SUB CODE: GP NO REF SOV: 004 OTHER: 002
.Cord 2/2

SKRIPOV, V.P.; YEPMAIOV, G.V.
Pressure dependenl-e of ti.- j'it,-mate qupfzrheating of liquids
- ~l
1.
L.Illir. fiz. khirr. 39 no.2-.~96-~04 F 64. (MIRA 17-.;)
flk
-a--'.qkiy p,-,,2itekhnicheskJy instilut imeni Kirove.
- UT ~ -1

L 23042-65 04T (m) IjP(C)
ACCESSION 1JR: AP5002311 S/0053/64/084/004/0727/0M
AUTHQR: Skripoy V.
tf-M, Ye _-N
J. f~ARL
TITLE; Experiments with superheated liquid
SOURCE: Uspekhi fizichoskikh nauk, v. P)~, no. 4~ 1964P 727-729
TOPIC TAGS: superheat, methane, pentane, nucleate boiling., bubD ~ec Mb-lar-1
ABSTRACT: The author indicates that the question of degree of superheat attain-
able in a vapor is not discussed in textbooks, and,the very possibility of a.
prolonged existence of highly superheated liquids is not well known) so th'it it
would be useful to introduce appropriate laboratory experiments in the physics
curriculum. Apparatus used to this end at the Physicatechnical Department of them
Ural Polytechnic Institute, both for research and for student laboratory exer-.
cises, is described. The apparatus is shown in Fig. I of the enclosure. It is
used to superheat a saturated hydrocarbon of the methane series in the form of
small droplets imbedded in sulfuric acid. Droplets of diameter 001--0.5.mm are
superheated and made to float upward in sulfuric acid. When a definite tempera-
tMe is reached, the superheated droplets become unstable and evaporate ex-
Ccird 1/3

L 23o42-65
ACCESSIO14 VR: AP50023U
plosively, with the resultant characteristic, noise clearly heard in the lecture
room. By introducing a thermocouple at the position of the explosion it is pos-
sible to determine with sufficient accuracy the corresponding temperature ofthe
medium and consequently the temperature of the droplets. More detailed informa-
tion on the attainable superheating of the liquid can be obtained by bringing the
droplets to rest at a given temperature. The procedure for this is alsolde-
scribed. The apparatus can also be used to determine the lifetime of droplets
under the action of ganma radiation in the sensitive zone of a superheated liquid4
Experiments of this kind are similar to investigations of.the density of tracks
of ionizing particles in bubble chambers. The,performance of such an experiment,
is described. Orig. art, has*. 2 figures.
ASSOCIATION: None
SUBMITTED: 00 ENCL: 01 SUB CODE: GPI
TiR RW SOV: 005 OTMM: 001
Card 2/3

L 23o42-65
ACCESSION W
- rig.!:
i
6rd

SKRIPOV, V.P.
A sup-erheated liquid near the limit of its stability. Ukr.
fiz. zhur. 9 no.4:393-400 Ap 164. (MA 17:8)
1. Urallskly politekhnicheakiy inatitut, Sverdlovsk,

SKRIPOV, V.P.; SDIITS)W, Ye.N.
.L
Experiments with superheated liquids. U-1p. fiz. nauk 84 no.4:
727-728 D 64 (MIRA 18:1)

L 46104-65 E14'r(l)/EPF'(c)/EFF(n)-2/EW(m!/EPR Pr-4/Ps-4/Pu.-4 T4W
ACCESSION RR.- AP5009555 9/mT/65/OW/Ml/0115
AUMORI Pubrovina, E. N (Sverdlomk); Skripovp V,P* Sverd2o"k)
near i i7r_Rf~_A p4lat of carbon dimdde
TrM: Convection and beat exchange
SOURCE: Prikladnoy mekbaniki Les 6y fizW- p no.- I,,- 1965t 115-119
TOPIC TAGS: heat exchange, convection, carbon dioxide,, critical point, convective
beat exchange
ABSTRACT: Convective heat exchange of carbon dioxide with an electrically- heated
platinum wire was investigated in horizontal and vertical chamels* The coeffi-
cient of heat exchange and the coefficient-of convection were determined. The
criterial equation determining the currents of convection vas,verified. 7fie con-
nection between the conditions that.ens=e the development of convection and cW-
acter of heat exchange vaa checked for a wide range of states of the aubstance.
Particular attention van paid to states lying on both sides of the line of trans-
critical continuous trawitions through the region of decreased thermo4mamic.
phase stability. Me experimental set-up is shown in Fig. 1 of the Eaclosure*
During the course of the experiments meawxr==ts vere made of the temperature#
Card

L 4616h-65
kPOW555
Fig. -10 sift-lup
~Ccro 3/4