SCIENTIFIC ABSTRACT SOGOLOVA, T.I. - SOGRISHIN, YU.P.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001651920008-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 26, 2000
• Sequence Number: 8
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

ACC NRi
AP7003762 (IV) SOURCE CODE: UR/0374/66/000/006/0803/0807
AUTHOR: Savkin, V. G.; Belyy, V. A.; Sogolova, T. I.; Kargin, V. A.
ORG: Department of Mechanics of Polymers, A14 Belorussian SSR, Gomel' 4
(Otdel meklianiki polimerov, AN Belorusskoy SSR); Physicochemical Scientific
Research Institute im. L. Ya. Karpov, Moscow (Nauchno-issledovatellskiy fiziko-
khimicheskiy institut)
TITLE: The effect of supermolecular structures,on the self heating of plastics
under cyclic loading
SOURCE: Mekhanika polimerov, no. 6, 1966, 803-807
TOPIC TAGS: cyclic load, molecular structure, plastic, polycaprolactam
ABSTRACT: It has been established that the degree of self heating of poly-
caprolactam samples subject to cyclic loading is determined by the supermolecu-
lar structures of the samples. The larger and less homogeneous the supermolecu-
lar structures of the cross section of the sample~ar4, the higher is the self-heat-
ing temperature. Cyclic loading changes the supermolecular structure and,
therefore, the mechanical and physical properties of a sample. The introduction
Card 1/2 UD C-: -67 6.-5:539. 43. 015

--46CNRi AP7003762
of artificial nucleati6n centers enhances ordering and minimizing of the super-
molecular structures! in the polymer and contributes to lowering the self heating
temperature during cyclic loading. Orig. art. h4s: 6 figures. (AM]
SUB CODE: 20, 11/SUBM DATE: OlMar66/ORIG REF: 011/
Card 2/2

0
ACCESSION NR, AP4041406 S/002O/i-,4/iW C
TITLE: The effect of artificial crystallization nuclei -on tile
crystallization kinetics and mechanical properties of
polystyrene
AUTaOR: Kargin, V. A.; (Academician); Sogolova, T. T.;
W. Y a.
SOURCE: AN SSSR. Doklady*, Y. 156, no. 61 i964, 14o6_11,08 and insert'
facing p. 1406
TOPIC TAGS: polystyrene, isotactic polystyrene, amorphous polymers
crystallization, kinetics, mechanical property, artificial crystal-~l
lization nucleus, fluorescein, quinacridone, indigo, alizarin, Cr';'-
stallization rate,. microphotograph, structure, deformability, film.
strength, crystallization center
ABSTRACT: The effect of introduvi.ng fluorescein, quinacridone,
indigo or alizarin to act as artificial cx1ratallization nuclei in
!I isotactic polyetyrene was evalu,at.ed by the rate of crystalliza
I tion,
i and the resultant mechanical properties. Microphotographs showed ;
that the addition of 2% fluorescein-did not promote the growth of,.- -
Lpolystyrene crystals, while 2% indigo or quinacridone caused rapid
:,~6rd

j~AGGESSIODI
NR: AP4041406
ro] i
crystallization of polystyrene forming a film with filTa ~~PT,9
structures. Alizarin also promoted rapid crystalliza~--Ir. 17
styrene, forming a film whose structure contained co~~,;-..ie c-
tated spherolites of alizarin and poly'styrene. Althoug*;,
dissolved in the polystyrene melt, it precipitated froin z;ho E-olut!'#F.
and ci-ystallized much more rapidly than polystyrene, aria itl-,: radiall
fibrillar spherolites acted as crystallization centers 'or I-IiE~
polystyrene. Polystyrene alone after 3 hours crystallization still
had the mechanical properties of an amorphous material; with 2~~
indigo it crystallized in 15 minutes. Prolonged cx-Istailization
however reduced the deformability of the-films somewhat-a pheno-
menon apparently associated with structural changes not discernib-le
with the optical microscope. With the addition of 411c' alizarin the
deformability (to 300%) and film 5trength of polystyrene) cry~-itallized;
for 1-2 hours were retained. Hence the addition of a-7tificial
cri5talliz'ation nuclei accelerated the crystallization of slowly
crys~allizirig polymera and can be used to control their mechanical
properties. Orig. art. has: 4 figures
ASSOCIATION: Fiziko-khimicheskiy institut im. L. Ya. Karpola
L (Physical-Chemical Instit.ute)
Card

SOGOLOVSKTY, S.G., metodist
Show at the "Optical and Motion-Picture Equipment" section.
Inform. biul. VDNEH no.7:8 Jl t63. (MIRA 16:8)
1. Pavillon "Mashinostroyeniyell na Vystavke dostizheniy
narodnogo khozyaystva.

KARODIM, K.B.; SOGOLOVSKIY. Ye.P.
On the problem of measuring direct current larr voltage. Dop. AN
URSR no.4:296-299 154. (KLU 8:4)
1. Institut mashinozn&vstv& ta avtomatiki AN URSR. P~redatavleno
deyetvitallnym chlonom Akademii,nauk USSR G.N.Savinym.
(Electric measurements)

.Translation from: Referativnyy Zhurnal, Elektrotekhnika, 1957,
Nr 1, pp. 175-176 (Ukrainian SSR)
AUTHORS: Karandeyev, K.B., Sogolovskiy, Ye. P.
TITLE: Feedback In Amplifiers with a Rotary Converter (Obratnaya
svyaz' v usilitelyakh s elektromekhanicheskim preobra-
zovatelem)
PERIODICAL: Nauch. zap. In-ta mashinoved. I avtomatiki. AN UkSSR,,.
1955, Nr~,PP- 98-108.
ABSTRACT: The influence of negative feedback upon the parameters
of an amplifier with a rotary converter of input voltage
is investigated. Similar amplifiers have been in use for
about 20 years for measuring low d-c voltages, replacing
d-c amplifiers which had a low stability. It is demon-
strated that negattye voltage feedback (used usually with
lar&~.-interm.l resistances of the source of the measured
Card 1/3 voltage and of the output indicating device), and also the

Feedback in Amplifiers with a Rotary Converter. (Cont.)
112-1-1117
infrequently used current negative feedbacks, embracing
the whole amplifier together with the convorter at the
Input when the feedback penetrates deep andUgh, reduces
measurement errors, a-ansed not only by the amplifier or
by the instability of its power supply, but also errors
caused by the instability of the parameters of the con-
verter: porosity of the contacts and the magnitude of its
contact resistance. Formulas of the relative error of
the system are derived for both cases of negative feedback,
It is demonstrated that in both cases the main source of error
is the Instability of the resistance of the voltage divider
of the negative feedback. Also formulas for the input and
output resistance of the ampliFier in the presence of
negative feedback are derived. The introduction of an average
(integrating) circuit at the amplifier input permits to
bring about a negative feedback, on the average value of
the Input voltage, which, on the whole, eliminates the
influence of changes in porosity of the cmnverter. A
Card 2/3 drawing of the converter with a vibrator is given; in it

Feedback in Amplifiers with a Rotary Converter. (cont.)
112-1-1117
the application of a system of nonpolarized type of
excitation and also of a separate screening of this system
and of the converter's contacts has greatly reduced the
influence of the level of converter noise upon the ampl:=er.
A basic schematic diagram of a 4-stage resistance-coupled
battery amplifier with a rotary converter at the Input and
a cathode output on the transformer Is presented. A
generator feeds the converter. Diagrams of the influsnee
of changes in the supply voltages on the amplifier's
sensitivity demonstrate its sufficient stability. With
such amplifiers it is possible to measure input voltages
frOm 10,Ar with input resistaNow- equal to 10 megobms.
The frequency range of the amplifier is from d-c up to
about one ter-th of the excitation frequency.
E.A.G.
Card 3/3

KkRANDBYXV, K.B.; XIZTUK, L.Ta.; SOPOUNS11T. Tq,F.; SHTAMBERGER. G.A.
The 3SK-1 electrical prospecting automatic compensator with
direct reading. Razved.i okh.nodr 22 no-7:39-49 J1 156*
(KLBA 9:11)
1. Institut mashinovedentya i avtomatiki Akademii nauk LIM.
(Prospecting-Geophysical methods) (Ilectric instruments)
f J; "I c C; ,+~
7

VISHENCHUK, Igor' Miihailovich; SOGOLOVSKIT, Yevg6niy Panteleymonovibh~
if kOgnymo,
SHYSTSKrY, Bentsion Yos ovich; KARANINYEV, red.,
TRASHOVI, X.Ya., tekhn.red.
A I., red.; ML
EThe electron-beam oscillograph and its use in measuring]
31ektronno-luchevoi ostsillograf i ego primenenie v izmeritelluoi
taknnike. Pod red. K.B.Karandeeva. Moskva, Gos.izd-vo tekhniko-
teoret.lit-ry, 1957. 220 p. (MIRA 10:12)
(Cathode ray tubes) (Measuring instruments)

KARANDEYEV, Konstantin Borisovich; SHVETSKIA, Bentsion Iosifovich;
SOGOLODM. Yeygeniy FAatD1gymonovich; MORDVINOVA, N.P.,
'-I-nzh., ved. red.; SOROKINA, T.M., tekhn. red.
(Universal a.c. bridge]Universallnyi most peremennogo toka.
Moskva, Filial Vses. in-ta nauchn. i tekhn. informataii, 1958.
18 p. (Peredovoi nauchno-tekhnicheskii i proizvodstvennyi opyt.
Tema 35. NO-P-58-46/7) (MIRA 16:3)
(Electric measurements) (Bridge circuits)

1-1c,
9(4, 6) PHASE I BOOK EXPLOITATION Sov/1985
Vishenchuk, Igor' Mikhaylovich, Yevgeniy Panteleymonovich Sogolovskiy,
and Bentsion Iosifovich Shvetskly
Elektronno-luchevoy ostsillograf i yego primeneniye v izmeritelfnoy
tekhnike (Cathode-ray Oscillograph and Its Use in Measuring Tech-
nique) Moscow, Fizmatgiz, 1959. 220 P. 10,000 copies printed.
(Series: Fiziko-matematicheskaya biblioteka inzhenera)
Ed. (Title page): K.B. Karandeyev; Ed. (Inside book): A.I. Kostiyenko;
Tech. Ed.: N.Ya. Murashova.
PURPOSE: The book is intended for engineers, scientific personnel, and
graduate and undergraduate students engaged in the design and opera-
tion of electronic measuring equipment.
COVERAGE: The authors discuss the principle of operation and construc-
tion of low-voltage cathode-ray oscillographs. They also describe
methods of design and measurement with the aid of oscillographs.
The authors thank R.S. Kravtsov and N.M. Kogan for reviewing the
text. There are 33 references: 31 Soviet (including 9 translations)
and 2 English.
C ard-l-;&~-

S/194/62/000/007/158/160
D413/D308
AUTHCF: Sog-olovskiy,,,-Y-e---R,----
TITLE: A broadband AC compensator
PERIODICAL: Referativnyy zhurnal. Avtomatika i radioelektronika,
no. 7, 1962, abstract 7-7-284 ch (Nauchn. zap. Llvovsk
politekhn. in-ta,.no. 78, 1961? 172 - 198)
",'EXT: After a review of existing types of AC compensator (rectan-
6ular-coordinate and .Dolar-coordinate types) the author examines
the block diagram of a broadband compensator.vihich is most suitable-
for frequencies up to 1 T-Ws. The instrument consists of'two beat--
frequency oscillators (one at a fixed frequency f and the other at-
0
a variable frequency fj and tvio mixers. The difference-frequeficy
voltage at f f0 derived from the first mixer is amplified and
passed to the output of the compensator, to which the four-terminaf
network'under test is connected. To obtain a comparison voltaget
the si-nal to the second mixer is taken directly from the f 1 oscil-
Card 172

S/194/62/000/007/158/1'60
A broadband AC compensator D413/,308
lator through a phase-shifter from the f 0 oscillator. The basic
component circuits of the compensator are discussed: the fixed"
frequency BF0, the variable-frequency BF0, the phase-shifter, and
the output arrangements. Problems of phase-shifter tuning are elu-
cidaited basic ci iven for a broadband compensator
rculz Is 5, together with technical'characteris-
(Llvov Polytechnic Institute 0
tics of the instrument, !.dvantages of the instrument are the smooth
coverage of a wide frequency-band and the fact that measurement
error is independent of frequency. An analysis of the errors of
the instrument is given; they are basically determined by the manu-
facturing quality of individual parts of the circuit. The procedure
for measuring complex transfer constants of four-terminal networks
is described. Design calculations are given for a 4-phase capacitY
cylindrical phase-shifter. [Abstracter's note: Complete translation]
Card 2/2

MAKSU40VICH,, N.G.; SOGOLOVSM, Ye.P.; SHVETSKIY, B.I.; SHEVTISOV) G.A.
Choice of the st~ctilre of a testing machine. Izv. vys.
ucheb. zav.; radiotekb. 6 no.4:402-407 Jl-Ag 163,
(MM 16.-1l)

MAKSIMOVICII, N.G.; ,-S-OGOLOVSKIY,, Ye.P.; SHVM;KIY, B.I.; SHEVTSOV, G.A.
Teoting and teaching machine with a ramified program. 3:zv.
VYS. ucheb. zav.; radiotakh, 6 no-4:417-424 J2-Ag t63.
(MIRA 16: 11 )

-SOGPI~OVSKIY, Ye.P.
. -I.. f- - I- - I
Miniature electron-beah oscillograph. B'~ a UkI.-e kon. inform.
Gos.nauch.-issl. iris t.rAuch. i tgkhinform,, 1~ no.-10:49-50 863.
(MIRA 16: 11)

"On the C-,ola,,.,o--i c of LD'ecl-,311L-i, " Fa=.-n*~O_I. i '--'oks--'- ~-ol. ~'.o . 2, 1~ ~rl. lfbr.
.Fhnt I" -,T Oi-ano r.~-)aration3, Ul-r. C~-ntral InSt. .--,'ndocrinolo o h,-;z-an -19~~l-
F_j Organ

0 A A -S.-a It-Al, It- I I AL
oil No I WD -40 fl 11-L-44%
Jo C A
coirolaaqo (nnood"d plant law matiorials, S.
'!-~'Snd j. It. Smirtakwa. I-ra,heb.- IYel,s jo.
1:1 IdOaRI). - Ily V11 fit, Willi o.ther (4W Cot licr I'.' r1hVtIve
a rx- -wlvcnts) It wan oollp"ll that the grecil leave.% jLI WjVmw - 00
40 4 -41" 1 elm way be suitable as a sausce
Ica ves coutaW about twjOj tIje somt., a - . Rbn so e
ca"Kent fmtailicd
0 it, willow leaves. .,lille l;;ftnq' nosuk-lstri Of UN PD1Y- '00
Vitarnin type. K'X.I.Ptr
re 0
see
also
&IIIALLUVOKSL LITEIIAT41111 CLAISWICATICOO
too. SO-1m.
1.40.4 ... Ad
U if $0 U 11 41 16 A
Not all KV
0 0 0
0 Go go 00 goes ~i'
0. a as as da a see* 410 a 0 -

SOGOMODIOV, S. A., MUKHINA, N. A., CORGUNKE11, D. M., LLV~M, 1. M.
i -VA, r.
i DETELEVA, V. A., PISKM& YE. V., AVTONOMOVA, L. V., XONONRIKO, A.
DERKAMI, V. S., SAVCIIE,71KO, A. M.
"The study of antitumor siabstances formed by microorganier-B."
report submitted at the 13th All-Union Congress of Hygienists, Epidemiologists
and Infectionists, 1959.

SOGOMONOV, Yu.V.
Exercises with mitline maps in the course on the geography
of foreign countries. Geog. v shkole 22 no.2:5"1-58
Mr-Ap 159. (14IRA 12:6)
1. 72-ya shkola. e,.Bak-u.
(Geography. Economic-Study and teaching)

SOGOMONOV, Yu.V.
Economic geography of the U.S.S.R. in school. Geog.v shkole
22 no-3:67-69 My-Je 159. (IAIRA 12-.11)
1. 72-ya shkola g.Baku.
(Geography, Ficonomic-Study and teaching)

SOGOICNOV, Yu.V.
Method of working with rnlief maps in a course on economic
geography. Geog.v shkole 22 no.4:39-44 J1-Ag 159.
(14IRA 12: 11)
(Geography, Economic--Study and teaching)
(Relief maps)

11 ~SQGOMONOV YU.V.
~ - - - --- --
.phy of the Azerbaijan S. S. R.; textbook for
"Economic geogra
the ninth grade of the.secandary schoolE." Geog v shkole 24
no.2.-90-91 Mr-Ap 162.' (MIRA 34:3)
(Azerbaijan---~Economic conditions)

16(1)
AUTHORS: Lebedev,N.Ao, and Sogomonova,G.A. SOV/43-59-13-1/16
TITLE: On a Method for Obi'~iin_i_'__n_g Estimations of a Certain Kind for
Functions Regular in the Circle
PERIODICAL: Vestnik Leningradskogo universiteta, Seriya matematiki,
mekhaniki i astronomii, 1959, Nr 13 (3), PP 5-19 (USSR)
ABSTRACT: Theorem: Let w - Px(z) = f b,,(7L) zVbe regular in lzl< 1 and
V=o
continuous in 7t, xI1< X