SCIENTIFIC ABSTRACT YELISEYEV, S.V. - YELISEYEV, V.I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001962610004-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 15, 2001
• Sequence Number: 4
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

MONCHENKOI Ivan, Makaimovich;' Y-ELISLnTp S.V.p kand. tekhn. naukp red.;
KHROMCHEMD, F. 1. p reA:-IR--v-aVRCMAOVA . V. V. 9 tekbn. red.
[Devices and -tools for plane tablin&I Menzullnys pribory i in~-
str=enty. Pod obshchei-red. S.V.Sliseeva. Moakvaq Izd-vo geodez.
lit-ryt 1961. 197 pe (MIRA 3.418)
(Surveying-Inatmente)

SUDAKOVt S.G.J ALEKSAhDROV, T.F.; BULANOV9 A.1.1 DURMsh.I.1-
Y9A8YZY#-J1LY4 ZAYLATOV, P.S.; IZ07M,, A.A.; XARLOVp G.H.;
k5wmatjs B.s.j KUKUSUN, A.D.; KOLUPAYF.Vp A.P.; KCZLV-IA, Ye.A.;
LAR111p B.A.; LARZ, D.A.; LARINj B.A.; LITVINOVO B.A.; HAZAVYEV,
A.V.; PELL=11 L.P.; PETROVp A.I.; SOLOVIYEVs A.I.; TOMILIN, A.F.;
URAW'Vj S.S.; USPIEINSWO M.S.j FQHn1j M.P.; SHISHKIN; V.11.; SHCHEGLOV,
A.P.; SONKOVY S.G., otv. red.; KOWKOVA, L.M.,, red. izd-va; SWIGUROV,
V.Seq tokhn, red,
(Instrootion concerning the building-up of a state geodetic network
In the U.S.S.R.] Instruktaiia o postroonii gosudaratvemoi goodezi-
cbeskoi teti Soiuza =I; obiazatelina dlia vsakh vadomatv I nah-
rezhdeniio proizvodiashchikh govudarstvenrye geodezichookle vati.
1.',oskva, Izd-vo geodez. lit-ry, 1961. 459 p., (MIRA 15:6)
1. Russia (1923- U.S.S.R.) Glavnoye upravlenlye geodezii I karto-
grafii. (Geodesy)

S/035/6z/OW/O0EV`OW090
-AOOI/.&IOI
0ejPqe_q \Ila Jr,'
AUTHOR: Yelise V#
T=3 The photoelectric and photographic methods of determining direotion
on target as applied to geodetic instruments
PERIODICAL: Referativnyy zhurnal" Astronomiya i Geo6ziya, no. 8, 1962, _30
31, abstract 80260 ("Tr. Tsentr. n.-i. in-ta geod., aeros"yemki I
kartogr.", 1961, no. 143, 72 pp, 111.)
TEXT: The works conducted in TsNnGAiK in 1954 - 1959 on designing and
investign-ting photographic and photoeleetvie appliances for geodetic instruments
are described. The first chapter surveys briefly the application of photorecord-
ing to geodeUc instrumentii, and examines parameters of instrument optical systezu
for photographing targets; demands on*qualities of photoma.erials are listed.*
Investigations have shown that photofilm should have a resolving capacity of 200
250 lines per I mm, a sensitivity of the order of 20 - 30 units and insignificant
granularity (moreover, an anti-aureole layer is necessary). Design features of
devices fqr photorecording of readings on leveling rodop. -positions of sighting
Card 116

S/035/6Z/000/008/085/090
The photoelectric and... A001/A101
target and of alidade of the theodolite horizontal circle, developed in
TsNIIGAiK together with other organizatibns, are.noted. A precision leveling
in~strument with photorecording was constructed on the basis of the Him (NPO)
leveling instrument and a MA (FED) camera in two variants. In the first
variant, positions of the rod and graticule we're photographed side-by-side with
visual observations; in the second varihnt -'also position of the-bubble'of the
contact level was photographed. Observation results were determined from a
photogram measurements of-which were performed with a large instrumental micro-
scope. The precision of measurement on the photogram is characterized by an rms
error of �3/,U for one aiming at the I *mage of a line of the rod, and +11(A for 10
aimings, which corresponds to an error In reading the rod amounting to +0.025 mmi
The rms error in determining elevation (length of directional ray beinj ~O m)
proved to be 0.11 - 0.15 mm when the position of the level bubble and of' the rod
were photorecorded. Investigations have shown that exposure time, with exi.0ting
photomaterials, remains rather long and varies with illumination conditions.
Ift PPAOtLQ*l APPILOAtten.
of photorecording to leveling. A triangulation theodolite with photorecording
of positions of a target and the alidade was oonstruoted on the basis of a
card 216

8/035/6Z/C~0/008/085/090
The photoelectric and...-'s A001/A101
TT V/6" theodolite and was equipped with two FED cameras. The system for target
photographing has the following characteristics: Equivalent focal length of the
tube objective, 1,200 mm; diameter of objective aperture, 60 mmi magnification
of an additional optical system, 2 x; frame size, 12 x 36 mm. The system for
photographing the horizontal circle furnishes the superposed image of circle
divisions separated by 1800, similar to that in optical theodolites. System mag-
nification ih 5.3 x. The order of observations with this theodoliti is described,'
and results of investigations are presented. The nos error in measuring aa angle
under laboratory conditions was +1133, under field conditions +1".37. The accuracyi
of ihotorecording of the tube a7ls position is characterized t;i an rms error of
0.3 - 014 at distances of 2 - 10 km. For one measurement of a photograph, this
error is equal to 0.5 - 016. The time of target exposure v4ried within 0.5 - 2
sec. It Is noted that accuracy of photorecording in triangulation depends, to
a considerable degree, on the photomaterials used. Results of an Investigationp
by means of photorecording, of observer personal. error in setting the target in
bisector of the graticulo, are reported. The average value of target displacement
in respect to the middle of the graticule bisector amounted, for three observers,
to +3-5, -fO.9 and ;?.0 respectively. The second'chapter siirveys the a2plication
Card 3/6

S/03,9/62/OW/008/08VO90
The photoelectric and... A601/A101
of photoelectric devices in geodosy;- schematic diagrams of these devices are
considered, and light flu~ces and photocurrents at the output of photoelectronic
multipliers are calculated. The model of a photoelectric device for aiming
constructed in TsNIIGAiK on the basis of a TT 2'1/611 theodolite, is described.
The diameter of th3 tube objective aperture is 60 mm with an annular shape of the
entrance pupil (inner diameter, 21 mm), objective focal length is 600 M.- The
light-dividing block consists of two glued prisms whose faces are mirror-coated..
Dependent on the position of the*priGm unit, photoelectric or visual aiming ~an
be effected. 09Y -20 (FEU-20) photooleotronio multipliers are used as photo-
,electric receivers. The electronic part of the device consists of two units;
the first contains photomultipliers and first stages of amplifiers on a 6X16
(6Zh1B) tube, the second contains balance resonance amplifier and the amplifier
output stage. An electronic osoillograph or telephone receivers are used as
indicAtor, Light source is K-.19 tube (6 v, 30 w) mounted at the focus of a re-
fleeting spherical mirror with aperture diamet6r of 150 mm and focal length of
360 mm. Light flux Is modulated with a freqUincy of A80 *Do by a MAChAn041
modulator rotated by a AF)i (D0-4) motor. The light source and electric motor
are supplied from storage batteries. At a distance between the light source and
card 4/6

S/035/6z/OW/008/OWO90
The photooliectric and...
AoolAlol
the device of 20 km and at a ch~tnge in direction to the target by 01.11, changes'0in
light flux incident on the cathode of the photomultiplier amcrant to 10-9 - 10-1
lumen. A model of target was made in the laboratory, out of a collimator (f -
250 mm, objective diameter, 40 mffi) in whose focal plane were mounted diaphragmst:
round'ones with aperture diameters of 10 and 25At, and rectangular ones with di-
mensiona x 100/,C. ThS magnitudes of light fluxedare equal to 1.8 x 10-9-
1.1 x 10-90and 3.4 x 10-0 lumen respectively. At an aiming at the target shaped
as a 25-,u round diaphragm, the rms error of one sighting is equal to approximately
:LO'.'3 and at a rectangular diaphragm - to +01.12. An investigation of the relation
between the aiming error and light flux magnitude has shown that.the rms error of
aimii:g increases 3 - 4 times,when the light flux from the targct decreases 6
times. At an audio indliation (an audio signal stops at anaiming at the target);!
theIrms er'ror of aiming tp within the range 40.29 - e765 in dependence on the
sh e of target image.' At visual observations the ms error is +1.2 - 4.11.
14. A
coqlusion has been draAtthat the mean direction (of 10 eightin-gs)-is'416termined*
with in rms error of 4,011,:"- observer personal errors do not affect the results.
Field tests of the P&toelectrio device in 1958 were conducted under unfavorable
meteorologioal.conditiQns. At distances of 2 and 6.2 lai the rms directional error
Card 516

8/035/62/000/008/085/090
The photoelectric an6... A001/A101
(of one sighting) amounted to X0.7 jP'-'9- In bubsequent laboratory investiga-
tions it was cleared up that a wrong mounting of prisms of the optical unit was
t1id reason of a lesser accuracy of field measurements, Tho third chapter con-
siders possibilities of increa sing the accuracy and sensitivity of photoelectric
devices. It is noted that the following metliods can be used to single out a
signal in the presence of interferenceal storage, filtration, synchronous storim
correlation method of reception. Each of those methods is briefly described. A:
new circuit of photoelectric device is described in which filtration was improved
on account of introduction of a quartz contour and a second resonance contour In
the circuit of difference signal. An integrating circuit with a time*constant of
2 see is connected before the miaroamperemeter. Voltage dividers for equaliza-
tion of input signals are connected to the circuit. A phase-sensitive detector
is assembled on semiconductor diodes. The rms error of one aiming, with the use
of the microamperemetee, turned out to be 40.12 - 40119. The trends of further
works on photoelectric aiming at targets are outlined. There are 26 references.
Ye. Feklistov
[Abstract:erts notes Complete translation]
i_card+ 616

irmn
:GRISHINO Boris Stepanovich; ISLIsEM, S.V,j redq KOHARIKOVA, L.K.p
red.,Wwva; SUNGIUROVO-Vq$*-V---t-Allun-.rid,--
(AdjustiM =07,00 instruwnts) Ilustiroyka podezicboBkikh
instrumntow. Moskva, odexisdat, 1962. 183 p.
(MMA 1515)

'3/035/62/000/007/Oa2/083
AO011A1O1
AUMOR: I Yev, S_-V_
TITLE: On the methods for improvements of instruments for angular and
linear measurements in geodesy
PERIODICAL:. Referativnyy zhurnal, Astronomiya I Geodeziya, no, 7,' 1962, 30,
0
abstract 7G230 ("Tr. 3-go s"yezda Vses. astron.-geod. o-va, 1960
Moscow, AN SSSR, 1962, 169 - 175, Discuss. 202 - 205)
TEXT:' The author points out that the use of radioelectronics opens wide
possibilities in construction of geodetic instruments. Already at present,
~electric-optical range tAnders and radio range finders are~'used, and they are
beihg improved.' Electromechanical devices can be used for improving the accu-
racy of.eircular scales. Photoelectric sighting has a bright outlook. Improv-
Ing the accuracy of geodetic measurements Is closely ponnected with studying
effects of surroundings on this accuracy.
A. K.
(Abstracter's note: Complete translation]
ard 1/1,
~C

EGLIT, Vitaliy Ivanovich; SIDELINIKOV, Sergey Petrovich; YELISEYEV,
S.V.,, red.; KOMOIKOVA, L.H., red.izd-va;
Uffin. red.
(Redta 002 reducing tachymeter; description of the instrument
and practical guide on its use. checks, and corrections] Re-
duktsionnyi takheometr Redta 002; opisanie instrumenta i pra-
kticheskos rukovodstvo po primeneniiu, poverkam i iustirciv-
kam. Moskva, Goageoltekhizdat, 1963. 87 p. (MIRA 1617)
(Germany, East-Tachymeter)

YELISEYEV, S.V.,. doktor tekhn. nauko prof.
Accurate chronozetric systems for determining direecticns ar-d argl-es.
Izv.vys.uchob.zav.; geod. i aorof. no.li]J,1-146 164-
(FIRA 17:12)
1. Mookovskiy institut inzhenerov geodezii, aerofotos"yemki i
kartografii.

ZAKHAROV, Anatoliy Ivanovich; ZUYKCYV, Ivan Ivanovich; YELISETEV,
-S V. red.
(Medium-precision theodolites and optical telemeters]
Teodolity srednei tochnosti i opticheakie dallnomery.
Moskva, Nedra, 1965. 171 p. (MIRA 19:1)

YELISHYEV, S. V.
"Investigation of Cutting a Wheel of Globoid Worm Drive; Selection and Desiening
of the Tool." Sub 26 May 51, Moscow Order of lanin Aviation Inst Imeai Sergo,
Ordzhonikidzo
Dissertations presented for science and eneineering-degreen in Moscow during 1931.
SO: Sum. No. 480, 9 IkW 55

gd~mftzwi
S. V.) P. S. ZAK ard V. L. ZIRMVLEV
YE-1 ~' 43-.V
Konstruirovanie i izgotovlenic, odnozakhodnykh globoidnykh peredach. (Vestn.
Mash., 1951: no. 4, p. 25-30; no. 5, p. 28-32)
~.Includes bibliography.
Designing and manufacturing single-cut cone drives.
DLC: TN4.v4
SO: Manufacturing and Mechanical Engineering in the Soviet Union, Library
of Congress., 1953-
jI

5- z-:-
USSR/Foril
Abs Jour
Author
Inst
Title
Orig Pub
Abstract
Animls Fur Aninals
Ref Mur Biol., flo 15) 1958, 69387
ZiLs~~ftr,4
Nutria in Tadzhikistan
Sov. potreb. kooperatsiya, 1958, No 1, 21-23
Ho abstract.
Card 1/1

YELISEYEV V. 'Luzho (Yaroolavll)
--Building matir" Usde with industrial wastes. Fozhdelo' a
90.12*13-14 D '016~. (MMA 16si)
(Building materialo.-Testing)

YELISITIV., V.A.
Some peculiarities of the pathomorphology of lumbonaoral radiculitis.
Vop. psikh. I nerr. no.3:261-265 158. (MIRA 12:3)
,1,.1z kliniki nervnykh bolezney Voyeano-meditsinakoy o--dena Lenina
akademii im. S.M. Kirovs.
(mv3s. SPINAL--DIS&4=)

YMSMV, V-. CA.)
0 Amplifying Substations Oci 51
Rectifiers
truse of Type VG-236 Gas-Filled Rectifiers in the
Ta-500,11 V. Yeliseyev, Illinskap Station, Moscow-
Ryazant Railroad
'Tadio" No 10, P 53
Details the mechanics of replacing type VG-129
gas-filled rectifiers by type VG-236 rectifiers
in the TU-500 station amplifying equipient. The
type VG-129 has been causing breakdowns of the
TU-500 and in addn its Insufficient power causes
nonlinear distortion in transmission.
20ft5g

21M BOV/48-23-2-0/20
AUTHORS: Prikhodtaeva, V. P.,
Dzhe2epov, Bo S.y Ye21seyevg V. A.t
-,
Khollnovp Yu. V.
TIT.LE; y-Radiation of Br 82 (y-lz2ucheniya Br 82
PERIODICAL: . Izvestiya Akademii nauk SSSR. Seriya fizicheekaya, 1959,
Vol 23,.Nr 2l pp 207-210 (USSR)
ABSTRACT: The y-opectrum was stu&d by means of the "Rytron" spectrometer.
It is given in figure 1. 10 lines were detected. The energies
and relative intensities obtained in this and another paper
are listed in a table for oom'parlson. The beat accordance re-
sulted from reference 81 bothforenergies and intensities.
Within the range 1700-2000kev awwk21ne at 1780 kev and only
one elevation of a point above the background at 1910 kev
were found. Within the range 2000-2700 kev no lines with an
intensity above 0.2% were found. The conversion coefficient
of the main transitions in Bruz was determined by means of the
intensitieslobtained. The initial value of a K for the transi-
tion type E2 of transition 777 kev in Kr82 was adopted from
tables published by Sliv and Band
~ Ref 13) gith an amount
of B 2 b Kr 2 is given in
of 8.22.lo-4. A decay ach6me r
Card 1/2 figure 2. Th6 transition types of the individual transitions

y-Radiation of Br 82 SOV/48-23-2-8/2o
of Kr 82 were determined according to a comparison of the
theoretical a. values with.the experimental ones (Table 2).
,The lines 1648 and 1780 kev detected for the first time as
levels are not given in the decay scheme. There are 2 figures,
2 tables, and 13 references, 3 of which are Soviet.
ASSOCIATION: Radivevyy institut im. V. G. Xhlopina Akademii nauk SSSR
(Radium Institute imeni V. G. Khlopin of the Academy of
Sciences, USSR)

,--_,Y]ILISLTJCV, V.A,, insh.
t --., ~',
Determining the power consumption in grain grinding. Mekh.
i elek.vots.sellkhoz. 17 no.6:31-34 159. (MRA 13:4)
1. Voroneshakiy sel'skokhozyaystvenny7 institut.
(Grain milling)

SAK-SHAKI B.A.; KGIISSAROVI I.I.; YELISEYEV, V.A.
Bench stirrup for active control. Mashinostroitell no.9:27
s 162. (MIRA 15:9)
(14achine-shop practice)

YELIS=. p V-. A:.
Machines with the NZL trademark will be the best In the world.
Hashinostroitell no. 1t44-45 Ja "66 (~~U 19:1)

ACC Nit, A/) '.JOUHC~' COD,,-,: Ult/0122/66/000/00-1/0003/0005
U D/W
AUTHOIis;
lq~acyavf-4.-Ai~ (Engineer); Krinakiy, A..A. (Er~ncor)
IORG. Neva Machine Building Works im V. I. Lenin (Novakiy maohinoutroitellnyy zavod)
TITLE; Increasing the reliability of Caa turbines -1)
SOURCE: Vestnik mashinontroyeniya, no. 7, 1966, 3-5
TOPIC TAGS: reliability, gas turbine, turbine blade, turbino"comprenoor, turbine
design, blade profile, stress concentration, steel / Gj~7700-5 gas turbine, GTK gas
turbine, GTI-750-6 gas turbine~j~#XhNltl steel,,
ABSTRACT: This paper touches on come of the"design measures taken at the-K-ey-a
I achine Building 1,7orks to increase the reliability of gas turbines. Corrections have
Focen made in the desi-Ign of the blade tails of GT-700-5 turbines. Thin consisted of
reducing the coefficient of sfi~6-3---Z~izi~-6z-firation in the first groove of the tail by
increasing the radius of curvature of the cavity and the moment of inertia of the
unsafe cross section (Bee Fig. 1). This increased the long-lifo strength of the tail
connection by about 25fA. The GTK-5 and GT-750-6 gas turbines also have blade tails
with a new profile. The plant uses labyrinth scala"~o maintain the spaces between the
rotary and fixed parts of gas turbines. The cilip-6f the seal in now attached to the
bearing housing of the power rotor, instead of to the housing of the,turbine, which
ensures practically complete axial alignment of the oeale with the rotor. The
LCord. 1/?... UDCt 19-1---43-8--19.

L 099~2-67
ACC NR: AP6025082
Pig. 1, Profiles of tail connection
of working bladess 1 - former profile
of first cavity and tooth; 2 - new
profile of cavity and tooth.
pressure booster between the turbine and the blower of the GT-700-5 was eliminated; it
had been a source of 'trouble. In the now gas-tUrbine designs, the oil tank in
situated immediately in the welded frame of the turbogroup, which frees space in the
basement of the station, shortens the oil pipes, and reduces the weight of the
apparatus. All of the now designs or gao-turbino apparatus are designed and made in
modules. A new type of insulation-ouperfine banalt fiber--io used in the now
10 000-161 gas turbine net. Orig. art. hast 3 diagrams and I formula.
SUB CODE:
"", - I,/
-JA
14, 21/ SUBM DATE: none

la(5) sov/161-58-3-16/27
AUTHORt Jy 1-9 Au.Post-groduate Studont (Moocow)
TITLE: Consideration of Elasticity in the Analysis of the Iffork of the
Electric Drive of Grinding Machines (Uchet upruumosti v
analize raboty elektroprivoda shlifovallnogo stanka)
PER10DICALt Nauohnyye doklady vyeehey shkoly. Elektromekhanika i
avtomatika, 1958, Nr 3, PP 150-16o (USSR)
ABSTRACT; The automation of internal- and external grinding machines
makes it necessary to take the elastic deformation of the ma-
chine frame and the abrasion of grinding wheels into account,
because otherwise losses in productivity, unsatiafactory sur-
faces of the work pieces, and other disadvantages are caused.
Faults caused by mechanical feeding devices may be eliminated
by means of an electrically controlled longitudinal feed de-
veloped by a group of collaborators at the Kafedra elektro-
oborudovaniya promyshlennykh predpriyatiy Mookovskogo
energeticheskogo institutL(Chair for the Electrical Equipment
of Industrial Plants at the Moscow Institute of Power Engineer-
ing) and by the 1GPZ plant under the supervision of A. A.
Card 1/3 Sirotin, Candidate of Technical Sciences, Docent. C-~lculation

I SOY/161-50-3-16/27
Consideration of Elasticity in the Analysis of the Work of the Electric Drive
of Grinding Machines
of the electromechanical system is then dealt with, the wiring
diagram of which is shown by figure 1. Figure 2 shows the ex-
perimental arrangement which was worked out at the technological
laboratory of the 1GPZ, where also the experiments were carried
out. The type of machine investigated, the hardened steel used,
the type of grinding wheel, as well as the working conditions
are described. In the course of the inveatigation the following
variations were observed and followed by means of oscillographs:
1) The amount of the originally permissible variation eliminat-
ed by grinding (snimayemogo pripuska). 2) The dislocation of
the support during grinding. 3) The bendiAg moment acting upon
the grinding spindle- 4) The power output of the grinding
spindle motor. 5) The torsional moment acting upon the grinding
spindle. For the arrangement mentionad under 1) a measuring in-
strument developed by Engineer Mazin was used (Fig 4). An os-
cillogram of these quantities is given (Fig 3) and discussed.
Besides, the results obtained by means of 10 oacillograms are
given in a table. Further, investigations concerning the de-
'Card 2/3 pendence of the deformation of the support and of the wearabili-

161 -j13- 3- ~/27
SOT/
Considoration of Elasticity in the Analysis of the Work of the Electric Drive
of Grinding Machines
ty of the grinding wheel on feed (Fig 7), as well as the de-
pendence- of working efficiency on the feed (Fig 8) are dealt
with. There are 8 figures, 1 table, and 4 Soviet references.
4s axlicle was roccrranenaca fo _01i t' b 11-
7
ka"?edra elektrooborudovaniya X'prP-,mpreea~'p:icin~~aiiy~::Voskovskogo
energeticheskogo inatituta(Chair for the Electrical Equipment
of Industrial.Plants at the Moscow Institute of Power Engineer-
ing)
ASSOCTATION: Kafedra elektrooborudovaniya prompredpriyatiy Mookovskogo
energeticheskogo inBtitutp-(Chair for the Electrical Equipment
of Industrial Plants at the Moscow Instituta of Power Engineer-
ing)
SUBMITTED: April 23, 1958
Card 3/3

8 (5)
AUTHOR~ Yel13eyev, Viktor Alekseyevich, SOV/161-58-4-16/28
-Post-graduate Stuaent
TITLE: Improvement of the Follower-electrodrive for the Feed on
Grinding Machines (Usovershenstvovaniye eledyashchego
elektroprivoda podachi shlifovallnykh stankov)
PERIODICAL: Kauchnyye doklady vysshey shkoly. Elektromekhanika i
avtomatika, 1,958, Nr 4, pp 121-129 (USSR)
ABSTRACT: At the pervyy cosuaarstvennyy podahipnikovyy zavod (IGPZ)
(First State :."',Bjaring Factory) and at the chetvertyy
Gosudarstvonnyy podshipnikovyy zavod (4GPZ) (Fourth State
I Bearing Factory), the grinding machines have been adapted
for automation on the basis of regulating the actual feed.
At the 4GPZ# the follower-crossfeed on ballgrinding machines
has been built, proposed by Ye. S. Zheleznov (Ref 2). The
feed is based on the following of the workpieco addition.
This system, however, does not consider the deterioration
of the grinding properties of the grinding.wheel. At the
1GPZ, the follower-crossfeed by Docent A. A. Sirotin (Ref 1)
is used at present. Here too, the addition is followed, but
Card 1/4 the speed is not secured by the control of the actual feed,

Improvement of the Follower-electrodrive for the SOY/161-58-4-i6/28
Feed on Grinding Machines
tut by that of the input of the grinding wheel motor,
,proportional to this feed. This is a universal system and can
be used for bell- and inaide-grinding machines. The first
variant of this feed was built under the supervision of
A. A* Sirotin with co-operators, at the MEI, and the
participation of the author, and was installed on the inside-
grinding machine MSZ, model 3250B, at the Technological
Laboratory of the 1GPZ. The author examined the dependence of
the actual feed and the efficiency of the grinding wheel
motors on the feed of the work-piece or on the time, and
established that the method employed yields technologically
useful rosulta. The sample for the industry of the follower-
electric drive for the orossfeed was built by the design-
office for electrical engineering and eleotro-automation of
the de artment of the Chief "Power Engineer" of the factory
(Ref 35. Of the 5 variants, the best was released for mass
production in 1957. In connexion with it, the control diagram
of the grinding machine was redesigned and altered. The new
circuit Is shown here on figure 2 and shortly described. The
Card 2/4 contacts were the main drawbacks of this circuit. In the

Improvement of the Follower-electrodrive for the BOV/161-58-4-16/28
Feed on Grinding Machines
circuit of the follower-feed on the inside-grinding machine
at the factory-laboratory (Ref 1), a starter-oleTant without
contacts was used Instead of one with contacts. A magnetic
amplifier was taken which operates as a relay. This denign
has proved suitable and is recommended. Calculations by the
author show that It is most appropriate to use an inertialess
control-element. A half-conductor trigger or a magnetic
amplifier with low inertia may be used as such. The diagram
with contactless switching devices is shown in figure 6.
The use of the follower-electrodrive for the crossfeed
safeguards an optimum of the grinding process, increases the
output of the grinding machine, reduces wear and prevents
scrap through overheating. The use of contactless switching
devices increases the lifetime of the circuit and reduces
maintenance costs. The use of inertialess half-conductor
switching devices improves the quality of the control of the
grinding wheal motor and decreases the untiltability dvgree
of the system of the follower-drive. There are 6 figures
and 8 Soviet references.
Card 3/4

Improvement of the Follower-electrodrive for the -507/161-59-4-16/28
Feed on Grinding Machines
ASSOCIATIONt Kafedra elaktrooborudovaniya promprodpriyatiy Mookovakogo
energetichoskogo instituta (Chair for Electrical Equipment
of Industrial Enterprioes at tho Moscow In3titUtO Of Power
Engineering)
SUBMITTED.. July 16, 1958
Card 4/4

SIROTIN, A.A., kand..tokhn. nauk, doteent; YELISMV, V.A., inz-h.;
POPOV, S-I-o insh.
Now electric drive for Internal grinding machines. Trud7 HSI
no.30-.239-252 138. (KIRA 32:5)
1;Moskovski7 ordena lenina onergatichookiy institut, Kafedra
elektrooborudovaniya promyshlonnykh prodpriyatly.,
(Grinding machines-Blootric driving)

5/105/60/000/07/04/027
B007/BO05
AUTHORSt Sirotin, A. A., Candidate of Technical Sciences, Docent,
Yeliseyciv _V._ A. Candidate of Technical Sciences
TITLE% Automatic Electric Drive of Grinding Machine4qWith
Follow-up Feed
PERIODICALt Elektrichestvo, 1960, No. 7) pp- 15-19
TEXT: Electric drives of so-called follow-up'feeds were developed at
the Kuybyshevskiy industrialinyy institut (Kuybyshev Industrial Institute)
and the Moskovski energeticheakiy institut(MEI) (Moscow Institute of
Power Engineering~- The complicated apd expensive feeding a stem of the
Kuybyshevskiy podshipnikovyy zavod (K byshe- Bearing Worke~ (Ref. 1)
does, however, not consider the deterioration of.grindFn-gwheele during
grinding, and does not guarantee a control of grinding quality. After
investigations of many years at the Laboratoriya kafedr
"Elektrooborudovaniye promyshlennykh predpriyatiy" MEI 4aboratory of
the Chair "Electrical Equipment of Industrial Enterprises" at the MEI),
an electric follow-up drive for the transverse feed in grinding machines
Card 1/3

Automatic Electri .a Drive of Grinding s/105/60/000/07/04/027
Machines With Follow-up Feed B007/BO05
was developed (Refs. 2, 3). This drive was used in 72 ball grinding
machines of the Pervyy gosudarstvennyy podshipnikovyy zavod (First
State Bearing.Works). This drive is subject of the present paper. The
structural scheme ia*shown in Fig. 10 and explained. In this system,
the grinding quality Xle determined by the enerS7 consumed by the grind-
ing-wheel mot-o-r-.71-nVestigations and tests of the follow-up drive showed
thp-t the latter guarantees the mavufacturing cycle required. Fig. 2
shows the curve of the change in capacity of the grinding-wheel motor,
the curve of the actual feed, and the curve of the support feed during
grinding. Fig- 3 shows the circuit of a follow-up drive. It is pointed
out that the elastic deformation and the wear of the grinding wheel
must be considered in calculating the Aynamio conditions of the electric
drive of a grinding machine. As there were no respective data in
publicationsp an experimental plant was set up for investigating,
measuring, and recording elastic deformations during grinding on a ball
grinding machine. The method applied Is described, and by means of the
diagram in Fig* 4 it is shown that the curves obtained by calculation
and experiment are in agreement. The following elements can be calculat-
ed by the method described: the curves of the actual feed and the support
Card 2/3

Automatic Electric Drive of Grinding 5/105/60/000/07/04/027
Machines With Follow-up Feed B0071BOO5
feed, the elastic deformations and the wear of grinding wheels, the grirxl-
ing-capacity, and the power demands of the grinding-wheel motor for
various types of grinding machines. The improvements of the circuit of
the electric follow-up drive are pointed out. In conclusion, the follow-
ing statements are made% For a quality increase in grinding, it is
convenient to use an adjustable drive of the grinding wheel together wit
an electric follow-up drive of the transverse food; the useof follow-up
feeds permits the ball grinding machines, internal-grinding machines,
and other grinding machines to be fully automatized; in planning electric
drivesp it ~s convenient to consider the elastic deformations of the
grinding machine and the wear of grinding wheelel on the basis of the
equations indicatedt it is possible to calculate the transition processes
of similar electric drives of grinding machines by means of methods of
solving nonlinear problems. There are 4 figures and 4 Soviet references.
ABSOCIATIORt Moskovskiy energeticheskiy institut (Moscow Institute of
Power Engineering)
SUBMITTEDi December 12, 1959
Card 3/3

YELISEYEV. V.
Treatment of pains In diseases of the peripheral nerves with
modulated.ourrenta of lo-w alternating frequenoye Yop, paikh.
i nevr., no.5t239-247 '59. (MIR.A 14;5)
,1. Kafedra nervnykh bolezney Voyenno-maditainskoy ordona Lenins.
akademii imeni S.M.Kirova (nachaltnik kafedry - prof. S.I.Karchilqan).
(NERVES PERIPHER&L-DIS EASES) (ELECTROTHERAPEUTICS)

MAKSIMENKOV,, , Aleksey Nikolayevich, prof.; ESLYAYEV, V.I., kand.
med. nauk; VINOGRAWVA, V.G., kand. med. nauk; ZAYTSEV,
Ye.I., dots.; ZOLOTAREVA, T.V., prof.; MIMUTIDV, I.G.;
MIXHATLOV, S.S., prof.; TEL V.A., red.; XHARASH,
G.A., tekhn. red.
[Internal structure of the stems of peripberal nerves) Vnutrj-
stvollnoe stroenis perifericheakikh nervoy. Leningrad. Medgis.
1963. 374 pe (MiRA, 6:9)'
1. Chlen-korrespondent AMN SSSR (for Maksimenkov).
(NERVES, PERIPHERAL)

YELISEYEVP V.A.
Genesis of vegetative and generative buds in lemon. Soob. All
Gritz, SSR 32 not Is133-140 0 163. (MIRA 170)
1. Veesoyuznyy institut rastoniyevodstva, Sukhumakaya opytnaya
stantstya subtropichaskikh kulltur.

YELISEYEV, V.A.
Effect of radiation on the variability in citruB rrulto. Soob.
AN Gruz. SSR 35 no.3:649-656 S 164.
(MIRA 1": 11)
1. Sukhumskaya opytnaya stantslya subtropicheskikh kulltur.
'Predstavleno akademikom V.L. Menabde.

ACC NR: -AP6007219 URCE GODE:--UR/0056/66/050/00~/ 03764
0376/
AUTHORS: Dayon., M. I.; Yellseyev, V. B. ~aLaryn,_~M~~A
_eV
ORG: Institute _;Z,
_2f :Leb6d
SSSR,,(FizUbask-ly--14stitut--Aim~refiiii _iih71!V7MSRj_
10
mom
n 0 enta--o,f-1-fast arged part 'AEL (10
-- 12 _` * - - - 11 - -:_7 - ,
---spark-c amber and photoemulsion technique
10 ev/c)_J)Y__the
SOURCE: Zhurnal eksperimentallnoy i teoreticheskoy Miki, v., 50,
no. 2, 1966, 376-378
TOPIC TAGS: chargedparticle, spark chamber, nuclear emulsion,
cosmic ray particle,;, fas.t_.'particle, particle detector, particle trock
ABSTRACTO-, The.authorspresent.experimental results obtained in 1959
on the probability of detpatin the tracks of charged particles in
lphotoemulsion (thickness 200 p5 as ind'eated by a spark chamber tele-1
scope. These data were presented in a thests,by,one of the authors
(Kazary--a, Scie-n Ir. - n
1, _,tific Research Nuclea;!_-Ehn he-Monoo
State,UniVersit published previously. Threc1____'
yj~ have not been'

L23741-66
k
ACC NA: A~6*b072.19
spark chambers placed 28 cm apart were placed in the form of a tele
scope in,an electromagnet gap. Each chamber measured 15 x 8 cm. The
chambers were filled.with a mixture of air,, argon,, and organic vapor.
The spark chamber telescope is de8cribed in detail elsewhere (PTE
No. 2, 47, 1961). A-200-p pbotoemulsion was placed on a glas3 back-
ing under the lower spark chamber. Out of a total 26 straighttracks
in the spark chamber telescope, in seven cases-tbe matching of the
trajectoriez in the spark chamber and In the ennilsion wab not random
coincidence) and showed that the indication or the spark~chamber
ocates a track of interest in the emulsion. The speed and efficiency
~----A?-ftr-ack detection in the pbotoemulsion can be increased by computer
-~-analysis-~-o e ~chambez,7--da-tL-and-by-automatic scanning-of,the
7~-miil ar n, eq Lre -ac, --f--odo-tdinat~-e-~-m-aall,!~emnsi-B-
-s-
rd
0
L
assistance
L
SUB CODE: 20/ SUBM DATE 13Sep65/ ORIG, REP,.:. 005/ OTH.-REP: 001

AUTHOR: Yeliseyev, V.B. 120-6-31/36
TITLE: On a System of Slow Expansions for a Wilson Chamber
(0 sisteme vedlennykh rasshireniy dlya kamery Vil'sona)
PERIODICAL: Priborl i Eksperimenta, 1957, ho.6,
pp. 112 - 113 (USSR)-
ABSTRACT: For recticing the "dead" time of Wilson chambers, slow
expansion is being applied. Usually, this consists of a
,elow-expansion valve and a drive ensuring response of the
"ralve at the appropriate time instar-ts. In this paper, a
drive system is described which uses as a switching element
a standard telephoDe, otepwise, selector mechanism. In
principle, thj_j system permits realisation of any deoired
nu*,rber of slow expansions andblocking of the control circuit
duri ng the operating cycle ~,f tho chamber. The system is
9!L-,J.e to produce and reliable in operation. The valve
dfjsigA:, shown in Fig.2, is the same as has been described
in earlier work by M.I. Payon and V.M. Fedorov (Ref.1); two
relays are used for protejting the contacts of the pressure
gauge and of the telephone selector mechanism Zrom excessive
current intensities. There are 2 figures and 1 f:,lavlc
reference.
ASSOCIATION: Physics Institute imeni P.N. Lebedev Ac.Ar 'e. USSR.
(Fizicbeskiy Institut im. P.N. Lebed.~va All SSSR)
SUBMITTED: May 13, 1957.
Card 1/IAVAILABT2: Librar, of Congress

XO STWSKIT
Boris Ivanovich; PRIffS, G*ergl.- Aleksandrovlch;
Vat il br Dmitriyevidh; KHNYZTS, L.S. kaMidat tekhnicheskikh
SAMDKHVALOV, Ta.A..' inzhener, redaktor:
LEUTA, V.I., inzhenar, redaktor: RUDENSKIY, YA.V.. takhnichookiy
redaktor.
[TsGtln'g the wear of metals; methods and machines] Ispytanle
metallov na isnos; metody i mashiny. Kiev, Goo.nauchno-takhn.
i.9d-vo mashinostroitelinoi lit-ry, 1955. 125 p.(MLRA 9:1)
(Metala-Testing) (Testing machines)

.6-4 /S cya-v A
1137-58-1-ZOZZ
Translation from: Referativnyy zhu'rnal, M etk;llurgiya, 1958, Nr 1, p 274 (USSR)
AUTHOR: 'i
TITLE: ~ac h7n r. 'for Testin'gthe Wceir of Mets I(Mashiny dlya
ispytail-.iy-a me4llov na iznashivaniye)
PERIODICA: '.1rudy 1-y nauchno-tekhnicheskoy konferentsii. Kiyevskogo
instituta grazhdanskogo vozdushnogo flota. Moscow. 1956,
Pri 71-91
ABSTRA CT: A survey of machines (M) of the KE series for testing the
wea- (W)-of metals and reproduciag the processes occurring in
the main forms of W: the seizing in friction (F) of metals, oxida-
tional W, abrasive W, and thermal W. The testing M described
were developed and built in complete accord w:.h the basic
nrinciples formulated by B. 1. Kostetskiy. They make possible
inva.-itigation of the types of W occurring over a broad range of
variation of factors of external mechanical action on the part of
Ahe environment and the material. Descriptions are presented,
and schematic kinematic diagrams and design drawings (longi
tudinal sections) of 4 testing M are shown: a seizing-wear M
Card 1/2 (KE-1), an oxidation-wear M (KE-2), an abrasive-wear M

137-58-1-2022
Machines for Testing the Wear of Metal
(KE-3), and a combination thermal-wear M (KE-4), built at the Second Auto
Repair Works in Kiyev. The selection of their design parameters is explained,
as is the purpose of each M, its installation, and rules of operation. A com-
bined installation of all four M of the KE series makes it possible to study the
major quantitative and qualitative principles of F and W in connection with ex-
tern6l mechanical effects, the ambient medium, the physical properties of the
metals, the regime under which a couple is operating, etc. Metallographic
analysis of the state of th- surface layers of the metal specimens being tested
in connection with tests on all four M makes it possible not only to establish
the quantitative relationships for F of metals, but also to study the physical
essence of the phenomena. These M have already been used for experimental
determination of the seizure characteristics of cast irons, making it possible
to recommend specific grades and methods of machining of cast iron for auto-
mobile engine cylinder sleeves. The degree of the effect of Oz and other
----"gase,s;-,on processes of F and W of steel have been determined.
L.G.
1. Test vehiele"haraeteristies
Card ?./Z

t3v V. D. C TechA
ELISI, ad Sci (dig erimotital %chinelo-
41 ' ' I&LA&~ 4.
and Ileihod and 'Wear Reent2mbda Wals". Kievp 1958,
Plb -A A-A~ - V
is ~b~ (Vinistry of Higher Education ASSR. Odessa Poly-Lecyo Innt).
120 copies (KL9 10-58, 12o).
26 -

YELISEYEIF- Inad4mir Vedoroid h; ZHILOV, Ivan Ivanovich; KATAYEV,
Afanaely Filippovich; PELEVINA, Irina Osipovna; SHUGAN, Viktor
Ustinovich, kand. ekon. nauk, dote., red#; BILENKO, L.S., red.
is-d-va; SOTNIKOVA, N.F., tekhn. red.
(The economice planning of Soviet cooperative trado)Ekonomika
i planirovanie sovetskoi koope tivnoi torgovll. [By)V.F.Eliseev
i dr. Moakva, Izd-vo TSentrosoluza 1962. 354 p. (MIRA 16:3)
(Cooperative societiesi

BOGUSIAVSKIY, E.I., inzh.;,YFLISEYEV, V.G., inzh.
Technical and economic evaluation of systems of working
steeply pitching seams. lav.vys.ucheb.zav.; gor.zhur, 6
no. 12:83-87 163. (MIRA 17:5)
1. Leningradskiy ordenov Lenina i Trudovogo Xrasnogo Znameni
gornyy institut imeni G.V,Plekhanova. Rekomendovana kafedroy
razrabotki rudnykh mestorozhdeniy.

Y
Yelisoyev, V.G. "The inesenchyra., the renench~n.,Ac reserve, ard the retictaar-
endothelial system", Trudy C*--mkcEO red. in-ta im. YAlinina, No. 12, 1946, p.
7-46.
SO: U-3042p 11 M~irch 53, (Letopis lzhur-Lallilykb Statey, No. 7 191.9

Yeliseyev, V.G. "Changes in the reactivity of the call elements of Vie connective
tissues of the white rat under e;merir-entally induced lack of vitamin A", Trudy
Omskogo red. in-ta im. Kalinina, No. 12, 1948, 7). /j.7-66) - 'LIibliop,: 17 it-Orls.
SO: U-30/+21 11 March 53, (Letopis 1zhurml Inykh Statey No. 7 191,9)

-7'L
Y~
Yeliseyev, V.G. "Chang:-s in the reactivity of the cell elements of the ~,onnectivc
Yel
iseyel
~
tissues of the white rat in eyperirentally in%*uced lack of vitarnin D"I Trudy Cbs'.-f',47C
tis sues
jecl . in-1
med. in-ta m. Nalinina, 'To. 12, 1948, p. 67-78, - E-bibliog: p. 74.
L
So.
SO: U-3%2j 11 Narch 4.3, (Letopis 1zhurnal Inykh Statey Ito. 7, 1949)
U_3(

Yellseyev, V.G. I'Ve influence of re;~~eated injections of P1.1ocarpine rn the
reactivity of th,~ eel.]. ol("Irents of the, Coriftective tieflual" 01, U11) whit,,~ matfill
Trudy Omskogo mod. in-ta im. Kalinina, 'No. 12, 1948, 1). 9~-.105, - Lit'llog:
p - 104.
SO. U-301,2, 11 Enrch 53, (lotopis 1zhurnal Inykh Statey, No. 7 1949

I z LI ~- 1, ;,n;. , v . G .
Yelise ev. "11I.G. and Vishnilovskaya, A.A. "The influence or repeated injections
of Itireoidin' on the rvactivity of the cell elements of the.connective t1asues
of the white rat", Trudy Cm3kogo mad. In-ta Jxi. Krltninn, No. l2o 1948, 1). 121-30.
SO: U-3042, 1.1 Y;arch 53) (Letcpis 1zhurnal lny~h Statcy, Ito. 7 1949).

ll~'T T
1. ~'J'a
24329 V. G. i~'orfolot;lchf-,L;',jyo i j'utj!,-tsionaj'nyyo izmanoniya klotoclu-th
elementov soedinitellnoy tka-ii- i krori pri nekotorykh
narishorayankl-i real.-timost"i orFLmiz.;ia. Truly Akad. ral-,'- SM-1, T. III,
19119, S. 1812-87.
SO: Lctof;is, 'A",o. 32, 19419*

YBUSET31y, V.G.
Certain resultr of investigati,,m of histo-phyviologr of connectiTa
tissue according to Pavlovian and Michurin's theories. Ark%. anat.,
Moskva 19 no-1:70-79 Jam-Feb 52.. (CUM 21:5)
1. Professor. 2. Of the Department of Histology (Head-Prof. T.G.
Yellseyev), Omsk Medical Institute imeni M.I. Kalinin.

MIESEM, T. G.
Theor7 on living substance and certain histological problems.
Arkh.anst.glat.i embr- 30 no.50-17 S-0 153, (9132A 6:12)
1. Is kafedry gistologii i embriologil, I Koaknvskogo ordena
Unina neditsinskogo Instituta.
(calls) (HistolO87)

Ynislmv, V.G.
J~xperimental methods of investigation in the field of morphology
and certain controversial problems in the field of histology.
Arkh.anat.gist.i embr. 30 no.6:7-29 K-D 153. (VJ.RA 7:1)
1. Iz kafedry gistologii i embriologii I Moskovskogo ordena
Lenina meditsinakogo institute. (Morphology) (Histology)

- -- --. -.- .1 1 ~ I - . I -
C V. (-
YiLISW~ff. T.G., (Kookya)
Modern concept of the cellular theory, Vapsoovr.biol. 39 no.3:
328-350 Ny-Je 155. (MLRA 8:11)
(CYTOT'OGT'
cellular theories)

'/I'OIII15--Y-i--OU61-&BUROV' B-.Ast professor, redaktor; GNMILIBXIY, N.L., radaktor;
GRIGORIYIVA. T.A., radaktor; YZLISEYIT T G radaktor; ZHDANOV,
D.A., redaktor; KNOPPA, A.G."'~iewia,)YIMITAYGV, Y.T., redektor;
MIKEAYIA)V, V.P., radaktor; FRIVXSA, M.G., radaktor; STUDITS11r, A.N.,
radektorl SHCHBIJ=OVAO B.I., radaktor; KHARASII, G.A.,, takhnicho-
ski.v rqdaktor
[Problems in the morpholog f th ervous system] Problemy morfologii
nervwi sistemy [Lenlagrad~ GOose Isla-vo mad. lit-rw, Ioningradskae
otd-dea 1956. 179 P. (MIRA l012)
10 Chlen-korrespondeat Akedemii maditsinakikh nauk SSSR (for
Dolg9ftSoburov)
(INRYOUS SYSTEM)

YILISBYZV, V.G., professor; VAUS. I.Ya., aspimnts
Axperimental observations of artificial tooth and root implantations.
Stomatologiia 35 no-1:50-52 Ja,--F 156. MU 9:6)
1. Iz kafedry gistologii i embriologii (zaveduyushchly professor
V.G.Yelineyev) I Moskovskogo ordena, Unina meditsinskogo insituta
(direktor ablen-korreepondout AMN SSBR professor Y.Y.Talysin)
(DWAL PROBTRISIS)

11 0 y :General Proulems of I-athology. Inflawati-m.
JktU' I RZBiOl., NO. 12 1958, !-TO- 56194
IL C c v
4uv L~ 7~
iloscow Ae-d-1-cal Institute
(T T L 'flic Rolle "f the Nervous Symtfjoi in Process 0t, in-
fl.wa.,;iation Lind Rogeneraticn.
P--IX PUB. Tr. 1-go lklloak. I-led. In-ta, 1957, '401.2, 7-54
A-,,, 6-T 2,A 'I'd Tbo abstract
C, ,.R D

Yr- L J Vi V. 6 -
YALIUM, V-Go (Komkvao B.78. ul. Badovo-Sposekaya, d,21, kv,68)
Theodor Schwann. Arkh.anst.gist. J embr. 34 no-5:92-96 5-0 157,,
(SCHWAIN, THRODOR, 1810-1882) (KMA 11:1)
m i

YELISAYEV, V.,G. (Mookvat B-78, Badovays-Spasakayn, d,21, kv,68)
e--"O~~V~=Postu-m-on the connective tissup, Arkh.anat,gist. i embr, 35
no*3%122-124 My--Te 158 (KIRA 11:7)
(GOMCTIVE TISSUES)
I

ALUSEYEVA, N.M.; YELISEYEVp V.G., red.
irrinciples of general'histolog7 and histological technique) Osnovv
obsbohal gistologii i gistologichaskaia tokbnika. Mookvap Kedgizp
1959. 214 P. (HISTOIDM) (KIRA 14%7)

YELISEYEV, V.G., Prof.
Plemn of the Medical Council of the Ministry of Public Health of
the R.S.p,S.,q. Arkh. anat. gist.i embr. 38 no.1-0123-124 Ja 160. L1
(MIRA 13:7)
(PUBLIC 11FALTH)

X&LjU)V.V, V. 0. prof.
Further problems in the development of. morphological rei3earch in
tho medical colleges of the R-s-F-s-R. 'Biul. Uch. mod. sov. 2
no.6tl2-16 K-D 161. (MOrWHOLOGY) (?-JIRA 15:1)

A.G., prof;, red.; KOPAYEVP Yu.Nsp red.; LEVII-1W11) LaBe)
IE-Ligw-- V.S., tekbn.red.
red.; KUZ'"Ikp
iAoskvap Medgizo 1963. 671 p-
(Hi.tology) Gistologiia. (mk 16:12)
(HISTOLOGY)

ACCESSION NR: AT4037700 S/2865/64/003/OW/0297/0305
AUTHOR: Yeliseyev, V. G.; Kopayev, ru. N.; Kotovakiyt Ye - F-
TITLE: Effect of a aingle exposure*to acceleration on the structure of the
vi5cera in experimental animals
SOURCE; AN SSSR. Otdoloniye biologicheskikh nauk. Problemy* koemicheakoy biologiit
Ve
39 1964, 297-305
TOPIC TAGS: dog, acceleration, histology, hemorrhage, rupture
ABSTRACT: Two groups of dogs were exposed to transverae accelerationa of 8 g
and 12 g for 3 min and I w1m, respectively. Selected animals were than killed
after I hr. wid after 1. 3# 51 7# 151 30t and 60 days. Sections of the viscera
of the animals killed were stained with a variety of stains. The Mont atriking,
hittological features observed in an organs were 1) increases in vascular
11 pqrmeability and 2) frequent ruptures. Those changes led to such obvious con-
sequences aa hemorrhages and infla=atioarsa It ia stressed, however, that all
of the obaerved changes were reversible, as evidenced by the perfectly normal
hi&tologioal* picture of the remaizi ng a-4 u-1 a,,
'Card

SHABLYGIN, A. I. YELISEYEV) V. G. BOGUSLAVSXIY ,E. I
Problems of an efficient workIng of complex lodea. Zap. LGI 49
n001:36-44 164. OMIRA 18:8)

Y~,LISEYIIVL_!~_
Types and the geography of karstic ca7le areas In the northern
part of tho Central Russian Upland (within the boundaries of
Central Chernozom Province). Nauch. zap. Vor. otd. Geog. ob-va: 3-10
163. (114II(A 17-9)

STUDITSKIY,A.R., otv.red.; GRAYHYSKIY.B.Ta., red.; GRIGOR,'YJff,T#A## red*;
JALISAMY.04. red.; ZBAMIT,I.B.. red.; LIOZM,L.D., red.;
-.red.; FRIDU IN,A.Te., red.; KHWS11CRbY,G.K,,
red.; CHEMOY.Tu.S., red.; SMIJU(0Y,Z., red.; LAwPJm"mA,G.,
takhn.red.
C.Trensactions of the Second H13tOlOgiCBI Conference; plastic and
restorative processes] Plasticbeek-is i voestanovitelInys proteas-
sy; trudy Ttoroi gistologichookoi konforentaii. Koskva. Kosk.
nauobA.ob-vo anatomov, gistologov i ambriologov, 1959. 319 p.
f (141RA 14:5)
1. Kafedra gistologii Moskovskogo gosudaretvannogo universitate
im.M.Y.Lomonosova, Moskva (for Studitskiy). 2. Laboratoriya radio-
biologii Institute morfologil zhivotnykh im.A.M.Severtseva AN SSSR,
14oskva (for Grayevskiy, ZbarskiY) 3. Kafedre gistologii,i embrio-
logil Leningradskogo sanitarno-gigiyenicheskogo maditainskogo,in-
stituta, Leningrad (for Grigorlyev). 4. Kafedre gistologii i emb-
riologii 1-go Keditsinekogo institute im.Semhenove, Moskva (for
Yeliseyev). 5. Gruppa blokhimii klatoohnykh struktur Institute mor-
fologii zhivotnykh im.A.N.Severteova-AN SSSR, Moskva (for Zbarskiy).
6. Laboratoriya roste i ra2vitiya Institute eksperimutellnoy bio-
logii AKK SSSR, t~oskva (for Liomer), 7. TSentrallngya nauchno-
isel6dovatellskays Laboratoriya .2-go Moskovskogo maditain3kogo in-
stituto im.N.I.Pirogove, Moskva. (for Khrushchov).
(HISTOLOGY-CONGRESSES)

DissertaVon: 11!3asic Foaturej of t1ha Goomorphology of the Wvmtorn 3iL,3rian J,ow-
lands in the Tllaoin3 Formed by the 'Yoyrn-r r--d Syr7a Pivarz." "oscr;-.4 StFtte
ca3. Trst. iml~wl V. T. L-1r. 'In, 3 Fab 47.
SO: Ve.ch,Iernyava i-f,)okva,- Feb, Y.F47. (Pro.loct P17'13i'J)

Yv-,T.T-0-:Y,FV, v.r,.
YMISEYIEV) V. G. "Neir data on the tgo ~,lacial periods in the Ur-al Portion oil' t1,:! liestern
Siberian lowlands)" Sbornik trudov In-ia (Stavrop. gors pede in-t)) Issue 2, 1948, P.
104-12, - Bibliog: 21 items.
SO: U-3042, 11 Farch 53, (Letopis 'Zhurmal Inykh Statey, No- 7 l?49.)

YFLISEYEV, V. G.
YELIS-PYVI,YV. G. "The therric de-nudation of the orip mal r-iv0r-b-ar,,cs, Is, d
d ake an
.rivers of the northerm Ural nortion ofthe 'Je--t biterian 1(j-,qlandsftj atornik trnudoy In-ta
(Stavrop. gor. ped. in-t), Issue 2, 19hu, P. 113-17.
SO: U-30h2, 11 17'aarch 553, (Letopis 'Zhurnal Inyl-h Statey, No-7 MO.
0 i

YEMSIM, V,G.
"How "white spots" were obliterated from maps of the U.S.S.R.9
N.A.Gvozdatakii. Reviewed by T.G.Alise*v. Isv.Vs**,geog.ob-va
86 no.4:380-381 Jl-Ag 154. (KLRA 7--9)
(Gvosdetskii, N.A.) (Discoveries In geography)

-."LISAS V, V. G.
14f luenc* of the Cher ssgm*nto of the zwrvous syvtew on processem
of infla=ation and regeneration; experimental and morphological
studiso] Miente vyschildh otdaloy nerynot vistemy no proteersy
vospaleatia i regenerstBii; eksperimentallao-morfologichookie isole-
dovanlia. Koskya, 1957, 248 p. (91RA 10:11)
( =VOUS SYSTSH) (INYLANHATION)
(WEISHATION (BIOLADGY))

"I.N.Krasnov as geojrapher and traveler" by F.H.Hilikov. Reviewed
by V.G.Sliseev. Izv*Vses*geog#ob-va, 89 n0-3:271-272 MY-Jo 157.
(MIRA 10:11)
(Iraenov, Andrei Nikolsevich, 1862-1914)
(MilIkov, Y.N.)

YE~L~ISEYK~VVladimir ~Gri o~l leyich; ROWV.. A.A., red.; IMANOVA,, Z.A.p
tekbn. red.
(Connective tisoue; histopbyoiological eoaayo] Soodinitaltnaia
tkan'; gistofiziologicbeskie ocherki. Moskva, Medgiz 1961. 415 P.
(CONNECTM TIS,MS) IKIU 15i1)

Y~~E~LIS~adijnjr Grjggr2_y AFANASOYEV, Yuliy Ivanovich,
ayich, prof.,
kand. med.nauk; KOTOVSKIYj Yevgoniy Fedorovicho kand. mod. nauk;
ROGOVY A.A., red.; SMICHILOX.K., tekhn. red,
[Atlas of the microscopic structure of tissues and organs; for
practical lessons of students of histology) Atlas mikroskopiche-
skogo stroeniia tkanei i organov,- k prakticheskim zaniatiiam stu-
dentov po gistologii. Moskva Medgiz, 1961. 199 p. (MIRA 14:12)
(HISTOLOCE)

JEASIMIL, ~11- elise ev V (MOSCOW) PCWTIAR9 E-.K.- (Ponomar, -Ye, K.]
'(T~~Oscow ; SpriMINS P. C. =Skayvp M.P.1 (Moscow)
On glycogen in leucocytes in an asseptic infla=ation focus. Fciia
Morphologics 12 no. 2/3:129-136 161.
1. Instytut Medycyny im. I.M. Seczenawa, Moskwa, hS Pirogowsks 2/6.

YELIES.
Origin of Kuyun-Kum *,sands. Biul.XOIP.Otd.geol- 31 no.15:107-109
&0 (VUU 10: 3)
(Muyun-lum-ftysical geography)

AUTHOR: Yeliseyev, V.I.
Several Peculiarities of Tertiary Alluvial Depcsits of ~hp
"TITLE t
South-Eantern Botpuk-Dala (Nekotcjryye osobenno3ti tretin.h-
nykh al lyu via nykh o t I o zh en iy y ugo -v o s t u ch noy 2,~ t )a k - Da I
PERIODICALt Byulleten' Moskovnkogo obahchentva i.9pytateley prirody,
Otdel geologichoskiy, 1958, Nr 3, PP 63-72 (USSR)
ABSTRACTs The article deals with characteriatics of Upper Oligocene
and Miocene alluvial deposits located in the south-eastern
part of the Betpak-Dala region, While prospecting for dia-
monds, tile author found 2 anc.iont (Tertiary) van',~ys in a
longitudinal direction. One valley, located along the right
bank of the Chu river contains Upper Oligocene deposits.
The other valley, north of the Upper Ollgocene ancient Ch-,
river is filled with Miocene dopositn (Figure 1). The au--
thor gives a detailed stratographic description and enumer-
ates the geologic strata of this area. Faunal fossilq found
by Ye.I. Belyayeva and K.V. Nikiforova were identified by
V.8, Bazhanov as belonging to the Middle - Upper Oligocene
epoch. Spores and pollen found indicated the species of
flora which had grown in this area. It could be concluded
Card 1/2 that grass predominated, which is characteristic for regions

SOV-5-58-3-4/39
:Several Peculiarities of Tertiary Alluvial Deposits of the
Betpak-Dala
'with little rainfall. A dryer climate during Miocene; as
compared with the Upper Oligocene, resulted in higher
concentration of carbonates in the Miocene deposits. Periods
of drought during these epochs are also the reascn for the
forming -)f a thick layer of clay. The author cited the fol--
lowing
geologists whostudiod geological conditions of this
region; A.L. Yanshin, V.A. Selyavin, N.G. Shubina, K.K.
Flerov, Ye.D. Zaklinskaya, N.I. Kostenko and S.A. Abramoia,
There are 4 sketchesy I map and 5 Soviet references.
1. Geology--USSR 2. Geological time--Determl-.tation 3. Paleoecology
Card 2/2

r SOV-11-
AUTHOR: Yeliseyev, V.I. 58-9-7/14
TITLE: The Question of the Origin and Age of the Dinosaur Level of
the South-East Bet-Pak-Dala (K voproau o genezise I vozraste
dinozavrovogo gorizonts Yugo-vostochnoy Pet-Psk-DalY)
PE.RTODICAL: Izvestiya Akademii nauk SSSR, Seriya geologicheskeya, 1958,'~3
Nr 9, pp 87-91 (USSR)
ABSTRACT! Huge accumulations of broken dinosaur fossils were found In
many regions of Central Asia and Kazakhstan, usually in coarse
nonglomerates. In all these accumulations (except those of
Bissekta and of the Tashkent region) the bones were rounded,
fissured and eroded. I.A. Yefremov (Ref. 4 and 6) came to
the conclusion that these accumulations were in secondary
stratification, caused by erosion and resedimentAtion of Upper-
Jurassic continental deposits in the Eocene epoch. According
to him, only large streams could have broken and rounded these
bones. The author, who studied these accumulations, dis-
agrees with I.A. Yefre-nov. His investigations showed that
the layers which included these bones originated on sea-shores.
Fossilized remains of maritime flora and fauna found in these
layers confirm his theory that the fossilization of the bones
Card 112 occurred after their breaking up in zones of sea wave action

The Question of the Origin and -.'ige of the Dinosaur Level of the South-East
Bet-Pak-Dala
,and that -the "dinosaur level" was never trnnsferred from one
layer to another. As to the age of the "dinosaur level", B.A.
Borman, Ye.V. Ivanov, N.Ye. 14inskova, G.A. Belen'kiy, Y.Ye.
VoskovoynikOV And V.I. Samodurov place it between the Turonlan
snd Senoman stages of the Upper Cretaceous period. As to the
better preserved conditions of the two above mentioned accumu-
lations, it was found that the maritime conditions in those
regions continued longer than in other parts. Maritime Paleo-
genic deposits, which covered the Jurassic sediments contain-
ing these bones, protected them from erosion, whereas other
accumulations were buried in shallow continental clay layers
and were subjected to more intensive erosive action.
There are 11 Soviet references.
ASSOCIATIONt Geologicheskiy institut All SSSR, Moskva (The Moscow Geological
Institute of the AS USSR)
SUBMITTEDi April 22, 1957
1. Paleoecology--USSR. 2. Geological time--Determination
Card 2/2

3(5) SOY/11-59-10-5/16
AUTHORj Yeliseyev, V.I.
TITLEt Main Features of Quaternary (Anthropogen) Deposits of the
Northeastern Bordering Area of the Chu Depression
PERIODICAL: Izvestiya Akademii nauk SSSR, Seriya, geologicheskaya, 1959,
No. 10, pp 50-67 (USSR)
ABSTRACT: Together with other geologists who studied the deposits of the
Quaternary period (V.I. Gromov, A.I. Moskvitin, N.I. Nikolayev,
X.V. Nikiforoval etc.), the author finds that the lower limit
of the Quaternary period must be lowered to include the Upper-
Pliocene epoch. On the example of the deposits of the north-
eastern bordering area of the Chu depression, he shows that
the Upper-Pliocene deposits of the said region (the so-called
Kenshagyr suite) sharply differ by their color and composition
from the more ancient lower deposits. The straw-colored or
grey deposits of the' Upper-Pliocene (or Eopleistocene, accord-
ing to the classification chart of V.I. Gromov) epoch are sim-
ilar to those of the Quaternary period and differ from other
Card 1/4 older red deposits of the region. The change of color was

SOV/11-59-10-5/16
Main Features of Quaternary (Anthropogen) Deposits of the Northeastern Border-
ing Area of the Chu Depression
caused, according to him, by more severe climatic conditions.
As to their composition, the Kenshagyr deposits contain, for
instancet pyroxenes and amphiboles which are completely absent
in the more ancient deposits. The author compares these de-
posits with corresponding deposits of various regions of
Kazakhotant studied and classified as Quaternary deposits by
V.A, Obruchovp N.N. Koatenko# S.S. Shullts, N.P. VasilIkovskiy
and V.S. Bazhanov, and finds that the Kenehagyr suite belongs
to the Quaternary period. Accordingly# he divides all the do-
posits of the studied region into the Eopleistioconet Plaiato-
cone and Holocene deposits. The Eoploistocene deposits are
composed mainly of calcareous atraw-oolored clays containing
many ostracoda fossils described by M.I. Mandel'shtam, N.C.
Shubina, G.F. Shneyder, Kh. M. Kuliyeva, A.L. Yanehinp To. S.
Grinberg, V.N. Kravchuk, etc. Presumably most of thene depos-
its were formed in a slightly saline lacustrine basin. The
spor-pollon remains belong to steppe plants, which means that
Card 2/4 climatic conditions of that epoch were similar to the present

SOV/11-59-10-5/16
Main Features of Quaternary (Anthropogen) Deposits of the Northeastern Border-
ing Area of the Chu Depression
ones. The formation of various alluvial deposits of the Pleis-
tocone epoch indicates that the elevation process of the Tion-
Shan region, which started at the beginning of this epoch,
caused the formation of the Chu River which at that time became
an affluent of the Syr-Darlya River. The Chu River ut that
epoch was a small rivery as shown by the alluvial formations
of that time, and often changed its bed moving in general to
the north. The water flow gradually increased up to the second
part of the Middle-Pleistocene epoch, when the changing climatic
conditions again caused the decrease of the flow. The climate,
which at the beginning of the Pleistocene epoch bacame more
bleak and humid than in the Eopleistooens time under the in-
fluence of glaciation of mountains and of Northern Siberia,
again became more arid in the second part of the Middle-Plais-~-
tocene epoch. These conditions again changed at the beginning
of the Upper-Pleistocene epoch: the climate became colder and
m6re humid under the influence of a new glaciation period. In
Card 3/4 the second part of the Upper-Ploistodene.epochl the flow of the

SOY/11-59-10-5/16
Main Features of Quaternary (Anthropogen) Deposits of the Northeastern Border-
ing Area of the Chu Depression
Chu River decreased caused by a renewed aridity of the climate
and its bed was divided into separate branches. In the Holo-
cene epoch, the arid conditions prevailed and the Chu River
valley was cbvered with swamps and the river itself was divided
into separate stretches of water and its connection with the
Syr-Darlya River was out. The author describes in detail al-
luvial and accumulative sedimentary deposits of the region
formed under the influence of unceasing fluctuation of olima-
tic conditions and by the ensuing changes of flow of the Chu
River. The names of B.A. Fedorovich, U.N. Akhmedsafin, Ye.V.
Shantser, M.I. Lomonovicht Z.I. Gurlyeva and Ye. D. Polyakova
are also mentioned by the author. There are 2 profiles, 1
map, 1 table and 16 Soviet references.
ASSOCIATION: Geologicheskiy institut AS USSR, Moskva (Geological Institute
of the AN USSR, Moscow)
SUMITOD: March 18., 1959
Card 4/4.

YELISEYEV9 V._ I., Cand Geol-Min Sci -- (diss) "Most important char-
a
TfUrMsTle-s -of the Cenozoic alluvial deposits of the pre-rim (north-
eastern) portion of the Chuyskiy Gap." Moscow, Publishing Houoe of
the Academy of Sciences USSR, 1960. 29 pp; (Academy of Sciences USSR,
Inst of Geology); 175 copies; free; (KL, 31-60, 141)

-YELIBLTEyi$-V~-li-;-SHMTSER-Ye~.-V.-i-d
FaTOUFOV V.p re -vaj RZIMp I.F.p tekhn.red.; GUSIKOVAj
i, L Id. 1 zd
O.Mep tekhn.red.
[Cenovoic alluvial sediments in the northeastern margin of the
Chu Valley) Kainozoiskie "uviallnye otlozhenlia. oevero-7ostochnol,
okrainy Chuiekol vpadiny. Mosk7a,, lzd-vo Acad.nauk SSSR,, 1963.
3.89 P. (Akademil.a. nauk SSSR. Geologicheskii. institut,, Trudy,no.56).
(MM valley-Auuvium)

XEL15EYEV.9 V. 1.
"Sluicing survey and sluicing analpion by E.M.Zakharova.
Reviewed by V.I.Eliseev. Izv.vyo.ucheb.zav.; Ceol.f rfizv 5
nool:114-116 Ja 162. OHIRA 15:2)
1. Geologicheskiy institutAN SSSR.
(Mineralogy, Determinative)
(Zakhafova, E.M.)

IELISMV V 1.
Compilaticn of a map of heavy concentrates showing peliogeographic
structures* Sov,,9001, 5 no.5:146-149 My 162. (MIRA 15;7)
1. Geologichaskiy institut AN SSSR.
(Chuya Valley-Geology-Maps)

YELISEYEV., V.I.
Some problems of the atratlgraphy of Quaternary sediments in
Uabekistan. Biul.Kom.chetv.pero no*279154,--158 f62, (MIRA 16:4)
(Uzbekistan-Geology, li.tratigraphic)

W, 4-13 DrA SWSIM~ 3 el-K-P113UT-4 X5MIVME~'4,09
-~ ~-VA~ys' - . ,
YELISEM T.I
Oftndements.1s of placer deposit surveying. Havimad by
VOT. Slimaev. Geol. rud. mestornh. 5 z2o.2:128-130 Y4-
(MIRA 16t
Placer deposits)
Pv-aarwntfnv) '
~