SCIENTIFIC ABSTRACT SHEYKO, S.S. - SHEYMAN, V.A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001549320020-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 9, 2001
• Sequence Number: 20
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

SHEYKO, Sergey Sargeyevich; YANKFT.'FVICH, Mikhail Nikolayevich;
ANANIYEV, A.I., retsenzent; ZOIDTUKHIN, P.Ye., retsenzent;
ILINICH, B.K., red.; TIWSOV, N.S.,, tekhn. red.
[Accounting and calculation of production costs in a cloth-
ing factory]Uchet i kallkulirovanie sebestoimosti produktsii
shveinoi fabriki. Leningrad, Gosmestpromizdat, 1962. 195 p.
(MIRA 16:4)
(Clothing industry-Accounting)
(Costs, Industrial)

I- SEMKO, T.I.
*~ermi~na ion of the dyestuff content of dyed viscose. Khim.voick.
no-5:67-68 160. (KUM 13i:L2)
1. Xalininekiy kombirAt.
(Dyes and dyeing-Rayon)

TUPITSYN., G.I.; SIIEYKO, T.S.; YAKIMOV, S.Ya., red.; ANTONOVA,
S.D., r-e-d'.-izd~~-Vd;'~-VLADII41ROVAI M,S., tekhn.red.
[1ndustrial safety and sanitation In electroplating shops)
Tekhnika bezopasnosti i proizvodstvennaia sanitariia v
gallvanicheskikh tsekhakh. Izd.2.0 perer. Moskva, Oboron-
giz, 1963. 206 p. (MIRA 17:3)

31'~crt ".1ve '10 -- 3o 1 1, t ions
2.
Cc. ~4 ons c t'le. ',:t!ar'r-cv s--- r-t-wa-,rE c,,)craters. Radio no. 12,
c R7:z s zai- q ce. s z rf ~ "
c,~ 1 c,-, Unclassifie d.
az

V.
2. USS.R (600)
4. Radio - S;~ort-Wa-vre - Kharkov
7. SI-ort-wave demrtment of the Lenim Polytechnical Institute at Kharkov, Radio,
Nc. 2, 1953.
9. Monthly List of Russian Accessions, Library of Congress, May 1953, Unclassified.

61;E'f&(), V.
Rad'o - Receivers and Reception
Reception of amateur radio stations on radiobroadcasting receiver. Hadio. No. 5,
1953.
Monthly List of Hu5sian Accessions Library of Congress, June 1953. Uncl.
0

TARANOV, R., Inzheiner; SH oj~jk,,jnxhener; VOLKIN, F., (Lqsino-
V=W!~
Petrovsk, Mookove a A tl)l MHTIL, K.; MIRON3M, V.;
ZUTLPV, N. -, SHOTKHN, A.
Accounts by participants. Radio no.10:18-20 '56. (MLRA 9:11)
1. Nachallnik reepublikanskogo radiqkluba Dobrovollnogo
obsbcbestva sodeystviya armii. aviatsil i flotu Moldavskoy SSR
(for Zuyav) 2. Starshiy inzbener respublikanskogo radiokluba
Dobrovollnogo obahchestva sodeystviya armii, aviateii i flotu
Moldavskoy SSR (for Shovkhat).
(Radio, Sbortwave--Competitions)

9M
AUTHOR: Sheyko, V. (UB5C!)
SOV/107-59-4-33/45
TITLE: A Short Wave Antenna (Korotkovolnovaya antenna)
PERIODICAL: Radio, 1959, Nr 4, pp 44 - 47 (USSR)
ABSTRACT: The author explains details of the two-range, ro-
tating, directional antenna used by the British
radio amateur G4ZU. The second part of the article
contains instructions for building such an antenna.
There are 2 drawings, 5 diagrams, 1 graph and 5 So-
viet references.
Card 1/1

05403
22( SOV/107-59-8-23/49
AUTHOR: V. SheykD,_JJ115CI, (Kharlkov)
TITLE: Trainin- of the Short-Wave Radio Ham
PERIODICAL: Radio, 1959, Nr 8, PP 30-31 (USSR)
ABSTRACT: The author, a radio ham since 1948, tells about his
exDerience in amateur contests. With the assistance
u
of R.O.Taranov (UB5DQ) and M.A. Voroblyev(UB5BC) he
worked himself up from a radio circle in the elemen-
tary school to become a member of a radio club. Final-
ly, he became a student at the radio department of a
Vuz. He describes the transmitter and receiver equip-
ment which he uses for work on all amateur ranges and
recommends some practice exercises for participating
in contests. Amateurs should always have their
equipment in working order, and they should not work
on repairs and adjustments during the last days be-
Card 112 fore a contest. They should study in advance the

05403
O-OV/107-59-8-23/4-0
Training of the Short-Wave Radio Ham
propagation of radio waves, and should inform them-
selves on other stations which could possibly be con-
tacted. During the contest they should check perio-
dically all available ranges for rare contacts.
Amateurs should get some rest before starting in a
contest.
Card 212

SB:FIKO, V. (UB5Cl)
Calculation of a 'rnetwork. Radio no.1:21-22 Ja 160.
(14IRk 13:5)
(Electric filters)

I- SBEYKO..-V-. (UB5CI); BURKO, G. (UB5LY) (Khartkov)
Converter for a band of 420 to 435 megacycles. Radio no.6:38-39
Je 160. OURA 13:7)
(Frequency changers)

SHETKO, V. (UB5cl)
Listen to UB5KCX. Radio no.6:41 is ,6o. (MIRA 13:7)
(Kharkov--Amteur radio stations)

GEJLTAYEV, G.; GAUKEPUff, R., master radiosporta Noplkva); GONCEARSKIr, V.
master radiosporta tLIvov); 3MMOVICH,.-;.., master radiosporta,
(Stalino); SUMO, Tu., master radioaporta; IVANOVA. Teeq master
radiosporta (Chelyabinsk); LABUTIN, L., master radiosporta (Moskva);
SHErKO, V., master radiosporta; G3S]MW, B., master# radiosporta
(Khar1k6-0';--Shtreus, V., pervorazryadnik (Buguruslan); VOWSTAN, IL,
pervorazryadni (Simferopol').
Is it really entertainment and not sport? Radio M-5:13-14 My 160.
(MIRA 13:12)
1. Predsedatell sportivnoy komisaii Federatsii radiosporta SSSR (for
Gulyevev).
(Amateur radio stations)

RYZHOV, Petr Aleksandrovich. Prininali uchastiye: BUKRINSKIY, V.A.,
kand. tekhr..nauk, dots.; GUDKOV, V.M., kand.tekhn.nauk,
dots.; RUDAKOV, M.L., doktor tekhn.nauk, prof.; SHEYKO,
V.G., inzh.; BYSTRIGIN, N.M., inzh.; TROFIMOV, A-.I.--p-r,of.
~ietsenzent; OGLOBLIN, D.N., prof., retsenzent; SLAVOROSOV,
A.Kh., red.izd-va; BOLDYREVA, Z.A., tekhn. red.; EPPEL',
N.Ya., tekhn. red.; SHITOVA, A.S., tekhn. red.
(Geometry of mineral deposits] Geometriia nedr. Izd.3., pe-
rer. i dop. Moskva, Izd-vo "Nedra," 1964. 500 p.
(MIRA 17:3)

ALEKSEYEV, F.K.; ANDRIYUTS, G.L.; ARSENTIYEV, A.I.; ASTAFIYEV, Yu.P.;
BEVZ, N.D.; BEREZOVSKIY, A.I.; GENERALOV, G.S.;
DOROSHENKOJ, V.I.; YESHCHENKO, A.A.; ZAPARA, S.A.; KALINICHENKO, V.F.;
KARNAUSHENKO, I.K.; ~KIKOVKA, Ye.I.; KOBOZEV, V.N.; KUPIN, V.Ye.;
LOTOUS, V.K.; LYAKHOV, N.I.; MALYUTA, D.I.; METS, YU.S.; OVCDENKO,
B.K.; OKSANICH, I.F.; PANOV, V.A.; POVZNER, Z.B.; PODORVANOV, A.Z.;
POLISHCHUX, A.K.; POLYAKOV, V.G.; POTAPOV, A.I.; SAVITSKIY, I.!.;
SERBIN., V.I.; SERGEYEV, N.N.; SOVETOV,, G.A.; STATKEVICH, A.A.;
TERESHCHENKO, A.A.; TITOV, O.S.; FEDIN, A.F.; KHOMYAKOV, N.P.;
_51MM,j,Z.; SHEKUN, O.G.; SESTAKOV, M.M.; SHTANIKC, V.I.
Practice of co4struction and exploitation of open pits of Krivoy
Rog Basin mining and ore dressing combines. Gor. zhur. no.6:
8-56 Je 163. (MIRA 16:7)
(Krivoy Rog Basin-Strip mining)

FALIKEUGH, A.S.f kand.tekhn.nauk; SHEY14KINt M.Z., inzh,- SREYKO, V'I,, inzh.;
FILIGHLOV, A.A., inzh.; TROYEPOLISKIY, V.N.,
inzh.; CHEPMSHEMO, I.Gq LYUBCHENKO, A.I., Uzh.; KVARTIN, I.I.,
inzh.; KAIASHITIKOV, F.I.9 inzh.; GOLOSOV, I.P.
1. Vsesoyuznyy nauchno-issle~ovatellskiy institut po stroitel'stva
magistralInykh truboprovodov (for Fallkevich, Sheynkin). 2. Proyektno-
konstruktorskoye byuro "Glavatroymekhanizateiya" Ministerstva
transportnogo-stroitellst~a SSSR (for Troye llskiy*"Liman)
3. Yasinovatskiy mashinostroiteVnyy zavod rfor Chebayshenko).
4. Stalinskiy zavod sel'skokhozyaystvennogo mashinostr6yeniya
(for Lyubehenko). 5. Cdesskiy zavod prodovol'stvennogo mashino-
stroyeniya (for Kvartinj Kalashnikov). 6. Staro-Kramatorskiy mashino-
stroitel'nyy zavod (for Golooov).
(Welding) ' (Protective atmospheres)

AID P - 4869
Subject USSR/Engineering
Card 1/1 Pub. 107-a - 3/14
Authors : Aristov, V. S. and V. I. Sheyko
Title : Dependence of mechanical properties of fused metal upon
the length of the arc in welding with austenite electrodes.
Periodical : Svar. proizv., 4, 9-12, Ap 1956
Abstract : The authors present results of their investigation of the
subject, supplemented with the experience and records of
several industrial plants. They provide several practical
suggestions pertaining to the length of the are, which
affects mechanical properties of fused metal and depends
on various characteristics and conditions. Four tables
5 graphs and 1 drawing. 2 Russian references (1952-54~-
Institution Gentral Scientific ReBearch Inatitute of Machine-Building
Technology (TsNIITMASh).
Submitted No date

S/13 61/"/001/0W'018
001
A006YA
AUTHORS: Sheyko, V.I., Fil'ohakov, A.A., Engineers
TITLE: On Welding In Water Vapor Medium
PERIODICAL: Svarochnoye proizvodstvo, 1961, No. 1, pp. 43 - 44
TEXT: With reference to L.S.Sapiro's theory on the use of water vapor as
a shielding medium in welding low carbon steel, the authors present some criticismA
It is pointed out that the savings obtained by the cheaper shielding atmosphere
are not compensated by a decrease in efficiency of the welding process as compared
to welding in carbon dioxide. The use of Sv-08 wire, as recommended by Sapiro,
does not assure stable mechanical properties of the weld metal, equalling those ob-
tained with + 42 (E42) type electrodes. Taking into account the strong oxidizing
nature of the atmosphere when welding in water vapor, and, as a result, the incon-
siderable raise of strength of the weld metal at low values of its ductility, the
use of an alloyed wire is not recommended for this type of welding. This method,
using Sv-08 wire is only recommendable for unimportant weld joints and repairs, if
the efficiency of welding does not play a crucial part.
There is I table and I Soviet reference.
Card 1/1

ZOLOTOV, VA., inzh.; BERD1CHEVSKIY, B.Te., inzh.; SHETKO, V.I., iUZ16~
Daepropetrovak-Frommic Region at the Exhibition of-FxzgreaaLv*
Practices in the National. EconokV of the Mir~n SS.R. Met.
i gornorud.prom. no-5s85 S-0 162. (MIRA 16sl)
(Dnep--opetrovsk Provinc Industries)

SHEYKO, V.P.-ISheiko, V.P.]; NECHAYEU, I.Ya. [Nechaieva, I.IA.1
.11
Investigating the calculation of one of the 10 cm. wave4and
frequency divider designs, Urko fiz, zhur, 5 no. 5:656-b65
S-o 16o. (MIRA 14:4)
1. Kharlkovskiy osudarstvennyy universitet.
(Triodes5 (Frequency changers)

SHFZKO, Vladj2,jr Favlovicb.1 GODDER, F,Ye., red.; LOIWIOVICH, V.A.,
red.~ KOROLFIJ, A.V,, tekhn. red,
[Antennas for amateur radio transmitterslAntenny liubitell-
skikh radiostantsii. Moskva, DOSAAF, 1962. 123 P.
(MIRA 15:9)
(Amateur radio stations~--Equipment and supplies)
(Radio-Antennas)

37189
S/185/62/007/004/013/018
D40'//D301
Sheyk!?.,
TITIZE: Choice of optimal parameters of reflection
graving of a diffraction resonator
PE'RIODICAL: Ukrayinslkyy fizychnyy zhurnal, v. 7, no, 4,
1962, 430-435
TEXT- A diffraction resonator is described which has the
properties of a multi-ruled reflection grating, as well as those
o -
I a disc resonator; by means of such a device, it is possible
to considerably improve the parameters of wavemeters and spectro-
meters. The basic Darameters of a ruled gratJng, used as a dif-
L
.Lraction -,-iavemeter or as a spectrometer, are the width of the
monochromatic energy distribution at the k-th maximum, and the
resolution. Tne acelvice is used in ultra-high-frequency radio-
engineering. It incorporates, in addition to the reflection
grating, one or two refElecting metal mirrors. The rulings of
Card 1/3

S/185/62/007/004/013/018
C In. o i c e o .' o p t imma 1 Dl,'r07/D301
the grating are chosen in such a way that the angle of incidence
i and -.lie angle of observation W should be equal, provided
t, I'iat a maximum, exists in a.wide frequency range- at t~e same VY
u-me, zhese angles are variable. Only a grating of certain
dii,.ioncion.,3 and shape can comply with this condition. The graphs
tilo ,anc-les i v e rs, u s gl being the width of the
rulil.") plotted for various h1g denoting height) and
maxima. Formulas are given for the Q-factor of a disc resonator.
it is noted that the z)resence of the resonator mirror D2 per-
--s L
;~' a double signal-passage: direct and inverse. This leads
m
Uo a rrreat increase in resolution it is noted also that
2 mirrors have to be absolutely pL-allel. The descriDed dull
raction resonator is quite simple to operate. The experiments
conducted w--, th it showed that t~e theoretical and experimental'
c.--aracteristics were in -fair agreemen-. The spectral charac-
u
teristics of the device were considerably improved by double
passage of the signal, with a Q-factor of the resonator, close
Card 2/3

Choice of optimal ...
S/185/62/007/004/013/018
D407/D301
to ~_-,00. The range of wavelengths of the resonator can be ex-
Uended 4 - 5 fold by using higher-order interference maxima.
T:iore a--e 5 figures and 4 references: 3 Soviet-bloc and 1 non-
Soviet-bioc. 'The reference to the English-language publication
reads as foilows: Williams, Rev. Mod. Phys., 14, 64, 1942.
AS:30CT'q'!ON
SUB2~TITTED:
Kharkivslkyy derzhuniversytet im. 0. M. GorIkogo
(Kharkiv State University im, 0. 12A. GorIkiy)
July 4, 1961
Card 3/3

IT
16206-63
ACCESS10 -MR: AR300M 4/005*63/900/906/3040/00
Somas: RZh. Fizikaj, Abe. 6 i005
AUTHOR: Sh as V. P. Valitoyp R
A.
TIM: Account or inMence of wldth`of'miar4~ave sIgml spectrum. In
operation with steplike reflecting gratiM amay
CIM W)RCE: Uch..vipo. KharlKovsk. uvt.,: V. Id7j, 1.9620 Tro Radialse fake# ve
6, 83-86
TOPIC TAGS: Microwave oscillation-, reflection# grating. army.
TRARMATION: -Some features~of the appl1cation of~9ptles1swWwds of spectria -
analysis of microwave generator oscillations-,are comilderede The -dispersion -WA--
the angular shift of the spectral mzima upm reflection of a nonally Incident-
signal from the broadband steplIke grating Is calculatede The probable error'in
the measurement of the wavelength of the spectral lim,, brought about by the ncn.,-'.'
monochromaticity of the signal,,, Is determined. The method proposed by the authors-.~,
makes it possible to estimate beforehand the possible,.,neasiirement srrors when oper
ra
with a steplike reflecting grating -in the easeof vertical polarization of the be
signa.
L4;;Frd

NR: AR3000175
ACCFSMON

made with a.toroidal ferrite core
and in lie u. of the ordinary round
,
wire a flat copper tape is used, vhich is wound on the core in a single
Iqyer. The windings are arranged'in such a mumer tbat-tbe turns of'
-of the. primary
the secondary vinding are located between the ~turns

it is possible -to obtain-a. transformation ratlo,It
With such a design
,
the range of 1-3# Calculations.. of al ;ti~6 parameters of-.the;g~vindlv
_
''

tire'
tbe
seated resulis
pre p and also.
transfoxmer of the proposed deslgn
_
-with
-- agreement: 'the
of experimental'verificatims
vhic7a are in~- good
-
,.
flat
ions, Origs: art6 has: :4

DATE. AcQ::. I&MELY63, EML::, GO.-."

A

V~

L r:~~ ~d

t 15021-65
ZCESSIOH
A
AUTHORs
__VV PV_
TfTLE: A method for measuring the field dL9trLbut14bn La an open
resonator
Zhurnal eksperLimenta I noly
ti ches koy
teo re
f I zikL v.,47,
SOURCF,:
no. 4, 1964, 1173-1177 j
alysist electromagnetic field dLatrLbut T10
TOPIC TAGS: laser mods an io
opem, resonator'
ABSTRACT: A now method- based:-on thei.Introducti*06, of a' small - energ'y-~,,
--is ---pro sad for,- Luves tit!!,
me pb,
absorbing, body into the resonance: volu
Th
gating the amplitude 4istrLb cLoa -oV fi4lds in o Penh rasonatJors 6:
U
method is free of the 'peneral,drawbacks*of-exLstIag thods La.. -thaX
there La no need for using a hLghly stable microwave -signal sourcii.
It is essentially a modifLeatton of the method of small perturbations
based on determination of tho'cavity detunLag caused by Introduction
of a small perturbing bodyv aid permits easy measurements of the
Card

L 15021-65
ACCESSION NR: AP4047881
amplitude distribution of the--field for -.any mode in..the cavity.. Them
perturbing body is a small piece of r4bberor polyethylene-containing
a large amount of lampblack. It was-used to~determine-the fields at:.:-
the mirrors of an open resonator with spherical -reflectors. The re- i.
sults have shown that only the fundamental'mode,exhibited circular
symmetry, which persisted for not too' great-a miLralignment. of . the-
mirrors. On'the other hand, them pred.icted--higher-or-der -even-symmetry:
modes turned out to be' unstable in- the. sense that-in the reaLcavity.~
they split- readily Into a series- of id'ode's having~ more- complicated
field configurations, exhibiting.-azimuthal 'dependence and having
nearly equal resistance frequencies. The splitting. is probably due
to the nouideal geometry of the real.cavLty.. Although the:method I a
simLlar-to.-one recently descrlbed-by R. W. Zimmerer:(IEEE Trans.- A
yield the.dis
HTT-11, NO. 5, 371, 1963)1 the,latterl does:not trLbution~
for each mode separately, but only the total.field distribution*
"The authors thank H, N. Yefiv.ii3kjo and Yuk H,Aeogyinov f or prep arin
-Z.formula
the experimental setup." Oril art, hast fLgures:aad- a
ASSOCIATION: Khar'kovskiy gotudars Kharkov
tvenny y universitet
Stats University)
Card

NO
REP SOV: 001 OTHERs: 004: ATD:PRESSS
3/3
Card

VALITOV, R.A.; DYUBKO, S.F.; KAITYSHAN, V.V.; SHMKO, V.P.
Method for measuring the field distribution in an open resonator.
Z-hur. eksp. i teor. fiz. 47 no-4:1173-1177 0 164.
(M] RA 18: 1)
1. llarlkovskiy gosudarstvennyy universitet.

L 26956-65 DJT (d) 1W (1)/EEC (b) -2/VA(h) Pu-4/Pac-4/Peb/Pi-h/Pj-4
ACCESSION NR: AP5005228 S/0057/65/035/002/0279/0281
LA 1z
9
AUTHOR: Dyubko, S. F. Kaqrshan, V. V.; Sheyko~ V.-P
TITLE: Experimental study of a basic mode d-Istribution in open resonators with
spherical mirrors
SOURCE: Zhurnal tekhnicheskcy fiziki, v. 35, no. 2, 19651~270-281
TOPTC TAGS: mode distribution, open resonator, Q spoiling, mode exc-Aation
ABSTRACT: It was indi-cated earlier by R. A. Valitov and the present authors
METF 47, .117.3,-1964) that study-of the _MP Li-tud-e- distribution of the elect romqag7__,,____
netic field in open resonators is pbssible- bir -m4ans.-of-the- q-mspoflirig` -e'-f'ke~6t-
use of a low-absorbing element in the resonwtor. This method can a1s6 be used to
study basic mode field distribution (without higher mode noise) and the effect on
field distribution of mirror misalignment and other inhomogeneities writhin the
resonator. To simplify the theoretical computations, the resonator dimensions were
made larger than the wavejenji~th. The radii :)f curvature of the mirrors was 12"-0 A,
the maximum diameter was 85 1, and the distance between mirrors 21 was varied from
:650 to 6~10 A. In order to measure the Fresnel numbers for a given distance between
reflectors, the latter were coated with blacK rubber on which large amounts of
Card 1/ 3

ACCTLESSION NR: AP5005228
y.an open-~en de
carbon black had been deposited. The resonaLor*,.,,ras- excited b d waveRai
located at the center of one mirror; the other mirr&r~ housed a radiation sensor.,
Meas,,iv-oments were made for confocal resonattors for which the dilstance between mirrors
An iinexpected satisfactory agreement between theoretical and experi-
mental re~,ultswas achieved. Introduction of a dielectric (foam polystyrol) into
the resonqtor caused displacement of the field pattern in the direction of the di-
-1--tri, similar to the one produced by misalignment, and the nonsymmetrical place-
77--it un-] 4nhYnr)F-nQities of th,- dielectric resulted in distortion of the field in-
L I lines. The Q of the resonator was reduced in the process from 7 to 1 x 105.
Althou,~,h a uniformly distributed inhomgeneity (a sheet of cigarette paper) did not
affect the field distribution pattern, it caused a considerable decrease in the Q.
This case can be compared to a reduction of the reflection coefficient of a mirror.
The method was further checked by introducing an additional, small, but highly
absorbing probe-like inhomogeneity into the resonator. The field distribution
pattern, plotted with an accuracy up to 1-3%, was independent of the position of
the additional probe. Orig. art. has; 3 figures. [YKJ
ASSOCIATION- Khar1kovskiy gosudarstvennyy universitet im. A. M. Gorlkogo (Khaekov 7-
State University)
Card 2/3

ri t,i~e mri n
35 r,:-,.2:279-,-)Pi (12 RA 18,
G! il. ~C,-,O.

L 7747-66 MIA (k)/FBD/Ee1T (1)/S.-C (k) -Z/T/M4P(k)/EWA (a) -2/EWA IJF(o) WGI
ACC NRI AP5025893 SOURCE 00DE, UR/0057/65/035/070/1806/18.16
V'/?
AUTHOR: Dyubko, S.F.;.Kamyshan, Y.V.;.Sheyko, V.P
ORG: Khar1kov State University im. A.M.Gorlkiy (Kharlkovskiy gosudarstvennyy
universitet)
TITLE:: I On the instability of confocat systems
SOURGE; Zhurnal tekhnicheskey fiziki, v. 35, no. '10, 1.965, 1806-181.6
10 21,
TOPIC TAGS: resonator, laser, electromagnetic wave diffraction
ABSTRACT: The power losses of open square resonators with apertures from 10 to 18.2
wavelengths and radii of curvature from 45 to 52 wavelengths were measured as func-
tions of the distance between the refl.ectors. Coupl.ing to the resonator was provided
by small. openings in the centers of the reftectors. Microwave power was produced
with a thermostated ktystron supplied from regulated rectifier. Batteries were em-
ployed for cathode heating current and the reflector and focusing potentials, and
pulling of the oscillator frequency by the resonator was suppressed by a directional
coupler providing 25 db of decoupling. A frequency stability of one part per million
was achieved. The klystron output was amplitude modulated at audio frequency and the
signal was amplified after detection with a narrow-band audio amplifier. Curves are
presented showing the envelopes of the amplitudes of the TEMOO, TEX01, TEM02, TEM03#
Card 1/2 - UDC: 538.565
vrv '/6 ~~' 6- 1 ~

L-7747-66
ACC NR: AP5025893
and TEM04 modes. These curves show complex structure with numerous minimal and there
is a particularly pronounced minimum at the separation at which the reflectors are
confocal. This minimum is ascribed to coupling due to imperfections of the reflec-.
tors between the various modes that degenerate under confocal conditions, as a result.
.of which energy escapes into the higher modes where diffraction losses are large.
Amplitude and phase distributions on the reflectors were calculated with the aid of
the integral equation of A.G.Fox and T. Li (BSTJ, 40, 453, 1961) and the results are
presented graphically and discussed briefly. It is concluded that the requirement
that the reflectors be confocal, sometimes specified with close tolerance in laser
design, is not only unnecessary but even disadvantageous. The authors thank Profes-
sor R.A.Valitov for his Interest in the work and E.D.Sitnikov for his assistance with
the calcula -W-arrOrig. art. has: 2 fonaulas and 6 f1gur-es.~/V'sr
SUB OODE: EC, EM, OP/ SUBM DATE: l2Nov64/ ORIG REF: 006/ OTH REP: 006

SEMYKO, V.S.
-- -1.
Portable equipment for checking electric meters. Izm.tekh.
no.2:56-58 Mr-Ap 158. (MIRA 11:3)
(Electric meters-Testing)

2.CO-
e a n
r"7
r c 12
`47
) - -, . I

-- SHEYKC, V. YE.
Class Fibers
Textiles from glass fibers. Leg. prom. No. 1, 1952.
Monthly List 2f Russia Accessions, Library of Congress, March 1952. UNCLASSIFIED.

ly --- ----
IJS~'R/Miscellaneous Glass cloth
Card 1/1 Pub 77 9/20
Authors Sheyko, V. E., Cand. Tech. Sci.
Title Glass fiber
Periodical Nauka i zbiznl 21/12, 23-24, Doe 1954
Abstract The process of making glas 'S fibers of 5 to 7 microns in diameter is des6ribed,--''-
The use to which these fibers.can be put is stated, including the making of,,.
cheap cloth, which has many advantages for certain.uses, such as in filtering.
Illustrations.
Instittition
Submitted

25(1),2r(5)
AUTHOR: None Given SOV/72-58-12-21/23
TITLE: Conference of Functionaries of the Glass Industry
(soveshchaniye rabotnikov stekollnoy promyshlennosti)
PERIODICAL; Steklo i keramika, 1958, Nr 12, PP 45-46 (USSR)
ABSTRACT: The conference of functionaries of the glass industry of the RSFSR
was held in the town of Vladimir from October 21-23, 1958. The or-
ganizing bodies were: Gosudarstvennyy nauchno-tekhnicheskiy komitet
Soveta Ministrov RSFSR (Scientific-Technical State Committee of the
Council of Ministers of the RSFSR), Gosplan RSFSR (State Office for
Economic Planning of the RSFSR), Vsesoyuznoye khimicheskoye obshchest-
vo imeni D.I. Mendeleyeva (All-Union Chemical Society imeni D.I.Men"
deleyev) and Vladimirskiy sovnarkhoz (Vladimir Council o
Economy). The topic of the conference was: Perfection of production
processes, introduction of general mechanization and automatic contrd
in the factories for buildang and technical glass, glass fiber, glass
containers and vessels. A.S.Boldyrev, Deputy Chairman of the Scienti-
fic-Technical State Committee of the Cwuncil vf Ministers of the
RSFSR, in his opening speech termed the elaboration of measures for
further development of the glass industry by introduction of the
Card 1/5 latest technical achievements as well as the experience of leading

Conference of Functionaries of the Glass Industry SOV/72-58-112-21/23
factories to be the most-, important task. He stressed that the achieve-
ments-of Soviet and fore-ign science and engineering should be con-
sidered in planning new workq. The following reports were given:
F.G. Solinov, Director of the Gosudarstvennylj nauchno-issiedovatell-
skiy insticut stekla ~Scientific State Research Institute for Glass)
reported on the basic trend of scientific research, experimental and,-~._
construction w *ork.in glass industry.
V.Ye. Sheykoq Director of the Vsesoyuz*,j nauchno-issledovatelle-Ify
institut stek-Lovolokna (A!_-'-Un_ion 2cientific Research Institute for
Glass Fiber) spoke on tha p=ospeats of development in the production.-
of glass fiber and its products.
Voshchilov,-Deputy Chief-11agineez of the GPI-3, reported on mechani-
zation and automatic cont.:ol in the factories of bottle and vessel
production.
M.G.Stepanenko, Professor, Dixector of the laboratoriya Instituta
Stekla (Laboratory of the Gla8s.Institute), reported on the intro-
duction of electric and ga3--electric furnaces.
1.D. Tykachinskiy, Director of the Laboratory of the Glass Institute,
spoke on methods anu experiments of intensifying the glass melting
process by increasing the melting temperature and using chemical
Card 2/5 accelerators.

Conference of Functionaries of the Glass Industry SOV172-56-12-21123
N.V. Solonin, Professor, Director of the Laboratory of the Glass
Institute, spoKe on measures of supplying the glass industry with
high-grade refractory products.
D.S. Rutman, Chief Engineer of the Podollskiy ogneupornyy zavod
(Podol'skiy Factory of Refractory Products) opoke on the wanufacturirg
technology and the properties of refractory products of this factory.
A.G. Minakov, Daputy Chief Engineer of the Konstantinovskiy zavod
"Avtosteklo" (&on,stsn,;inovsjciy Works "Avtosteklo") reported on ex-
periments of extension of the furnace working period by artificial
cooling of the furnace brick lining.
V.G. Gutop, Director of the Laboratory of the Glass Institute, report-
ed on the deielopment in automatic control of working conditions fox-
glass-melting.fu-rnaces.
V.V.-Erlandts, Deputy Chief of the Otdel stroitellnykh materialov
Gosstroya SSSR ~,Sectioa for Building Materials of the Goestroy USSRb
spoke on the-demands.of building experts to the glass industury.
D.I.Klegg, Chief Engineer of.the Gusevskoy stekollnyy zavod imeni
Dzerzhinskogo (Guievskoy Glassworks imeni Dzerzhinskiy), reported on
the operation of tank furnaces,in this factory.
The work of the conference was done in 4 sections: Building and tech-
Card 3/5 nical glass, vessels, glass containers, glass fiber and Slass plastics.

Conference of Functionaries of the Glass Industry SOV/72-58-12-21/23
In the sections, the following persons were speaking: S.11, Brekhov-
skikh, Gosplan SSSR (Gosplan of the USSR); V.N. Alekseyev, Institut
novykh'stroitellnykh materialov Akademii stroitel'stva i arkhitektui7
SSSR (Institute of New Building Materials of the Academy for Build-
ing and Architecture of the USSR); L.V. Cherevatenko, Bytoshevskiy
zavod (Bytoshevskiy Factory); V.I. Dyatlko, Chagodoshchenskiy zavod
(Chagodoshchenskiy Factory); A.I. Ivanova, Institut steklovolokna
(Institute of Glass Fiber); I.A. Figurovskiy, Gusevskoy khrustallnyy
zavod (GusevsWy Crystal Works); V.G. Chistoserdov, Leningradskiy
zavod khudozhestvennogo stekla i sortovoy posudy (Leningrad Works of
Artificial Glass and Vessels); B.M. Shalunov, Urshellskiy zavod
(Urshel'skiy Works); V.S. Lazarev, steklozavod imeni Kormunistichesko-
go dobrovol'cheskogo otryada (Glassworks imeni Communist Voluntary
Detachment)j D.P. Kropotov, Moskovskiy zavod imeni Kalinina (Moscow
Works imeni Kalinin); P.P. Burnovo, Tsentrallnoye proyektno-konstruk-.
torskoye byuroMinisterstva zdravookhraneniya SSSR (Central Project-
ing and Design Office of the Ministry of the Protection of Health
USSR); K.A. Zelenskiy, Roslavllskiy zavod (Roslavilakiy Works); N.V.
Chernov, Kalininskiy sovnarkhoz (Kalinin Council of JZatl-i~j~ Scon=34
V.A. Kuzyak (GPI-3); V.I. Shakhurin (Scientific-Technical State Com-
Card 4/5 mittee of the Council of Ministers of the RSFSR1, and others. The

. Conference of Functionaries of the Glass Industry
members of the conference passed a resolution
should be taken for further development in the
introduction of modern technical achievements.
SOV/72-5a-12-21/23
saying that meaSUres
glass industry by the
Card 5/5

SHEYKOJ, V.Z. (Leningrad, D-104y Liteynyy prospekt, 59, kv.2)
Regional per2asion in malignaixt tw- s of the head and neck. Vop.
onk. 10 no-4:93--99 164. OURA 17: 11)
1. Iz kafedry torakallnoy khirurgii i anesteziologU (zav. - prof.
S.A. Gadzhiyev) Leningradskogo ordena Lenina. instituta us6vershen-
st"Vovaniya, vrachey imeni Kirova.

SH -7ZKC-, Ye.
Sheyko, Ye. "Stminar reserves of r~miise-typa rodents, in the se,;I-des~rt steppe,"
Sbornik nauch. rabot studentov (Rost. n/D ps. un-t im. Molotova), Issue 1,
1949, p. 107-"
SO: U-3566, 15 Narch, 53 (LetODiS lZhurnal Inykh Statey, No. 14, 1949).

SfIEYKO,_-Xe.P,[S"iko., IE.P.I., aspirant
Fight agaist soil erosion. Mekh. silt. hosp. 13 no.8:8-10 Ag 162.
. (MIRA 15:7)
1. Ukrainskays. sellskokhozyayst7ennaya akademiyag
(Soil conservation)

L oil I D:
--an j:':! r 1'1~
oe

TEPLITSKAYA, Ye.S.; MAUYA, L.P.; MIRGORODSKMA , A. K-;-&REYKO,_ Z.A. 1_
KOGAN, TS.I.; OSIPOVA, Ye.S.; GIRGORASH, N.G.; PANKRAT-07T-,--LS.;
GORBACHEVAJ, L.Ye.
Spedies of dysentery pathogens encountered in 1959 in cef-tain regions
of Dnepropetrovsk Province and their.serisItivity to.thedysentery
bacteriophage and antibiotics. Vrach. delo no,9:11(4.-118 S 161.
(911RA 14:12)
(DNEPROPETROVSK PROVINCE--SHIGELLA)
(BACTERIOPHAGE) (ANTIBIOTICS)

SAVINOV, O.A., kandidat tekhnicheskikh nauk; WSKIN. A.Ya.. inshener; PAZ L' V.M.'
inzhener; TSBYTLDI, M.G., in2hener-, SIUMOV, K.L., inzhener.
Exploratory percussion drilling (for discussion). Stroi.prom. 31 no.10.18-11
0 153. (MIBA 6:11)
.(Boring)

FAZHI, V.M. (Leningrad); SHEYKOV, M.L. (Leningrad)
Using vibroborin,--,_ -methods in. tests at construction sites.
Osn., fund. i mekh.~ gruzu-Z.no.5:11-12 *' (KIIIA 13:9)
(Boring machinery) (Tibra;ion)

ABE-LEV, Yu.N., dektor tekhn. nauk, prof.; ABELEV, M.Yu., inzh.;
BAKHOLDIN, B.V., kand. tokhn. nauk; BEREZANTSEV, V.G.,
doktor tekhn. nauk, prof.; VYALOV, S.S., doktor tekhn.
nauk; GODES, E.G., inzh.; GORBUNOV-POSADOV, I,''.1., doktor
tekhn. nauk, prof.; DAU*.AT0V, B.I., doktor tekhn. nauk,
prof.; DOKUGHAYEV, V.V., kard. tekhn. nauk; KRUTOV, V.I.,
kand. tekhn. nauk; KSENOFONTOV, A.I., kand. tekhn. nauk;
MARIUPOLISKIY, G.M., kand. tekhn. nauk; MORARESKUL,N.N.,
inzh.; HiLEY, Ye.M., inzh.; SAVINOV, O.A., doktor tekhn.
nauk; SIDOHOV, N.N., kand. tekhn. nauk; %IORODINSKIY,
N...., kand. tekhn. nauk; SOKOLOV, N.M., doktor tekhn.nauk;
YiiDKD,'., A.Ya., inzh.; SHASHKOV, S.A., kand. tekhn.nauk;
lz'EYKOV., M.L., inzh.; YAROSBENKO, V.A., kand.tekhn.nauk,
[i-Le-`ced~ed]; KHALIZEV, Ye.P., kand. tekhn. nauk, nauchn.red,
[Manual for the designing of industrial plants, apartment
houses, and public buildings and structures; foundations)
Spravochnik proektirovshchika promyshlennykh, zhilykh i
obshchestvennykh zdanii i sooruzhenii; osnovaniia i funds-
menty. Leningrad, Stroiizdat, 1964. 268 p.
(MIHA 18:1)

BUID~IARTA Antibir;sis a-rid Symbiosis. P
Antibiotics.
"'Os Jour :Ref Zhur - Biologiya, VTo 5, 1959, No. 19497
A I
Author :Sheykova G
Inst :,The Republic's Scientific-Research Institute
of Epidemiology and Microbiology -
Title :The Study of Antagonistic Properties of
Bact. prodigiosum
Orig Pub :Tr. Respubl. n.-I. In-t epidemiol. i
mikrobio'-;., 1955, 2, 129-131
Abstract :Prodigiosin exhibits a strong antagonistic
action on diphtheria bacteria, staphylocci
and streptococcl. It is recommended to use
Bact. prodigiosum in the control of the
diphtheria carrier.
Card 1/1

TOSHKOV, A., SIIBYKOV.A. G., SHIPOLDII, R.
Pathog jfe et of penicillin on guinea pigs. Zhur.mikrobiol.
apid. i immun. 29 no-7:45-47 Jl '58 (MMA 11:8)
1. Iz Hauchno-isaledovatel'skogo instituta, epidemiologii i mikrobiologii,
Sofia.
(MICILLIff, effects.
on gastrointestinn1 microbiol. & fatal doese in guinea
pigs (Run)
(INTESTINES, microbiology.
eff. of penicillin in guinea pigs (Rug))

TOSHKOV2 As.; SHEYKOVAI G.; NOYDIA, K.
Combined use of streptomycin and human gamma-globulin in exp'erimental
whooping cough infection In mice. Antibiotila 5 no.2:67-69 Mr-Ap
,6o. (KMA 14:5)
1. Nauchno-issledovateliskiy institut epidemiologii I mikrobiologii,
Sofiya, Bolgariya.
(WHOOPING COUGH) (STREPTOMYCIN)
(GAMA GLOBULIN)

G-~
Safi ZL~-,tU.- , VOL 11, Vo -3, 19 51
_ _N
orty Ya~xu Z4ncj tha Initial Cc~.Ist o.,
L,,3 19=1an )44LCU and Sanitat--On o~zzrnarml' V.
pp 3-7.
2. TAP ~mc .1 -Orli Of TatravjcXine
si~fsyx8VII cnd K.-ULZIL-1VAI (fh--r. .-Y" rz,~J.~Zch
I ;p 9-13 ( ~;,:.
3. 'Pnmmacodynamics and Toxt-cology a! AlIlitun ur~in-a.i-
.4
vv.,U: /C
Chairr-wis Sonior Rersoarch Aa:Zlii-.CEti-4,
pp
gjan.titattva Determination of Rutin in raqt-
4. :0 pyrum
a nt=* T.P. LIZ'=Z~ and A.3.
Inbi FOE-,I.
-n.t tlt~ 2
I U-)j pp 3-
5. 4Antibacterial, Antiviral, Antitoxic and C~1topatitzr,-anIc
Propartiss of Protobne74mln and A3.
-0y, V. Lu- v I:
V. IVPl, Tav. Q-17" St. 7L:,
V. rrs~t- 1- -, zch
and :2,
in it!' L. t--) , pp
6. *vAthad for Quantit&tiva Analyais zl ;ro,:41na
lide in rovaJrcn 4n;,als" M-,
_~~a.f r StIta !ontzol over-Za.41-ml pr
r : or Prot Sv. 1~2~:VSW//Jr pp 33-33.
Usa of ton LIA,:han-j* to D~ter=--r2 Acidity of CantrIc
Iuid- L. and Z. 30-43
;
(Enalish
'Th,) HospiLal 7harmacy" Iv.
Kini3try Of H~mlth
I F-Ipj- 44-49.
-W-~rwution no-L iuntuivd.
4ach W~!~Tztea!dy Intite. po t=-Aztalys.
Xstv!rs p3 I tck:LkaloZ!Z%.
3 x3cl;m%dy institut. Ut~iza f0m L C3-
pm;Aratoy.
lartittrt P2 #-1-d*,j4rJz4 1
4-mMitut " d.-=ran k:cat.--l ra le!~XrjtT
wvdatvs~
Aptacbms lnr,%kt" lazw.
-L--
.I -

STOYANOV, D.; '-HEYKCIV~-,
rpica treated W't',. tet-ra-
F a tj-,omorc- 2 Cc C a"'
cyc~!-,:ne in dIfferent com-bi.~a,-j Cris. 8 nc.2.737-'7.~.O
Pg 163. (MIRL 17 5)
':;kl!y int~ltut. tipi.darmiologli i ullk-I'ObiOlOgii,
1. N-tLUo-,qTV'.!--- - _i - - . - -
soflya i k-Lri,.ik.,)-fariLatsevtickieskiy
I ~ql ct ~ ~-y .,
i-not,ltu'., 1:1~ol-ij-a.

1. -,- -. I ;
L:y c, Lji d from !,hE)
-7- Z~~7-
34 rln.-;57--F,71-
.-0 265. (MIPA MCI.-!)
kM, ilkc-F

SMIYVANP A. I.
Sheyman, A. I. - 00n factors influencing the rupture of the fetus membrane,"
Collection dedicated to the Maternity Hospital im. Snegireva on its 175th
anniversary, Leningrad, 1949, p. 87-92
SO: U-4355, 14 August 53, (Letopis 'Zhurnal Inykh Statey, No. 15, 1949)

ACC NR: (AjV)
APOO-35691 SOURCE CODE: UR/0413/66/000/019/0034/0034-':----
1NIVENTOR: Mald-ino
L. P.; Sheykman, A. K.; Kost, A. N.
ITLE: Preparation of !-(P-pyridylethyl) indoles.'Class 12, ,.;o. 136LL84,I
1
.~announced by Donets Branch of*the All-UnJ:on Scientific Research-Insti-
Itute of Chemical Reagents and High Purity Chemicals (Donetskiy filial.
,Vse3oyuznogo nauchno-issledovatellskogo instituta Ichimicheskikh
: reaktivov i osobo chistykh khindcheskild-i veshchestv) I
iSOURICE: Izobreteniya, promyshlennyye obraztsy, tovarnyye znaki, no. 19,
I
0 3,
!19663 J4
'TOPIC TAGS: mridylethylindole, Yridine, indole, hexa nol,
"4.kOSLI
ABSTRACT*- To simplify the technology of the preparation of 1-(8-py-
ridylethyl)indolea by boiling vinylpyridiuee with indoles
in solution in the presence of catalysts (metallic K or
Ila) with subsequent isolation of the final product by'a
known method (e.g., distillation in vacuo), high-boiling
aliphatic alcohols (e.g., hexanol) are used as solvents*
(PS
SUB CODE1 07/ SUBM DATE: lOJan66 (WA-50; CBE No..14
Card 1/1 UDC:547-753-07

- -~5HEYMO".M6 ~-- inz~.-mayor
People of an inquisitive mind. Vest.protivovozd.obor. no.2:39-40
F 161. (MIRA 14:2)
(Airplanes-Maintenance and xepair)

f ;Lromal4f
9 hydr, pmbdal with boric m 4)
rip

_77
~tdd. V
the
and 7- 1.
ISSE~f U kdd can b e u-sed i. the F MILCzafts fQ;'M
la 0 aromatic - .. ~h:
of alky viupd3. such as CH4, MePh, rr-
Xylene. P - and PhOH. The adit- of and the
P,
aromatic Is treated at W-5* with AIC4 rad the mixt.
heated O.&-l i,at 4&-.00^. depending an the reactivity
m the if alkyL21ed products runge no to
BG-2%, although mainly kv-66% Yields am obtadned. The
esteini used Wclud~ ~EtC~)tB, (PrQ)%3, (BuO),B, (f~B~
0),,B, (bo-AmO),,B. tris(2--thythexyllbamte, (CsFlj-,O):El,
(C.H.0 4B. (PhCHO),l'.. (CHs:ClfCHtO),tB, (CICILCHr
0113. and etItyli-ne glyca., :ioiratr. ThCCltrnw-'z)cprtpd- by
aztouoptc dchydratixti of ROF and B(OH~ in C*Hj with
anhyd. CuSO.. T'has ~utre rc-pex-ted: 36% (EtO),,B~ b.
1.17-20 . 1. ~.SrWj. !:V 373. and trW2--ethylbexFl)b~--
ate, h, 183-5', 0.8519, 1.4385. Heating 4.4 g. (PrO)%B
with 9 g. AlCls in 6.5 tat. ?hN02 3.5 hr-s. Lit 60-75' save no
HCI or PrCl. WhiL- PmiouiL-Lantly P-L-iners af alkylatcd
Prod"Lls were obtlined, the nnitnaDy expected O-df_-Jvs.
WEre also found. Prolong!d reaction of C~H4 with ma&s
AIC4 and I mote (EtO),A] gait 47.2% Etph -414-60,10 Etc-
C-I-J~; (Kfeo,.,.Al w 'Pro "M faik--4 w

5 Q)
AUTHORS: Kost, A. N.,.Shayman, B. M., 5011/79-29-7-45/83
Terentlyev,
TITLE: Synthesis With the Aid of the Ifitrile of Acrylic Acid (Sintezy
s pomoshchlyu nitrila akrilovoy kisloty). XXXIII. Cyanoethyla-
tion of n-Cresol (XXXIII. Tsianetilirovaniye n-krezola)
PERIODICAL: Zhurnal obshchey khinii, 1959, Vol 29, fir 7, pp 2310 - 2314
(USSR)
ABSTRACT: The authors investigated the synthesis of 6-alkyleoumarins,
starting with the corresponding n-alkylphenols and acryloni-
trile and examined the conditions necessary for the reaction
of n-cresol with acrylonitrile in the presence of AM 3' '110
0
solution had no effect at
reaction took place below 10 . CCl
4
these temperatures. In nitrobenzene solution AM 3 caused in-
tense resinification. An equimolar amount of t-cresol and
acrylonitrile without a solvent was saturated with HC1 and then
an equimolar amount of AM 3added. After heating the reaction
mixture for 1 hour at 80 0 the yield was 16%. Half of the pro-
Card 113 duct separated as 6-methyl-3,4-dihydrocoumarin (I), the other

Synthesis With the Aid of the Nitrile of Acrylic SOV/79-29-7-45/83
Acid. XXXIII. Cyanoethylation of n-Gresol
half, a fraction boiling at 128-1330 (at 10 mm ) was a mix-
ture of equal amounts of (I) and, apparently, (Ii~, which was
not obtained in pure state.
CH2
CH3 CH3 H 2 CH 3-
OH H CN (11) 0 0(1)
The yield did not increase on further heating and addition of
more AIC1 and acrylonitrile. When heated for a short time to
0 3 0
200 a liquid fraction only was obtained, boiling at 128-133
(at 10 MM The longer period of reaction therefore leads to
lactone (I). When propionitrile was used instead of acryloni-
trile, molar proportions of the components being maintained,
the yield of lactone (I) rose to 41.4d,- and 4-3~ of nitrile (II)
were obtained. The melting point of (I) differs from that given
Card 2/3 in publications. The COMDound (I) synthesized by the authors -

- Synthesis With the Aid of the Nitrile of Acrylic SOV/79-29-7-45/83
Acid. XXXIII.Cyanoethylation of n-Cresol
contrary to the results given in reference 6 - exhibits typical
properties of 3,4-dihydrocoumarin (Scheme 2 with interpretation).
There are 11 references, 4 of which are Soviet.
ASSOCIATION: Moskovskiy gosudarstvennyy universitet (Moscow State University)
SUBMITTED: June 18, 1958
Card 3/3

S/153/60/003/005/006/016
BO13/BO58
AUTHORS: qjj~~~ Kuskov, V. K.
TITLE: Synthesis of Alkyl Phenols From Boric Acid Esters by Means
of,the Friedel - Crafts.Reaction
PERIODICAL: Izvestiya vysshikh uchebnykh zavedeniy. Khimiya i khimiches-
kaya tekhnologiya, 1960, Vol. 3, No- 5, pp. 876-880
TEXT: Two methods of producing alkyl phenola are proposed in this papert
in the first place, production from symmetrical boric acid esters, in
the second place, through previous production of mixed boric acid esters.
In the first case, the triphenylborate was alkylated with trialkyl borates
in the presence of aluminum chloride. In the second case, alkyl aryl
borates were treated with aluminum chloride, and subsequently hydrolyzed.
Mixed boric acid esters were obtained, like symmetrical esters (Ref. 16),
by means of esterification of an alcohol phenol mixture and dehydrogenation,
or by means of partial interchange of ester radicals of trialkyl borate
rith phenol in the presence of sodium phenolate, and distilling-off of the
resulting alcohol. A pure preparation of the mixed boric acid esters was
Card 1/3

Synthesis of Alkyl Phenols From Boric S/153/60/003/005/006/016
Acid Esters by Means of the B013/BO58
Friedel - Crafts Reaction
not possible since they become symmetrical during distillation. This
corresponds to the data of Ref. 17. The yields are higher when applying the
second method. Thus, the experiments conducted under equal conditions for
butyl phenols yielded 67% by the first method, and 89% by the second
method. This may be due to the fact that mixed boric acid esters were
present in the second case, with which the reaction may also take the course
of a regrouping. As customary, the phenols were isolated with the aid of
10% NaOH (Refs. 3-5). The effect of temperature, amount of aluminum chloride,
and length of the reaction, was studied by the example of n-butyl diphenyl
borate. The highest yields were obtained at a duration of the experiment
of 15 minutes at 800 - 950C, using 1.3 moles of aluminum chloride per 1
mole of mixed boric acid esters. The yield of secondary butyl phenols was
about 98% (77% mono- and 21% dibutyl phenol). From the mixture of the
resulting o- and p-alkyl phenols, pure isomers were isolated by means of
distillation. Ordinary isomerization of the alkyl group occurs under ex-
perimental conditions during alkylation. Only from the reaction of n-propyl
diphenyl borate with aluminum chloride, an isomeric mixture was obtained,
which consisted, on the basis of the melting points determined, of n- and
Card 2/3

Synthesis of Alkyl Phenols From Boric
Acid Esters by Means of the
Friedel - Crafts Reaction
isopropyl phenols. It was established
only contained phenol compounds. There
6 US, 2 British and 2 German.
S/15 60/003/005/oo6/ol6
B013YB058
that all resulting alkyl phenols
are 27 references: 18 Soviett
ASSOCIATION: Moskovskiy gosudarstvennyy universitet im.M.V. Lomonosova,
Kafedra khimicheskoy tekhnologii (Moscow State University
imeni M.V. Lomonosov, Department of Chemical Technology)
SUBUITTED: January 19, 1959
Card 3/3

SHL'YKM, B - M. ; KOS T, A. H.
- -:7~--777=:- -
C~ranoethjvlation of the nucleus of ib-alkyphenole. Vest. Mosk. un.
Ser. 2: Khim.'15 no-5:65-68 S-0 6o. (MIRA 13:11)
1. Moskovskiy gosudarstvennyy universitet, kafedra khimicheskoy
tekhnologii i organicheskoy khimii.
(Phenols) (Cyanoethylation)

KOST, A.N.; SHMIU1, B.M.; KUSHKOV, V.K.
Esters of ethylene cyanohydrin in the Friedel-Krafts reaction.
Izvovysoucheb.zav.; kbim.i khim.tekh.- 4 no.1:87-91 161.
(IBM 14:6)
V--
1. 14oskovskiy gosudarstvennyy universitet imeni M.V~Lomonosova,
kafedra organicheskoy kbimicheskoy tekhnologii.
(Friedel-Krafts reaction) (Hydracrylonitri-le)

KOST, A.N.; BRAGINA, K.K.; SEEMAN, M,
Derivatives of melilotic and phloretic acids and their
effect on the growth of plants. Vest. Mosk. un. Ser.
6: Biol., pochv. 17 no.5:34-41 S-0 '62. (MMA 15:11)
1. Botanicheskiy sad i kafedra organicheskoy khimii
Moskovskogo universiteta.
(HydrocinnnTnic aeid)
(Growth promoting substances)

KOST) A.N.; Sj~~M,
I
Syntiw~sis of -(2-hydroxY-~5.6alkylphenyl) propylamines. Zln=
ob.khim'." 33 no.2t545-549 F 163. (KERA 16:2;
1. Moskovslciy gosudarstvenW =iversitet-66ni M.V.Lomonosova.
(Propylamine) (Banzene'derivatives)

Y- l,'Pl,L-,; , V.Y-;.
,;Y.
(2-methoxy( hydro-xy)-
3-alkylphenyl p j - a pc. n i,-,- d s Ire r, t u ri . Ee r . 2 i
:3,1
-0 rio.1:42-45 165.
:'.Llfecirp

S HEY IMLA N1.M.c KOST, A.N.-, DEM"ZOVA, L.Ya.
I
Kilnstl~-s of the hydrojyt:'~c opening of the lactone ring of
. , .,--d -
6-alkyl-1.1 4 hydrocoumarins'. Zhur. ob. khim. 35 no.5t870-
875 IMY f-45. (MIRA --,8.-6)
3. Moskcirskiy gosudarstvennyy universitet imeni Lomonosova.

SHEYMAN, R. A.
Isolation of newborn vaccinated with -BCG against tuberculosis.
Sov.med.18 no.1:26-28 Ja '54. (MIaA 7:1) -
1. Iz organizatsionno-metodicheskogo otdela (zaveduyushchiy -
kandidat meditainskikh nauk M.L.Golldfarb) Leningradakogo
nauchno-issledovatellskogo tuberkuleznogo inatituta (direktor
it.D.Semenov). (BCG) (Tuberculosis)

SHEYMAN, I.M.
____---M"WMWMWMWAWMMW-
Natural conditioned reflex in chronic alcoholism as an accessory
diagnostic sign used in therapy [with summary in French]. Zhur.
nevr. paikh. 57 no.10:1235-1241 '57. (MIRA.10:12)
1. Respublikanskays pBikhonevrologicheskays bollnitea Moldavskoy
SSR (glavnyy vrach B.A.Morozov) i kafedra normallnoy fiziologii
Kishinevskogo gooudarstvennogo meditainskogo institute (zav. - prof.
A.A.Zubkov)
(ALGOHOLISK. physiology,
vasomotor natural conditioned reflex to alcohol (Rus))
(REFI&K, CONDITI01W,
vasomotor natural reflex to alcohol in chronic
alcoholism (Rua))

SUDIU, I.M.
Comparative physiology of conditioned response to a moving light
stimulus. Trudy Inst. vys. nerv. deiat. Ser. fiziol. 5:200-206
160. (MIRA 13:10)
1. Iz Laboratorii sravnitelinoy fiziologii vysshey nervnoy
deyatellnosti, (zav. - L.G. Voronin) instituta vysshey nervnoy
deyatellnosti.
(CONDITIONED RESPONSE) (LIGHT-PHYSIOLOGICAL EFFECT)

SHEYMAN, I. M.
Cand Bio Sci, Diss -- "on the comRarative Physiology of a conditioned
reflex to a moving light irritant'. Moscow, 1961. 16 pp, 20 am
(Moscow Order of Lenin and Order of Labor Red Banner State U imeni
DI. V. Lomonosov) 120 copies, Not for sale (KL, No 9, 10161, p 180, No
24319). 51-5114j0

SHEYW I M.
Formation of a conLtioned response to a moving pbotic stimuli in
dogs. Zhur.,vys. nerv. deiat. 11 no.2:265-272 Mr4 161.
TM31 14: 6)
1. Institute of Higher Nervous Activity, U.S.S.R. Academy of Sciences,
Moscow.
(CONDITIONED RESPONSE)

S f 1E)a."JIN y1. 14.
Formation of a conditioned positioning reflex in dogs during the
elaboration of a food procurement reflex to a moving stimulus.
Trudy Inst. vys. nerv. doiat. Ser. fixiol. 6:174,180 161.
(MIRA 14:12)
1. Iz laboratorii sravnitellnoy-fiziologii vysshey nervnoy doyatell-
nosti, zav. - L.G.Voronin.
(CONDITIONED RESPONSE)

RAKOVA, I.I-; SEZYMAN, I.M-
Characteristics of trace conditioned reflexea to a motor
stimulus. Trudy Inst.vp.nerv.d-eiat. Ser.fiziol. 7221+9-256
t62. (MIRA 16:2)
(CONDITIONED RESPORSE)

SHE)IMly- I.M.
Conditioned reflex tracing of a mov-ing stimulus. Trudy Inst.
vys.nerv.deiat. Ser.fiziol. 7:241--w 162. (MIRA 16:2)
(CONDITIONED RESPOME)

�~~JW,-Kons-tantim LeontlyevIch; SRA.FIRKIN, B.I., retsenzent;
PESKOVA, L.N., red.; VASILOYEVA, N.N., tekhn. red.
(Possibilities of a more efficient transportation of freight]
Perspektivy ratsionalizatsii perevozok gruzov. Moskva, Trans-
zheldorizdat, 1962. 11+5 P. (miRA 16:1)
(Freight and freightage)
i

ARTSYBYSHIV, S.A., professor (Moscow); SIMTMAN-, M.I. (Moscow).
Method of teaching wave and sound theory. Fiz.v shkole no.6:22-27 15).
(MLRA 6:10)
(Wave motion, Theory of)

She~,pmn, 1'. -- "Oscillat-Lons, Waves, and Soundst --*-n the Physics Course
at the Intermediate School." ~cade7..v of Pedagogical Sciences RSFSP. Sci
Res Inst cf Teachim- :-.ethods. licscow, 19~~6. (Disseration For t'ne Degrce 01
~Iandidate ir. -,Icda6oi:ic-al Sciences).
SO., 'Knizllmaya :,etooistj NO. 11, 1950", pp, 1031-111:

ARTSYBYSHF,V, II.A.; BELOGORSKAYA, H.I.; VINOGRADOVA, L.Yu.; GALANIN, D.D.;
GURtYHVA, V.V.; ZVORYKIN, B.S.; Z0113, V.A.; LIVIMTSEV, N.M.;
14MISHTYTIN, N.F.; MINCHIRTKOV, Ye.Ta-'; POKROVSKIT, A.A.; REZNIKOV, L.i.;
SAIGIAROV, D.I.; TIKHOIIOVA, Z.I.; ODAROV, S.Y.; SHEYMAK, M.I.;
YUSIKOVICH, V.2.
Pro-Losoor S.A. Arteybyshav; obituary. Piz. v shkole 18 no.1:95-96
ia-F 1.58. (VTRA 11:1)
(Artsybyshev, Sorgei Aleksandrovich, 1887-1957)

S':
to Init'i 31,ater '10 19"9)

SHEYMAN, S.M. (Gor'kiy)
From the ex-oarience of equinping A chemicql lnborqtorv. Xhim. v
shkole. no.2:44-46 Mr-Ap '58. (MIRA 11:3)
(Chemical laborRtories)

SHEYMAN, V.A.; KASPM, V.I.
Motion of material in a vertical gas flow. Inzh.-fiz.zhur. 6
no.3s63-68 Mr 163. (MIRA 16jA)
1. Institut teplo- i massoobmena ANISSR, Minsk.
(Drying apparatus) ~"(Gas flow)

ACC NR, AP7002918 (YV) SOURCE CODEt UR/0170/66/011/006/0787/0796:
AUTHORS: Sheyma-n,,--V. A.; Tutova, E. G.
ORG: Institute of Heat and Mass Transfer, AN BSSR, Minsk (Inatitut teplo- i
massoobmena AN BSSR)
TITLE: Calculation of the heat-transfer process in three-component systems
SOURCE: Inzhenerno-fizicheskiy zhurnal, v. 11, no. 6, 1966, 787-796
TOPIC TAGS: heat transfer, heat transfer coefficient, heat transfer fluid, heat lose,
.boundary value problem, inverse problem, temperature
.ABSTRACT: A method for calculating heat transfer in systems with three heat-transfer
!agents of variable heat-transfer coefficients and surfaces is proposed (see Fig. 1).
~For this system, the equations for gradientless particle heating are.
C13
di'-
W,
a
dr
W,
dill?
C3 f") dF,.
W.
Card 1/3 UDCs 536.248:!

ACC NR:
AP7002918
Fig. 1. Motion of heat-transfer
agents: I - gas; II - fine
dispersed materials; III - large LL
particles I 'I I
If 1 11 1 M
a
iThe heat-transfer coefficients vary with the x coordinate ass
'T-_
a% = a.. exp cFj, a. exp (- c.F.).
!The heat-transfer surfaces vary with thb x coordinate ass F - bF The temperatures
i 3 2
-of heat-transfer agents I, II, and III (gas, fine dispersed materials, and large
.Card 2Z3

ACC NRt A-P7002918
,particles) are determined by the equationB:
Xn+I
C, x C. 1:.,( r - + Cal
n-0 n-0 +
effl,+ YR., exp (c,,X).,
and
EYPP 0' + exp (cX) d 6~ +1 expj(c&--c4)X)(6'-Er).
dX
!Heat transfer between two agents is discussed. The possibility of aa inverse problea
lis also mentioned. Orig. art. hast 54 forzulas and I diagram.
So CODE: 20/ SSUM DLTEi ISJul66/ ORIG REFt 007/ M RXFs 002
-Card 3/3

i. L. ;-IiT i " ' ' J" - ' ''
. o-'--Tr.;vN' V. lit.
"Trie drying of potassium, salts in suspension."
report siCbmitted for 2nd All-Union Conf on Heat & Ptss Transfer, Minsk,
4-12 may 1964.
Inst of Heat & 1,LLss Transfer, AS BSSR.