SCIENTIFIC ABSTRACT YELISEYEV, V.I. - YELISEYEVA, A.M.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001962610005-1
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 15, 2001
• Sequence Number: 5
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

YSLISEYEVp V.I.
Structure- and.- fstal a-cUvision-.Df-.proluyi=.as-relre&W-by the
studies of the Fergana V&Ue3r. DAL AN. SSSR 152 no.6t1445-
1448-0~ 163~, (MIRA 161ll)
1. Goologicheskiy Institut AN SSSR. Prodstavleno akademikom
A.L. Yanshinym.

P
YEL=.=,-V, I.
I Col2uvium of the Alakull Depression. Lit. i po2* Iskop. noo2s
134-2-42 Mr-Ap 164. (MIRA l7s6)
iN
1. Geologicheakiy institut AN SSSR,

a
. YELISCIEV9 V.I.
Some remarks concerning the pr4nCiple of the iaolation and ip+nrnal
aubdivision of the Quaternary syntem, Dokl. AN S55R 261 no.21413-
426 Mr 165. (MIRA 1814)
1. Geologicheskiy institut AN SSSR. Sutmitted July 31, 1964-

YELISEYEV. Vasiliy Ivanovich
:(How to search for placer deposits of gold,, dia=ond., and
other valuable minerals] Kak iskat' rossypnye mesto-
rozhdeniia zolota) almazov i drugikh tsenMkh mineralov.
Moskva, Nedra, 1965. 105 p. (MIRA 18:7)

07J 113V mrq) S/110/1;1/000/001/019/023
E194/E455
AUTHOR: Yeliseyev, V.K., Engineer
TITLE: Three-Phase Voltage Stabilizers Type CT-30 (ST-30)
and CT -10 (ST-10)
PERIODICAL: Veatnik elektropromyahlennosti, 1961, No.1, pp.68-69
TEXT: In three-phase voltage stabilizers developed for supply
to computers, the controlling element is a three-phase three-limb
auto-transf ormer witli three single-phase saturating chokes. Two
stabilizers of this description are ST-30 and ST-10 with outputs
of 30 and 10 kVA respectively. This article is a catalogue-style
description of the equipment. The stabilizers are intended to
maintain constant voltage with phase voltages of 220 V and 127 V
in the frequency range of 45 to 55 c/a. The permissible out-of
bbklance is not more than 30% of'the load on the most heavily-loa;ed
phase. When the supply voltage varies between 190 and 240 V
(o,r 108 and 14o v) the output voltage varies by not more than + 2%
for stabilizer ST Between 25% and 100%-loadi
-30 or 1.5% for ST-10#
their respective output voltages alter by not more than 3% and 1%,
'Overall weights, dimensions and block circuit diagrams ara.given.
~Card 1/2
6',

88645 -
S/110/61/000/001/019/023
E194/E455
Three-Phase Voltage Stabilizers Type CT-30 (ST-30) and
CT -10 (ST-10)
0
'The method of operation of the circuits is explained. The
have been developed for the computers Ural 1 and Ural 2
but may be used with other devi ces of similar loading.
characteri stics. There are 3 figures and 3 Soviet references.
5
SUBMITTED: March 11# 1960

0~
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cc)

YELISEYEVY V.K.
Measuring dynamic gaps of magnetic dr=s of calculating mach-Ineo,
Unt.tokh. no,10-12 A 262. (MMA .14!12)
(Electronic calculating machines)

uqN
YELISEMO V.K.,:-,SOKOIDV,, YU.L.
Highly efficient selection of resistances. Izzotokh. no*2:37-40
F 162. (KERA 150)
(Electronic measurements)

L
S/208/62/002/005/006/009
B112/B102
AUTHORSt ~alevskiyt V. A.v (Kiyov)
TITLEt Investigation of a determination algorithm for typewritten
signs
PERIODICAL: Zhurnal vychislitellnoy matematiki i matematicheekoy fiziki,
v. 2, no- 5, 1962y 962-911
TEXTs The determination algorithm under consideration is the followings
The coefficients of correlation of an unknown sign with each of a set of
calibrated signs are computed for all possible,variations within a bounded
range. The unknown sign is identified with whichever calibrated sign
corresponds to the largest coefficient of c~orr6lation. For simplicity the
scalar product of a non-normalized vector desoribing-the unknown sign-by
the normalized vector of the calibrated sign is computed instead of the
coefficient of correlation itselft this product being proportional~to
the coefficient of correlation. The vectors of the calibrated signs are
determined and normalized apriori. Therefore the algorithm consists of
two parts, the "education", where the normalized vectors of the calibrated
Card 1/2

S/200/62/002/005/006/009
Investigation of a-determination ... B112/B!02
signs are computed, and the determination. The algorithm wits simulated by
the universal computer IlYiyev" at the Institut kibernetiki AV USSR (InDti-
tute of Cybernetics AS UkrSSR). This computer has bt-.,en completed by a'
universal transformer for mappings (c,". V. M. Gluchkov, V. A. Xovalevskiy,
V. I. Rybak. Univeroallnaya ustanovka dlya iseledovaniya algoritmov
raspoznavaniya izobrazheniy. V sb. "Printsipy postroyoniya
samoobuchayushchikhsya aistem" - Universal device for the investigation
of determination algorithms of mappings. In collectioni "Principles of the
construction of autodidactic systems". Kiyev, Gootekhizdat UkrSSR, 1962).
-The following results are obtained: If the signs are considerably distorted
by printing,.the method applied is highly reliable. The j;robability of
malfunctions'thr ugh reading the first exemplar of the text is of an order
of less than 10T, The reliability of the reading of typewritten copies
in considerably higher than that o~ other determination methods. The error
probability is of the order of 10- . There are 6 figures and 2 tables.
SUBMITTEDt March 30, 1962
Card 2/2

IVANTISHIN, M.N. [1-.mntyshyn, M.M.1; Y~'T,T.Sr 11,,V.Y. [11:11-stolcN,
141TSKEVICHt B.F. [Mitskevych, f3.Ff
r
-ml investigaticr
Using electronic computers In gericecmd.,
AN UR3R no.5i624-62? t63. (111RA 170)
1. Institut. geologichaskikh nalik All 111crSM. Predstavleno aktidemikoin
AN UkrSS11 II.P.Semen,4nko [Semenenko, H.P.I.

PETRENKO, Anatoliy Ivanovich, kand. teklm. rAuk; YqIMEV) V.K.P
inzh.p retsenzent
(Transformation of graphical data into electrical signals]
Preobrazovanie grafikov v elektricheakie signaly. Kiev, Gos-
.tokhizdat USSR, 1964. 218 P. (MIRA 17:5)

ACCESSIONNR: AP4020315'-'--'- -S/0302/64/000/001/0033/0037
IAUTHORS
TITLE: Pulsed power source for push-pull ferrite-diode elezrAnts
sr."URCE: Aytomatika I priborostroyenlye, no* 1. 1964, 33-37
TOPIC TAGS: power source, pulsed power"source, computer power source,
,mjerrite diode element, 306 ferrite diode element power supply, 800 ferrite diode
I I
element power supply
ABSTRACT: The development of a laboratory model of a pulsed power source
for supplying 300 or 800 ferrite-diode computer elements Is reported. The
power source specifications are briefly outlined. The source consists of a
.j 200-kc electron-tube master oscillator, a 60-160-w recording channel. a readout
channel, and a power unit; both channels have negative feedbacks. Simplified
connection diagrams of the oscillator and both channels. an well as tube
ca'd I A

ACCESSION NR: AP4020315
designations and other detallm, are supplied. Orig. art. has: 4 figures.
ASSOCIATION: Institut kibernatild AN UkrSSR (Institute of Cybernetics,
AN UkrSSR)
DATE AGO: 3lM&r64 ENCL: 00
SUBMITTED: 00
SUB CODE: CP NO REF SOY: 002 OTHZR: 000
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PETRENKO, A.I.; 'YELISYEV, V.K.
'Classification of'-&.'d*.vice for converting graphical data into
elactrical sigrwWC'Tzv. vys. ucheb. zav.; radiotekh. 7 no. 3s
385-387 Y4-Jef'O'.' (19RA 17%9)

GIMLIFARB, G.L.;..,YELRbYIT, V.K.
Stabilization of the lensitivity of photoelectric multipliers
in a reading automaton-- with optical correlation. Avtom. i
prib. no.1:74-77 Ja-Mr 165. (MIRA 18:8)
I ~
I

,-- --- I r M ID .4 'It )tJev-y - , , -- rrn ~ 2:~~
,,C~,rvv ~-;n- . . '. , Raujnj~xo" - :-- -,~- ~ :-~~ ~= .
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!7

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SOURCE CODE: UR/9000/65/000/000/0208/0233
AUTHOR: Yeliseyev, V.
ORG: none
-----.-~-4-TITLE:--A-reading-itutomaton based on optical -correlatJon----------
SOURCE: AN UkrSSR. Chitayushchiye avtomaty I ranpoznnvan1ye obrazov (Reading devices
and-pattern recogn ition).- ---Kiev, Naukov a dumha, -1965,- 208-233---
TOPIC TAGS; data correlation, pattern recognition, optic scanning reading machine,
automaton
:ABSTRACT: A Drototype of a reading automaton based on optical correlation Is descril)ed.
It operates In conjunction with the Kiev computer and Is designated for the recognition of
numbers typed by the Moskva typewriter. The algorithm to based on the correlation method
for standard pattern recognition developed at Institute of Cybernetics, AN UkrSS11 (In titut
Kibernetik'A AN UkrSSR) (V. A. Kovalevskly, -tKffa-y-ut-;FcliTij--a~-t-o-m-aTy-f-x~iWi;~zn-ava'niye
obrazov, Kiev, Naukova The modeling of this approach on compaters
showed-a high level-of recognition in presence of - -poor- - quality of - - typing.
~Card 1/3

L ~QWI_667
'Nut, if
The present article outli nes the princtpa I opticalcorrelation -and -describes the
experimental ffetxip shown in Fig. 1. A description is also given of the realization
of the shifts of the pattern under study relative to the standards, the block dia-
f gram of the reading.automaton, the basic.-units of thereading automaton, the rela-
tionship, between the automaton and the Kiev computer, nod the machine algorithm.
The tests showed that 1) the proposed simple setup secures a reasonably reliable
operation,- -2):_ the: experimental - resul ts--are - In -good --a- gre e- -me nt wt tit- Ahe -mo-de I in g-
results; 3) the speed is limited by the paper advuncing rate of the drum
(3000 rpm); 4) the recognition process organiZatiOn requires th2 use of special
memories-, and 5) the =Jor shortcoming is the relatively slow rate of the ".chanl-
cal sign shifts. Further studies are now in progress. Orig. art, has: 10 formu-
las, 18 figures, and I table. 1081
SUB-MDE: 09/- SUBH DATE' ---3lAug'65/ ORIG REF; 0011 _ATD -PRESS:
..Card

-lip(
L 27672-66 EWT(d)/TA~P(Q W/13B X (BF)/GD
SOURCE CODE.'- UR]bob~6-1657000/00010126/013~---7-- -
AUTHOR:
Yelfseyev, L N
ORG: none
TITLE: Accuracy of calculation of correlation coefficients by the optical method
SOURCE: AN UkrSSR. Chitayushchiye avtomaty I raspoznavaniye obrazov (Reading
devices and pattern recognition). Kiev, Naukova dun*&, 1965, 126-137
TOPIC TAGS: pattern recognition, character recognition, automatic reader
optic method
ABSTRACT., -A theoretical study is presented of the effect of contrast of pictures
being recognized and standard masks upon the accuracy of computation of correlation
coefficients. - It Is assumed that -contrast variations are caused by linear transforma-
tions, and that the relative error of measuring luminous fluxes Is specified.
Formulas are developed for evaluating the accuracy of optical calculation of correla-
tion coefficients for any set of standards andfor determining the effect of contrasts 0
this accuracy.- , Thia permits' formulating specifications for the measuring optical
correlators and'the standard masks. Curves plotted on the basis of experiments with

L 27672-t-6
-ACCNR,--AT6005575---
"Moskva" typewriter texts permit carrying out all calculations connected with the
recognition of this typewriter's characters, An example hat; shownthat an
instrument error of 10/4 and a contrast of 10 or better are required in order to ensure
an error probability of 10-4 for the hard, first and second carbon copies The
results of this study are claimed to be applicable to any automatic reader in which the
error is calculated as a difference of signals of two measuring channels. OrIg. art.
has: 3-figures, 35 formulas, and I tabled
SUB CODE-. 0? SUBM DATE.- MAuig6s ORIG REF: 007
2/Z
_L.~ard

EW--
L 27986-66 - EWArh)ZEWT(d)/E T(1)ff/E-WP(k) --Tj-P(-c) TG1GG1BB1JXT(MF)11M
--ACC--NRi -AT6005!574------ ------SOURCE- CODE$-- UR/0000/6575001000/0113/0124
-A 1,274]
A
AUTHOR: Yelisoxeve V. K.
I Z
[
or
ORG: -none,
TITLE: Statistical investigation of reliability of an auto,matic reader with optical
correlation
SOURCE: AN UkrSSR. Chitayushchiye avtomaty I raspoznavaniye obrazov (Reading
devices and pattern recognition). Kiev, Naukova dumka,, 1965, 113-124
A
TOPIC TAGS: automatic reader, pattern recognition
ABSTRACT: _Experimental -evaluation, of- the reliability of character recognition may.
become very cumbersom6 in the case of low-error systems. Hence, an attempt Is
made-, to -provide--a_ simple r, -baa ed -on 7mathematical-stati stic s j--method, -for
determining reliability of automatic readers that use the correlation method of
recognition. The probability of incorrect Identification of an i-class picture as a
,a
J-clas is called a specific error probability Pjj; if an i-class picture is incorrectly
identified with any other class, the probability of this error is denoted by_Pj
L-Card 114

L 27986-66
ACC NRs AT60,05574
Geometrical Interpretation of the above probibilities permits writing:
Pd < P, < Yj P11' Then, the total probability of error will be: diPdt
where P , The specific probabilitiev Pjj can be found by conventional single-
dimensi-o-nal statistical methods. In the OKA automatic reader, normally distributed
instrument errors predominate. Hencer the general sets of vectors of each class
obey spherically symmetrical normal distribution laws. A further simplification
P
becomes possible; the total probability of error is given by: i P < P
Thus,- the total prcbability can be evaluated by simple summation of the maximum
specific error probabilities for each classi this evaluation can exceed the true
probability by (n - 1)2 times or less. Experiments with an OKA automatic reader have
corroborated the above simplified theory. The probability of error In readingthe
-- -------- - a ar-OKA--reader)-is-0. 0 l%A rt
hard copy -(by~- -7-1
has: 17 formulas and 3 tables.
SUB CODE:. 09 SUB M DATE: 31Aug65 O1UG REF: 009
12.
Card 2

prinr- reaoer, character reoncniFi~-

YELISEYEVj VA, Geroy SotoialisticheBkQgo Truda
Merits and shortcomings of the TEPIO diesel locomotives. EUk.
i tepl. tiaga 6 no.1WO N 162. WRA 16:1)
1, Nachallnik depo Leningrad-Fassazhirskiy-Mookovakiy.
(Diesel locomotives)

BAKINp Ye,N.; YELISLYEV, V.N.
Investigating the degree of infla=ability of the )(K-4 rubber
roofing in rons. Sbor. rab. posh,-ispyt, otas noo3s78-8O 163,
(MIRA 1737)
1, Yaroslavskaya pozhamo-ispytatelinaya stantsiya.

YELISEYEV V,,~.,,,inzh,
Split power supply network with electron-tube generators for
feeding high-frequency electric furnaces. Energetik 11 no-.8z
28-30 Ag 163. (MIRA 16:10)

SOV/IIZ-59"-7559
Translation from: Referativnyy zhurnal- Elektrotekhnika, 1959, Nr 4. p 157 (USSR)
AUTHOR: Yeliseyev, V. S.
-TITLE: Automating the Batching of Fodder
PERIODICAL: Byul. nauchno-tekhn. inform. po elektrifik. 9. kh. Vses. n.-i. in-t
elektrifik. B. kh., 1957, Nr 3, pp, 8-10
ABSTRACT: An arrangement for the automatic batching of fodder, in a fodder
department according to a specified proportion is described. The arrangement
permits cutting the number of service personnel. Electric and functional
diagrams of the automatic device are presented. Three illustrations.
Card 111

YELISEYEVP V.S.
-----------
Beta bremestrahlung and expowars Welding. Atom. energ. 14 no.4:
405-407 Ap 163. (MA 16:3)
(Bremsstrahlung) (Shielding (Radiation))

AUTHOR:
Yeliseyev, V.S.
3/089/6~VC!4/004/012/01'9
Ac66/A!26
Beta-pazticle--bremsstrahlung and proteotLon,
L
-n -_405 _-40T
no.
_-'L.--PMIODXCALj', -Atomnaya energiya' V.- 14 1963
1. ~'_Twi It is, first'shown. that-the formula
B 1.23 10 (N + 3) Amp Kav/ mqarticle,
which is usually employed to determine the bremastralaung yield, does not permit
a complete evaluation of the spectral distribution o1' bremastrahlung with ener-
s
gies up to 100 kev. Here, Ep is ths maximum partie,.e energy in Kev; 7 1 -the
effective atomic number of the slowing-down material; and a diagram allows
for internal bremsstrahlung. The eMect of the shleldIng material on tne energy
of the maximum bremsstrahlung yield between 0 and 20() kev war. studied expertmen-
tally, using an Sr9O - Y90 P -souro.i with an activit:r of 5 1.4c. A combined
shield consisting of an inner shield of material wita small atomio numbers for
the source and of an outer shield of material with high atomic numbers is recom-
mended for protection against beta-radiation. The low-energy quanta generated
Card 1/2

a 7i?5La.Tlrtl wnerp thf- pfurrc jprar-

the

L 4208-66 EUT(m)
'ACCESSION.N --PY5014070- UR/0241/155/000/005/0075/0078
AITHOR: Yellseyev, V. S.; Korankov, I. P., Gollkov,-~-V. YA.
61.)
TITLE: So-,*w aspects of_pXntecticn from beta particle bremestrahlMM of some ISO-
topes used In medicine Cl
75-78
SOURCE:- MeditsInskaya--rk4ologAYa, no. 5, 1965,
TOPIC TAGS*. bremsstrahlung, beta particle isotope-, radiotherapy, oncology
ABSTRAM The failure to take into account bremsstrahlijng that arises from thn ab-1
sorption of beta particles by-tissues and protective shields may result in large
errors witen determining the absorbed dose and In overe;q,josing'.the technicians hand-i
ling radioactive substances. This led the authors to datermine the spectral compo-i
sition of bremsstrahlung of various beta sources used in medicine-Sr" (E=l.5KevW
p32 =l.708 Mevh Y90 Ck 22.19 Mev).' This bremsstrahlunj arises from the absorp-,---
tion of beta particles in plexiglas, aluminw, lead, and combined shields. The
authors found that the spectra of bremsstrahlung of beta sources can be used to c&L-L
culate the absorbed doses aud the amountlof pr&ectlon needed, Combined shields
Card 1/2

xvx'
21
ACCESSION NR: AP5014070
a
-best the material with a low atomic numberlplexiglax, aluminum) coming next
re
to. the source, then-the material with a-large number (leao, for the maximum inten-j
sity Is inversely proportional to the atomic number while the maximum energy Is
proportional to the'atomic number of the material of the shield. Lead-impregnated
rubber or glass should not be the only shield against beta sources. Orig. art. hast
2 figures.
ASSOCIATION: Vsessoyuznyy nauchno-isoledovatellskiy institut elektrifikataii
sel'skogo khozyaystva i.laboratorlya radiatsionnoy zashcbity'l Mookovskogo ordena-
ILenina meditsinskogo instituta im~- 1. M. Sechenova (All-Ebic _&s_*A=h_Tnat1tute
and Laboratory of Radiation Protectionv ELmt--
Moscow order..of-Lenin Medical Institute)
-EXCU'L00.
SUB CODE: LS-
NO REF SoVs 004 0THERf,__''OOO
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2/2

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LURIYE2 L.S.; K11IM11CW~, V.G.; YELISEYEV, V'S.- KUIIINETSOVP 5.V'
Irradiation plants at the All.-Union Scientific Re')arch
Inatitute for the Electrification of Agriculture, Atom
energ. 19 no.2t212-216 Ag 165. (11M 18-.9)

.,Card
-ACC NRiAT6035516 ...... ---~-6iiifct-667fif-,--u-R72-5-317667r-0-60-AB5~/66-1-770-0-8',
A17MOR: Yeliceyev., V, S,
oRG: none
TITLE: Determination of atmospheric diffusion parameters from the
visible outlines.of smoke plumes
SOURCE: Leningrad, Glavnaya geofizicheskay~ observatoriya, Trudy.. no,
185, 1966. Voprosy atmosfernoy diffuaii i zagryazneniya vozdukha (Pro-
blems of atmospheric diffusion and air pollution), 77-82
TOPIC TAGS: mierometeorology, air pollution, atmospheric diffugion,
smoke plumc, atmospheric turbulence IAw~olu_
ABSTRACT;A Idescription is given of a procedure used to deteimine the
parameters of atmospheric diffusion from visible smoke-
plume outlines. This work continues studies begun in 1962
with airplane and helicopter observations*and conducted in
1962-1963 in' the vicinity of the Shchekinsk and Cherepovets'
State Regional Electric Power Stations. The configuration
and behavior of amoke plumes were observed under different
meteorological conditions over land and water surfaces.
Qualitative and quantitative estimates were made of the
a T
1,12 LW!none

T66-3~51
scattering parameters of smoke plumes in both the horizontal
and vertical planes. Widths and heights of smoke plumes
from large industrial sources were measured at fixed dis-
tanceo from the source. When the plume was long (L - 10
to 30 ka), the width was measured at distances of 0,5, 1l
3, 5, 7, 10, 15 km, etc. When L ranged from two to ton km,,
distances of 0.5, 1, 2, 3, 5, 7, and 10 km were chosen.
Two flight patterns were employed; 1) the observer could
see the source, and ground reference points permitted
flights at fixed distances from the source; and 2) the
observer could not see ground reference points, The prin-
cip*al resul't' of 'the atiid-i"wao--dem'onetratio"tf'tifat the baile
difference between the vertical and horizontal scattering
of pollutants was in the spectral scale of ed4loo, with
vertical scattering being limited by the surface of the
groun4e'Orig~- art has;2fiRures and 5 formulas,
EWA-50-- CBE. No, 141
JEO)
SUB CODE: 04/. 'SM3M DATE: none/ ORIG REP: '003/ OTH REF: 004
L~r4 2/2

KARPOVp N.A., kand.tokhn.nauk; BLEKMN., I.I., kand,fiz,-matem.nauki
retsenzent; ZEWKOY V.D.,v kand.tekhn.naukt retsenzent;
TqRVj".U 9 V V . inzh.,, retsenzent; CRLOVA# I.A., Inzh,, reds;
VOROTNIKOVAJO L.F., tekhn*red.
[Idght vibratory mafb.lne'ry for track maintenance and repair;
theory, design, construe Ition, and testing) Legkie vibratsionnye
putevye mashiny; teoriiag raschet., konstruirovanie i ispytanita.
Moskva, VBes.izdatellskopoligr. ob"edinenie M-va soobshcheniia,
1962. 3U p. (Hoscaw, Voesoiuznyi nauchno-isaledovatellskii
institut zheleznodorozhnogo transporta. Trudy', no.245).
(MIRA 16 s2)
(Railroads-Equipment and supplies) (Vibrator-6)

TELIS=, V.Y., ixzhoner.
014
Pendulum vibrators. StroiJ der.a"hiaeatr. no.7138-39 Jl '56.
1(Gormany, Went-Vibrntors) (KLRA 9:10)

TELISNYEV, V#V., inshener.
Now designs for elactromechanical vibrators. Strol. i dor. mashinostr,
no.2:16-16 F 157- (MLRA 10:3)
1 (Vibrators)

-,YELISEYEV,,V.V,..,inzh.
Straight-line pendulum vibrators. Stroi. i dor. maohinostr. 2
no.12:23-26 D 157. 1.1:2)
(Vibrators)

YELISEMSY, V.V., inzh.
?04"dAw =-1. ~11 ~ ..
Stabilizing sand soils by the method of bydraulic-ribration,
Strot. i doromashinostr- 3 no.11:10-17 N 158* (KIRA 11:11)
(Boil stabilization) (Vibrators)

YNLISEYZV, Y.V., insh.
Irroneous recomsendations for calculating the power necessary for
maintaining vibrations in vibration unite. Strol.1 dor.maebinostr.
5 no.3:28-29 Mr 160. (KIRA 13:6)
(Vibrators)

TELISEM, V.V., inzh.
"Vibrators for pgcking concrete mixes and soils' by X.F.ZubanoT.
Reviewed by V.V.Sliseev. Stroi.i. dor.mashiuostr. 5 no-7:40 J1
s6o. (HIRA 13*'7)
(Vibrators)
(Vibrated concrete)
(Boil stabilization)
d

TIDLISIMS V.V, . insh.
Hjrdrovibrator for stabilizing incohee4~ a soils. Mekh.
strol. 17 no.8:24-26 Ag 160. (XI" 13:8)
(Vibratcre) (Soil etabilization)

M2013 1 1) 4o"kiy. 1. 1 AV P 7, 1 1/0%260/034/03/040/044
A. a.:, laic Ali?
ffilkim. It. A.. 148415, 1. Y.
TITUte 14.0 Is Arlet
rntoolms zv*dkay. wmrsts.4., 1960. Yet 36. IF it 141-382 (0302)
rw~ ad 1) It bag %;$a suggested hyfils satharp to marvy out Ike alsairld
reversion of sitars a Ike Ilpm 01.1 sad 1P.W1 obassir4 the 4tresties of
tile "gk"Id laostion fort.st Ismentot hl the stator of the 416strio &.S0
t to shown I, me.ftat of a stroult Ategrom, (?is) be- this bas to be dead. :-0!c
4 2) The design *~,tk$ 00410198 SOAPOft far ttesils-fif"40 testing 041hi 08
Of the 1"em, 111-12 and van-1009hple%am, I**% Isprew j Ike *%there. ?he
bomattos I 1g) sad dossrsted.
%twas i=64004
ad 3) a steple 4*1140 4 to 11. "OA for sesemplad the beading stroes
IMI 12PNOt basting tests bag 1192 4*70141JOA If Ski author$. It* &$Via* Mks
!
-Ilb a $0Mdo-my 0*611194raph, and penile to attain as socaney at aftsur*-
69*1 nadiag free 0.00 to 0.01 an. That# are j flawoo.
cart 1/11
A"6010. lose a& 1).1moutut Ors..1 "Iskey kht
AkadealL seek SM (I
Of Fkrof-I Conalserfee"
KIER
Teemaral -all
famnlabsbehestys, tcostral lot
1.9394.64t 601,819"o ":18M
"IfI11#2114% of Agile In
I I=Ittut fistabe-hey ki
Into chniat 484 jUW
of 501*6400, visa)$ at I
at

5/051/62/012/002/003/020
E032/X514
AUTHORS: Striganov, A.R., Katulin, V.A. nnd
TITLEz Properties of isotopic shift in the spectrum of
samarium
PERIODICAL: Optika i sppict'roskopiya, v.12, no.2, 1962, 171-177
TEXT: The authors report new experimental results on the
isotopic shift in the spectrum of samarium. In distinction to
other workers they have used separated isotopes. A hollow
cathode discharge tube was employed as the source of light and
the working gas was argon at a pressure o!' 0.5 min 11g. The high
resolution instrument was a Fabry-Perot interferoineter with
multi-layer dielectric mirrors (reflection coefficient = 90%)
The samarium specimens (even-even isot6pes) were taken in tVe
form of Sm 0 . Three isotope samples were prepared from them by
mixing; Tge3samples were then converted into SmC1 and dis~iolved
in distilled water. The water solution was introdaced into the
hollow aluminium cathode and was evaporated therein. The
isotopic structure was examined with the MA-2 UZA-2) comparator
in 8-12 orders. In each case three spectrograms were obtained
Card 1/2

Properties of isotopic shift ... S/051/62/012/002/003/020
E032/E5i4
with different separations between interferometer plates. A
numerical table is given summarizing the data for 59 lines of SmI.
For 56 of these the full isotopic structure is now reported for
the first time. 31 of the lines have a negative shift and the
remainder a positive one. It is shown that effects associated
with changes in the deformation parameter and the amplitude of
nuclear surface vibrations are responsible for the observed
departure from the equidistant disposition of the componL-nts of
the even-even samarium isotopes. It is also reported that lines
with negative.and positive shifts are shifted in somewhat
different ways (lines with positive shift have shifts which are on
the average greater than those ofthe negative shift lines). T10s
is ascribed to the dependence of the relative isotopic shift on
the properties of the atomic electrons# There are 2 figures niod
7 tables.
SUBMITTED% March 1, 1961
Card 2/2

Now 48
Construation-Indus try
Buildingsi
Experience'of'the Residence Buildifig Trust
'SayuraltyazhatroyP-'"'Ya.'M.'Ysliseysvj Chief,
Residence Bldg Trust Beruraltyazhstroyo 3 Py
~"Stroltdl! Prw"-"'1o'.11
Briefly describes experience gained In constructing
a series of brick apartment houses In the center of
the t6vn of Ber82nik, Molotov Oblast. Buildings vera
constructed under authority of Seruraltyathetroy
Trust.
2oAq%6

/ ~1
+ 4 141
R,
ir
RZ8 -r
1H

0- 100- S- OF-0-0-0, - few
_
a
41
41 411-010 0
0
04-11 I__J )--A - t A_ 4 - It Iv 1# 11-1. it- it tt- A 0 n -it A )7 : x- --u if R 4 it I? id & I!
u 44 - Is -r 0
- f j A --a _1_1L L' Iir qA_Sl ME he Cc 0 EU k W I I I L --I T1
.00
00
plistev, Zeta& Vuls-
C4aociftg of 4USUMQUIft' I" I'
09
' '
'
rr
I'
recu Color of
j
th
k
r
ml
e
fcv
"(IWO)---
y
I
o
N
1 1
'
d C
J .00
Rb an
,,
. te
was ascribed to the presence
mazool
a
00 -but alao, of TI -and Li or even afrarcelcments in the ichis- -so
on nd
j! par. Mtometric tneAsurtmtnts of the ab�M6 A

416
$lPeCt4r;& were made with 20 different ama-dit
yepic" and the step pbo-
00 it, occurrences; the photometric C .00
so 4r! -:: 'towterecrewd. Typ"Itibmwiltiolicul"reash"WAM42-
`
At a dt -
01,-8W ni
X
.00
-
p.
at ). - MS Sao and a min - at
IV
of X i finite temp. wbkh Is Individually characteristic for every
l
h color Of this mineral Is caused by Fes which Is ch

e max.
so t
occurrence the green color vanished, and a
the visible part of the spectrum disamex".
t anged

by benting to Fes-, aml tor irrsdij6m Fc-- is reduced to
s.
n
on the curve
licating to 5M* had no Influence on the color of microcline.
es the original color of the SM1-
to
j
l F
.
The true nature 'if the cWoring pigment in AmA.
umite Is, however, not yet settled and still am,% a JPCC61
r
m res
at
X.My IrrM
but this aftifici2l colciring h unit3ble. The ab-
lt 111MOptior, The 5pectral analysis X.1ve the It4lowing

l coo
Of v wa
e.
soMlIon curve of artifict3lly c4ored amnunites Is identical resu
ts: besides the strong lines for K, Nj, At. Si, wftk
lines of Ila. So. (I a. Ca
pit (u. to O
M-)
W
b
zoo

00 with than of the n;iturat mineml. The color of the natu-
colored arnazonites Is caused by atoms adsorbed in the
rall .
.
1.
e" o
serve".
further 71. very wink lines of ge,.Sr. and traces ofNfg. Join
and T1
th
a* 0
0 y
inner structure of the crystals. F. concludes: Fe in the .
e aints. 44 which were-evibiat vuritact am.
mumiles f Is
om
'
I
O

t!

(Wh) characterized by the observed weak
co6rdinatiot
at 41Y)-4M) mo colors microcline. and lirthips It does
ujax
ll-1111,4z Ydno. Al
ana ort Wr
I C's Gr
lrltll
"'
~-nlrpi; , and alrdsortile
the ;b coal
I :
T
0 .
in the Coloring of amax(mitt. The green
t
ki ent to
lt vjrI.Ible
I)tlwtTn (M and 3.0%.
0 t
also PA?t
ila 11-c Is no evidi'tNt lh4t frinark4bly high Rb content;'
00 13: fe"J" for coloring. most are uncolored. Cu. Sri. Ni,
nd Ila are
t
t
ic
l 0
a
-
a
yp
are in mkTGclilnt and or.
th"CL26e, while I'll and TI art bett foundin
sMajo
il
0
o
tl
Cs.
So or
mal"in
I was ever fifund as on try. Tb*

io a
09
7
~
chief ng pti-liks are PC and Mn,
In (k%) t
4
~
W. Eitd .
rz
g
U fA AV 10 it
f- ft 44 91 it R It u 1, 1,

'a
0 0 # *4 ees o * see 4 0 00 0
0 00 0 *is 0 0 * 0 0 000 0 * 00 * 0 0 00 9 4, 900 000
9
004 09 0-4, *00 0 0 see * 0 i
: 0 !'

MMM P.A. p inzh. red.,
V.A*p red. izd-va; GVIRTSq V.L.9 tekhn. red,
[Autmatic attacbment for machinix, stopptxl rolla on the -U' 62 latbel
Avtomatichookoe ustroistvd--dlia obtocbki stupenchatykh valikov na
btaulce U62. Leningrad 1'1961.- 17-po.(Leuii2gradskii Dom nauobno-
tekhaobiskoi proyagandy. Obmen peredovym opytom. Seriias Melchaniche-
skaia obrabotka metallovq no.7) (MIRA 24:7)
(Lathts-Attaotments)

PEKELIS' G.D.1 YELISEYEVO U.N.
Is
Attachment for grinding vedges. Mashinostroltell no#3s22 Mr
,63. . (KMA 16 W
(Grinding machine"ttachmenta)

iF
w
. . . . f
PFMLIS..
Semiautomatic machine for grinding scraper plates. Hasbinostroitell
no.9:15-16 S 163. (HIRA 16 t 10)
(Grinding machines)

--- ----
PEERLIS, G.D.; Yr-,ITSFYEV, To.N.
Universal manipulator. Haohinostroitelf no.32z22 D 163.
1 (WRA 171l)

MELIS, G.D.; YMSLYF.V, Yd.N.
Devices used in repalring. MashlnostroitaV ro.7:."9 20
My 164. (MIRA 17:8)

YELISEYEV, YCONO, inzh.; PEKELISp G.D., inzh.
---------------
Mechanization of manual operations In a machine shop. Mekh. I
avtom. proizv. 18 no.10ill-13 0 164. (PW M12)

---- -------- - -'YELISEYEV-- Ye- 11 -, -inzh.;:-PEU.LIS P G.D.-, inzh-.- - ----- - - -- - - - - - --- -- --- -- - --- -
'I- I
.Mechanized circular graduation. f4ekh. i avtom. proizv. 19 no.4:
1 25-27 Ap 165. (14IRA 18. 6)

BELOV. A.V., inzh; KOVALEV, IT.M., Inzh4 TELISETEV, Te#V., inzh,
Now tool for macbining the grooves under the roots of turbine
bladoo. Energomashinostroenie 4 no.10:29-30 0 158.
(Met&l-cutting tool*) (Turbines) (MIRA llSll)

AUTHOR:
T =T:
PERIODICAL:
27783
S11 17/61/000/010/004./008
A004/A101
Yeliseyev, Ye. V. (Deceased)
In the plant te&Lnological laboratory
Mashinostroitel', no. 10, 1961, 31
TEX"-: The author reports on a number of new mechanisms and tools developed
by the staff of the technological laboratory of the Nevskiy mashinostroitel'nyy
ze.vod im. V. 1. Lenina (Nevskiy Mechanical Engineering Plant Im. V. I. Lenin).
To machine Intricate grooves in gas turbine runners, the laboratory, has designed
a new end mill. The introduction of this new tool made it possible to machine
the intricate herringbone profile of the groove in two operations instead of
.five. The staff members of the tool office and of the technological laboratory
0. F. Shigorin, G..F; Mokhova, N. M. Sidorova and A. V. Belov have developed and
introduced an Intricate-profile finishing millin~v; cutter with a positive rake
angle I - 5 0 which made it possible to Increase ihe labor productivity in the
machining of grooves. In the manufacture of heat exchangers tube plates are used
In which a great number of holes of different diametershave to be machined.
Engineers A. V. Belov, V. E. Koort and K. I. Mu*.,av'yeva have developed a new
Card 112

27783
S/117/61/000/010/004/008
In the plant technological laboratory AOOVA101
combined countersink reamer which makes it possible to increase considerably the
labor productivity and improve the quality of the machined holes. Research work
is being carried out at the laboratoz-1 to develop a new technology of manufac-
turing ribbed tubes with a rib height of up to 6-7 mm and a thickness of 0.5-0.6
mm by generating the ribbed surface on lathes with a special fixture. For the
machining of blind holes In axle bearings the staff mi~mbers of the laboratory
A. V. Belov and A. M. Guznyayeva have developed a spetital honing head. Technolo-
'gist Yu. M. Komendantov has carried out some InterestIng work on the windingof
lfwhisker-typell sealings. He participated In thq des1gn and manufacture of a
special automatic on which labyrinth sealings of any profile-and diameter can be
produced. The automatic is a combination of circular shears, mobile and bending
rollers. Independent of the aealing ring diameter and. profile, the manufacturing
rate amounts to 2.5 rq/min. Another novelty is the electric blowing installation
for the planing of metal. the operation principle of the installation consists
in melting the metal by an electric arc, oxidizing it and blowing off the com-
bustion products with a compressed air jet. In comparison o1th gas planing the
labor productivity Increased by 30-5%. There are 3 figures,
[Abstracter's note: Essentially complete translation]
Card 2/2

PRIKOWKo, A-F
24 3 PHASE I SCOK EXPLOITATION SOV/1365
L'yov. Universytot q
MILtdrielY X V""7uznog* saveshchanlya po spitkitrodkopil.
Molskulyamaya spektrobvViya (Papers of the 10th All-Won
Confersno on Spe4tr2soopi. Vol. It Mlecular SpectroadoPY)
(Ltvovl I*.d-vo L-voyakogo uMT-t*, I"T. 4991 P. 4 000 copies
printed. (Seristj Itse nzychnyy abirayk, Typ.
Additional SponscrL" Agencyo Akadesd7a nauk 9338. goiclasiYA p0
spektroakopil. Zd.x dazer, S.L.; Tech. Ed.t Saranyuk, T.V.j
Editorial Boards Laviisterg O.S. Ac&dezdoisn (Romp. Ed., Deceased).
Neporent, B.S., Doctor of ysic and Math4multiCal Balances,
Fabolinakly I.L. Dootor or Physical " FAthenfitleal
ftb2ftext. ~.A., 60ator of Steel And I#AttAM&tl*&l S*iGn044o
KornitmkU, V.G., Candidate of Too'nical Solencos, itAyakil, S.M., 4
CaMidate of Physical mn4 YAthenatical Solstices, Klismayakly, L.K.,
Candidate of "Velcal and Mathematical SaLetwes, Kiliyanchuk, V.3.,
Candlilats of nVsl,3&1 L-A Kal-herAtical Solences and Olauberman.
A. Yo., Candidate of Physical and Mathelmatinal Lioness.
Card 2/30
Yell yev L.A. I9031n, and A.M. Shabadash.
for the ir-5-1 Infrared apeatre-
laster
371
V.P. Coavlox structure am mtmx*
amor
9%.
f 1
sorption ft44tra &%d nuoresoonds of I
PhtmaCloyardne ar.4 naoropb;yll 372
Ourinovlahs O.P,, X.R. Yltraolenko, A,N, Savahonko,
land Y4W. Soloviyov. 3144tron Spectra of ChIciophyU
And Theophrtins and Metal-44rivatlTes 3T3
Cherkalloy, A.3. Irfeat of Spacing of Substituteg
On the Absorption Spectra wA Fluorescence, of
Memo-derivatives of Anthracene 381
PInkelfghtsyn, A.1.0 X.14 wn", WA O.P. )44blne
Absorption Spostra in the V11travlojet PA44, 4rA
the Molecular Structure or Triasitte Derivatives
Card 24/30

BOV/97-59-1-17/18
AUTHORS: Fridkin, A-Ya. and Yeliseyev, YH.,�.:j Engineers
TITLE: Losses of Tensioning in Reinforcement of Pre-Stressed
Reinforced Concrete Constructions When Reinforcements
are Tensioned Consecutively (Poteri napryazheniy v
armature predvaritellno napryazhennykh zhelezobetonnykh
ko.nstruktsiy pri posledovatellnom nat-yazhenii puchkov
ili sterzhney)
PERIODICAL: Beton i Zhelezobeton, 1959, Nr 1,, pp 45-47 (USSR)
ABSTRACT: The pro-tensioning of reinforced concrete constructions
results in losses in tensioning if the reinforcement is
not tensioned simultaneously. Often the discrepancies
are considerable, and this has serious effects upon the
construction. Instructions SH 10-57 give a formula
for ascertaining these losses in tensioning. This should
be used only when the reinforcement is straight and parallel
with the axis of the beam. The authors describe a new
method of calculation of those losi3as in tensioning when
the reinforcement is not tensioned simultaneously.
Theoretical explanations of the calculation and the
Card 1/2 formulae are given. A practical example of calculation

Losses of Tensioning In Reinforcement of Pro-Stressed Reinforced
6oncreta Constructions When Reinforcements are Tensioned Consecutively
is also given. There are 3 figures and I table.
Card 2/2

86291
3/190/60/002/008/002/017
B004/BO54
AUTHORS; Igonin, L. A.t XeliaeZ!xLJ!i_-L , Dyurgerov, 0. A.9
Krasulina, N. A. .
TITLE: Formation of Stable Free Radicals in the Process of Harden-
ing and Thermal Destruction of Phenol Formaldehyde Resins
PERIODICAL: Vysokomolekulyarnyye soyedineniya, 1960, Vol. 2, No. 8,
pp. 1167-1170
TEXT: The object of the present paper is the proof that in the hardening
process of phenol formaldehyde resins not only.dense-network polymers are
formed but also thermal destruction processes are taking place. The shear
stress of some resins as a function of time at rising temperature was de-
'Ref. 2). Samples used were;
termined by an I. F. Kanavets plastometer (
Novolac resin of the type K-18 (K-18) with 4% by weight of hexamethylone
tetramine and 30% of dibutyl phthalate; poly-,.ix.ybenzylamine from p-cresol,
and the same compound made of tricres8l. Fig. 2 abows the shear stress as
a function of temperature. At 150-170 C, poly-o:cybenzylamine behaved like
amorphous linear polymers with poorly marked network. At higher temperatuis
Card 1/3

Formation of Stable Free Radicals In the
Process of Hardening and Thermal Destruction
of Phenol Formaldehyde Resins
86291
S119YO601002100810021017
B004 BO 54
the network was destroyed; above 2000C, however, a dense network was form-
ed which is revealed by an increase in shear stress. This Is explained
by reaombination of macroradicals which had formod during thermal destruo-
tion. This assumption was checked by electron paramagnetic resonance (epr)
spectra. The epr spectra were taken by a spectrometer designed by the
Institut khimicheakoy fiziki AN SSSR (Institute of Chemical Physics of the
AS USSR).A concentration of 104 paramagnetic pa:rticles/cm3 was found for
Novolac, and of 5-W5 for poly-oxybenzylaMineB. The epr spectra remained
unchanged after storing the samples for months. Origin and structure of
these very stable free radicals require further investigation. The authors
thank V. V. Voyevodskiy for taking the epr spectra in his laboratory, and
V. A. Kargin for a discussion. There are 3 figures and 4 references:
3 Soviet and 1 British.
ASSOCIATION: Nauchno-igdledovatellskiy institut plastichookikh mass
(scientific Research Institute of Plastics)
SUBMITTED: March 15, 1960
Card 2/3

86 29111.,
:13004/ nO54
Le-end to* Of thC 11!!11
shear stress, rdening
Auring,the ha
Af,"'proc.ess o.ph nol -formaldehyde resins.
I I~ovoln c ro:i in' K- 10 Pith
6 30%,0f
.:)1auticizer, a d -hexamethylene.,
n
A%, of
-oxybenzylamine
:,tetrpmine; 2:,:poly
fron'p-crasoll 3; poly-oxybenzyl-
--4n- from tricrorol.
f. c
0100 M IN 200 IM 250
L "C
3 7.t

Lke 5/000/008 3/0025
AL r4th SOURCE CODE:- UR/0227/6
A
~AUTHOR.~ elisey!.vo Yuo.A,.; Voroshiling Ye. A.; Biyevetep N. L.; Krylovp A G.
ORG none
TITIE: Construction of a container glassware storage-werehouse of reinforced concretc
SOURCE: Promyshlannoye stroitellstvo,, no. 8. 1965p 234:5
2--TOPIC TAGS:,---reinforced.-c6ncrbteo-,conatructionp-lacquqri:_qqrrpsion protection
--ABSTRACT: ;.A-description is given of the construction* o,,r a 24 X-4a motor
',tiarehouse'with supporting frame made of prefrb arches each consisting of
~six straight sections of reinforced concrete., bolted tollethers The prefab i
sections were compacted,, heat-hardened for 4 hours .at 70% reinforeod'with
:steel mesh,and given an anti-corrocion coating of bitum!'Lnous lacquor. 7bey
!were then stored in special holding racks., in which thmr were-also transported
-to -the conctruction. Photographs show the flondmg., transporting and assembly
of-the individual straight sections into archesp as well as the completed
warehouse, -A table sjwvm_~hq expendj~ura of matorials iwppower and money par.
a oiig. art.
-square meter of horizontal projection involved in the construct on.
'has: 5 figures and 1 table* LJPRS3
SUB CODE:, 13 SUM DAM .-none
UDC: 624-023-8:725,35
.Card J/1
77 7.- '.7'-ft.

YhIISEYEVj YU*A., Inzh.; HIRONKOV, B.A., inzh.; SUSLIKOV, I.P.,
arkRfe-R-or
Mesh-reinforced concrete elements in building practice, Bet. i
zhel.-bet .-no.9:392M4 S 161. (MIRA 14:10)
Precast concrete construction)

v yu.A., naiicbn. red.;
MIRONKOV9 Boris Anatol'Yevich, Is.k., tekhn.
STAMVOTTOV, I. F. j, Z
red. 1 element for arch roofs] TonkostennYO
(Thin structura 19okrytij. TAninerad, GosstrOl
svodchatye konstruktoij P HIM 16t8)
I$clatt 1963, 192 P' Otoofs)

HOWARTHO 0; INOTICH, Aol. (translator); VISHMMSICIY, S,L. (translator);
YXL YU.B -[translator]; CHUM, G.O., redaktar; IOFLWA, N.A..
Pon
or.
[Modom developments in fluid 4yussios; high ipsed flow. Translated
from the Inglish) Savretuennoe sastoianle serodinamiki bol'sh1kh skoro-
stei. Pereyod s angliiskogo A.I.Runimmicha, 5,16.1ishnevetskogo i
IO.B.Blissevs. Pod red. G*G.Chernogo. Koskya, Izd-vo inostrannot, lit-ry.
Vol.1 1955. 491 p. Mu 9:5)
(Fluid dynamics)

YELISEM, yu.
Comparative results of various methods of zitral commissuroto
Grud.khir. no.40-9 JI-Ag 162. (min 15t107
1. Iw kafedry gospitalluoy-khirurgii (zav. - prof, V.S.Mo-yat)
lechabnogo fakul'teta. II Moskovskogo-noditoine go instituta
iineni I.I.Pirogova. Adres &vtora.- g. Barnai -, tayevoy otdol
,tdravookhranonlya.
(MITRAL VALVE-ZURGERY)

YELISEYEV
Some problem of heart anatoxy applicable in right commlomwotomy.
Xhirurgiia ao..9s4&54 162. (MM 15J10)
1.'Is kafe&-y-goopitallnoy khirargii (zav. - prof. V.S.Mayat)
II Moskovskoge gosudaretvennogo seditsinskogo inatitutaAftni
N.I.Pirogova.
.(MITRAL VALV?,--SURGERT)

USOV, D.V., kand. mad. nauk; YF.LI3-EY9V.,..Yu.1. (Barmal)
Review of M.I. Glikin's b-*ck "Cancrr of the liugA." Iras A
kh-'r. 9.1 no.9.131-133 S163. 4)

YELISEYLFVI YU.I.
Modification of a dilator for commissurotomy constructed at fhe
All-Union Scientific Research Institute of Experimental -%.rg.cal
Apparatus and Instruments., Grudn. khir. 4 no.54118-119 S-""(LI,
(MIRA 172
1. Iz kafedry gospitallnoy khirurgii ( zav. - prof. V.S. Mrqat)
lechetnogo fakul'teta II Moskovskogo meditsinskogo Instituta
imeni N.I. Pirogova. Adres avtorat Barnaul, Krayevoy otdel
zdravookhraneniya.

137-58-4-6796
Translation from: Referat.vnyy zhurnal, Metallurgiya, 1958, Nr 4, p 69 (USSR)
AUTHORS: Mazell, V.A.pY,'eliseyeva, A.A.
TITLE- Obtaining Alumina from Kaolins by Sintering with Limestonv
(Polucheniye glinozema iz kaolinov spekaniyes-ii sizvestnyakom)
PERIODICAL: Tr. Vses. alyumin. -magn. in-ta, 1957, Nr 39, pp 214-226
ABSTRACT- Sintering with limestone, yielding self-staking clinker may be
employed to obtain AIZ03 from kaolins. The optimuni atriount of
CaC03 going into the charge should stoichiometrically assure
formation of pentacalcium aluminate and dicalcium s:licate. Com-
pletion of the necessary chemical reactions is assured when the
material in the sintering zone is brought to partial fusion. The
sintering temperature is '1 350- 13750 and depends upon the purity
of the starting materials. A slowed procedure for holding the
clinker in a temperature interval close to the sintering temper-
ature is available to produce clinkers with high extraction of
A1203. Thus, the required technological effect is obtained when
enriched kaolin and chemically-pure limestoi-,e are held in the
1350-13000 temperature range for six minutes. MgO has a harm-
Card 1/2 ful effect on the sintering proce55. When the process is conducted

137-58-4-6796
Obtaining Alumina from Kaolins by Sintering with Limestone
under optimal conditions, 85% or more of the A1203 is extracted when the
clinker is leached, and chemical losses of Na203 are about I 10 kg per ton of
A1203 reduced to solution from the clinker.
G.S.
1. Alumina silica--Development 2. Sintering--Processes 3. Limestone--Appli-
-,cations
Ca rd 2/2
-- - --------------
I- k 137-58-6-11908
Translation from: Referativnyy zhurnal, Metal.lurgiya, 1958, Nr 6, p 103 (USSR)
AUTHORS: Ma,ell, V.A., yeliseyeva, A.A.p Oksyuzov, V.A.
-----------
TITLE: Production of Alumina from High-silicon Bauxites and Coal Ash
by Sintering with Limestone (Poluchenive glinozema iz vysoko-
kremnistykh boksitov i kamennougollny~h zol spekaniyem s
i zvestnyakom)
PERIODICAL: Tr. Vses. alyumin.-magn. in-ta, 1957, Nr 39, pp ZZ7-Z41
ABSTRACT: An investigation has been made of the possibility of sinter-
ing high-silica bauxites and coal ash (CA) with limestone to ex-
tract A1203- The bauxite or CA wa,- sintered with various
amounts of chemically-purc CaC03. A high degree of extraction
of A1203 (8576 and more) and complete spontaneous crumbling of
the sinter can only be assured when the Fcz03 in the raw mater-
ial is reduced so as to exclude this compound from the sinter-
it is re-
forming components *'of the charge. To reduce Fc203
commended that coal or petroleum or foundry coke or carbon
ized anthracite coal be introduced into the charge. A variation
of 100 to 200% from, the theoretical in the amount of coal added
Card 1/2 to the raw bauxite has virtually no effect on the recovery of

137-58-6-11908
Production of Alumina (cont.)
A1203 from the sinter and the nature of the spontaneous crumbling thereof.
A further addition of coal has an unfavorable effect on the technical proper-
ties of the sinter. When CA contains sufficient unburned coal, tile process of
reduction may be performed without the addition of a special reductant. The
optimum metering of CaC03 for the sintering of bauxites is one that will
assure the formation of the compounds C5A3 and CZS. Where CA is con-
cerned, the addition of CaC03 must be somewhat greater than that required
to form C5A3 and CZS. To assure complete sintering, a temperature
> 13500C is required, as is a somewhat more extended holding period in the
high-temperature zones of the furnace (6-10 min in the temperature interval
from the sintering temperature to 13000). When the optimum conditions of
preparation and sintering of the charge and of leaching are observed, i.e.,
conditions that will assure the production of aluminate solutions containing
not < 56-60 g/liter A1203, the extraction of A12-03 is 85,176 of the content of
A1203 in the charge. The loss of caustic with the red mud comes to 35 kg
NaZO (60 kg NaZCO~ per t AI?O extracted in the leaching, under the above-
, 3 N.P.
stated conditions. 1. Aluminum oxides--Production 2. Aluminum ores--Processing
3. Sintering--Materials 4. Sintering--Effectiveness 5. Sintering furnaces-.-Operation
6- Coal--Applications 7. Galcite--Applications
Gard Z/Z

POPOVSKAYA, N.P.; PROTSENKOp P.I.; YELIBEYEVA, A.F.
Electric conductance and density of melts In the binary
systems Jnvolving sodium nitrate, Zhur. neorg. khim. 9
no.531211-1213 My 164. (MM 1719)

"The Effects ~,f Irradiation on the ()th Day of Embryonal Devel.opment."
report presente4 at the Confereace -1., influence of Ionizing Pamilation upon the
Higber Developed Parts of --!.c Central Nerve Syntem, Lwt. of H4gber Nervous
Activity, AS USSR. Vlay 190.

AKHRANOVA, Ollga Sergeyevna; ALEKSEYEV, I.A.; ARKAND, I.L.; GORBUNOVA,
T.P.; ISLISETEVA, A.G.; XMAYEVSKAYA, D.A.; TESIPOVA, T.Ta.,
- I
red.; tekhn.red.
(Russian-Inglish-disticnaryl Rusako-angliiskii slovarl. Olcolo
1 25000 slov- lzdol3, likqr. I dop. Moskva, Gos.izd-vo inoatr. i
natsionalinykh mloyarel, 1959. 492 p. (HIM 13:6)
(Russian langtage-Dictionaries-English)

86325
s/igo/60/002/012/012/019
B017/BO78
AUTHORS: Arblizovar I. A.p -Yefremova, V. N., Yeliseyeva, A. G.
TITLE: Synthesis and Properties of Methylmethaorylate
Dimethacrylamidodimethyl Ether Copolymers
PERIODICAL: Vysokomolekulyarnyye soyedineniya, 1960, Vol. 2, No. 12,
pp. 1828 1831
TEXT: Copolymers of methylmethacrylate with dimethacrylamidodimethyl
ether were- "synthesized and their mechanical properties examined. A de-
tailed description in the-experimental part explains the syn'thesis of
these Copolymers. The effect of the content of dimethacrylamidodimethyl
ether in copolymers containing methylmethacrylate on tensile strength,
elongationp specific viscosity, and modulus of elasticity at 200C has
been studied. Results'.show that'the tensile strength of copolymers in-
creases when adding 4-5 mole% dimethaorylamidodimothyl other. If this
amounf is further increased, a sharp decrease in strength occurs. Visco-
sity first increases with an addition of dimethacrylamidodimethyl other,
reaches a maximum, and declines again with a further addition,while the
Card 1/2

86325
Synthesis and Properties of Mothylmethaerylate 3/190160/002/012/012/019
Dimethacrylamidodimethyl Ether Copolymers B017/BO78
modulus of elasticity remains unaffected. Fig.2 shows the vitrification
temperature of polym4thylmethacrylate copolymers with deoamethylglycol-
dimethacrylate, ethylbutylpropanenedioldimethaerylatep allylmethacrylate,
and dimethylpropanenediodimethacrylate according to data by S. Loshaek
(Ref.2), B. N. Rutovskiy and A. M. Shur (Ref-5), and with dimethacryl-
amidodimethyl ether as a function of the components of copolymerization .
Results show that the vitrification temperature of these copolymers in-
creases with a diolefin content of up to 5%. The vitrification tempera-
ture was determined according to A. I. Marey (Ref-11). Professor
Ye. V. Kuvahinskiy is thanked for measurements made in his laboratory.
There'are 2 figures and.11 references: 4 Soviet, 4 US, 1 British, and:
2 German*
ASSOCIATION: Institut vysokomolekulyarnykh soyedineniy AN SSSR
(Institute of High-molecular Compounds of the Academy of
Sciences USSR)
SUBMITTED: May 23, 1960
Card 2/2

ARBUZOVA, I.A.; YEf*UVA, V.Ne; YELISELEVA, A.G.; UNDER X.F.
Cycl,ic P61ymerization of glicidol esters of unsaturated
acids in the presence of ionic catalysts. VyaoIr,-n. ooed.
no.12:1819-1823 D 163. 04TRA 17:1)
1. Institut vysokomolakulyarnykh soyedineniy AN SSSR.

d-tw IR avactiogeoccr of

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. I I . I
z . . t ~n - ~ lw A,
. . . I z,
w

"Aypertmental Treatment of Eypertonin with Prolonged Harcosiss" Sov. Med., );o. 2, 191-9.
Mr. Hosp. Therapentic, clinic, Ivanov mediral Inat. -C.L91*9-.