SCIENTIFIC ABSTRACT YEVTUSHENKO, V. A. - YEVTYANOV, S. I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001963020015-4
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 99
• Document Creation Date: November 2, 2016
• Document Release Date: September 17, 2001
• Sequence Number: 15
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

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KWIdd._ZA4v. 13. The silly, mi.wtcl in Oil,
liteiratum, of Aft ~Wflatr (11, Would conti-mikt F.'s thmwv
(Hybivoir K"yetittv 7 (IMM) Out only alsinAirs (4 imi-
vaf:nt Metals are *A. Neumlil I %*A P"I, fly friwatlif
waiihilig (A 4 fillif Of *Wnk tinhydri4le (11) with '-W'; wrl
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iand was = In 11,I). I X.ifird front it gel 4,1 It
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)
prit.surnably contained -COMgOif Anil -C(hlf
r0her that; the -CWI&OCO.- group.-il the neutral 1. gwil
-%-As YA. in lfO. From the "balk" I A1141 53111. Slff(Oll 4
5dn. was pireptil. is ontripd. ormig. 17.9-10.1% MgO; it
J;p!sAInn`bl contained 2' -C(N.\IKOII groups flit C%irry unit
'a is IcurliAt): it woo Va. Thil rVIIIINI irave a Va.
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USSR/Chemistry of High-Molecular Substances,
Abst Journal: Referat Zhur - Rhimiya, No 1, 1957., 1175
Author- ~vtushenko, V.A.
Institution: Ztitu~tefor~ ~palar Compounds, Academy of Sciences USSR
Title: Some Problems in the Chemistry of Alginic Acids.
Original
Periodical: Avtoref. diss. kand. khim. n., in-t vysokomolekul. soedineniy
AN SSSR, Leningrad, 1956.
Abstract; None
Card 1/1

5(4)228(2)
AUTHORS: Bergo, B.G., S/004 59/000/07/001/035
Aeroy,_ Id - E_ B005YB123

TITLE: Computation of Rectification on
PERIODICAL: Xhimicheekaya promyshlennosti, 1959, Nr 7, PP 555-560 (USSR)
ABSTRACT., The editors of the periodical refer to the fact that the method
described in the present paper is based on thu assumption of
a complete countercurrent vapor - liquid. This supposition
would have to be proved, however, for disk columns. This
article was published, neverthelesep in order to draw atten-
tion to the possibility of using analog computers for the com-
putation of processes in chemical technology. The use of analog
computers for the computation of rectification~ condensation.,
and other processes of gas fractionation makes it possible to
meohanize this computation Procedure in scientific institutes
and industrial laboratories. The usual-computation of rectifica-
tion is based on the concept of "theoretical plates". This can-
cept is, however$ a very crude simplification as the vapor
concentration changes continuously in real fractionating
Card 1/4 columns. The transfer of mass from liquid to vapor can be

S/064/53/000/07/001/035
B005/B123
represented by the basic equation
dli Yi
T (1)
d11 PX ~x I )
For the computation of-analog computers this equation is brought
into the following form: 1 . L-U 1, (7). This equation
P
i-1
characterizes the total mass balance. It is componed of two
systems of differential equationa (one for the fractionating
and one for the concentrating section of the column). The
boundary conditions for solving the equations result from the
construction of the respective columns. Generally the computa-
tion of one fractionating column demands the solution o-L_twQ
equation systems of general differential equations of (p 1)13t
order. In the present paper the two mentioned systems of dif-
ferential equations are solved by integrating in the MGU com-
putation center of an analog computer, type IFT-51."The boundary
conditions are given by one System Of linear and one of non-
linear algebraic equations. The results of the rectification
Card 2/4 computations are not unequivocal, as the system contains some
Computation of Rectification on Analog Computers

Computation of Rectification on Analog Computers S/064/59/000/07/001/035
B005/B123
degrees of freedom that can, howeverp be fixed by arbitrary
restrictions. The computation procedure worked out was tooted
with various fractionating columns. Table 1 gives a survey over
the products of ethane fractionation in a column and over the
relative volatilities of components; table 2 shows the die-
tribution of components in the fractionating column for ethane.
Table 2 and figure 3 show similar conditions found in the
course of fractionating methane. The results of the completed
computations prove that the rectification procedure can be
computed on analog computers with satisfying accuracy and great j."
time saving. Because of these reasons the use of analog com-
puters in scientific research institutes and planning institutes
is highly recommended. The whole computation procedure is
described in detail in the paper. Meaning of symbols used in
equations; 1i - amount of any ccmponent i in the liquid (mol/hour);
0, - coefficient of transfer of masst referred to the conoentra-
tion difference in the liquid (mol/hour.m); a I- ooordinate of
any cross-section (in m); Xiq Yi - absolute concentrations of
the oomponenti in the liquid or in vapor respectively (mol/mol)i
K - equilibrium constant for the component i; L - amount of
Card 3/4 liquid (mol/hour). There are 4 figures, 2 tables, and 3

9/064/59/000/07/001/035
B005/BI23
references.
ASSOCIATION: Nauchno-is.sledovatellskiy inatitut ainteticheskikh spirtov i
organicheskikh produktov (scientific Research Institute for
Synthetic Alcohols and Organic Produats). Moskovskiy gosu-Ta-r-
stvennyy.universitet (Moscow State University)
Computation of Rectificationon Analog ComputOrs
Card 4/14

BDWKIIC'V:3.MC-,,, L.M.; Y-,VTUS14S'-',,-K0, V.A.; S.S.; P13A,'U-:T:(O, V.7.
Calculation of the vertical Fr,)file of itl-ha velocity of sound pro-
paga-tion in the sea. Doi-J. ~Lj 53SR 135 no.3:582-533 N 160,
(la-M 13:12)
1. Akustich,-.,okiy irmtitut Akadx.Ai naW-. SOSR. -1. Chlen-korrespondent
AS SSSR (for Breldiovs%ikh).
(Sound-3poed)

-YEMSHENKOO V,Ae-, MAKHNOVA# GeV*
solubility of mannitol. Zhur.prikl.kbim. 35 no.4s747-.750
Ap 62. (KCRA. 15:4)
(Mannitol) (Solubility)

YEVTUSHENKO, V.A.; VARFOLaWMA, G.V.
Structure of agar g-sis. Part 1: Electron microscope study.
'15rsok=. soed. 5 no.12:1867-1869 D 163., (MIRA 17:1)
1. Severnyy nauchno-issledovatellskiy institut promyshlen-
nosti.

SOV/137--58- I 1,-Z1945
Translation from: Referativnyy zhurnal, Metallurgiya, 1958, Nr 11, p 115 (USSR)
AUTHORS: Yevtushenko, V. B. , Strelets, M. N.
TITLE: Automatic Regulation'and Heat Control in Continuous Steel Casting
(Avtomaticheskoye regulirovaniye i tepldvoy kontroll protsessa
nepreryvnoy razlivki stali)
PERIODICAL: Sb.- nauchn. rabot stud. Donetsk. industr. in-t, 1957, Nir 2, pp 77-83
ABSTRACT: A presentation is made of the significance of the continuous steel-
casting process (CSP) in terms of increase in rate of output, reduction
in cost, and improvernent in the conditions of labor and the quality of
production. It is noted that introduction of this new method into indus-
try is impossible without complete automation of the process, An
analysis of the process is made, equations-are suggested, and the
conclusion is drawn that there are significant inadequacies in the
automatic- regulation and heat--(!ontrol circuits in CSP at the Novo-
Tull skiy (Tula) and the Krasnoye Sormovo plants. A new, more
- advanced design for autornatic regulation and heat control for the CSP
is offered, with a list of the parameters to be regulated and controlled,
Card 1/1 and recommendations are offered for further improvement in the design.
W L.

GLAZKOV, P.G., inzi.; SLADKOSIITEYEV, V.T.0 kand.tek hn.nauk; TELESOV, Sj.A*q
inzh.; OFE9GENDEN, A.M., inzh.; STRUHS, V.M., kand.tekhn.nauk;
MIURZOV, r.F., inzb.; Prinimali uchantiye: VALAEPA, AN.; DRUZE.4
~,*j_r4-B.; OSIFOV, Y.G.; BA-,"'SED,
I.I.;' YELUSOF, A.V.;
Yu.Z.; SLINIKO, S.N.; GENKIN, V.Ya.; PITAK, 111N.;
VYSOTSKAYA, T.M.
InveFtigating the operation of multiple-pit continuous steel cast-
ing arrangements. Trudy Ukr. nauch.-issl, inst. met. no-7:133-142
161. (MIRA 14:11)
(Continuous casting--Fquipment and supplies)

TMUSHNIIMD, V.G., elaktromakhanik
29 calls are working steadily. Avtom., telem. i OvI&XI
2 no.10:37 0 158. (Mvu 11:10)
1,Iaboratoriya oil!"-lizateil i evyaci Yugo-Zapadnoy-dorogi,.
fGipher and telegraph codes-Railmadi)

BRITGHENK031 M.Ye.. inzh., YFVTU.SHCIZO.. ~V4., inzh.
I 3~
M,ethrAs for calculating basic s.-hed-ulle nrrzz for plarmir,- the
operations in lot production. Mashinos!"roenie no.1:9-12 Ja~F
165. (MIRA 18:4)

!_'A~C' NICAP66:3,ndi-
SOURCE CODE: UR/0106/66/000/010/i)011/0037
AUrHOR: kopp. V. M.; Ponomarenko, V. A.; Yevtushe
-i V.~ V. Raykin, P. S.
ORG. none
TITLE: Pulse noise analyzer for multiple high frequency telephone channel systems US-
ed for data transmission
ISOURCE: ElektrosvyAzl, no. 10; 1966, 31-37
TOPIC.TAGS:. multichannel.telephone system, carrier h.-equency telephone, data trans-
-y' a -
mission, transmission line, noise analyzer, randcm noise 61gnal, ergodic theoi. , ta
tistic,afialysis, statistic distribution
ABSTRACT: Technical characteristics, design principles, and the operation of a pulse
noise.analyzer for use with digital data in multichannel transmission links arv de-
'scribed. The analyzer generates an integral distribution function of the instantane-
ious amplitude values of pulse noise and, simultaneously, the probability distribution
,of noise,pulse durations at a predetermined amplitude level. The integral distribu-
tion function of noise pulses is.detertiined by measuring the dwell time of the instan-
'taneout values of their aq)litudes at the seven following voltage levels: 180 24, 36,
549 72, 108, and 144 millivolts. The lower value was selected'to eliminate the effect
of the demodulator offset vhile the upper value was based on preliminary experiments.
'Card 1/3 UDC: 621*317,,79593

j ACC NRi AP6033682
The'integral distribution function, assuming that the random ,process Is stationary and
ergodic, is determined through instrumentation as a result of the measurement of the
relative dwell time of one of its states above a predetermined level. To this end,
the random signals are fed into an amplitude threshold discriminator. Every excursion
of the input signal above the preset trigger level of a particular threshold discri-
m nator causes'an output pulse to be generated, the duration of which equals the dwell
AlMe of the random pulse at this level. The additive dwell time of such pulses dur-
ing the experiment equals the tortal.process time. It is expedient to measure this
parameter digitally. Hence# the dwell pulses are converted into pulse trains by using
the former as gates for clock pulses. The number of clock pulses in each train cor-
responds to the dwell time of the original noise pulse. The clock pulses are c*unted
and the relative process time is obtained as a ratio of the total noise time to the
total duration of the experiment. In addition to this result, the probability densi-
ty of the dwell time at a given voltage level is generated by counting the puL-.es in
Ithe indlLvidual trains and recording the original pulses in appropriate time inare-
iment chiuinels in accordance with their dwell times.The analyzer based an these prin-
Iciples is described in some detail, including a block diagram, and an example is us-
ed to illustrate the operation of the instrument. The authors conclude that for the
statistical analysis of noise in a multichannel communication link it is sufficient
to determine the total dwell time of-the noise pulses above a given-level. The ana-
lysis of the instantaneour, amplitudes and durations of the n4Ase pulses provides the
Card 2/3

ACC _NRi .-AP6033682,
Tossibility to compute the two-dimensional probability distributioa of this noise.
Orig. art,,haa; 3 figures.
ISUB CODE: .09,17/ SUBM DATE: G9Nov65/ ORIG REF: 004

BUGHOr F.Y6.0 inah.; YEMSIMEOP V.V.I, 1who; KWOVS Be?*, inch*
Waterproof quick-eatting concrete for the reinforc=ant-of vertical
shafts in mines* Shakhtotroi, 6 no,11:13-14 H 162o
O(M 15912)
1. Peolhorskiy nauohno-isoledovatellakiy ugolinyy institute
(Fdne timbering) (Concrete)

GLA.ZKOV, P.G., inzh.; GR,IGOII'YFV, F.N., lnzh.; WIRZOV, K.r',, inzh.;
sumy yEv v.,r., inzh.; Prinimali uchastiye: MAAKHA, A.V.;
FOBASS, L.M.;9DRUZENIN, I.J.; OSIPOV, V.G.; KONDRATYUK, A.M.;
POLW%oV, I.V.; GORDIYElflW, M.S.; PAVLOV, M.T.; KOPYTIN, A.V.;
PAPASIICHENKO~ R,A,.; POTANIN, R.V.j AKHTYRSKIY, V.I.; BRUK, S.M.;
YEVTUSHENKO, V.V.1 LEYTES, A.V.; S"TRFLETS, V.M.
Continuous casting: of 140-ton steel heatp %tith four-channel
equipment. Stalt 22 no. 6:501-504 Je 167. (MIRA 16:7)

ACCESSION NR: AP4020314 S/030z/64/000/001/0032/0033-
AUTHOR: Yevtusheako, V. V.
TITLE:- Luminous -digit dakade -counter..
SOUIUCE: Aytomatika.i priborostrayeniye. no. 1. 1964. 3Z-33
TOPIC TAGS: counter, pulse counter, dekade counter. luminous digit counter,
luminous digit dekade counter
:.ABSTRACT: A new dekade pulse counter with luminous digit indication Las been
developed for use in conjunction with digital instruments. The counter, briefly
described in the article, consists of a counting chain, a decoder, and a digit-
indication unit (see Enclosure 1). Triggers T, - T,, count the pulses with a
scaling ratio of 24. Feedbacks between the triggers and the decoder convert the
binary-decimal code of the counter into a decimal indication an the dial. A
diagram of the connections of the transistorized indicator is given, and the
Cam

ZEISNINS N.I.; )PREYS M.O.; F-IIOFIIDV, Ye.ye.; CHERMSHEVA, K.B.;
nF;R4G7, V.A.; TSIFEROVICHy 14-V-- YMMMKO., V-ya-
Using Inethanol extract fromithe middle cut of shale tar in
the fl-otati= of coal. Mm. i tPkh- gore slan. J prod.
. IMIFA 15:2)
ikh perer. no.8:102-116 160* %
etbanol)
Coal)
F7LO tion)

J-1
Practices of the Khabarovsk Oil Xxtraction Plant. Kasl.-2hir.prom.
23 no.7:37-38 '57. (HM 10--8)
I.Minietarstvo prowyehlennosti prodovollstvannykh tovarov (for
KrykhIn) 2.Khabarovokly maeloshirkombinat (for Tevtushenko)
(Soy-bean)

MALIKOVSKIY. M.S.; SOWMKO. Z.F.; YIRT!~~H=O, jo.I.
Interaction between P-chloroothylahlorosulfonate and eaters of
phosphorus acids. Zhur.ob.khim. 30 no.8:2591-2593 A l6o.
&IRA 13:8)
1. Dnepropetrovskiy-gosudarstvannyI universitat.
(Phosphorus acids) (Sulfouic acids)

Popov" YMUSn"K0, Ye.i.
Deriving latitude variations from observations on the universal instr=eat.
Trudy Polts,pmv.obser. 4:250-293 151. KU 6:6)
(Latitude variation) (stars--Observations)

Yinummo. ye. i.; oGoROINIK. I.P.
V
Results of observations on the large zenith telescope at the Poltava Cb-
servatory during the period 1949.7-1950-9. Ogorodnik. Tmdy Polt.gray.
obser. 4:328-337 151. (IMRA 6:6)
(Stars--Observations)

:: ussR/Astronomy Nowo OsciUstions Aug 52
"Lunrix Half-Monthly Oscillations in Latitude
to Obner--tions at the Statione i of
Attording V
Karloforte and Yulmys From 1899 to 193Y' Ye.
P. Fedorov, Ye. 1. Yevtushenko, Gravimetric
Obs of Acad Sci Ukraiiiian SSR, Poltava
"Dok AIV Nauk SSSR"' Vol 85, No 4, PP 731, 732
Given the results of operating on all the pu~-
li.ahe& observations At the 2 subject stationti
nwwl~, 66,220 observations at Karlof orte, arid
5,736 observations at )!Wmya) . States that
in the aris3,ysis of the half-motthly oscillations
227T37

a
of latitude they detdL 2 ~mvea: tidal and nut
tional.' Submitted by Acad V.G. Feseakov
7 Jun 52.

227T37.

It -AIVROT, YLP.~ &n4:MVTUSqp YEI I
pK01
2t usq, (6po)
4. LatItude Varlatl..on-San Pietro. Italv
40421onthly iwmr variations in latitude based on observations made at stations
in VAirloforte ani t Ukiah from 1899-1934. Astron.tair. no. 126, 1952*-
9. M bruar
M-O111~ UI'L4a af jussLan Accessions, Library of Congress, FeY1953i Unclassified.

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