SCIENTIFIC ABSTRACT SHEYNDLIN, A.YE. - SHEYNFAYN, R.YU.

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• Collection: Scientific Abstracts
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• Document Creation Date: November 2, 2016
• Document Release Date: August 9, 2001
• Sequence Number: 4
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

Experimental Determination of the Enthalpy of S/170V61/004/002/00-1/018
Corundum (A1203) at Temperatures of 500' to B019/n060
20000C
up to 13*180C with a Pt-PtRh thermocouple). The measuring instruments were
controlled at the VNII Komiteta standartov mer i izmeritelgnykh-priborov
(VNII of the Committee on Standards, Measures, and Measuring Instruments).
The test piece may be allowed to drop from the furnace into the calorimeter,
and the heat content of the test piece is calculated from the temperature
changes of the Cu block. The calibration of the system is discussed in
detail. In this calibration, the various forms of heating curves of th6
test pieces were not found to have any effect upon the experimental
results. Anhydrous aluminum oxide (a-modification) was the initia-.1 material
for the preparation of corundum. The test pieces were placed in an ampoui~,
whose heat capacity was known and which was heated with the test piece in
the furnace. The ampoule was designed in a way as to fit precisely ir.:.--,
the tapered bore of the Cu block. The enthalpy of OOC up to a test
temperature of ta was calculat ed by the following formula:
t tk
i a j- (HAR + cl q ) + i where HOR is the heat introduced
00C G w 00C
Card 213

Experimental Determination of the Enthalpy of S/170/61/004/002/001/018
Corundum (Al2 03) at Temperatures of 5000 to B019/BO60
20000C
through the test piece into the calorimeter, G is the weight of the test
piece, q, is the heat loss of the test piece while falling, and
iq is the test-iiece enthalpy from 0 0C up to temperature t ' of the
00C k
calorimeter system after heat compensation. Results are given in Table 1.
A comparison with data supplied by other authors gave satisfactory agree7
ment. E. N. Rodigina, K. Z. Gomellskiy, N. B. Vargaftnik, and 0. N.
Oleshchuk are mentioned, and reference is made to work carried out at the
filial Vsesoyuznogo instituta metrologii (Branch of the All-Union
Institute of Metrology) in Sverdlovsk. There are 5 figures, 1 table, and
20 references: 11 Soviet, I German, and 1 US.
ASSOCIATION: Energeticheskiy institut, g.Moskvs. (Institute of Power
Engineering, Moscow)
SUBMITTED: August i9, 196o
Card 3~?

W
25723
S/020/61/139/003/022/025
B127/B2o6
AUTHORS: Kirillin, V. A., CorreSDonding Member AS USSR,
Sheyndlin, A. Ye., and Chekhovskoy, V. Ya.,
TITLE: Experimental determination of the enthalpy of molybdenum
at 700-23370C
PERIODICAL: Akademiya nauk SSSR. Doklady, v. 139, no. 3, 1961, 645-647
TEXT: The entuhalpy of molybdenum having been studied only up to 15000C,
the authors continue the investigation by studying the enthalpy at high
temperatures wiih the mixing method, applying a massive calorimeter.
Tungsten heaters were used for generating the temperature. The experi-
mental plant was evacuated to a pressure of 10-3 mm Hg, or filled with
argon to 1.05 a-.m absolute pressure. The temperature was measured by
platinum resistance thermometers connected to a RMC-48 (PMS-48)
potentiometer and an M21/4 (M21/4) mirror galvanometer. Temperature
fluctuat)ons were only tO.0010C. The specimens were taken from
molybdenum ingots produced by powder metallurgy, the ingots containing a
Card 1/3

25723 S/020/61/139/003/022/025
Experimental determination of the.., B127/B206
maximum of 0.04-0-05 % impurities; they had the shape of a truncated Gone,
the surface of -which was carefully polished. Temperatures up to 13270C
were measured by platinum-rhodium-platinum thermocouples, the hot junction
of which was inside the specimen, Higher temperatures were measured by a
pyrometer. in which case a cavity was made in the specimen in order to
produce an ideally black body. The specimens were suspended in a vacuum
furnace by means of a graphite ring to prevent sticking at higher tempera-
tures. For thermal stabilization, the specimens were tempered in the
vacuum furnace at 20500C. They were heated for 3 hr, and subsequently
cooled for 1.5 hr. The experiments were repeated after this thermal
stabilization, Their results are tabulated. One calorie was assumed to
equal 4,1840 abs.joules, The maximum error was no more than �0.4% for
temperature measuiement by thermocouple, and �0.9% by pyrometer at
1300-20000C, and - 1.2% at 2000-24000C. There are I table and 9
references; 4 Soviet-bloc and 5 non-Soviet-bloc. The two references to
English-language publications read as follows: T. A. Redfield,
J. H~ Hill, United State Atomic Energy Commission, ORNL - 1087;
Sept. 24, 1951; A. G. Worthyng, Pbys. Rev.. 28 195 (1926)~
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S~07220~61/139/dO3/022/M
Experimental determination of the... B127/B2o6
ASSOCIATION: Laboratoriya vjsokikh temperatpr.A'--ademii nauk SSSR
(Laboratory of High Temperatures; Academy of Sciences USSR).
SUBMITTED: May 3, 1961
Table. Experimental 1 M 10-C. d"(
T -,r&c
Pa. C It n. ft. a P .
results on the enthalpy KKnAiKr XxWxr
of molvbdenum. IT'
Degend: (1) Serial 1 699,3 45,58 12 1690 t24,45 23 2046 158,72
number, (2) temipera- 2 883.3 58,82 13 1739 128,95 24 20-77 160,29
Oc, 3 1010,7 68,53 1,41 1780 '133,01 25 2106 163,47-'
ture, (3) 1199,0 83,09 15 1788 133,70 26 2165 170,95,
kcal/kg. 5 1327,4 D3,19 16 1 Wi t39,48 27 2t72 170,591~
t 00C, 0 1432 101,51 17, 1900 144146 28 2235 178,10'.
7 14116 102,66 1 13 1942 147,87 29 224t 178,30
8 1536 11.0,40 19 1054, 150,37. 30 2250 179,37

0 1600 115,67 20 1970 151,63 3 t 2257 181,03,
to 1629 t18 91 2L
1 1985 151,44 32 2337 190,22:
It 1657 121:04 , 22, 2036 1 ~6, 67
Card 3/3-

ZENGER-BREDT, I.[Sanger-Bredt, I.]; SYCHEV, V.V.[translator);
ASDTOVSKIY., E.I.ftranslator]; KIRILLIN, V.A., red.;
SPEMLIN A Ye doktor tekhn. nauk, prof., red.;
Ni~H,-i'~. red.; KARPOV, I.I., tekhn. red.;
KOROTEYEVA, Yu.I., tekhn. red.
(Some properties of hydrogen and water as possible working
fluids for mckets]Nekotorye svoistva vodoroda i vodianogo
para - vozmozhnykh rabochikh tel raket. Moskva, Izd-vo ino-
str. lit-ry, 1962. 98 p. Translated from the &wdiz&-and
the German. (MIRA 16:1)
1. Chlen-korrespondent Akademii nauk SSSR (-,'Or Kirillin).
(Rackets (Aeronautics))

34660
S/096/62/000/002/004/008
Eln/E414
AUTHORS. Kirillin, V.A., Corresponding 3-fember AS USSR,
Shgym4jjp__A.,_Ye., Doctor of Technical Sciences,
Chekhovskoy, V.Ya., Candidate of Technical Sciences
TITLE: Thermodynamic properties of tungsten in the temperature
range 0 to 24WC
PERIODICAL-. Teploenergetika, no.2, 1962, 63-66
TEXT~ The authors de.-3cribe their experimental determination of
the enthalpy of tungsten at 2000 to 234OnC,, They used the method
of mixtures with a massive copper calorimeter with a constant
temperature jacket, The apparatus and method were described by
the authors in previous papers (Ref.5: DAN SSSR, v-135, no.1,1960-i
Ref,61 Inzhenergo-fizicheskiy zhurnal, v.41 no.2, 1951. 3)~
Tungsten heaters enabled higher specimen purity to be m.'ainta�ned
than with graphite heaters. Special measures were taken to
prevent sticking of the specimens at temperatures above 200CC.
Specimen temperature was measured with a disappearing-.filament
optical pyrometer (estimated error + 0~7%)- The surface of
specimens was kept polished throughout the series of experiments
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s/o96/62/000/002/oo4/oo8
Thermodynamic properties Elll/E414
and they were weighed before and after each determination,
Experiments were performed in both argon and vacuum., From the
present and previous (Ref,3- Inzhenergo--fizicheskiy zhurnal, 1962)
work the authors worked out empirical equations for the enthalpy
and specific heat of tungsten, The results are,,,
-4 2
enthilpy: -1 T 1273~15 = 5,556T + 4.935 x 10 T +
14.9 x 10-9 T3 - 1554.8 cal/g atom (6)
specific heath 1.1 cp= 5.556 +, 9.87 -K 10'-4T
3 2 ,
4.47 x 10- T -al/g atom x degree (7)
en thropy sT IS 273~15 ~12:793 lgT 1- 9.87 x 10r- 4T
2-,24 x io-8T2 _ 31,440 cal/m atom x degree (9)
From Eq,(6), (7) and (9) the smoothed values were calculated
(Table 2), The authors estimate the random error in their
Card 2/4

. SHEYNDLIN A. Ye. (MOBkva); GUBAREV, A. V. (Moskva); KOVWYUK, ;V. I.
FROKUDIN, V. A. (Mosk7a)
Problem concerni the optimisation of the operati.on of magneto-
hydrodynamic geneltors. Izv. AN SWR. Otd. telch. nauk. Energ.
i av-tom. no.6:34-38 N-D 162. (MIRA 16:1)
(14agnotobydrodynamice)

S/02 62/142/006/016/019
Bl 01 YB1 44
AUT-HORS: Kirillizi, V. A., Corresj;onding Member AS USSR, Sheyndlin,
A. Ye., and Chakhovskoy, V. Ya.
TITLE: -'Enthalpy and specific heat of tungsten between 0 and 24000C
PZRIODICAL: Akademiya nauk SSSH- Doklady, v. 142, no. 6, 1962, 1323-1326
T---'XT: The determination of entlialpy and specific heat of tun.sten was
extended up to 2340 OC. The specimen obtained by powder metallurgy
techniques was prevented from being soiled by using a furnace with
tunc-sten, not Eraphite, heater. The impurity content of the specimen was
lest, than 0.05',,. The measurements were made in vacuum (10-2_1b-3 mm Fig)
or in arGon atmosphere. A cavity bored in the specimen was covered by a
tunGsten disk with a bore of 2.3 mm in diameter, and a pyrometer was used
for the exact temperature neasurement (absolute blackbody) between 2000
and 24000C. The following empirical equations were found fog the
temperature range 0-24000c: it - i 00C , 0-031701; + 2.75-1 ()- t2
+ 8.1-10- lit, (1); cp . 0.03170 + 5.50-10-6 t + 2-43-10- 10t2
Card 1/2

and specJ'Jc heat ... S/020/62/142/006/016/019
B101/B144
PC,) = 5.626 + 10.11,10-4 t + 4-47-10-8 t2. it - i00C denotes the chanr~e of
enth-al
py (kcal/'Kj); c p the true specific heat (kcal/kg-def;); ~ic P the true
atomic heat (cal/a-atom-deg.). Basic data: atomic weight of tungsten:
163-66; 1 Cal - 4-1840 absolute joules. Maximum deviation of measurements
results from values calculated by Eq. (1): 0.4-~ between 357 and 1200OC;
0.5067-3 between 1000 and 2000OC; 11' between 2000 and 24000C. Good agreement
was found between Dresent results and those of other research.workers
whose methods are discussed briefly. There are 2 tables and 20 references:
06 Soviet and 14 non-Soviet. The four most recent references to English-
!an-uaae publications read as follows: K. K. Smith, P. 71. Bigler, Phys.
Rev., 19, 266 (1922); L. i. Bocksthaler, Phys. Rev., 2.~, 677 (1925);
K. F. Kelley, Bureau of Mines Bull., 476 (1949); H. L. Bronson, 11. 114.
Chisholm, S. 171. Dockerty, Canad'. J. Res., ~, 282 (1933)-
ASSOCIATION: Laboratoriya vysokikh temperatur Akademii nauk SSSR
(Laboratory of HiGh Temperatures of the Academy of Sciences
USSR)
SUB,MITTED: November 30, 1961
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KIRILLIN, V.A.; SHEYNDLIN., A.Ye.; GHMOVSKOY_, V.Ya.; PETROV.. V.A.
Experimental study of the enthalpy of tungsten in the range of
temperatures from 2400 to 2820"G. Dokl.MI SSSR 144 no.2:390-
391 NY 162. (MA 15:5)
1. Laboratoriya vysokJ-kh temperatur Mookovskogo energeticheskogo
instituta. 2. Chlen-korrespondent AN SSSR (for Kirillin).
(Tungsten) (Enthalpy)

KIRILLIN, Vladimir Alaksayevich; 5HEYNPLIN,.-Alo~sand
, -r Xqf~~q~j
SYCHEVP V.V., red.; BULIDYAYEV, N.A., tekhn. red.
(Studies of the thermodynamic properties of substances] Is-
sledovaniia. temodinamicheskikh svoistv veshchestv. Moskva,
Gosenergoizdat, 1963. 559 p. IWRA 16:5)
(Matter-Thermodynamic properties) .,4-

SHEYNDLIN, A. YE., ASINOVSKIY, E. I.,
%tudy of Electric and Optical Properties of Argon in Stabilized Are,"
report presented at the 6th Init. Conf. on Ionization Phenomena in Gases,
Pakis, France, 8-13 Jul 63

SHETIOLIN, A. YE., CHEKHOVSKOY, V. Ya., and KIRILLIN, V. A.,
"Zntal'piya i 'De-ploemkoct' Nekotorykh Tverdikh Veschestv pri Vec'ma Vysokikh
Tbmperaturakh. (Enthalpy and Heat Capacity of Some Solid Substances at Very High
TL-mperatures.)"
report presented at the Intl. Symposium on High Ibmperature Technology held at Asilomar,
California, 8-11 Sep 63

KAZAVCHINSKIY, Ya.Z., prof.; KESSELIM.AN, P.M., kand. tekhn. nank;
KIRILLIN, V.A., akademik; RIVKIN, S.Li, kand. tekhn.
n--uk; SYC =-, V.V., kand. tekhn. nauk; TDIRG-1, D.L.,
_PLTli A. e., prof.; ShPILIRAYN, E-E.E., dots.;
prof.; qjQjl y
BULIDYAYEV, N.A.:--ibk-hn. red.
(fleavy water; its thermophysical properties] Tiazhelaia
voda; Teplofizicheskie svoistva. Moskva, Gosenergoizdat,
1963. 255 P. (MIRA 17:2)
1. Nauchno-issledovatellskiy Usfifut vysoki~h teppairi~llk pri
Moskovskom energeticheskom institute (for Kiril-lin, Sychev,
Timrot, Sheyndldn, ~hpillrayn). 2. Voesoyuznyy nauchno-
issledovatellskiy teplotekhnicheskiy institut imeni F.E.
Dzerzhinskogo (for Rivkin). 3. Odesskiy institut inzhenerov
morskogo flota (for Kazavchinskiy). Odesskiy tekhnologi-
cheskiy institut (for Kessellman).

PF r 2 if R/"F P A /S' A 2/E',,ri 'ef-P (b /T/-E1,4Ad81.r? I e/r-%Tj w
ACCESSION NR: AT5007727 S1000016310001000/0104/0109
AUTHOR: �yUndlin, A. Ye.; Chekhovskoy, V. Ya.; Petrov, V. A.
TITLE: Determination of certain thermophysical propertiJ of corundum
SOURCE: AV SSSR. Institut khimii silikatov. Silikaty i okisly v k-himii vysokikh
temperatur- MfffEi-6i-san oxides in fi-fi-h--Ce-i-perature chemistry). Moscow, 1963,
104-109
TOPIC TAGS; corundum, melting point determination, heat of.-fusion."heat capacity,
enthalpy
ABSTRACT: The article describes.the experimental determination of the heat of fu-
sLr.,ri of corundum, its welting point, and the enthalpy of its melt up to 2500C. An
ey,perimental calorimetric device was used for the measurements. Molybdenum ampoules
iri which pi.,res oF corundum were placed were employed it, the determination of ~-,e
enthalpy. On the basis of the experimental data obtained, an empirical equation
wgq dertv-2d for the enthalry of the c:orundum melt in the range from the melting
point to 250OC:
Rr H273.15 0.4678 T 232.6 1kcal /kgs
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ACCESSION NR: AT5007727
where T is in degrees Kelvin.- From this equation'. -'the' heat---of fus-ion-"-was--foutid:-t-o--~z
be 254 kcal/kg or 25.8 kcal/mole, the true heat capacity being CP = 0.4678 kcal/kg'o
deg. Orig. art. has: 2 figures, 1 table, and 5 formulas.

IMID1 I rhl) A. 'T, at id (-'1T,-X;,1'0xfSKC1V V . Ya
IExr)eriv7cnJ,al detertr-,inarion of integral er.-issivity ,uid monochromatic elmissivity
of metalls at high temperatures".
Seminar on production methods, physil:al properties, and electron structure of
refractory metals, compounds, and alloys, organized by the Institute of Powder
MoLa!-Lurf-~v and Specia-l- Alloys AS (rkr SSR, Klev, 25-21) April 196.3.
(TIeviofizill.-M vysokikh temperatur, No. 1, 1963, P. 150

PETROV, V.A.; CHEKHOVSKOY, V.Ya.; SHEYNDLIN, A.Ye.
Experimental determination of the integral emissivity of metals and
alloys at high temperatures. Teplofiz. vys. temp. 1 no.1:24-29
Jl-Ag 163. (MIRA 16:10)
1. Nauchno-issledovatel'skiy institut vysokikh temperatur.

ACCESSION NR: AP4017727 S/0294/63/001/003/0462/0464
AUTHORS: Petrov, V. A.; Chekhovskoy, V. Ya.;.4heynd11.in,__A,, Ye.
If TITLE: Experimental determination of the degree of blackness of
niobium in the temperature interval 1200--2500K ~ i
'SOURCE: Teplofizika vy*sokikh temperatur, v. 1, no. 3, 1963,
TOPIC TAGS: niobium, blackness, degree of blackness, hemispheric
blackness, monochromatic blackness, integral blackness, pyrometry,
micropyrometry
ABSTRACT: Results are presented of an experimental determination
of the integral hemispheric and monochromatic (X - 0.66 x 10-6 M)
degree of blackness of niobium in the tenperature interval 1200--
25000K. There are very little published data on its optical pro-
perties and particularly the degree of blackness. The measurements
were made on a specimen in the form of an electrically-heated thin-
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';ACCESSION NR: AP4017727
wall tube with outside diameter 9 mm, wall thickness 0.5 mm and
length 300 mm. The experimental setup, the apparatus, and the mea-
surement procedure were described elsewhere (Teplofizika vy*sokikh
temperltur v. 1, No. 1, 1963). All experiments were made in a vacu-
um 10- NIM2. The experimental error is estimated at �4%. in addi-
tion, a check was made on the blackness of the tube when viewed from
the end, as is sometimes done to determine the true temperature,
The results show that the degree of blackness of a hole drilled in
a tube is 0.89--0.90 and that to improve the results it is necessary
to use a small hole and a micropyrometer. Both the monochromatic
degree of blackness and the integral degree of blackness exhibits
a noticeable increase in degree of blackness during the initial
i.heating. The accuracy of the measurement of the monochromatic de-
~gree of blackness is estimated at �11% at 1300K and +7% at 2300K.
The data are compared with those by others and the reasons for the
discrepancies discussed. Orig. art. has: 2 figures and 4 tables.
Card .2/5--

ACCESSION NR: AP4017727
!ASSOCIATION: Nauchno-issledovatellskiy institut vy*sokikh tempera-
ltur (Scientific Researcb Institute of High Temperatures)
,'SUBMITTED: 050ct63 DATE ACQi 23Kar64 ENCL: 02
';SUB CODE: PH NR REP SOV: 001 OTHER: 004
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S/120/65/oco/ool/o64/072
EO 3 2/ S3 14
%U'r. 1 CS C:-ia%hovsIV:oy, 3-.Ya. and Sheyndlin, A.Ye.
MY' Z LI 11>
I~L Laboratory furnace uith a --rap1hite heater for
studies above 3 100 0 C
PZRIODICAL: Pribory i taklinika eksperimenta,.\no. 1, 1963,
197 - 199
;:-,T: Tungsten furnaces are unsuitable whon
the -.-atcrials investigated tend to corrode tungsten at high
-L --a -Lur es. This can be avoided' by the use of a graphite
at er. 1 shows a furnacc of this ty;pe. The furnace is very
si!-.iilar to the 75'~~' (TVV) fUr-IMCO an(t, in fact, tl,ic tungston
clom,ent of existinl- TIrV furnaces cait be replaced by the graphite
clc:~icnt. The graphize heater 16 in '6,,o forni of a tube (25-33
MUM in dia.-iieter, lcnStli. of rcc;j-on 26C The lower and of
'Ll-le Licater is in tlic of a conical contact attached by ineans of
t h 0 nut 22 to the current lc,-.,d 21 T71c tube is free to
1- rN
ex-pand in a fi:.:od graplite aoldcr 1`~ 'file U,~--.)e:7 Current lead *0
rests on a ffixcd cylind--j4cal tube 3 The haatc-" is surrounded by
a sysiam of radial and end screens miz.de ol- graphite (11, 16, 19)
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S/120/63/000/001/064/072
Laborztory ftirnjcc .... :(D 3 2/ E5 14
and by Lj-,11 st,-xijjjcOs-s-,- eel. screens (10, 13, 15, 20.).
J
Other scrcclis are at 17 :,,id (--ralpi,.ito). Tlic furnace operates in
10 -i
a vacuu;~: c)-. lc I:lg o-,, in c~n ar.,-on atmosphera of 1.05 atri
u-,) to about 2 COO oc. It iL used only in an inert a'L',:,,os -phar a at
iiz;hcr te:.,;)e:~'atures.A tc:-.iPe--at-urc of 510C ivas reached at
a Power of 5 5 5 Tlic cleric.-it. is supplied
tilrou~;1I Zm (~~OSSK-25/0-5) and a step-
C-S U 0 - 5 The Sul),.Jly volt-a-C is
-co -,.:ithin I,y c-.
volta-c-
st. a b i 1 -1C0 A C, C; T' ere are 3 fi urcs.
-,;3 C C1, C 2,1: Zlllc leclovatellslAy Jnst-itut vysolzilkh
to!,,:-cratury (Scient-iLl'ic --lescarcii ln-~tjtutc for
High Temperature's)
SU-311, "ITI-11 January 29, 1962
0 a -, d. -,, /

S/120/63/000/001/064/072
In
ilabo.,%Aory furnacc .... :,,, e_/-L,314
"~ig. 1:
t. !~! Q-. z ;; a ~: ;z 4 -- C-:,
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L 1138M3 EPR/EPF(c)/W(n)-2/E~P(q)/EW(m)/BDS/T-2/ES(s)-2 AEDQ/AMG/
ASDI/SSD Ps4/Pr-h/PU--h/Pt,4j WH/Vd/K S/120/63/000/002/032/041
AUTHOR: Sheyndlin, A. Ye., Chekhovskoy, V. la-, and Reshetov,: I;X A.
V
TITLE: High-temperature layoratory oven with graphite lements for
research at 30000C'~
PERIODICAL: Pribory i tekhnika eksperimenta, March-April 1963, v. 8, no. 2,
153-156.
TEXT: The article discusses the design and test results for a high-temper--
ature over with graphite heaters for reseirch on enthalpy:a*nd thermal capacity.,
The heating elements consist of two series-connected tubes; at 30000C,the'furliace
drawn about 30 kw. The temperature.of th., heating elements is-cofistant along:.
their length within 10-360C over-the IIOQo'.27000C,range.- There are three f igures..'
ASSOCIATION: Nauchno-lssUkdovatel'skiy institut vysokikh. temperatur MEI (High-
TeT2erature Scientific-Research institute at the Mscow 'Power
Engineering Institute)
SUMAITTED: April 28, 1962
jaleA_
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SHEYNDLIN, A.Ye., doktor tekhn. nauk; SYCHEV, V.V., kand. tekhn. nauk;
- - MURM'MUMWMD KHILALI, kand. tekhn. nauk; GORBUNOVA, N.I., inzh.
Experimental study of the enthalpy of water and steam at2
temperatures up to 3900 C and pressures up to !500 kg./cm .
Teploenergetika 10 no.9-.76-80 S 163. (KRA 16:10)
1. Nauchno-issledovatellskiy institut vysokikh temperatur pri
Moskovskom energeticheskom institute.
(Water-Thermal. p?roperties)

CHEKHOVSKOY) V.Ya.; SHEYNDLIN, A.Ye.
Modified furnace of the TVV type with a tungsten-hea-ter for
investiggtions at temperatures-up to 28000 C, Zav. lab. 29
no.10:1258-1259 163. (NM 16:12)
1. Nauchno..;issledovateltakiy institut vysokikh temperatur pri
Moskovskom energeticheskom institute.

SHEYNDLIN, A.Ye.; ASINOVSKIY, E.I.; BATURIN, V.A.; BATENIN, V.M.
Apparatus for producing plasma and studying its pi*erties.
Zhur. tekh. fiz. 33 no.10:1169-1172 0 163. (MIRA 16:11)
1. Nauchno-issledovatel'skiy institut vysokikh temperatur,
Moskva.

KIRILLIN, V.A.; SHEYNDLIN, A.Ye.; CH',XHOVSKOY, V.Ya.; PETROV, V.A.
Thermodynamic properties of tungsten in the temperature range 0'- 35000K.
Zhur.fiz.khim. 37 no.10:2249-2257 0 163. (MIRK 17:2)
1. Nauchno-issladovatallskiy institut vysokikh temperatur pri Moskovs-
kom energeticheskom institute.

SHEYNDLIN, A. Ye.; BATENIN, V. A.; ASINOVSKIY, E. I.
"Experimental Investigation of Non-Equilibrium Ionization in a Mixture of Argon
and Potassium."
report submitted for the Intl Symp on Magnetohydrodynamic Electrical Power Genera-
tion, Paris, 6-10 Jul 64.
Inst of High Temperatures, Moscow.
0

KMILLIN, V.A,.. SIETIDLIN, A.Ye... CIEKIIOVSKOY.- V~Y&.
_--i- ---.
En~iiaipy a-rid heat capa-ity sil4con carbide containin.7 12% of
free -,-,arb-)n ir the temperature range 1-1000 - 28500K, Teplofiz.
vyz. temp. 2 no.21-9..."1.5 J'a-F 'Uo (IMIRA
1
- iino-I cs led ovate.i., sk iy instilfut, vysoki-kh temperatiLr.

S_(m~)-_27AiETR/
ft-4 RPL/A ~SD/AF1%/MW(a)/M r WV At
1ACCESSION NRs AP4047374 ii6n4/64/002/005/0710/07151*
~AUTHORSs Kirillin, V* A*; She V.
yndlin, A. Ye.; Chakhovskoyp Ve Yao; Tyukeyevq 4..
4
TITLE I ~nthal specific heat,of titanium diborid-e in the-tempersture interval I
of 273-1! to 2 OOK
SOURM Teplofizika vy*sokikh-tomperaturt, ve_ 2p no* 5# 1944,, 7104115:
TOPIC TAGS: enthalp pecifio heat, titanium diboride,-calorimeter
argOn
~AIBSTRACT: The authors carried out an experimental investigation of-the enthalpy and:`~--,_1__--L
jheat capacity of TO in the tempe,"'Ature ranp,of 273-15 2600K ~ by the displace-
to
2
Iment method. The calorimetric device consisted of aLMaGqjVe calorimeter with
lisothe I casings. The experimental techn-iq" used was. the one-described by V. -A.
JKirillinq Ae Yes Sheyndlin and V. Lra'. ChekhOVSkGY (InSh'-fizi 2fte t 4' L a - 20, 1
161)
lEach specimen weighed 31 grams and:had the form of cone L34 mn high and 20 or .18'maj
tin base diameter. The composition of the isaterial Was 49.6% LTit 2 8%
B and 0.97% C.
All experiments were conducted in argon at a pressure of 1,05 atM' -
"The following
- relationships were obtained from the experimentall data*iwthe range, Of
,273-15 to 26MK:----

ACCESSION NR: -AP4037999 S/0170/64/QOO/00510063/006~
AUTHOR: Sheyndlin, A. Ye.; Chekhovakoy, V. Ya.; Petrov, V. A.
TITLEt Enthalpy and specific heat of molten corundum at tempera-
tures up to 2800K
SOURCE: Inzhenerno-fizichookiy zhurnal Yfio. 5, 1964, 63-65
TOPIC TAGS: corundum, ccrrundum enthalpy, corundum specific heat#
synthetic corundum
ABSTRACT: The enthalpy and specific heat of molten synthetic
.corundum, 99.8-99.9% AbzO in.the 2350-2800K range have been do-:
31
termined at the Moscow Institute of High Temperatures. Corundum
specimens were contained in evacuated thin-walled ampuls made of
99.95% pure molybdenum, and the experiments were conducted in an
airtight unit in an atmosphere of pure argon at a pressure of
10.3 _104n/m2. The maximum calculated relative error of the eathalpy
measurements was about 1.2%. The obtained enthalpy data, referred
to 273. 15K, are in Table I of*the Enclosure. The true specific heat
'Card 1/3

_M_
5 T'_
ACCESSION NR: AP4037999
of molten corundum from the melting temperature (2313-2323K)
to 2800K, was found to be the constant c. - 1.957 J/g-deg.
ASSOCIATION: Institut-vy*sokikh temperatur, Moskva (Institute
of High Temperatureeo Moscow)
SUBMITTED: 06Mar63 DATE ACQ3 09Jun64 ENCL: 01
A
SUB CODE: MH NO REP SOV: ~004 OTHER: 003'
-card 2/3

ACCEMICS IMI. AP4037999 WGURE 1 0 1
Table 1. Enthalpy data
(K)~~ HT '11273ZLS
(K)
T
T

1 -11273,15
T
J/g J/g -
2350 3626 2600 4115
2400- 3724 2650 4213
2450 3822 2700 4311,?
2500 3920 2750 4409-
2550 4018 2800 4507

SHEYNDLIU, A.Ye., doktor tekhn. nauk, prof.; GORBU1K)VA, N.I., inzh.
Experimental study of the enthalpy of water and water
vapor at temperaturesup to 4600 C and pressures up to 490 bar.
Teploenergetika 11 no-5:86-88 My'64. (MIRA 17:5) 1
1. Nauchno-issledovatellskiy institut vysokikh temperatur
pri Moskovskom ordena Lenina energeticheskom Institute.

SHEYNDLIli, A.Ye., prof.
Sixth International Conference on Ionization Effects in Gases.
Vest. All SSSR 34 no. lt79-80 Ja 164. (MIRA 17; 5)

SHEYNDLINJ,.A3Yec, Prof.
Oecond International Symposium on High Temperatures. Vest.AN
SSSR 34 no. 2;10C, F 164. (MU 17:5)

1~~ I v . ilk.-, SMK~ I, Ir. L It I) A. Ye . ; Cif V. Ya. ; 27,'J'FOVA, I. - A. - - I --
"Thermcdynanic pror-erties of niobiizi in the temperature range from OCIK to the
twLting Floint, '7';()0K-"
report submitted for 3rd Symp on Thermophysical Properties, Purdue U[IiV,
Lafa2;ette, Ind.,22-25 Mar 6)-.

-AC~RF--AP5016695 EWA,(h) /ETC (m) SOURCE CODE: UR/0294/65/003/003/6395/0460
IJP(C)..",: JDIWIJWIJG
AUTHOR: Kirillin, V. A.- Shg1gdlin, A. Ye.- Chekhovsk~Z, V. Ya.; Zhukova. 1. A.-
t1q, Lfqf
ORG; Scientific Research Institute of Hi&h Temperature~!.~Nauchno-issledovatellskiy
institut vysokikh temperatur) lyyllyi
TITLE: Experimental determination of the eathalvv of niobium in the 600 to 26000K
temperature range 14 if, 5~ 7-
SOURCE: Teplofizika vysokikb temperatur, v. 3, no. 3, 1965, 395-400
TOPIC TAGS! enthalpy, high temperature metal, powder metallurgy, beat capacity
ABSTRACT- The method of mixing is used to determine the enthalpy of niobium in the
temperature range of 5820K to 25870K. The calorimeter and oven used in the experiment
were placed in a vacuum chamber and it is shown that results obtained at 10-2 to 10-3
mm Hg pressure agree with those obtained in an argo a, h re. The measurements
,rqF e
were made on samples produced by powder metallurgy L 131 ctric arc methods. No dif-
ference in the results was found. A detaile-d--Ze-scription of measurements which were
necessary to assure minimum error is presented. The effect of vacancies at high tem-
peratures was observed and its effect on the accuracy is considered. The results are.
presented in graphical and table form. In addition to the enthalpy measurement, the
heat capacity was determined In a temperature range 273.150K to 27400K. Orig. art.
PC: 536.722:546.882

ACC-NI, AP
ACC N 14 -m t- WETC~M) 6V0294/65/003/006/0666/086~'
6001909 'V~~ - ~- -
I C) MlJfIIJG
jp j.1 Z.:~
AUTHOR: Kirillifi~-,,V.A.; &gp~ain,- Chekhov-sKoyL V.Ya.; Zhukov
AUT1101
F
T _A
.I.A.
ORG:---HjZh_T.ePTArA:~qr6 Research Institu-Ce (Hauchno-issledovatel'skii',,,~
Instifu-tvysok :W~ee-jij6r-af5i7
_j, q,4.
TITLE: TheEnLdnamic_propertie of n1obium in the temperature Interval
SOURCE: Teplofizika vysokikh temperatur, v-3, no.6, 1965, 86o-865
TOPIC TAGS: niobium, thermodynamic property, enthalpy, entropy
A.BSTRACT:' The enthalpy and entropy of niobium in the temperature Inter.-
wal 0-2730K were calculated on the basis of averaged values of the actual
4eat capaoi-ty, using the following equations:
T -n
HT - Ho =~cpdT=Yjl'h(cp.i+,+cp,i)(Ti+,-Ti)+AHi+,], (1)
a 1-0
InT n
-ST-so,= .~ c,,d (In T) ['/I (cp. j+j + cp'. j) (In Tj+j - In Tj) + &Sj+jj.
0 J-0
(2)
1/2 UDO; 546.882:536-0+536. 22+936.754J336.77

L 11902-66
ACC NR, AP6001909
ere H and S are the enthalpy and entropy at OOK. Them following
equati8na werg used for calculation of the enthalpy and entropy in the
temperature interval from 273-15 to 2740OK:
ill, - 110 5,499T +-6,328-.10-A 7" +
1953
exp 440,7 xa-sle-ar,
+ 1354 -1& (5)
T
S, ~- So 12,662 Ig T + 12,656 - 1"T +
T (_ 19,51'. 1
1. + 19j53 _I
+69,35 T )expk T i2,q%. (61
rhe results of the calculations are presented in a tableand in empirical
equations. Orig. art. has; 7 formulas, 3 figures, and I table.
SUB CODE: 11,20/ SUBM DATE: 05Nov64/ ORIG REF: 005/ OTH, REP: 012
Cc .2/2

L 34857-66 JKT
)",(-G NR: AP6014075 SOURCE GODE: UR/0294/66/004/00z/Oz67/OZ73
'2
AUTHOR: Kirillin, V. A.; Rossiyevskiy, G. L; Styrikovich, M. A.,
Sheyndlin, A. Ye.
ORG: Scientific Research Institute of Fligh Temperatures (Nauchno-
issledovatel'skiy institut vysokikh temperatur); Moscow Engineering -E conornic a
Institute.im. S. Ordzhonikidze (Moskovskiy inzhenerno-ekonomicheskiy institut)
:TITLE* Prospective efficiency of electric power stations with high-capacity open-:
tp, e MHD generators C Reported at the Royal Society meeting of 4 Nov 65, England]
SOURCE. Teplofizika vysokikh temperatur, v. 4, no. 2, 1966, 267-273.
TOPIC TAGS: MHD generator, electric power plant
ABSTRACT: The results are reported of an estimation of the thermal efficiency I
of MHD power plants; 500-Mw generators and high-temperature heating of
Card 1/2 UDC: 621.313.12:5384

SHEYNDLIN, B.Ye.; CHEKANSKIY., V.V.
Parameters of endothermic contt6lled atmospheres for the
heating for hardening of chr9nium stOls. Yetalloved. i
term. obr. met. no.-6-.37-39 ,Je 164. (jURA 17:7)
1. Spetsiallnoye konstruktorskoye byuro No. 3 Soveta narodnogo
khozyaystva BSSR.

~,m% 1, n% , % , , t " ~ ~ ~
a67e,~,= Z'6?~--- ~- t.
~- MO,~ t
inim 28:2)

lip r
3 5-

AID P - 5503
Subject uSSR/Aeronautics - radio
Card 1/1 Pub. 135 - 20/26
Authors Sohneyndlin, L. B., Eng.-Captain and Podsvirov, A. S.,
9 -e-n-. -T-e-cRR I -cTa-n - L t .
Title Are the safety fuzes necessary?
Periodical Vest. vozd. flotal 3, 75-76, Mr 1957
Abstract The authors suggest that in the interest of reliable
operation of airborne radio equipment, particularly
of such on fighter planes, the safety fuzes should be
excluded from the circuit of the radio equipment.
Institution : None
Submitted : No date

BURGOV, V.A., sostavitell . redsktor; ISTOMIN, I.V. [trpnslator]; SREYNOUN.
KJM. [translator]; YAKOBSOH, A.Xh., redaktor.-SHILINA,
796skiy redaktor
[Magnetic sound recording; a collection of translated papers]
Ka~gnltnaia zapis' zvuka; sbornik perevodnykh materialov. Sost. i
red. V.A.Burgov. Moskva, Gos. izd-vo "Iskusstvo.' 1956. 397 P.
(MLRA 10:2)
(Magnetic recorders and recording)

BURGOV, V.A.; ISTOMIN, I.V. [translator]; SHZ2M2A M Kh. [translator];
_j.j.
BYSYMONT, L.O., red.; YLALZK. Z.H.-;-re"Vm-.red.
[Television broadcasting of motion pictures; a collection of
translated materials] Kinotelevizionnais tekhnika; sbornik
parevodnykh materialov. Moskva, Gos.izd-vo "Iskusstvo," 1959.
383 P. (MIRA 12:4)
(Motion pictures and television)

1. SHEYNFjR, Z. F.
2. sssR (6oo)
4. Nervous System-Tumors
7. Diagnosis and surgery of bulbospinal tumors.
Vop. neirakhir. 16 No. 6, 1952
9. Monthly Lists of Russian Accessions, Library of Congress, March 1953, Unclassified.

SHEYNER, Z.F.
Remote results of late surgical
peripheral nerves. Vop. neirokhir.
1. Iz
skogo
therapy of gunshot wounds of the
18 no.5:27-33 B-0 154.
(MIRA 7:11)
neyrokhirurgicheakoy kliniki Ukrainskogo psikhonevrologiche-
instituta. -
(NERVES, FIRIPBERAL, wounds and injuries,
gunshot, surg.)
(WOUNDS AND INJURIES,
gunshot, of peripheral nerves, surg.)

STMIT-3R, Z.F., Ir-and. med. nauk.
Diagnosis and therapy of carebrocranial injuries with fractures of the
cranial base. Sov. med. 22 no.12:22-26 D '58. (KIRA 12:1)
1. Iz Dzerzhinskoy gorodskoy bollnitsy Gor"kavskoy oblasti (glavuyy
vrach G.A. Kachau).
(BRAIRS, wds. & inj.
cerebrocranial, with fract. of cranial base, diag. & ther.
(Rus))
(CRANIUM.- fract.
base of cranium in cerebrocranial inj., diag. & ther.
(RUB))

SHMER, Z.F., kand.med.nauk
Surgical treatment of late sequelae of gunshot wounds of the
angioneurotic bundle of the arm. Ortop.travm. i protez. 20
no-1:16-19 Ja '59. (MIRA 12:3)
1. Iz Dzerzhinakogo (Gorikovskoy,oblasti) gospitalya d3jya invalidov
Otechestvennoy vopW (nach. - GA. lachan).
(AMA, vda. & Iu3.
gunshot wds. involving angioneurotle bundle,
surg. (RUB))

Clinical course and remote sequplae of acute closed cerebrocranial
injuries in children. Vop.neirokhir, 24 no-4:42-4.4 Je-Ag 160.
(MI:U 13:12)
(BRA.IN-WOUNDS AND INJURIES)

SaYM , Z,F,, kand.med.nauk
Clinical aspects and prognosis of subarachnoid be orrhages.
Sov. mod. 25 no.2:105-110 F 162. 7 OMA 15:3)
1. Iz Gorikovskoy U-y Goradskoy bol2nitsy (glavayy vrach
N.M. Khaykin).
(BRAIN-9EMUMM)

1 4 a 6 f A f 10 It rz 11 ad U L? N I
C tL r f I a L &- It, T-1 K 7- x
"Roctists .40 p-epts"Is .09.
jar
M 0 AF 0 0 V 0 #J M 0
Vitamin C level In pu It. G. GmIatein
and M. 1). ShrinMusis. MG, No.
wroths of 111(4611111 Silly there
00 are Orservesl lowered lrvrl4 of urinary Vitsulla C rliaj~,':
tim; file!rAL-ed gravity ..I the di-a- I'ad, W a '114, ':
ctraw in the elisuinittion level. Limiting by M) Ing.
00
asembic acial daily effects the elinsinstinn ramwiling to the
gravity o(the caw: in mild caw4 0A d The natifeal vitamin
a% clitninatetl ova the i1th day. in wv"r t-aw% twaly m the
G. M. K.-InguM
1 a aa a AsfTALkUftGK.L L111041UMIC CLAIWICATICto
ijilkia7w~~;. &a,
T- -17 p 9 PW 0 0 9 1 IF N 5 Ai a 5
u TJ 40 M3 11; 0 Plitt OW&C offt flu pffin 194 MW f, I to #qj
0.0 0 0 0 41 0 0 0 *10 0 0 0 0
: : : : 0 'ga 0 0 0 *-* 0 jkAL-9-9-0 00 a
-to
V
"SO
as*
=0 0
0
too

0 0 0 0 0 i
0
0

1 1 3 4 1 #
C. L I
?
11 U Ism 1116 U:
.
.1121
Q U
Is? A.0 Ike 04
pill$
-voctligs
p

C I; the female 44111 110CM600 f"1119-
Relation of vitamin
pan atitl V. 0. (krAtelit (Kharkov
C111 _
Win.
'I 511
M
;
-'
Zl--
~'
4
N
7
-.
o.
.
itw i 194
.
1
A
l6led NAwr
~jj
.
A~orbie Add (lit 3 dallY doavs of 0 Ing. each) III" not ill
iiell initiate tile sexual discharge in castraittl t1latule
White fetnair toict. Combination with ().5 units of follic-
jmhovs the ilischaftiv within 4 day%. CrYs'.
ulio
Stele , acid at 31) log. daily (Ion not rame growth tit the
~!
otrill, I,( bilantile nder lit coosParl-Alo With 4`010901-, NO
rojohloril with 2a -y of foiliculln It Invivaunt tile AV. Ise
of infantile t1lefut Io0.,-NU X.. while tit!% thmasr of folliculin
Aloor I"It 0.010 g. AV.
00 4
v W W IF v
1-~::;000006089 0
;I N a b me a
a It
j i
A 10 - I L A -9?&LLU*GKAL LITISAILINE CLAISWOC.1101.
--%a #401 "1. 1%. Qat -.1 1041 -Now 14,W
milli aM71 libill$
U 11 AT K) Is 'ios; it.
91011 CAN Kit WK Kit" It a 0 A FiA-1-i-I _Md 0 0 9 1 v IM 0
nogi
Goo
"-*0
-00
Qo:
wool
too

-7
7 Ll ~L, 0 V
"iV. ZOO-e-r- 711-L
u.
naocrinoloEy
01- Pre-
Ginelcol., ,0.

A, IV AI
Diethylstilbestrol in roughening of snuumitry glan& In
lacUtion. M. Va. XI4o4kv-.bl and x
NIM, I I he- stn - i I.-, -.L 11.1,
.. Kha,k.v). Akx 11 ~'1150.~
2. 35 wc 4 5 mg. dirs hvI,t t1be~tjol irmovv,
N411 2 1 llr~. the rx"tolsellillst and P.titt ttt I lie Immstit try %Lttl,l%
"Ithich are common its the tirit few J iy% of lictAtion. A
41tvw it U'"] for retard Itioll .'f I u-1.1t j."1 fin 10 2.Mg.
FkW 'un'lling 1.10ali"ll 5 1 WV d~~ "t 2 lilt. hK
d tv% ate ti-d. G M,
/It

VA4TAPETOV, B.A.;SflLTNERXAN, M.D.;HOVITSKIY, D.A.
Effect of season and temperature on frog test in early pragnancy.
Akush. &in., Moskva no.4:73.-75 July-Aug 1952. (CLKL 23:2)
1. Candidate Medical Sciences for Vartapetov and Sheynerman; Docent
for Novitakiy. 2. Of the Ukrainian Institute of Zxperimental Endocrinology
(Head -- Prof. Z. M. Dinershteyn) and of the Department of Obstetrics and
Gynecology (Head -- Prof. D. Ye. Shmundak) of Khartkov Medical Institute.

SHEYNFIHMAX, H.D.;OVCHILPSNKOo Ye.P.;SOF T14-
'""M Awt-
Problem of optimal prophylactic domes of vitamin D; experimental study.
Vopr. pediat. 20 no.4:42-44 July-Aug 1952. (CIXL 23.2)
1. Docent for 5heynerman; Candidate Medical Bci*Ficas for Orchareako and
Sofiyenko. 2. Of KharIkov Scientific-Research lastituts for the
Care of Mother and Child (Director -- Candidate kedioal Sciences -- A. G.
Lugunova).

MIRSAGATOVA, R-S--;-74EMM WAR, M.D.; TARTAPSTOV, B.A.; KORNILOVA, A.I., direktor;
DIMSHMN, Z.H., direktor.
larly diagnosis of death of the ovum. Akuah. i gin. no-3:29-31 MY-Je 153-
(mLu 6:7)
1. Otdel akusherstva, i ginekologii Kharlkovskogo nauchno-ionledovatell-
skogo instituta okhrany,materinetva i datetva imeni N.K.Xmpskoy (for
Mirsagatova, Shaynerman, Vartapetov and Kornilova). 2. Otdel vozrastuoy
endokrinologii Ukrainskogo instituts, okeperimentalluoy andokrinologii
(for Mirsagatova, Sheynerman, Vartapetov and Dinershteyn). (Abortion)

STURRIDAK. D.Ta., professor; VARTAPETOV, B.A., kandidat neditsinakikh nauk;
-SH-47MRO-IAN, M.D., kandidat neditsinakikh nauk; MILOVSKIT, D.P.;
A new nethod for the determination of estrogens in a woman's system,
Alaish. i gin. no.ll~:66-69 JI-Ag '55. (MLRA 8:11)
1. Iz ginekologicheekogo otdoleniya (zavprof. D. Ye. Shmundak)
Oblastnoy bal^lneologichaskay bollnitsy i fiziologicheakogo otdela
(zav.kandidat meditsinskikh nauk B.A.Yartapatov) Ukrainskogo
instituta eksperimentallnoy endokrinologii.
(ESTROGENS, determ.
method, in etiol.diag. of menstruation disord.)
(MENSTIOATION DISOIIDMS, diag.
etiol. diag.,estrogen determ. method)

DINERSHTE)Di. Z-M. (deceased); SE1,0YUKOVA, O.A.;,,SHEUIEiiIIAN. M.D.
Effect of the functional state of the central nervous system on vas-
cular reactions in animals of different ages with experimental hyper-
tension. Sbor. nauch.-issl. inst. eksper. endok. 15:200-209 159.
(MDU l4i 11)
(WERTENSION) (AGE) (CEREURA1 GORTa[)

LOBANOVSKAYA, L.I.; SIMIMMO, M.D.
Reactivity of the sexual tract to Ue
substances during inhibition of the
nauch. trud. Ukr. nauch.-issl. inst.
(F-STROGFITS) (SLEEP)
administration of estrogenic
central nervous system. Sbor.
eksper. endo~k. 15:256-259 159.
(MM 14:11)
- (UTERIZ)

VYAZOV5~ATA, TZ.D.,, RYABUSMKO, Ye.0.3 SHEYNERMAN, M.D. (deceased]
Erfect. of the extract of raspberry leaves on the gonads and hypophysis.
-,dy TTkr. nauch.-issl. inst. eksper. endak. 19:341-352 164.
(MIRA l817)
1. Iz otdela gistofiziologii. 11krainskogo institute. eksperimentallnoy
a-,idokrinolcgii.

BOZHKO, O.L.; SHEYNEIU-Mi, M.F.
Poisoning of children by henbane and str&monium. Padiatriia
42 no.6:,72-,4 Je'63 (MIRA 17.'l)
I
.L. Iz Alche-~-Aoy gorodskoy detskoy bollnitsy (glavnyy -v-rach
O.L.Bozhko).

KOMNOVA, A.Y.; SHEYHERMAN, Ye-M.
Grades of fabrics for footwear. Standartizataiia 24 no.8-:47-48
Ag 160. (MIRA, 13:9)
(Textile fabrics--Standards) (Shoe manufacture)

SHMER,MAN-t
I---
Technical cotton fabrics. Standartizatsiia 26 no.4:45 Ap '62.
(MIRA 150)
(Cotton fabrics--Standards)

DANILYUK, I.A.; RASSIN, L.Ye., inzh.-konstruktor; PRONINA, L.N., miadshiy
nauchriyy sotrudnik; starshiy nauchnyy. sotrudnik
Apparatus for determining the permeability to gr of textile
fabrics. Tekst.prom. 21 no.12:68-69 D t61. (MIRA 15:2)
1. Rukcrvoditell grup~y konstruktorskogo byuro zavoda
Tekstillpribor (for Danilyuk). 2* Zavod Tekstiltpribor
(for Radsin). 3. TSentralInyy nauchno-,isaledovateliskiy
institutIhlopchatobumazhnoy promyshlennosti (for Pronina,,
Sheynerman).
(Textile fabrics-Testing)
(manometer)

p r tex z,, fa br oz, on
r,-na ',.e TermeaL- 1~
?T' apparatus . Naurh.-.. iisl. tru'~'y
pAll 2 09-216 .

L 19286-63 Ft47 MACC M/BDS
Actts:S~f6N--M: AR3oo6549
SOURCE: RZh. Geofizikaj, Abs. 8B57
--- ----- ----
AFFTC/=-3 Pi-4TPC-I-
s/ol6q/63/ooo/oo8/Boo7/Boo7
AUMOR: Sheynesson, A. S.
T/cq of effectiv ers\1),
TITLE: On the constant a pyranomet
CITED SOURCE: Sb. nauchn. tr. Kazakhsk. politekhn. in-t, no. 21, 1960, 71-84
TOPIC TAGS: pyranometer constant, pyranometer, instrument sensitivity,
effective terrestrial radiation, Gullnitskiy pyranometer
TIMNSLATIONT: The dependence of the 'constant of Gullnitskiyls effective pyrano-
meter on the heating period of the spiral, the speed of the wind and the ins,tru-
ment's sensitivity is examined. It is shown that the instrument's constant
depends but slightly (less than 10%) on the degree of heating or on the velocity
of the wind. The variation in the sensitivity of the instrument causes a corres-~
ponding change in,the constant.
PATE ACQ: 06Sep63 SUB CODE: SD ENCL: -00
,Card 1/1

SHEMIFAYN, F.I.; SIPYAGIN, L.A.
Cooperation of a state testing laboratory and basic organizations.
Standartizataila 2~5 no.3:38-39 Mr 161. (MM 14:3)
(Standardization) (Testing laboratory)

ANf)ONtYF,V,, CJ~A~ZIKOV 11.6. KI)CIIIN, V.A. KONDRATIYI-,V, YeA;
UNITAST!, Ya.M.., MAKAROY, K.I.~ PANKRATIOV, F.V.; PEVNYY, N.J.;
FOKRAS, LJI.j P61TWIN, A.M.; TFL~NU, P.A. SHE, EAYN F.1,;
SHUY-6, T.I.- Prininalli- uchastiye: BERMAN., Mtl! 1;I IV, % 11 1 ~-i
F.L.; ROBTN, M.A.; WYMEVICH, G.I.; SAPIRO, V.S.; ALEKSEYEV,
LAM.; FOPOVA, R.S.
Heating Mart~n furnaces with natural gas using reformers.
Gaz. Pron. 9 no.lli14-17 164. (141RA 17,12)

DORZOFEYEV, VitaliY Vitrofanovich-, lZIM, Veniamin Yakovlevich.
Prinimali uchastiyef YEMIII. &1.I., inzh.; KONDRUSEV, V.S.,
inzh.; LAKSHTOVSM, A.A.y kand. tekbn. naukp retoenzentl .
SKUBACHEVSM , L.S., inzh., red.; SFMY.FAYY, L.I.,_red.;
GARVUKMA, L.A., tokbn. red.
LTesting raw-jet enginesj Ispytaniia vozdushno-reaktivrykh clv:t-
gatelei. Iloskva, Gos. nauchno-tekhn. izd.-vo Oborongiz, 1961.
220 p. (Airplanes-Ram-.Jet engines) (MIRA 15:2)

Viktorovllc~-: ;~erdey kndre~-evivh;
BGROTD'4-CHEV, VadLn Yakovlev'ch;
LT I Cl V A I e k s and f G r io r ~ y e -i I c h
K
r t~r~. TF
:ilk~ T
:~-. , red.
proa-~ess in combustion
[FIrysical I-ripciple~ of the working
ci~ary:oers of rwzjet en;~-ines] Fizicheskle osnoi7 rabochege rrQ-
i --
av.L--kh sf-,-,ran~ia vozdushr,.o-reaktivrlyl-h dvigatelai..
LsejE:a v k
!r~ Mlashinostroenlle~ 19'4.1;25'P.
(MIRA 111.7)
Khitrin).

N'irkhail Jurudiuvi.-,-h; Vikhail Robt~rtovich;
. EMOVA, " T., red -'-- "'
-;E1 A !
[The transportation financial plan of wi automotive
transportation enterprise] Transfinplan avtotrapoport-
L
n(,f-o predpriiitiia. Pioskva, Transport, 1964. A6 p.
Ovd!U. i7:7)

SILEYNFAYN, R.A., Inshener.
, z
Subway stations of the columm type. Transp-stroi. 6 no.5:11-14
My 156. (VjAA 9:8)
(Moscow-Subways)

sHalo:,-n) R. -y-L;% FA 15/49TL
USER/Cher.ii.stry - Silica, Colloidal, Aug V
I
Sorption
C',-,emdstry - Sillca, Colloidal, S-3tructure
"The Sorption Properties and Structure of Silica Gels," I. Ye. Neymark, F. !. Khatset,
R. YU. Sheynfayn, inst Phys Chem imeni L. V. Pisarzhevskiy, Acad Sci Ukrainian S-SR, 4 Pp
I'Dok Alk Natk SSSRII Vol LXI, No 6
Studies in authors' laboratory show that conditions of dehydration have decisive irsluence
an gel structure, and pore size of silica gels affect3 their adsorpti3n capacity.
Used samples prepared by previously reported method, based on change in surface
tension of the intermicellar liquid of the gel in process of its dehydration. Pore
size was ~-: stimated from data of adsorption and desorption of methyl alcohol vapor!!, on
eiracuat,ed ~-el samples and of maximum adsorption of aliphatic alcohols from carnon
tetrachloride solution. Describes seriez of sarnles with increasir-~ nore size.
Discusses arplicatility of M. M. Dubirin's formula to adsorptio:i isotherms for the sanmles
studied. Submitted b-, Acad M. M..Dubinin, 23 Jun 4F
jo PA 35/49T4

HEYMARK, I.E.; FRHYDLIH, L.Kh.; YRIDMAN, G.A.; SHEYNFAYN, R.Yu.
0"-` ~--- -~-.
Structural changes of a silica-gel catalyst during its poisoning.
Dop.AN URSR no-5:27-32 149. ()&A 9:9)
l.Inatitut fizichnoi khimii imeni L.V.Pisarzhavalkago AN URSR i
Institut organichnoi khimii AN URSR. Predstaviv diyoniy chlen AN
URSR O.I.Brodalkiy.
(Catalysts) (Silica)

CD ftM/Cbemiei try Sillca~ qOl1oIdAl:I Mar 49,
P I ChOm~OtrY -:Catalysti
T
"=ect of the Porosity of Silica Gel Used
.48 a Catalytic Agent in the. Vapor-Phase
*drolyale of Chlorobenzene," 1. Ye. Heymark,
R. Yu. She7nfayn, Acad Sci Ukrainian SM,
last Physicochem. ipeni L. V. PisarzheveXly,,
-&ev,.g 1/2 pp
;,MUr FiZ XhIM" Vol =II, NO
'Investigation of poroua qualities of silica
-gel at low temperatures and at 500 -6000
determines that they.influence speed of re
action, yield of products, and direction of.,
I= 58/49T38
/Chemistry Silics., May 49
7M Colloidal (Contd.)
F
flow of the process. Coarse pares make for
fewer secondary processes than fine pores.
confirming calculations of Boresk6v. Gives.
a hypothesis for irreversible thermal deactim-
tion by silica gels-vhich results in water
escaping and a chafige in porosity during hoat-
ing. Submitted 8 Tul 48.
.58/497!38

SHEYN-F.-Mi', R. Yu.
Ney-,ark, I. Ye., and Sheynfavn. R. Yu. - "On the nechanisr- of thermic deactivation
of silica gel", Ukr. khi--i. zhurnal, Vol. XIV, Islue 2, 1949, p. 24-33, - Bibliog: P. 33.
SO: U-43012, 10, August 53, (Letopi5 'Zhurnal trykh Statey, No. 21, 1949).

r : t 10 n
of .~.e Structme of a-11 'adsorbent Several Inderendent, Le'Ll-Ods,'I
i-tW-1.0- IC. L. :)Slli 1,-1. L. 11 V. ldsel-ev, V L. L-Wk I yannovich, IYe . L:e7mark,
H. Yu. 'tate U in,erii 1.'.V. Lomonclsov, InSt Phys Chera, Acad -':ci Ukranian
S.37', inst 1'hrs Acad Sci ussa, Gro-zny:,- Sci R-es- retrolem inst
-0
"Do!- -k SS6RII -1ol LYfVI i., 0, pp 8`5, 858, ltjq,~j
a4 -1,
--tion i-otherms of benzene, I-ieptane, and LeGH -were taken on uniform rou"hly porous
u
,dsoii. .1
silica r.-el (structural t,7T-e2). Fomid suarface of adsorbed fiLii tc be e-,uel to surface of
the adsorbent and not to derend on na-tm-e of va-or. :Jctd distribution of .,cl of pores by
,:,.et',lod, method of pressing lr-g into the -,ores, and electrorde
Tzesulta obtained by the 3 methods checl:ed.
1,05T3

SIMPAYN,.R. Yu.
U99R/Chemistery-Catalysts
Jan/Feb 51
"Promotion of Silica Gels of Different Porosities," L. Kh Freydlin, L Ye.
Neymark, G. A. Fridman, R. Yu. Sheynfayn, Inst Org Ghem, Acad Sci USSR, Inst
PhysChem imieni L. V. Pisarzhevskiy, Acad Sci Ukrainian SSR
"Iz Ak Nauk SSSR, Otdel Xhim Nauk" No 1, pp 86-94-
Investigates effect cupric chloride on properties of silica gels of different
; catalyst in vapor-phase hydrolysis of chloro-benzene. Finds
cupric: chloride promotes silica gel, regenerates it when it is poisoned by
inorg admixt, increases its thermostability and selectivity of action, and
reduces diffusion braking of reaction.
PA 174T12

USSR/Chemistry Catttlysts May/June 51
"Poisoning of Silica Gel Catalyst by Inorganic Admixtures and Reacting Components,"
I. Ye. Neymark, L. Kh. Freydlin, R. Yu. Sheynfayn, G. A. Fridman, Inst Phys Chem
imeni L. V. Pisarzhevskiy, Acad Sci Ukrainian SSR, Inst Org Chem Acad Sci USSR
"Iz Ak Nauk SSSR, Otdel Xhim Nauk," No 3, PP 311-316
Finds dependen'ce between modification of character of porosity of silica gels
(their so surface) in poisoning with inorg admixts and their catalytic activity in
hydrolysis of bensene in vapor phase. Shows water is practically not absorbed on
silica gel at 300 and 4500, while ohenyl halides are adsorbed strongly. Energy
of adsorption of phenyl halides can be expressed by series RCI7RBr.7RI. Catalyst
is poisoned by the strongly adsorbed phenyl halide, not the weakly adsorbed water.
183T12

~l Y'-j F /I \'N
-- --- - - -----
I Effect of pressing on the character of porosity, catalytic,
propWies and jcbroMatogrmobic a tivity of sUka itel. L
, T~-
F. Vemshq~-azffi- E. Nelmark, -I.-
v a-A ~naln. 4,
;: Chun. Sd.-l9S3.W-5(Eugl. transtation).-See
C.A. 48, 4929fi- H. L. III.,

Sri;- Y h
tW./Chemistry - Catalysts
card 1/1 j Pub. 40 - 21/22
Autbwo i Freydlin, L. Kh.1 Vereaholhagin, L. F.; Neymark,'I. B.; Numanovj L UOV,
andA_ .Rju.
eat
t Eff 0 on the porosity., catalytic properties and.chrou.ti,
0 cci~pressM
tographic activity of ailiod gel
PtrIodic" j Jzv. AN SM. Otd. khim. Muk 52 945-9501 SeP-Oct 1953
At4tract I The effect of 20,000 atm.prosaures on the change in.porosity.. ddeorb-
ability and catalytic properties o.f.silica gel:waa investigated. The
chromatographic.activity,of ailica gel cmVressed at 201,00o,atm ilia
found to be about 25% lower.than the activity of non-coM",seed,de g,
The*greatest reduction (almost 50%),i~n spedific-sorptionvolume of
pores (total volume of'mioro-ahd transient po -rei) of large pOr"s
silica gel was observed at 5000.atm. but its' ipecific surface:area:
remained unchanged. Maximum reduction in specific. sorption volume of.,
pores-of micro-porous silica gel was established duri coppres sibri. of
Five USSR reference (1949-19521' Tablea,'gra&4
latter at 10,000 atm.
Institution
SW=Ltted December 13, 1952

NEDIARK. I.Ye.; SaYIWAYN, R.Yu. -
. ,
The role of capillary forces in the process of structure formation
of silica gals. Kolloid.Zhur. 15, 143-51 '53. (MLRA 6:3)
(CA 47 no.16:7859 '53)
1. Aca.d. Sci.Ukrain. S.S.R., Kiev.

WYMSPR�RW A
4r-
-40n
T
V S ST
_4R_m C621 die
nit mechanism of fam=
Be Stu
;,With heavy nitrogen., A. 1. Brodskir, B."
Go~r. and 4.'
Yu Sbclnfalu.- Dakkdy-Aka4 Sauk S.S.S,R;:95~ 273-0 . ......m
~--%ronmtl&
.="Heating. together . rairts. , of prito
-their If- an
anrl M salti,yictds MLCI senlidary
Araines, The reation was studied b3 _tnmm of-,%F15-labeled.
PhN% (prepd. from NPI-Iabtled NtliCt, w 'cided
Iijalt vi
IheIed,MI:, anti this Ath PzCI javc'btr fr.,
4Ed I!zN
Which was converted 'to PhW%
A.C14HINUS. find 13,04114'. 7110 renctions iycjc~fun at 2-30--:.
.,40"RI'd the ptWuc:4 examd. forTlIk.c6utefit with a
bpeamthete. "lit the formation ~f t-.CoTl-.NIIPh'the-NHi
Lip' the niiphthy~?minc is~ elimimled.-,. Tii'tfic~ forrmcv.:
roup
g
ZV Wou A",4ZMPN~tW~NHt cmu;J-01
Af PhiNTI.from-14 kdjft
t 6 Won
m0 triW ed
t a both'kici&ldn produms-1-ioleathij:eItht dRecUlAc-
wtr_
Ono relAtIvely, -'.
ti f PIu4Hj&!dj b e~cludcd,'
rap t lhtr;,' ims~
"to t I
h; nthi!r.RA0,hI itie formatfbfi~'of 4,ikcbAdaty,aw0_ or, - -
-I'n Im.
bstitutied -f"idP-t`fic'Mtn~0-tLtAidu ci~. -b
i 6ttiit~oiiffi.,ei~it~Lo6tstscrf;icilrtitln W
h `"~vtal 611
Yruig the rticildu -it to I 6'44a,]
dl-
yste V, '
:~PhNffx -117j' MXI PhNfli ;zN
!-PIINUvBiNHw',-M-usthbik v C6~ t ur
bo ertin 461~nitd acc fi~j
clcsvare U -b 0-th'arumb g"rou"Ps-
r4
I ,
-1
's
~mr. x _W
Mr

0CF0FZ9CTS OF THE NATURE OF THE SURFACE ON THE
SORPTION PROPERTIES OF qlLIC.-L GE . 1. E. Nelmark,
R. Yu. Shelnftln, u4 L. G. Svintsova (Pisarzhevskil!nst. of
Physical Chemistry). DoWady AkAd. Nauk S.3-S.R. 106,
871-4(1956) June It. (In Russian)
Inveattgattans were made at the hydraphilic Wu a of
silica gal surfaces, their sorptive prq~erties. and the ef-
fects produced by the chemical nmure and porosity of silica
gel surfaces in adsorption processes. To solve the problem
the silica jel hydroxides were replaced by fluorite, the an-
tons of &hick differ sharply from ON groups in their capac-
ity to form hydrogen complexes. The sorption roperties
of allies gels with changed surfaces were compared to silica
gels of identical structure but with hyd-oxide coated sur-
I faces. Diagrams are given to show the sorption and desorp-
Gan Isotherms of methyl alcohol &ad benzoyl vapors an
hydrophilic and fluorite silica gels of fine &Ad large poros-
ity. (R.V.J.)

y -il
A A
Sd
Meg p
A! Z.
2 HAP
~. ; -. -ja 11fli Ifi
L !,a u Is 31
.4 3 .1aggla-i :
x
li ! 9g ;R
99
IT 3 cog all m
Ila
SA i1 g . jI ,t- - -il
o
RA 4, fail a, 11

81412
S/020/60/132/06/37/066
'o(40 0 3000005
AUTHORS: NeyRark, 1. Ye., Che tov, V. M., Sheynfayn, R. Yu.,
S.
TITLE: Synthesis of Specific Silica Gels by Modification of Their
Surface
PERIODICAL: Doklady Akademii nauk SSSR, 1960, Vol. 132, No. 6,
pp. 1356.;-1359
properties
TEXT: It was the object of this investigation to give basic
to silica gel by means of chemical modification, thus increasing its
capacity of adsorbing acid substances, Hydrated samples of coarsely
porous silica g8l were treated with mono-, di-, or triethanolamine:
a" at 100 - 160 C in a glass flask with return-flow cooler, or b) in an
0
autoclave at 160 - 250 C. The content of aminoalcohol groups in the modi-
fied silica gels was determined by washing with titrated hydrochloric
acid and back titration of the extract with lye. The silica gel adsorbed
Card 1/3

81hiT
Synthesis of Specific Silica Gals by 3/020J60/132/06/37/068
Modification of Their Surface B004/BO05
PRESENTED: February 22, 1960, by M. M. Dubinin, Academician x
SUBMITTED: February 20, 1960
Card 3/3

SPEYNFAYIN, R.Yu.
Part played ky the acid treatment )f silicic acid hydrogel in the
formatim of the xerogel prous structure. Koll.zhur. 23 no.6:
756-760 N-D '61. (MIRA 14:12)
1. Institut fizicheskay khimii All USSR, Kiyev.
(Silicic acid) (Collaids)

WAIN,, R-Tu.; KRUGLIKOVA, N.S.; NEE4ARK.. I.Ye.
CHERTOV, V.M.; _AHED
Stepwise methosylation of silica gel and its adsorption properties.
Mcr. khim. zhur. 27 no.2:190-196 161. (MIM 34--3)
2. Institut fizicheskoy khimii im. L.V. Fisarihevokogo AN USSR.
(MethoxyUtion) (Silica)