SCIENTIFIC ABSTRACT SHEPSENVOL, M.A. - SHEPUTO, L.L.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001549220012-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 23, 2000
• Sequence Number: 12
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

SOV/ 57- 26-7--19/35
Equitemperature Cathode With Direct Heating, and a Method of ILS Calculation
of a cathode of constant cross section the emission current
mainly originates from the central part of the cathode which
leads to an overloading of the anode. In the case of a com-
pound cathode of thorium-carbide--tungsten the investigation
carried out by L. A. Radchenko, Engineer, showed an increase
of the efficiency of the cathode by more than the lo-fold
as compared to a homogeneous cathode of the same total length.
The author discusses a method of calculation for short com-
pound cathodes of the proposed construction. For this pur-
pose a differential equation is written down and solved. The
method is explained by examples. The formulae of calculation
are compared to the existing experimental data. The curves
given (Fig 3) make it possible in every concrete case to de-
termine the measurements of the cathode and of the amount
of the current passing through this cathode; viz. in such a
way that the demanded mode of operation of the cathode is
secured.
The cathode construction proposed can be used in a number
of experiments where always the same temperature of the sample
is required. The course of temperature of the investigated
Card 2/3 function in using a set of compound cathodes can be determinedv

jov/57-28-7-19/35
Equitemperature Cathode With Direct Heating, and a Method of Its Calculation
The formulae and diagrams given may be used for the exact
calculation of cathodes with direct channel and of a cross
section that is constant with respect to its length. The
calculated data agree with those from the experiments in a
satisfactory way. There are 9 figures and 9 references, 4
of which are Soviet,
SUBMITTED: July *12, 1957
1. Cathodes-Design
Card 3/3

20920
/,C0 5/057/61/031/003/004/019
,9 6. 1~ j B125/B202
AUTHOR: Shepqenvoll M. A.
TITLE: Methods of simulation in an electrolytic tank with automa-
tion of the process of calculating the distribution of
space charge
PERIODICAL: Zhurnal tekhnicheskoy fiziki, v. 31, no. 3, 1961, 286-296
TEXT: The present paper brieflydeals with.the apparatus which had been
developed for simulating electron~optical systems as well as with some
principles for the complete or partial automation of.the calculation of
space-charge distribution. The.author alao reports onpractical methods
of simulation. The.following are the principal methods of simulation of
continuous sources of the field in.the elactrolytio.tank: method of
profiled bottom.of.the tank-and the method of current-carrying elements
developed by V. S. Lukoahkov. In this simulation process the following
steps are necessary: 1) Pictures are taken of the fiold,of the system to
be studied. 2) The families of the electron trajectories are constructed.
3) The density distribution of space charge and the currents simulating
Card 1/6

20920
S/057/61/031/003/004/019
Methods of simulation in an... B125/B202
this distribution in the tank are calculated by the corresponding
approximation. 4) The currents calculated are introduced in the electro-
lyte and operations 1) to 3) are repeated to obtain a higher approximation
of the problem to be studied. First, step 3) is studied generally. The
current which simulates the space charge in each approximation is
calculated by determining the distribution of thlhqu4ntities on the surface
of the field concerned from the expression I - - Jk (3)- Here
A 40 Pivi Jk
denotes the density of the electron current from that region of the
cathode at which the electron orbits begin which lead to the i-th element.
tti is the "expansion coefficient" of the current tubes in the i-th element.
Electronic digital computers are little suited for this purpose. The most
natural and simple methods connect the processes for determining the
initial data and the informations with the automatic tracing of the
electron trajectories. Two main types of electronic trajectographs are
known: 1) those reproducing the "dynamical model of the electron".
2) Those operating according to the principle of the radii of curvature.
The calculation of the currents introduced into certain elements of the
volume of the elec.trolyte is reduced to the calculation of the number of
Card 2/6

20920
S/057/61/031/003/004/019
Methods of simulation in an... B125/B202
points on the corresponding elements of area of the picture. The density
of the electron current is measured best.by the (3/2) law. In the first
variant of the practical-application-of this.method the current density is
measured from the distance..between the cathode.and the line of the fixed
potential. In the second variant.the.distance from the.cathode on which
the potential is measured is fixed. This.firet..mathod.is more frequently
used in simulation, it is, however, less.suited for.automation processes.
Therefore, the authors chose the second method where the fuctions of the
computer are reduced to the prqduction of pulses with a frequency propor-
tional to the product f . A 5UJ/2U).h (8) where the Voltage'-Ullh is propor-
tional to the product of electrical c.onduc.tivlty and depth of the electro-
lyte. In the method of the radii of curvature an.additional parameter is
necessary. The methods discussed supply illustrative and convenient
pictures of the density distribution of space-charge and permit the
automation of the regulation of current.densities. Fig. 1 shows the block
diagram of the device for studying electrovacuum devices with electro-
static control. After execution of the operation corresponding to Eq. (8)
the resulting signal is transmitted to a storage cell where it is stored
Card 3/6

20920
S/057/61/031/0()3/004/019
Methods of simulation in an... B125/B202
for the whole period that is necessary for the tracing of the electron
trajectory. It then controls the operation of the pulse generator. This
computer permits the measurement of the electron current density. It is
also equipped with a system for absolute calibration. The device
determines the electron trajectories with an error to within 2 to 3
1-5 to 1.2 sac are necessary for determining one trajectory. The apparatus
operatas with optical and acoustic signals. The simulation method
discussed here is euit3d for studies of electron-optical systems of
amplifier and generator tubes. There are 5 figures and 3 references:
2 Soviet-bloc and 1 non-Soviet-bloc.
SUBMITTED: June 6, 1960
Card 4/6

t
3W PUSH I BOOK BMDITATION SOV/2879
Vendrov., Semen Leonidovich,, Aleksandr Afaziaslyevich Groshev, Hikolay Hikhaylovich
Isakov, leonid Aleksandrovich Sergeyev, Iosift Mikhaylovich Shepshelevieh,,"and
Viktor Aleksa-adrovich Velichko . ............
SoVremennaya tekhni gidrograficheolrikh izynkaniy (Modern Techniques in Hydm-
graphic Surveying) leningrad, Izd-vo "Hachnoy transWrt," Leningr. otd-niye,
1957. 1T0 P. 1,500 copies printed.
Ed. (Title page)t Ye. V. Bliznyak, Doctor of Technical Sciences, Professor;
Reviewer: A. I. Grazinav; Ed. (Inside book):D. M. Hudritskiy; Tech. Ed.;
K.Y. Volchok.
PU13POSS: This book is intended for engineering and technical personnel eng&Erd
in hydrographic survey work. It may also serve as A -textbook for students of
hydrographic surveying.
COVERAGE: This book covers the basic principles and techniques of surveying in-
land waterways. It describes the role ptLayed by ultrasonics, radio, lighting
card 1/4

Modern Techniques in Hydrographic (Cont.) SOV/28T9
engineering, and aerial photography in hydrographic surveying. Various
sounding devices and range finders are described. No personalities are
mentioned. Therv are 13 Soviet references.
TABIE OF COWBNTS*.
Ch. I. Present Position on Introducing New Techniques in Wdrographic
Surveys
1. General remarks 3
:2, Brief information on the use of river sounding devices
(echo sounders) T
3- radiogeodetic and optical range finding measurements in the
USSR and their development 9
Hcho
Ch. 11. Sounding Device and Its Use in River Surveys 12
4. Description of the EEL-Im - type river echo sounding device 12
5. Carrying out surveying work 23
6. The PEL-2 echo sounding device 33
card 2/4

Modern Techniques in Hydrographic (Cont.) SOV/2879
Ch. III. Specialized Hydrographic Aerial Photographic Survey 37
7. BMBiC probleMB of aerial photography 37
8. Air-borne survey work 4o
9. Fundamentals of a hydrographic interpretation of aerial
photographs 51
10. Measuring the depth according to sounding tracks 63
Ch. IV. Hadiogeadetic Methods for Determining Coordinate roints
on Water, Iand, and in the Air 68
11. Fundamentals of phase methods in radio measurements 68
12-- "Cartographic Prepaxation" 89
13. Fadio measurements in carrying out the survey-Ing work on
riversY ly, s, and water reservoirs 100
14. Specific application of radio methods in specialized
aerial photography 124
Card 3/4

Modern Techniques in EVdrographic (Cont.) SOV/2879
Ch. V. Optical Fangs Finding 129
15. The SW-1 range finder 130
16. The GOI 1955 range finder 150
17. The field of application of optical geodetic range finders 16o
Supplement 166
Bibliography 171
AVAnABLE; Library of Congress (VK591.B55)
Mm/fai
card 4/4 12 29-59

-- SHUSMx7ICH' L. A,-
Improved method of diffusion at low temperature (from 05ugar,"
May and September, 1958). Sakh.prom. no.4.-74-75 AP 160.
(MIU 13:8)
(Delft, H-3therlands-Sugar manufacture)

SHEPSHELEVICH, L.A.
Prima-Sep," a now type of thickener (from "Sugar v Azucar,9
Feb.1960). Sakb.'prom. 34 no.8:73-74 Ag 160.
(MIRA 13:8)
(Sugar manufacture-Iquipment and supplies)

SH.KPSHILEVICII, L.A.
Sugar industry in Japan (from "Sugar," uo.4, 1959). 'Sakh-prom. 34
no.10;72-73 0 160. (Japan-Sugar industry) (MIRA 13:10)

SHEPSHELEVICH p L. j-) -- -
Iaboratory investigations of the diffusion process (from "International
Sugar Journal," no-5, 1960). Sakh. prom. 25 no.2:77 F 161.
0 (KERA 14:3)
1 (Sugar manuU.ct,ure) (Diffusion)

SHEPSHW,VICH, L.A.
Inversion of sucrose at evaporating plants operating under
vacuum and under pressure (from "Sugar y Azucar," no. 7. 1959).
Sakh. prom. 35 no. 1:79 Ja 161. (MIRA 14:1)
(Netherlands--Sugar manufacture)

-- . SEEPSHELEVICH9 L.~,)-
Instrument for a laboratory investigation of the diffusion process
(from.11pternational. Sugar JournallO.DC-49 1960). Sakh. Prom- 35
no.2:75-76 F 161. (KrU 14:3)
(Sugar manufacture) (Diffusion)

SH M HELEVICH, L.A.
Modernization of the design.of "Rotobelt Eimeoll-type vacu=
filters (from "Sugar Journal,," Ap. 1959). Sakh. prom. 35
no. 5-.69-7o my l61. (MIRA 14:5)
(United States--Sugar mamLfacture)
(Filters and filtration)

SHEPSHELEVICH., L.A.
'Belt conveyor for the removal of filtration precipitate (from "Sugar
y Azucar," Sept, 1960). Sakh. prom. 35 no. 5:71 My 161.
(MIRA 14:5)
(France-Sugar industry-Equipment and supplies)

SHERiHLILEVI'V'H,, L.A., ,
Effect of formalin addition on the Jaice qua3ity (from "lut.
Sugar Tournal,u March 1961). Sakh.prom. 35(i.e. 361 no.2;66
F 162. (14M 15:4)
(sugar manufacturo)

SFIPSDELEVAICIT, L. L.
USSR/Medicine -'Blood Transfusion Feb 52
"Transfusion of Plasma and Blood Serum in Hemolytic
Anemias," A. P. Belolqsov, L. L. Shepshelevich,
Hematol Clinic, Cen Order of-Lenin Inst of Hematol
and Blood Transfusion
"Sov Med" Vol XVI, No-2, 15-18
Tiansfusion of plasma has a stabilizing effect on
the blood pigment metabolism. This effect varies
with the disttirbances of pigment metabolism pro-
duced by different types of the disease. Adminis-
tration of plasma or serum counteracts the effect
of autohemolysins.
204T39

USSR/Human and Animal Phksiology Blood Hematogenesis. T-4
Abs Jour : Ref 2Aqr - hioi-, No 10, 1958, 45881
Author : Bagdasai~6v, A.A., Raushenbald-i, M.O., Rogacheva, L.S.,
Shepshelevich, L.L-, Shamshim, Ye.V.
Inst : -
Title : The Sitpificance of the Functional State of Bone Marrow
Hematogeneses during the Development of Acute Radiation
Sickness.
Orig Pub : Probl. gematol. i perelivani-ya krovi, 1956, 1, No 6,
9=13.
Abstract : Thirteen dogs were irradiated with 600 r dosages. Prior
to such irradiationsY six of them were subjected to 3
bloodlettings (B; 15-20 ml/kg) with 5-day intervals.
Four to five days after the 3rd B, an acute irritation
of the red outGrovth of the bone marrow (BM) was obsery
ved. Irradiations were then performed on that particu:t
lar area. L, 5 of the survived clogs the course of -c~.
Card 1/3
USSR/Huim.n and Animal Mysiology - Body Temperature Regulation. T-3
Abs Jour Ref Zhur - Biol., No 10, 1958, 45838
Out of 20 tests in vbich constriction at a temperature of
20-220 C lasted for 10 minutes, in 6 cases restoration of
life fu-actions took place. Most of the aninals were able
to walk and to react to sound and lidit stimuli hours
alter they were released from the operating table. Four
to seven hours after restoration has occurred, however,
the animals' condition became poor, and they died within
10-18 hours. One to three minutes after vein constric-
tion, heart contraction frequency was graatly reduced (by
30 percent). After 5 to 6 minutes, contraction frequency
increased, almost reaching its initial level. Thereafter,
beginning with the 7th-8th minute, contraction frequency
diminished again. When a 7-minute long vein constriction
was indiced at a termerature of 250 C, .'5 of the cases
presented restored life functions. Fout catg-.died during
the pericd of being warmed up. When supercooling reached
a 25; C level, blood pressure amounted to 50 percent,
Card 2/3
12
USsR/Hu=nn and Aninal PhysioloL7 - Blood Herut,)L!e11esi%3-
Abs Jour : Ref Zhur - Biol., 110 10, 1958, 45881

USSR / Human and Animal Physiology. The Effect of T
Physical Factors. Ionizing Irradiations.
Abs Jour: Ref Zhur-Biol., No 22, 1958, 102368.
Author : Belousov, A. P.; Shitikova, M. G.; Shepshelz~vich,L.Ijj.
Inst : Not given. '-- Z'
Title : Synthesis and Disintegration of Blood HemoZlobin in
Acute Radiation Syndrome.
Orig Pub: Tr. Vses. konferentsii po med. radiol. Eksperim.
med. radiol. M., Medgiz, 1957, 123-127.
Abstract: The process of Hb disintegration was investigated
in dogs with chole-ureteral anastomosis and fistula
of the gall bladder at various times after general
irradiation of 200-400 r. As an index, the level
of bilirubin excretion and the content of Fe in
the serum were taken with simultaneous calculation
of the Rb amount and amount of erythrocytes in t'.,,-e
Card 1/3
132

SHEPSHEIZVICII, L.L. Oloskva)
Iron metabolism in radiation sickneeB. Pat.fiziol. i eksper.
terap. 2 no.1:27-33 Ja-F 158. (MIRA 12:9)
1. Iz Wontritl'nogo ordena Lenina instituta gematologii i
purelivanlyu krovi Hinisteretva zdravookhranenlyn SSSR (dir. -
deystvitellnyy chlen Affli SSSR prof.A.A.Bagdasarov).
(ROMITC,Mf RAYS, effects,
on erythropoieBis in dogs (Rug))
(EwfTHROCYTD.Sp
erythropoiesis, off. of x-rayB in dogs (Rug))
(BA10POIESIS, effect of radiations,
erythropolesis, off. of x-rays in dogs (RUB))

CHERTKOV, I.I.; ROGACHEVA, L.S.; SHVSHBIRVIO, L.L
The effect of blood lose on properdin content in dogs..Probl. gemat.
i perel. krovi 3 no-5:14-16 S-0 '58. (MM 11:11)
I*' Iz TSentrallnogo ordena Lenim inatitnts. gemtaologii i parelivanlya
krovi (dir. - deystvitellnyy chlen ANN SSSR prof. A.A. Bagdaearov)
MiAisterstva zdravookhraneniya SSSR.
(HBMOFJMGZ, experimental
eff. on properdin titer in dogs, comparison of single
& repeated hemorrh. (Rue))
(I'ROPERDIM, Dhysiology
titer in dogs after single & repeated hemorrh. (Ras))

SHEPSHELEVICii, L.L.
Study of iron metabolsim in irradiated dogs with increased
erythropoietic function. Probl. gemat. i perel. krovi 4
no. 10:9-14 0 159. (MIRA 13:8)
1. 1z TSentrallnogo ordena Lenina instituta gematologii i
perelivaniya krovi (dir. - doystvitelinyy chlen AMN SSSR
prof. A.A. Bagdaearov) Ministerstva zdravookhraneniya
SSSR.
(HADIATION-PHYSIOLOGICAL EFFECT) (IRON IN THE BODY)
(F,RYTHROGYTES) (MARROW)

SHEPS VICH, L.L.
kf-f--e--c-t-of hemorrhage on erythropoiesia in radiation sickness. Xed.rad.
4 no.11:77-82 N 159. (MIRA 13:2)
(HEMORRHAGE effects)
01RITHRDCYTES radiation effects)
(RADIATION INJURY effects)

SHEPSIEIEVICH, L.L.; ROGAGPETA, L.S.
R
Erythropoietic properties of plasma in animized gnimnls. Brobl.
gemat. i perel. krovi 5 no.2:13-18 F 160. WRL 14:5)
1. Iz radiopiologicheskoy laboratorii (zav. - prof. M.O.Raushenbakh)
TSentrallnogo ordena Lenina instituta gemato;ogii i perelivaniya
krovi (dir. - deystVitelInyy chlen AMN SSSR prof. A.A.Bagdasarov)
14inisterstva zdravookhraneniya SSSR.
(AITENU) (ERYTHROCYTES)

ROGACHEVA, L.S.; SHEPSHUBVICHg L.L. .
Stimulation of hemopoiesis in acute radiation sickness by intra-
venous administrations of bone marrow. Med.rad. no,,lOs52-55 161o
(MIRA 1010)
1. Iz radiobiologichookoy laboratorii TSentrallnogo ordena Lenins,
institute. gematologii i perelivaniya krovi.
(MARROW-TRANSPLANTATION) (RADIATION SICKNESS)
(EIEHOPO=C SYSTEM)

43h8o
S/205/62/002/006/007/021
E027/14io
F
AUTITCRS: ~~hRshelevich, L.L., Rogacheva, L.S.
TITLL: The distribution of radioactive vitamin B12 in the
plasma an,] organs of rats in acute radiation sickness
PERIODICAL: Radiobiologiya, v.2, no.6, ig6a, 843-846
TEXT: The authors have investigated the distribution of
vitamin B12 labelled with Co6O in the tissues of rats su&ering
from radiation sickness. Twelve rats were irradiated by X-rays
with 500 r, nine with 700r and 32 were observed as controls.
The label-led vitamin wa-5 injected intramuscularly 24 hours after
irradiation in a dose of 0.5 to 0.6 microcuries per animal (13 to
1.6 mg). The animals given 500 r were killed after 2,4,8 and 14
days and those given 7CO r after 2, 6 and 10 days; on each
occasion control animals were also killed. It was found that the
labelled vitamin is initially concentrated in the kidneys, and to
a much lesser extent in the heart and spleen,. and that it
subsequently accumulates in the liver. Similar results were
found in the control animals,.from which it appears that radiation
sickness does not affect the intermediary metabolism of
vitamin B,2. There is 1 table.
Card 1/2

,_.,[translator];
LAYTAP L.G.[Laitha, L.G.); SHEPSHELEylgE, L L
SHITIKOVA, M.G.(i'r~slaE�rj; KOZINTS, G.I.[translator];
RAUSHENBAKH, M.O., prof., red.; OMELIYANEENKO, L.M.,
red.; BUKOVSKAYA, N.A., tekhn. red.
[Use of isotopes in hematology] Primenenie izotopov v ge-
matologii. Moskva, Medgiz, 1963. 101 p. Translated from tbB
English. (MIRA 16:7)
(HEMATOLOGY) (RADIOACTIVE TRACERS)

I 159R7-65 EING Q I Pb-4 S S D/A FWV-D'#
ACCESSION NR: ~21 0299/64/000/014/M021P14021
46057 S/
SOURCE: Ref. zh. Biologiya. Svodny*y tom, Abs, 1 W 39
AMHOR: Chertkov, 1. L.; Sq-k-ma=, G- Y.; yflrnya.
Rogacheya, L. S.: Shepshelevich. L, L.; Kaksimanko,_ A. 3,; Raushen-
bakh, 3.1. 0,
TITLE: Now data on the morphological basis of secondary sickness
with bone narrow transplantation in irradiated dogs
CITED SOURCE: 11b. 3 Vses. konferentsiya. po peresadke tkaney I
organov, 1963_,. Yerevang 1963-,--M-244
TOPIC TAGS: secondary sickness, bone marrow, transplantation, do
go
irradiation, irradiation lethal dose, radiation sickness
TRANSLATION! The experLnent was staged on 23 dogs irradiated with a
lethal dose (1,000 r Bone marrow was introduced intravenously in
a dose of 5 X 5 X 10~-- 15 - 101 nuclear cells. Donor erythrocytes
were determined by differential agglutination using dogs A- as donors
and dogs A+ as recipients. Leukoeytes were determined by sex
Card 1/2

L 15287-65
ACCESSION NR: AR4045857
chromation (donors - females# recipients males). To determine
activity of immunologically competent cells. the donors were immunized
with a pure Vi-antigen of typhoid bacilli and the Vi-antibodies were
deterr.uned in the recipients, A myelogram investigation showed that
aplasia and hypoplasia appear in 2 to 3 days, and hemopoiesis is
partially restored in 4 to 5 days. Young myeloid cells appear in the
reo'Dient's blood and In 5 to 7 days donor erythrocytes (2 to 3.5%)
also appear. From the seventh day hyperbasophilic calls are found
ld~iich the authors regard as transitional forms from hemocytobla3ts to
U
l'YMV',10CT'6s, Later on hemopoiesis stopped, but the number of
lymphocytes increased sharply reaching 60 to 80Fil." of the total number
of leukocytes by the 8th to 9th day. Opening of the bone marrow
disclosed reticular hyperplasia typical for radiation sialmess. The
1U-Lme required for transffoxi~nation of blood formation was determined by
antigen differences between donor and recipient, The conclusion is
c1raim that secondary sickness is caused by the transformation of
basic blood-form-ing cells into immunologically oompetent; onese
SUB CODE: LS ENCL: 00
Card '3

CHERTKOV, I.L.; NOVIKOVA, M.N.; RCGACn'V-'., L.S.; SE-EPSHEELEXIC1, I.,
A.S.; IRAUSTENBAvH, '2.0.
Transformation of hemc:ioietic eel-Is nf transpipanted allcp6ncus
bone marrow into immunologica-Ily c-~-mpetent cella In ir-raciated
1.
dogs. Med. rad. 8 no.6-51-60 Je -'613. (MIE-A 17-4)
1. Iz radiobioloaicheskoy laboratoril 1-a1, - prof. M.0. Raush-Onbakh)
TSentrallnogo ordena. Lenina instltuta. garnatolog-4 perelivantya
krovi.

Ln acu!,-7,
;,:~i n
r.-F.
VX..; K il

5
ACCESSION NR: APS014299
UR/0241JCSf
616-001,28-036.17-085.361.018.46-J-092.~L-/,,,
A(-'THOR: Chertkov -I. L. Rogacheva, L. S. Shepshelevich, L. L.; Raushenbakh,
T1`11: Twc-stage transplantation of allogenic bone marrow in severe experimental
radiation sickness
SOURCE: Meditsinskaya radiologiya, v. 10, no. 6, 1965, 34-42
.TOPIC TAGS: radiation sickness, bone marrow, hemopoiesis, transplantation, irra-
1diation
ABSTRACT: The authors studied the effect on dogs of two-stage transplantation on
bone marrow. The first was applied after whole-body irradiation (100 r) and the
se,,-cn! 5-6 days after the first, on the assumption that the first transplantation
Irs
1he aDlMalr, survive until the second took effect. The f t was not
-ind thi, 1,emopoietic celI,~ lid, not change into immune lymphocytes. Vie
"tz>c~" an:1 recipient animals' hemopoiesis was partly com-
WC of 14 'experirneental bogs survived. The donor animals' cells were
,Card 1/2

L .5504
:'ACCESSION NP: AP5014299
sloughed off 4-5 weeks after irradiation and the therapeutic effect persisted be-
cause at this time the restoration of hemopoiesis enabled the recipient an-imals to
I;*ArVIIII12. Sioughing off of the transplant earlier (16 days after irradiation) Pre-
ver,~-_; -_stnration of hemopoiesis, resulting in the animals' death. Thus, in it-
~17, trinsformation of hemn-poietic cells into immunoblasts and imamunocytes was
i. 'c 'he -in; mals. The immunological reaction was apparently brief because
immunologically incompetent cells multiplied only during the first
ays. The death of the dog5 that received only one transplantation of bone
tw
marrow was due mainly to Poncompensated hemopoiesis. The results of the experiments
indicate that two-fold transplantation of bone marrow is somewhat effective after
massive irradiation. orig. art. has: 3 figures, 1 table.
ASSOCIATION: Radiologicheskoye otdeleniye Tsentrallnogo ordena.*Lenina instituta
i. perelivaniya krovi, Moscow (Radiology Departmentj
Lenin" Institute of Hematology and Blood Transfusion)
SUBMITTED: lOJu!64
NO REF SOV: 003
Card 2/2
ENCL: 00
SUB CODE: TS
OTHER: 007

ROZENGART, V.I.,-_~Iff ~HELEV~JM,-L.V..
Mechanism of the action of pyrocatechol as an esterase model.
Biokhimiia 27 no.4:689-697 J1-Ag 162. (MIRA 15:11)
1. Biochemical Laboratory, Institute of Toxicolo , Leningrad.
(FROGATECHOL) (ESTERASESF

C J~-!er,imation of the JLQaLcon!~:Lit of nc,,r.
1,,Uz-r
affur r~ataLning crude oil

KRASYUFOV, A.F., AKIAOV, V.S.- S'IEPSIIM w6stAk"Ir, SLUTSKffA, S.M.;
KOLESNIKOV, A.Ai,;
Delayed coking of heavy petroleum residues. Trudy BashNII NP
no.i:63-79 '59. (MIRA 12:6)
(Petroleum coke)

KRASYUKOV., A.F.; AMR, V.S.; SYMAIEV, Z.I.; SHEPSHELEVICH M.I.
Some aspects of the mechanism of c6king. Truldy Bash. NII
NP no.3:101-1-1.8 160. (KERA 14:4)
(Petroleum coke)

1. SHEPSffELEVICTI, V. L.
2. USSR (600)
4. Measuring Instruments
7. Introducing the use of dimension gauges in enterprises of the 1!oseow Furniture Trust.
Der.i lesol-him. 1 no. 5, 1952.
9. Monthly Lists of Russian Accessicne Library of Congress, March 1953, Unclassified*

:"H --- p111,111 Cli ,11. L. AM-,KSA,','Dl")V3KA'(.%, A. A.
Chairs
i.uw method ror firllshllltj curw~d chairs with "nitrolac.11 Der. i lasokhirn. prom 1,
No. 8, 1952.
9. Monthly List 2.f Russian Accessions, Library of Congress, June 1953, Uncl.

SI115PSHET,BVICH, Vitaliy Leontlyevich; SMIRITOV, A.T., redaktor; S"IATSKAYA
r a , A.P., tekhnicheskly redaktor.
c~
.
[Gliting and veneering furniture parts witb bone glue] Skleivanie i
fanerovanie mebellrqkh detalei kostnym kleem. 'L-loskva, Gosles-
bumizdat, 1955. 78 P. OMA 8:8)
(Veneers and veneering ) (Glue)

SHEPSHELLTICH,V.L., inzhener
Increasing the usable quantity of planed plywood in layouts. Der.
prom.4 no.5:25-26 KY'55- (MLRA 8:10)
1. TePKB GlavmebellpromaL
(plywood)

STRONGIN. A.M.; SH&PSHELEVICH, V.L.
Investigating operations for manufacturing bent and sawed-through
parts. DQr. prom. 7 no- 5:4-5 My 158. (MIRA 1l:?)
1. TSentrallnoye mobellnoye konBtniktorskoyo byuro.
(Woodwork)

SHMPSINLUVICH, V.L. T.H.
Facing furniture with plaotics. Der.prom. 8 no.6:19-20
Je '59. (MM 12:8)
1. TSentrallnoys mebel'noye konstruktorskoye byuro Glayetandartdoma
pri Goostroys SSSR.
(PlastiCB) (Furniture)

STROUG111, A.M.; SHEPSEMMNICH, V.L.; N3MIYWL, T.N.
Plastic films for coating of furniture. Der.prom. 8 no.12!
17-18 D 159. (MBA 13:5)
(Wood--Finisbing) (Plastics)

SHEPSHELEVICH) V.
Materials for furniture finishing. Mbst.prom.i khud.promys. I
no.2/3:12-13 N-D 160. (Ian 14:4)
(Wood finishing) (Furniture)

SHIPSHELEVICH, V.L.; AUKSaDROVSKAYAP Memo
Lacquer for finishing products by the dipping method, and condi-
tions of its application* Lakokras.mat-i ikh prime no*5..61-64
16o. (MIRL 13:11)
(lacquer and lacquering)

Furniture made of fiber boards. Prom.koop. 14 no.6:
17-18 Je 160. (MIU 13:7)
1. Hachallnik Eauchno-issledovatellskov laboratorii TSentrall-
nogo mebelluago konstraktorskogo byuro Glavstandartdoma pri
Gosstroye SSSR.
(Furniture industry) (Wood, Compressed)

STRONGIN, A.M.; SHEPSHELEVICH, V.L.; MEMIYEVA, T.N.
I,-, I
Fasf6bing-hardimre- made from polyamides for use in the manufacture
of furniture. Der.prom. 9 no.9:10-11 S 160. (MIRA 13:8)
1. TSentrallnoye mebellnoye konstruktorskoye byuro Glavetandartoma.
(Polyamides) (Furniture)

,SHEPSHELEVICH, V.L.; MEKHTIyEVA, T.N.; ALENDER, I.Z., red.; DZEKUNOVA,
G.7.-,reT.; MILIKESOVA, I.F., tekhn. red,
(Use of plastics in the manufacture of fumiturelFrimenenie
plastmass v proizvodstve mebeli. Moskva, TSentr. in-t takhn.
informatsii i ekon. isal. po lesnoi, bumazhnoi i derevoobra-
batyvaiushchei promyshl. 1962. 71 p. (MIRA 16:1)
(Furniture) (Plastics)

SHASHMV, L.; SHEFT-A 16M ~,
--_. --- _NROO6
Closer to industrial requirements. Prof.-tokh.obr.13 ne.6:7-9
Je 156. (MMA 9:9) *
l.Direktor teplitskoge uchilishcha nekhanizataii sel'skogo
khozyaystva no-10:7-9, Odesakaya Olast!j4or Shashkay). 2.Za-
mestitell direktora po uchabno-proizvodstyennoy chasti (for
Sheptalia).
(Odasaa--Farm mechanization--Study and teaching)

SHEPTALIN, V.
Gratifying results. Prof.-takh.obr. 13 no.9r4 S156, (MLRA 9:10)
1. Zamestitell direktorn po uchabno-groizvodstyannoy chasti uchilishcha.
mekhanizateii sellskogo khozyayatva no.10, Odesslawn. oblast'.
(Farm mechanizatIon-'Study and teaching)

AUTHORt Sheptalin, V~j School Instructor SOV/27-58-11-14/29
**4 ' hrkshop of the M-echanization School (Peda-
TITLE: Th`MPed=gogi~ea
gogicheskiy kabinet uchilishcha mekhanizatsii), A Selection
of Materials on New Engineering and Advanced Experience (Pod-
bor materialov o novoy tekhnike i peredovom opyte)
PERIODICAL: Professionalino-tekhnichaskoye obrazovaniye, 1958, Nr 11,
PP 17 - 18 (USSR)
ABSTRACT: The entire schooling process must be permeated with the
spirit of the socialist economy and organically linked with
modern engineering methods. Under certain conditions it may
be necessary to organize asmall center of technical inform-
ation and methodological help at ~bhe institution. The pe-
dagogical workshop organized in the author5s school repre-
sents such a center, with its displays on various subjects,
models, literature, visual aids and other material, The
author describes the arrangement of the various stands,
stating that the workshop;s activity is supervised by a
council headed by the school director. He outlines the
Card 1/2 different sections of the workshop's activity plan, which

SOV/27-58-11-14/29
The Pedagogical Workshop of the Mechanization Sshool
is part of the school's curriculum, and lists the themes
of seminar exercises planned for half a year.
ASSOCIATION: Uchilishche mekhanizatsii sellskogo khozyaystva Hr 10
(Odesskaya oblast-). Agricultural Mechanization School
Nr 10 (Odessa Oblast )
1. -rdustritLi- tr.a1-LiPg---US3Z 2. Industrial t~~ain,-Ug-Equipment
3. Engineer-'Lg pa:r-sonne-1-Training
Card 212

St
USSR/ Engineering - Machine tools
Card,
Authors Sheptalin, V. A. and Piotrovskiy, V. G,
Title Concerning tolerances for reamers.
Periodical Stan. i Instr.
Ed 7, 36 -37, JulY-i954
Abstract Suggestions are made for the selection of reamers,, for rieaming
holes within a variation from standard size. Tolerances, allowable
errors, and accounts for the wear limit,of reameraj, are given.
Diagram; table.
Institution
Submitted

SHEPTAYEV,,K. _,(p.HizhnIy Tagil)
11
Overcome the lagging of the plant completely. Stroi. mat. 3 no.1:10-
11 Ja 157- (Nizhnir Tagil--Cement industries) (YJ-RA 100)

AGEYEVA, A.P.; AKSENOVA-CHER-KASOVA, A.S., aspiranka; VELIKANOV, L.N.,
bibliotekar'; GAVVA, F.M.; GIRENKO, P.D., Geroy Sots. truda;
GUBANOV, M.M., pensioner; GUSIKOVA, T.K., nauchnyy sotr.;
DAVYDOVY A.G., prepodavatell; DANILEVSKIY, V.V., prof., dvazhdy
laureat Stalinskoy premii; DOVGOPOL, V.I., laureat Stalinskoy
premii; YELOXHIN, M.F.; YERMAKOV, A.D.; IVANOV, V.G., prepoda-
vatell; KOVALEVICH, V.K.; KOVALEVSKAYA, Ye.S., zhurnalistka;
PANKRATOV, A.G.; POPOU, F.M.; URYASHOV, A.V.; FEDOIRIN, I.M.,
kand. ist. nauk; FILIPPOV, F.P-; CHUMAKOV, N.P.; SHEPTAYEVK-T-,
zhurnalist; VASIKOVSKIY, O.A., kand. ist. nauk., retsenzent;
KULAGINA, G.A., kand. ist. nauk, retsenzent; GORCHAKOVSKIY, P.L.,
prof., doktor biol. nauk, retsenzent; BAKHMUTOVA, V., red.;
SAKNYNI, Yu., tekhn. red.
(Nizhniy Tagil]Nizhnii Tagil. Sverdlovsk, Sverdlovskoe knizhnoe
izd-vo, 1961. 294 P. (MIRA 16:1)
1. Nizhne-Tagillskiy krayevedcheskiy muzey (for Ageyeva, Guslkova).
2. Zaveduyushchiy gorodskim otdelom narodnogo zdravookhraneniya,
Nizhniy Tagil (for Velikanov). 3. Zaveduyushchiy gorodskim sell-
skokhozyaystvennym otdelom goroda Nizhniy Tagil (for GavVa).
4. Nachallnik upravleniya stroitellstvom Sverdlovskogo sovnar-
khoza (for Girenko). 5. Deystvitellnyy chlen Akademii nauk
Ukr. SSR, Leningradskiy politekhnichaskiy institut (for Danilevskiy).
(Continuid on next card)

ZUBAKINA, A.I., kand.med.nauk; SHEPTE, L.Ya.
Relation of leucocytal reactions with the be&IJng process of burn
wounds. Ortop., travm.i protez. 23 no.3-1:62-& N 162.
(MIRk 16:4)
1. Iz Gortkovskogo instituta travmatologii i ortopedii'(dir. -
dotnent M.G.Grigorlyev).
(BURNS AND SCALDS) (LEUCOGYTES)

SHEPTITSKIY, B., inzh.
Cable druma for tower cranes. Stroitell no-3:12 Mr '59.
(MIRA 12:6)
(Cranes, derricks, etc.)

LIFSHITS, R.A., inzh.; SHEPTITSKIY, B.A., inzh.
Modernizing the SBK-1 tower crane by using a movable
counterbalance. Stroi. i dor. mash. 6 no.5:10-11 It 161.
(MIRA 14:6)
(Cranesq d arricks, ate.)

-AHEPTITSKIY,__#.A.,, inzh,_
The NOIC-119 2 machine for.digging irrigation canals, Mashinostro-
enie no.6:79-81 N-D 162. (MM 16:2)
(Excavating machiner7)

SHEPTITSM, B.A... inzh.; KRYUKOV, L.G., inzh.
Construction of a monolithic concrete lining in irrigation
canals by means of pneumatic jetting. Gidr. i mel. 15 no.6:
15-23 Je 163. (MIRA 16:8)
1. Ukrainskiy gosudarstvenW institut po proyektirovaniyu
vodokhoslaystvennykh sooruzheniy 'A. sellskikh elektrostantsiy.

SHUTITSKIY, V.[Sheptyto'kyi, V.1; VAYNSRTEYN, L.
Put the construction of stock buildings on the roduction line.
Sill. bud. 12 no.10:4-5 0 162. MRA 15:10)
1. Glavnyy inzh. Kakhovskoy mezhkolkhoznoy atroitellnor
organizatsii Khersonskoy oblasti (for Sheptitakiy). 2. Starshiy
inzh. sektora tekhnologii*i organizatsii sellskogo stroitellst7a,
Akademii stroltel'stva i arkhitektury UkrSSR (for Vaynshteyn).
(Kakhovka District-Barns)
(Collective farms-Interfarm cooperation)

NY1*11K, R.P.*-, STOURL
1~- P- vj~!J&-
Calculation of certain characteriatica of extenzive air showers
using a model of a beavilY fluctuating elementary event ef interac-
tion. Tzv. AN SSSF.,Ser,fiz, 29 no,9:1693-1695 S 165.
(Mak 18cq)
1, Inatitut yadernoy Miki Moskovskogo gosudarstvannogo universiteta.

ACC NR: AP7002733 SOURCE CODE:' UR/0126/66/022/006/0816/0822-
AUTHOR: Kosevich, A. M.; Kibets, L N.; ~pptqvits~kiy, L. D.
ORG: Khar1kov Stat1b University (Kharlkovskiy gosuniversitet)
TITLE: Residual dbformations of a rod with a nonuniform coefficient of thermal expansion in
a cyclic thermal regime
SOURCE: Fizika rn~etallov i metallovedeniye, v. 22, no. 6, 1966, 816-822
TOPIC TAGS: plastic deformation, thermal expansion, thermal strees, - stress relaxation
ABSTRACT: If a m6tal has a noncubic (e.g. hexagonal) crystalline lattice, its texture is such
that thermal expansion becomes anisotropic, i. e.. must be described by a second-rank- tensor
rather than by a scalar quantity. This factor becomes particularly essential if the texture
of the specimen is inhomogeneous and its coefficient of thermal expansion is a function of the
coordinates. Then even uniform heating of a specimen can produce in it considerable thermo-
'elastic stresses reaching the yield point of the material. In this connection, thermoplastic de
formations in a round metal rod with an inhomogeneous (axially symmetric) texture and h
Ce
also a nonuniform coefficient of thermal expansion are considered. It is assumed that the en,
Cnrd 1/2 UDC: 669.017:[539.371636

C
A
C NR: AP7002733
successive rapid heating and cooling of the specimen produces stresses in the metal. Two
factors are taken into account: the hysteresis character of the equations of the phenomenolo-
gical theory of plasticity and the relaxation of elastic stresses. Owing to either of these.factors
the shape of the specimen following the cyclic heating-cooling process differs from its original
shape, i. e. residual deformations appear. It is shown that the pulsed heating of the rod at
which the maximum temperature suffices for the development of plastic deformation causes' the
rod to undergo irreversible plastic changes. The residual deformations are proportional to'the
j change in temperature and affected by the relationship between stresses and clasto-plastic
deformations. Orig. art. has: 36 formulas.
SUB CODE: //j /_4 SUBINI DATE: ILNlay66/ ORIG REP: 003
2/2

-
- --active efficiency promoter. Avt.,,transp. 38 no. 5:7 W 160.
(MIRA 14:2)
(Leningrad--Automobi-lea-Mainten;lnce and repair)

-.~IfE-P.ET.UKHA...,,M.-G,-,.inzh.~, GOITCHAR, A,I., inzh.; CHERNOBELtSKIYY A.Z., inzh.
Modermzation of industrial equipnent at the plants of the
Kharkov Economic Council, Mashinostroen!e no.3:66-70 MY-Je 165.
(HII-RA 18j6)

SHEMKIIIII, II.I., kapitan meditsinskoy sluzhby -4
CardiovasciLlar reaction to a parachute JunP. Voen.-med.zhur.
no-7:76 Jl '59. (MIRA 12:11)
(PARACHUTING--HYGIMIC EMCT)

SMIRNOV, G.M.; SHEPTUKHIN, V.I.
Importance of the shuttle shape in net-knitting machines.
Tekst. prom. 19 no.9:58-59-S '59 (MIRA 12:12)
(Knitting machinesi

SMIRNOV, G.M.,dotsent; SHEPTUKHIN, V.I., konstruktor
Link mechanism for moving the horizontal bar of the "SM" not
knitting machine, Tekst.prom.22.no.3:83-84 Mr 162. (~M 15:3)
1. Zhdanovskiy metallurgicheskiy institut (for Sn=ov).;
2. Zhdanovskaya setevyazallnaya fabrika (for Sheptukhin).
(Knitting machines)

see***
a if a U vive at 4161 a I" PO
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~-Ivith sun cossmes in the ~ccular amthod
.(1947) -dried
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.--V
BIBIK9 L.; PRAVDINI D.; SHEPTU91 Ye.
Utilizing public consumption funds on colleettive farms. Biul.
nauch. inform.: trud i zar. Plata 4 no-3:50-55 161. (MMA 14:3)
(Collective farms-Finance)
'e~ -

KAFUST1111, Ye~I- kand.ekon.nauk; LAVROVIV.V.; RYUMIN, S.M., KONSTMITINOV,
Yu.A.; I'ftAVDII,-,,, D.T., kand.ekon.nauk; KIRILIDVA, U.I.; RIEMASUMNSKAYA,
11.,M.; AUTIROPOV, B.F.; BYABKOV, F.S.; POPOV, G.A.i Da-111.46NOVA, V.A.;
.%-I,0LYAi, I.M.; ACHARKAIT, V.A., kand. yurid.nauk; BROZER, D.L.;
SIIEPTUII, Ye.V.; KRV-AZHE;V, V.G.; ALESHINA, F.Yu.., kand. ekon. nauk;
KUMMTMVA-,T-J-.P'.; M)AUTIKOVICH, I.I.B.; BIBIK, L.F.; BUDAIIINA, V., red.;
MIGORIYEVA, I., mladshiy red.; CBEI'hJZVA, 0., tekhn. red.
(Public con.~;umDtion funds and improving the welfare of the people in
the U.S.S.R.36shchestvennye foudy i rost blagosostoianiia naroda v
SSSSR. Moskva, Sotsekgiz, 1962. 222 p. (AURA 15:6)
(Cost and standard of living)

V Due- - - - -Cancl- T ch- Sci--
I -_ r-V V, R . 1'. ,-riL - - I C-
Dissertaltion: "Analytical-Calculat-ing Nethcd for Determination of the Gas
PerrneabiiiV ef 'Y'old-Jn.-
15/11/50
Voscow Machine Tcol Inst irenl L. V. Stalin
So Vecheryaya Moskva
Sum 71

GOLOAM, V D., dotsent. kandidat tekhaicheskikh nauk; DMITRIYET. N.A.,
kandidat tekhnicheakikh nauk; LLS3NKOV, M.A., doteent, kandidat
tekhnicheskikh -nauk; OSTROVSKIY, Ya.I., inzhener; TAMBOVT331y, S.P.,
dotsent, kandidat tekhnicheakikh nauk; FUATXV, I.S., kandidat
tekhnicheakikh nauk; SHrTUNOV, K.L.,. dotsent, kandidat tekhni-
cheakikh nauk. -
"Metallurgy." A.N.Gladilin and others. Rerieved by V.D.Golovlav and
others. Vest.mash. 34 no.11:103-106 N '54. (KLRA 7:11)
(Metallurgy) (Gladilin, A.N.)

SHEPTUNOV, K.L., dotsent, ~:and. tekhn. nauk
Thermophysical properties of cast irons. Khim. mash. no.4:41
Jl-Ag '59. (KRA 12:12)
(Cast iron--Thermal properties)

SHEPTUNOV, K.L.
Friability of dry standard models made of clay-sand mixtures. Iazh.-
fiz.zhur. no.2:46-50 F 160. NIFUL 13:7)
1. Avtomekhanicheskly institut, Moskva.
(Clay)

80978
0 s/i8o/60/000/03/009/030
E 11/E352
AUTHOR. Sheptunov, K.L. (Moscoli
TITLE: In'luence of Ca5t-iron Structure on Its Thermal
Conductivity
PERIODICAL: Izvestiya Akademii nauk SSSR, Otdeleniye tekhnicheskikh
nauk, Metallurglya i toplivo, 1960, Nr 3, pp 53 - 56 (USSR)
ABSTRACT: The author reports an investigation of the value and
nature of changes in the thermal conductivity of cast irons
in relation to the temperature and temperature gradient and
determinations of the coefficient values in relation to
cast-iron structure.. For the determination a plate of the
test material and of a standard were placed between a
heater and cooler. The current in the heaters was varied
periodically, the temperatuxe Svad�ent being determined
for each value under stationary conditions. Cast irons
with the following structures were studied: austenitic
(specially cast from iron with 179'a Ni, 2.2590' Cr, 2.60.0' C)
martensitic (specially cast from iron with 60% Ni,
0
3.0 - 3.200 C); ferritic (routine casting from 2.64% c,
Cardl/2 1.180,! Si, 0.38% Mn); ferritic malleable (obtained by UK
annealing white iron); grey iron (cast from metal with

80978
s/18o/6o/oOO/03/009/030
F_1114E~R2
Influence of Cast-iron Structure on er,al Conductivity
3-4 - 3-59% C, 2.4 - 2-50% Si, o.5 - o.6% Mn, 0-4 - 0-59/0' P
and 0.1% S). The influence of porosity was eliminated by
reduc�ng the results to a constant density of
8 000 kg/m3 , values for various temperature differences are
tabulated and also plotted (Curves 1-5 refer to the
materials in the order listed above). The work showedliko,
that ferritic malleable iron has the highest thermal V11
conductivity, followed by grey iron and white iron. The
latter overlaps with martensitic iron, depending on the
temperature differences. For austeAitic iron the
coefficient is not affected in this way and remains constant.
Comparing his values with published data on the physical
properties of steel the author shows that they are mutually
supporting. There are 1 figure, I table and 1 Soviet
reference.
SUBMITTED: November 12. 1959
Card 2/2

SHEPTUNCV) K.L~
I,.-- _.---_,_~and.tekhn.nau*
Thermophysical. properties of molding materials at high temperaturips,
Izv.v7s.ucheb.zav.; mashimostr. no.4i,114-328 160. (MIM 1414)
1. Moskovskiy avtomekhanioheskiy institute
(Sand, Foundry-Testing)

SHEPTUNOV, K.L., kand.tekhn.nauk
Heat conductivit7 of materials for molds depending on changes in
temperature.. Izv.v7s.ucheb.zav.;mashinostr. no.11:83-90 160.
. (MIM 14: 1)
1. Moskovskiy avtomakhanicheakiy institut.
(Sand, Foundr7-Thermal properties)

SHEPTIRTOV, K~L.
Effect of temperature differences of granular and monolithic materials
on the heat conduction coefficient. Inzh,-fiz. zhur- 4 no.1:127-
130 Ja 161. (NIRA 14W
1. Avtomekhanicheskiy institut, Moskva.
(Heat-Conduction) (Granular materials)

SHEPTUNOV . K.. L. , kall~,. 'I*el--'!T .,~,.uh, dotsent
Anal,~~dc daterraination oP the strengt'h, !7-ie -clay mixtures
considering Vne nature of molding cj-,ya, iz-..-, v,_rv-, ucheb,
zav.; mashinostr. no.6~13--146 167, -(14IRA. 14-7)
1. 1.lo-_;kovs!:iy avtomeklanicheskiy institut.
(Sand, Foundry---Tes'ving)

SHEPTUNOV, K.L.
Heat excbange betveen castings and molds. Met, met, 34
no.602-76 Jo 161, (MMA 14:6)
Nonferrous ingots)
at-Tranemission)
t

SHEPTUNOV. K.L.
Thermophysical properties of molding materials under high
temperature condtions. Trudy MTIPP 15:113-117 160. (MM& 16:2)
(Heat-Transmission)
(Sand, Foundry-Thermal properties)

SHEPTUNOV, Kt L. , dotsent
I kand. tekhn. nauk,
Calculating and analytic method for determining the value of
heat coefficients of molding materials and their mixtures. r
Izv, vys. ucheb, zave; mashinostr. no.7:123-131 '62.
(MMA. 16: 1)
1. Moskoviskiy avtomakhanicheakiy institut.
(Sand, Foundry-Thermal properties)

SHEPTUNOV, Konstantin L.'vovich;SOSNENYO, M.N., kand. tekhn.nauk,
ReTs-en-z-ent-,- -KATSW, A.B,, inzh.) red.; MAKAROVA, L.A.,
tekhn. red.; GORDEYEVA, L.P.., tekhn. red.
(Preparation of molding mixtures) Shikhtovka formovochnykh
smesei. Moskva, Mashgiz, 1963. 144 p. (MIRA 16:5)
(Sand, Foundry)

SHEPTUNOV, K.L., kand. tekhn. nauk, dotsent
Relationship between the real( molecular ) heat conductivity of
a body and its porosity. IzV. vys. ucheb. zav.; mashinostr. no.):
170-172 164. (mlfu 17:7)
1. Moskovskiy avtomekhanichaskly institut.

-SISPTUINM4,_~,~ kand. tekhn. nauk, dotsent
~ -- ~
Heat conductivity of metals. Izv. vys. ucheb. zav.;
mashinostr. n0.9:124-127 165. (MIRA 18:11)

W IF W--Ww W W W W W
at 41 4z 41 a 45 C
A r a a I I I 1-1-L"All- I Y z
ow A H f I r N
Separating sullur fMM gas". _*0
A 41).W. Al-6131), I'I:P*-. GJw" Are I-Iss"'i flvv .00
4"cctim; surface at a teniss. at wl ich a small amt. at
00 c Alss, imnstriled with -00
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ot' th,~,~ autoclave -)rocerF of smelting sulfur from
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Inst o" inr! insectofunuicides imeni Frofensor Ta. V.
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1. Ukhtinskoye geologicheakoye, uprav~eniye.
(Ukhta region-Petroleum geology)

DIMAKOV, A.I.; SHKPTtWOV, V.P.
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Academician G.I. Gass! school of chemistry; P.I. 3vreir-ov.
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(Chemists)

BYKOV. G. V. , SHEPTUNOVA, Z- I-
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