SCIENTIFIC ABSTRACT SHESTAKOVA, YE.V. - SHEVELEV, D.P.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001549310019-8
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 9, 2001
• Sequence Number: 19
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

SHESTAKOVA, Ye.Y., zasluzhenVy vrach RSFSR.
Work methods of the Council of Hurse& In raising the qualifications
of sub-professional medical percionnel. Med.sestra no.4:28L30 Ap '54.
(KM 7:5)
(Yurses and nursing)

V.:
Shesto,kova, Ye. V.:
"The level of niaspin-Aicn -in Sta'ue Order
Lan'-or Red Banner Inst of Frh:~sical Cult~_a-e imeni P. F.
of E`; -~ ,-s~cal CT~lture. Leninr-rad, 19-56. (Dissematictri
caacIidatl~~ in I-eclical Sciences).
of Lenin and Ord----r of
Lesgaf i-,. Sci Res Inst
for -the Dec-ree of
Knizlinaya letonis'
No. 21, 19-r(D, Nos ow.

-SIM TAKOVA*-Uv&eniya zaaluzhennyy vrach RSFSR; BOTANOVSKIY,
S.Te., red.; K.T., tekhn. red.
EWork with volunteer sanitary workers in the Krasnaya Preanya
District, 1919-1956; manual for auxiliary councils and volunteer
workers of medical institutions I'Opyt raboty a obehohestvenno-
sanitarnym aktivom Krasnoi Preeni, 1919-1956 gg.;.v pomoshch'
Sovetam sodeistviia i obshchestv~nnozm aktiva lechabno-proifila,
kticheakikh uchrezhdenii. Hookwa, Goo. izd-vo mad. lit-ry, 1957.
101 P, (HIM IT-17)
(MOSCOW-RMLIC HIkM)

SHFSTAKUIA, Ye. Cand '~Jed Sci f,dl,ss) -- "Die level of respiration amon,-g
snor"smen". 7.erin,grad, 1958. 14 pp (State Order of Lenin and Order of labor
Red Banner Inst of 'Filys Dilture JLT,, P. F. Les-gaft, Sci Res Inst of ---Lys Cultluxre),,
100 co-ples (nu, -,~,o 10j, 1960, 138)

USM/Human and Animal Physiology (Normal and Pathological) T
Physiology of Work and Sport
Ab s Joux Ref Zhur Biol., No 6, 1959, 27156
Author Shestakova, Ye.V.
Inst
Title The Respiratian Level in Athletes
OriG Pub Teoriya i praktilm fiz. kul'tury, 1958, 21, No 1, 60-66
Abstract Vital lun~;capacity and volumes which constitute it
were measured. L-a individuals who do not participate
in sport, the volumes of reserve and complemental air
are almost the same. The ratio of these volunes is 1.0
(median "level of respiration"; LR), Systematic occa-
pation with sport led to decrease of their LR particular-
ly significant decrease of LE vas noted in athletes whose
respiratory system undergoes great influence of perfor-
med physical exercises. Athletes with louger experience
and higIler.sport classification had the most decrease LR.
Card 1/1

BASff-WIN, V.A.; MISTAKOVA, To. V.
Development of sanitary and bacteriological laboratories in Moscow
Ffovince for forty years. lab.delo 5 no.6:55-56 X-D '59.
(KM 130)
(MOSCOW PROVINCII-BACTERIO10GICIL LABORATORINS)

SHESTAKOVA, Ye.Ye., assistant
Results of late observations of cardiovascular changes in children
who have had scarlet fever. Trudy a'-!I no.25:13CL-W '~?-
(MIRA 14:10)
1. 1z kafedry detuki-kh infektsiy Omskogo meditsinskogo instituta
imeni Kalinina, zav. kafedroy dotsent G.A.Sizemova.
(SCARLET FEVER) (CARDIOVASCUIAR SISTI-14-DISMES)

SOSTAKOVA, Z. N.-
"Study --f the Structure of the (Tapeworm) Oncosphere and Its
Resistance to the ZffectCs of External Factors." Cand Biol Sci,
Molotov State Medical Inst, Molotov, 1955. (KL, No 11, Mar 55)
SO: Sum. No. 670, 29 Sep 55-Survey of Scientific and Technical
Dissertations Defended at USSR Higher Educati-nal Institutions (15)

"Ci. b 7 Dcu "C) ~Imd ~c
on- P~cscntccl for T-)ej-rce~, 4,1
in 171"n. Fror,-. -ozkar~~, Jan-`~(,. lc~17:0.

SHEVBL3V, A.S.; GINDIN, A.P., saveduyushchiy; KRONTOVMYA, H.K., professor,
du.yushchiy; TIMAKOT, V.D., professor, direktor.
Study of peritoneal rickettsiosis in connection with the affect of splenectojw
and block upon the morphologic reaction of the organism. Zhur.mikrobiol.apid.
i immun. no.9:12-16 S t53. (MLEA 6:11)
1. Sypnotifosnyy otdal Inatituta epidemiologii i mik-robiologii im. pochetnogo
akademika N.F.Gamalei Akademii meditainakikh nauk SSSR (for Krontovskaya).
2. Patomorfologicheekaya laboratoriya Instituta spidemiologii i mikrobiologii
im. poahetnogo akademika N.F.Gamalei Akademii meditsinskikh uauk SSSR (for
Gindin).' 3. Inatitut arpidemiologii i mikrobiologii im.pochatnogo akademika
17.F.Gamalai Akademii maditsinskikh nauk SSSR (for Timakov).
(Peritoneum-Diseases) (Rickettsia) (Splaen-Surgery)

SHEVELEV, A.S..
Effect of medicinal sleep and narcotic inhibition on allergic
reaction and on the formation of antibodies in tularemia; author's
abstract. Zhur.mikrobiol.epid.i immun. no.2:30-31 F '54.
(MLRA 7:3)
1. Iz kafedry mikrobiologii (zaveduyushchiy - dotsent V.A.Yudenich)
Smolenskogo meditsinskogo InBtituta (direktor - dotsent G.K.Starikov)
i Smolenskogo inBtituta epidemiologii i mikrobiologii (direktor -
kandidat meditsinakikh nauk S.G.Khanin). (Tularemia) (Sleep)

USSR / General Problems of Pathology. Pathological U-3
physiology of Infectious Processes.
Abs Jour Ref Zhur - Biol,, No 17, 1958, No 80251
Author Sheveley A S.
Not give-L~-*
Inst n
Title Influence of Splenectomy and Blocks on the Reaction of the
Organism During Experimental Typhus in White Rats.
Orig Pub Zh. mikvobiol.,, epidemiol. i immunobiologii, 1957, No 1~
1o4-107.
Abstract Mice were innoculated with typhus through 24 hours after a
splenectomy, or through 1-y-2 hours after a RES block by
means of subcutaneous introduction of 0.05 ml/kg of a 0.5%
solution of methylene blue. Results took into account the
percentage of deaths of the mice, the character of changes
in the lungs) and the quantity of rickettsia in them. RES
block aggravated the course of rickettsial intoxication and
pneumonia in mice; splenectomy conditioned an increase of
Card 1/2
10

SHE VELSIV, A. S.
&ome con;r,`o-v-e-r,,`s-is1 aspects of the theory of infection; comments on
I.V.Davydovskii's book "Theories of infection." 4ur.mikrobiol.
epid. i Immun. 28 n0-9:111-117 6 "57. (MIRA 10:12)
( I PFECT 1014,
controversial aspectg of (Rus))
(UA VYDOVBKII, I.V.)

SHEVEIAV, A.S.,
1OZ;fj
Morphological changes in neural elements of the skin followihg
immunization vith living tularemia vaccine Cwith an, ry in English]
Biul.ekap.biol. i med. 43 no.1:114-118 Ja 157, (MLRA 10:8)
1. Iz kafedry mikrobiologii (zav. - prof. B.A.Yudenich) Smolenskogo
meditsinskogo instituta (dir. - dotsent G.M.Starikov). Predstaylena
akademikom A.D.Speranskim.
(SKIN, innervation,
eff. of tularemia vace. in guinea piga (Rua))
(TULAREMIA, immunology,
vacc.. eff. on skin innervation in guinea pigs (Rua))

METEM, A.S.
Vaccinal tularemic infection in white mice following radiation
injuries [with summary, in English]. Med.rad. 3 no.4:50-56 JI-Ag
158. (MnU 12: 3)
1. Iz kaf edry mikrobiologii (zav. - prof a V-A& Yudenich) Pmolensko-
go meditsinskogo instituta.
(ROENTGEN RAYS, effects,
sublethal dose, on tularemia immun. in white
mice (RUB))
(TULARKMIA, experimental,
eff. of x-rsy sublethal dose on immun. in white
mice (Rus))

S"-VF,I,V,V, A.S.
Characteristics of intersT)ecies an,, in~racpecies re
Pts in
tO
microorganisms. Zh3ir. mikrobiol. epid. iftm= .9 1 *
132 Ag '58. QfICROORGUIPMS, MM 11:10)
interepeales & intraspecies relationships, review (Rua))

SFMVELEV, A.S.
Vaccinal tularemic infection in guinea pigs following radiation injury.
Binl. ek9D. biol. mod. 47 no-5:60-64 !t, '59. (NM 12:7)
1. Iz kafedry mikrobiologii (zav. prof. V.A. Yudenich) i kafedry
rentgenologii I radiologii (zav. dotsent A.A.' Smirnov) Smolenakogo
meditsinsko,-,o instituta (dir. - dotsent G.M. Starikov). Predstavlena
deystvitellny~n chlenom AMR SSSR N.H. Zhukovya-Vere2hnikovym.
(ROMITTMI RAYS, eff.
vaccinal tularemic
(TUIATMIA, exper.
same)
infect. in irradiated guinea pigs (Rus))

SIVOTAM, V. A. S.
Pecidiur variant of canaule bacteria causing epizootic out-
breaks among white mlc~. Zhur.mikrobiol.epid. i Immm. 30
no-5:139-IIM My '59. (11DU 12-9)
1. Iz Smolenskogo neditsinskogo instituta.
(BACTERU, PATHOGMIIC)

SHEVELIV, A.S. (Smolensk)
Mcperimental allergic encephalomyelitis;
Zhur. nevr. i psikh. 59 no.1:106-114 159.
(ENCEPHALOHMILITIS, exper.
allergic enaephalomVelitia,
(ALLIRGY, exper.
saide)
survey of foreign literature.
(NM 3-2:3)
review (Rus))

17(l0) SOV/26-60-1-3/45
AUTHOR: Shevelev, A.S., Candidate of Medical Science
TITLE: The Radiation Chimera and the Treatment of Radiation
Sickness 41.
PERIODICAL: Priroda, 1960, Nr 1, pp 20-25 (USSR)
ABSTRACT: This article describes man's attempts to discover
a method of tissue transplantation., After a brief
general introduction the author discusses the hypo-
thesis formulated in 1950 by V.G. Lopashov and O.G.
Stroyeva that animals become tolerant of many anti-
gen complexes because they exist in and have deve-
loped with their own bodies. From this it follows
that if some alien antigen complex is.introduced
into a foetal or new-born organism, the host's
immunizing system adjusts itself to the antigen and
creates a condition of tolerance. This supposition
was confirmed experimentally in 1954 by R.E. Billing-
Card 1/8 ham, L. Brent and P.B. Medavar, who found that

SOV/26-60-1-3/45
The Radiation Chimara and the Treatment of Radiation Sickness
tolerance arose more often after homoplasty than
after heteroplasty. Other methods of evoking immun-
ity to transplantation were suggested but generally
produced negative results. However, new possibilities
have been opened by recent study of ionizing radia-
tion and, in particular, its influence on the infect-
ion and immunity processes. Experiments on the bio-
therapy of radiation-sickness revealed facts which
allowed the problem of tissue transplantation to be
viewed from a different angle. A.G. Karavanov and
other scientists found that therapeutic results were
forthcoming when liens or lienal tissues were trans-
planted from a normal animal to one subjected to ra-
diation. The effects were most obvious in cases of
isotransplantation, but results were achieved in a
number of experiments on lienal heterotransplantation.
It was later established by, among others, V.L. Troits-
Card 218 kiv and M.A. Tumanyan, that therapeutic effects cou

SOV/26-60-1-3/45
The Radiation Chimera and the Treatment of Radiation Sickness
be obtained from the induction of isologous, homolo-
gous or heterologous bone-marrow in the first 4 hours
after radiation. Two theories have been forwarded to
explain the therapeutic effect of the induction of
blood-producing tissue into an organism which has
been subjected to radiation. They are: (a) that it
is caused by the presence of a special blood produc-
tion stimulating factor in the blood-manufacturing
organs of the radiation-free animal; (b) that the
cells introduced into the organism subjected to rad-
iation multiply themselves. Four methods (the histo-
chemical, the cytological, the immunological and the
physico-chemical) were evolved to test the latuter
hypothesis. These methods respectively revealed:
(a) the presence and reproduction of granulocytes
in rats and mice; (b) the presence of small marker
chromosomes in T-6 mice subjected to radiation and
Card 3/8 treated with lienal cells from normal mice of the

SOV/26-60-1-3/45
The Radiation Chimera and the Treatment of Radiation Sickness
same type; (c) the difference between the cells
of the donor and those of the host; (d) the pre-
sence of heterologous erythrocytes in the radiation-
treated host. These four methods permitted valu-
able transplantation of blood-producing tissue by
isotransplantation, homotransplantation and even he-
terotransplantation. In the latter case the best
results were obtained when the organisms were of
closely related species. During the last two or three
years further experiment has shown that, under cer-
tain conditions, it is possible to create a true
1'radiation chimera" by the introduction of heterolo-
gous blood-producing tissue into a radiation-treated
host with the result that the induced tissue not
only multiplies itself but also totally replaces
that of the donor. This result is usually obtained
Card 4/8 when the host has been subjected to a lethal dose

SOV/26-60-1-3/45
The Radiation Chimera and the Treatment of Radiation Sickness
of ionizing radiation, so it appears that successful
heteroplasty eg. of bone marrow demands that the host
be subjected to radiation sufficient for the massive
destruction of the animal's blood-producing tissue
and the repression of immunological reactivity so that
the organlism cannot resist the implanted tissue. The
nature of1the resultant "chimera" depends on the con-
dition of the donor. When, for example, a mouse sub-
jected to radiation has its blood-producing tissue
partly or wholly replaced by rat bone-marrow, it re-
acts like a rat to induced antigens. It appears,
therefore, that transplantations of this type produce
a specific and lasting change in the irnmilnobiological
Qualities of the host. The change expresses itself
in the development of a condition of tolerance which
seems to depend on the ability of transplanted cells
u
to develop in the radiation-treated host. However,
Card 5/8 when homologous and heterologous blood-producing

SOV/26-60-1-3/45
The Radiation Chimera and the T.-eatment of Radiation Sickness
tissue is implanted, a number of specimens die of
secondary affection between the 21st and 120th day
after radiation. In the first 20 days the morta-
lity rate is low. In cases of isotransplantation se-
condary radiation sickness is not manifest. Scien-
tists attribute delayed mortality either to a) the
production by the host organism of antibodies which
react with the antigens in the implanted tissue, or
to b) the production of antibodies in the induced
blood-producing elements. Secondary radiation is
assumed to set in when there is insufficient mutual
adaptation between the antigenously disparate tissues
of donor and host. The absence of secondary affec-
tion in isotransplasty is explained by the fact that
total adaptation occurs and no antigen-antibody re-
action takes place. Adaptation depends on the degree
Card 6/8 of regeneration in the host's immunogenetic tissue

SOV/26-60-1-3/45
The Radiation Chimera and the Treatment of Radiation Sickness
and the degree of self-reproduction in the immuno-
genetically active cells of the implanted tissue.
In his conclusion the author stresses the importance
of finding some means of combatting secondary ra-
diation sickness and states that, in 1957, A.
Lengerovd (Czechoslovakia) discovered that, although
delayed mortality occurre(~ after homoplasty of the
blood-producing tissue from grown animals, it was
absent when embryonic blood-producing tissue cells
were induced into the radiation-treated specimen.
Further hope is given by the case of the 6 men who
fell ill after an atomic reactor accident in Hun-
gary on 15 October 1958. Five received fatal doses
of gamma-radiation (600 - 1,200 r) and were flown
to Paris for treatment by the induction of homolo-
gous bone marrow from donors of the same blood-
group. An emulsion of bone-marrow (183-300 ml)
Card 7/8 was induced on the 24th, 33rd, and 36th day after

sov/26-60-1-3/45
The Radiation Chimera and the Treatment of Radiation Sickness
exposure, and it was noticed that, 48 hours after
injection, the number of red and white corpuscles
increased in the four victims still alive. The pa-
tients' body weight increased and their general con-
dition improved. All four are still living. In a
final paragraph, the author affirms his belief that
research on the creation of a "radiation chimera"
will give new leads on the nature of transplantation-
immunity and permit the problem to be reviewed in
another perspective.
ASSOCIATION: Smolenskiy meditsinskiy institut (Smolensk Institu
of L'Iedicine)
Card 8/8

.--SHE7MV, A.S. (Smolensk)
Ionizing radiation and problems of bone marrow transplantation.
Pat.fiziol.eksp.terap. 4 n0-1:3-13 Ja-7 160. (KIRA 13:5)
(BONE MMOW)
(RADIATION XMCTS)

ZARUDIN, V.V.; SHEVELEV, A.S.
Problem of features of the morphology of vaccinal, tulare 'a
infection ~n acute radiation sickness. Biul. eksp. biol. i
med. 1+9 no.3:113-1-17 Mr 160-. (MIRA 14:5)
1. Iz kafedry patologicheskoy anatomii (zav. - Drof. V.d.Molotkov)
i kafedry mikrobiologii (zav. - prof. V.A.Yadenlch) Smolenskogo
meditsinskogo instituta (dir. - dotsent G.M.Starikov) i Smolehakoso
oblastnogo onkologicheskogo dispansera. Predstavlena deystviteltnym
chlenom AM11' SSSA V.N.Chernigovskim.
(RADIATION SICKNM-S) (TUIAMIIA)

SHEVELF,Vp A.S.; PRJJDNIKOVA-~ M.N.
Effect of Ionizing-irradia-tion an the formation of immunity
following immmization with live tularemia vaccine. Biul* ekspo
biol. i mad. 49 no. 5:94-98 My 160. (MM 13:1~)
14 Iz kafedr mi obiologii (zav. - prof. V.A. Yudenich)v rentgenologii-
i radiologii (zav. - dotsent A.A. Smirnov) Smolenskogo meditainakogo
instituia (dir. - dotsent G.M. Starikov) i Smolenskoy oblastnoy
sanitarm-epidemiologicheskoy stantail (glavW vrach N.'s. E3-lengorn).
Predstavlena deystvitelinym chlenom MIN SSSR V.V. P~Lrinym,
~ (X RAYS-PHYSIOLOGICAL EFFECT) (TULAREMIA)

SHEVELEV. -,A~S,
Effect of ionizing radiations on antigenic tissue properties.
Med. rad. 6 no.2:78-79 f61. NIRA 14:3)
(RADIATION-PHYSIOLOGICAL EFFECT)

SHEVELEV, A. S., inzh.; VASILIYEV, N. N.
Palace of labor. Zdarovie 8 no.1-1:25-26 11 '62.
(MMA :L5: 10)
(MOSCOW-TEXTILF. FACTORIES-HYGIENIC ASPECTS)

SFEYLM,EV -A.S,-
Some problems of dissociation of the vaccine strain of the tularemia
agent in the light of ra(itobiological data. Trudy SMI 16:275-281 163.
(MIRA 18.,1)
1. Iz kafedry mikrobiologii (zav. - prof. V.A.Yudenich) i rentganologii
i radiologii (zav. - dotsent A.A.Smirnov) Smolenskogo gosudarstvennogo
meditsinskogo instituta.

SHEVELEV, A. S.
Tissue transplants. Priroda 53 no. 11:45-52 164. (MIRA 18:1)
1. Smolenskiy mgditsin3kiy institut. -

- ----- I
- , -- L 48318-65 - -
r

SHEVELTEV, A~:-:,
11 - -
ete7Lrillilng 'h9 Da7EretSrc3 of jiStrl-turion Of
dimen.sions in ina-hining a sell of pa-.~ts. -"Z-,r. vys. ucheb~
av. tekh. 8 no.l~,99-106 165. -,L8 3

SHEV=, A.S._
Study of the mechanism of immmological unresponsiveneex in-
duced by the transplantation of homologous spleen cells to
sublethally irradiated animals. Folia. biolee (Praha) 11 noJ:
177-186 165
1. Departzaant of Microbiology, Roentgenology and Radiology,
Faculty of Medicine, Smolensk,. U.S.S&R.

SHEVEIEV, A.S.
E'ffect of the transplantation of homologous hemopoietic cells on
the synthesis of antibodies In Irradiated animals. Blul. ekap. biol.
i med. 59 no.4M-80 Ap 165. (MJRA 18:5)
1. K[Lfedra mikrobiologil (zav. - prof. V.A. Yudenich) I kafedra
rentgenologii i radiologil (zEv. - dotsent A.A. Smirnov) Smolen-
skogo meditsinskogo instituta.

-jiEVE-,j.-V ~,.S. (Smolensk)
D
I , I
Current problems of the reaction "graft against hos'..' ESP. -
Te (MIRIA LE-16i
sovr. biol. 59 no.3,443-L69 _u 165.

-S,HE,VELEV, A.S.
Further study of the mechanism of histoimmune shock. Dokl. AN SSSR
163 no.lt262-265 Jl 165. (NIRA 18s7)
1. Smolenskiy gosudarstvennyy meditsinskiy institut. Submitted
January 7, 1965.

S11H.'VELEvil A~S.
Study of the rossibility of induction of hi3tclmmune shock Dn
an inologolls genetic system. Diul. eksp. biol- i med. ~-(j r , -
1
72-75 N 165. (MIRA 1c):1)
1. Kafedra mikrobiologil (zav. - prof. V.A. Yudenich) Smolenskogo
meditsinskogo instituta. SubmItted June 13, 1964.

BEWOROWKAYA, S.N.; SHEVELEV, A.S.
Use of the ordi-nal criterlon X (Van der Warden) frx statititical
evaluation of the significance of diff,,~rences in quantitative
measuremento in immunological studies. Zhur. mikrobiol.; epid.
i limmun. 42 no.11:130-131 N 165. (MIRA 18:12).
1. Smolenskiy meditsinskiy institut. Submitted March 1, 1965.

ACC NR, AP6017765 SOURCE CODE: UR/0221/65/059/003/0443/0469
-139
AUTHOR: %,SheveleY-r-A__Z_,.. (Smolensk)
ORG: none
TITLE: Current questions pertaining -to the reaction of the transplant againsVthe ho
SOURCE: Uspekhi sovremennoy biologii, v. 59, no, 3, 1965, 443-~469
TOPIC TAGS: immunology, tissue physiology, pathology, antigen, tissue transplantp-
organ transplant
7~
ABSTRAM This review article covers Soviet and foreign literature In the
!field to 1964. The author divides his discussion into the following par
sz
.1) pathological alterations resulting from the reaction of the transplan
,against the host; 2) the mechanism of the reaction of the transplant against
-the host; 3) peculiarities of the reactions of transplants against the host
:developing-in various genetic systems, a) In a homologous systemi I) In he
t
!,parent strain -- Fl-hybrid system, II) In qmbryos and newborns, 111) in
radiochemers, IV) possibility of in6ctionof the reaction of the-transplant
a.cainst"the host in homologous combination In mature non-irradiated animals.
u
1b) ir an isologous system on the basis of a sex-antigen, c) in's haterologo S.
:system; 4) Importance of the reaction of the transplant against the host ford::
the a tu4y of the nature of. immunological competence and population dynamics
of immunologically c ent cens; 5) meihods of preventing rii6t:[66d_bf'the_
ompet
transplant against the host; 6) reaction of the transplant aga"st-the hosts and
autoimmune reactions. [JPRS]
06 SUBM DATE: none. - OTH MF:
SUB CODE: ORIG PM i 020 2~
Car 1/1,9

L0857147 EWT'M
-ACd- N__ R_ _tA_P_ -6-0 3 0 6 4 7(AIA/) SOURCE CODEt- UR/0396/66/010/004/0074/0079
AUTHOR: -Shavelev, As So (Smolensk)
ORG: none
TITLE: Immun6logical areactivity in radiochimirafi-Lnd its connection-
ith immunological tolerance
.w
SOURCEt Patologicheskaya fiziologiya I eksperimentaltnaya terapiya,':-~
V. 10, no. 4, 19660 74-79
TOPIC TAGS: tissue physiology, bone, bone marrow,, ;~mmunologica*
tolarance,.immunity, tissue tranTlant
ABST AC ioiiizing radiation4kn lethal doses selectively destroys
dy.
lymphoid tiss~_v and bone-marrow cells, leaving an animal or human bo
immunogically t?nprotected. Lethal radiation doses also reduce trans-
plant immunitr sharply, facilitating the viability of homotransplants,
a fact of great importance in radiation-sickness therapy. Neu tissues-
can be substituted for partly destroyed blood-forming tissues of an.
rradiated host. Such tissues consisting of donor tissue plus residuaj""~'
irradiated host tissue are-called radiochimeras. Immunological toler-
ances and mechanisms are being studied to elucidate the processes in-
volved in making successful tissue transplants in adults.- Transplants-!-_-,-!
ard 112 UDC: 612.014.482.017.1

L 08571-67
ACC NRz AP603061;7
succeed less often in adults than in embryos and infants. Certain
antimetabolites mimic the action of ionizing radiation, not only prod
ducing nonspecific lowering of immunological reactivity but also in-
ducing transplant tolerance in the affected animal. Longstanding trana-_~"l
plants acquire immunity to the enzymes of the hoot and survive. There
appears to be a critical period during which the calla either acquire,
the immunity and live or fail to become immune and dieg producing a j.
transplant failure. 'Various types of tolerance problims and immunologi-
cal methods used were also discussed# two Ae 503 J
ORIG,REFI 007/'.-'~'OTH -REFt...065-
SUB CODEt', 06/ SUBM DATES .12AprO/i.
V7,
Uard 2/2

SHEEVELEV, A.S.
Hiatosensitive and historesistant phases in the process of
antibody fornqtion. Zhur.mikrobiol., epid. i immun. 42
no.10:7-14 0 165. (MIRA 18:11)
1. Smolenskiy meditsinskiy institut. Submitted October 16,
1964.

- ~ z
- II ... -
GEARr.'G
Accuracy in meshing conical spiraltoothed gears. Stan.i instr. 23, no. 5, 1952.
Monthl List of Russian Accessions, Library of Congress, November 1952. Unclassified.

S/147/60/000/02/020/020
Riqi/E48i
AUTHORS: Shevelev, A.S. and Fedorochenko, G.P.
TITLE: The Summation of ErrorAn th, MachininAlof Components
PERIODICAL:Izvestiya vysshikh uchebnykh zavedeniy, Aviatsionnaya
tekhnika, 1960, Nr 2, PP 177-180 (USSR)
ABSTRACT: Variable systematic errors and random errors in
machining cause dimensional scatter. In a steady
production process the distribution of errors
approximates either the normal or the Maxwell
distribution. The summation of two independent errors
with different distributions is considered. One-
dimensional error (typical example is the size of a
shaft machined on a capstan lathe) has a normal
distribution adid the other error (typical example is
the error due to the setting up of components in a self-
centering chuck) has a Maxwell distribution. The
distribution of the sum of two errors is derived by means
of the theory of probability. The result is shown in
Fig 1. In practice, a certain manufacturing risk (scrap)
is accepted. The percentage of components. for which the
Card 1/2 total error exceeds a certain value is derived-(Eq (5)).

SHEVEMN, kandidat tekhnicheskikh nauk.
Adjusting machines for the cutting of conical spiral gears. Avt.trakt.
prom. no.6:23-25 Je '53- (MLRA 6;6)
1. Kuybyshevskiy aviatzionnyy institut. (Gear-cutting machines)

DONTSOV, Ye.P.; SHEVELEV, A.S.
Automatic submerged are built-up welding of 52xl5O=. orifices in-
damper plates. Pro12V. opyt v obl. svar. no-1:77-78 '56 NTjRA 9,-.10)
(Rachiner7--Welding) (Electric welding)

A. .'3.
She,,,eiev, A.S. ( Kuy b y sh e vSummation of Uiree -dimensional Deviations in Circular
Scatter P. 119
Interchangeability, Acall~a asuring Methods in Mchine D "COVY
g and 140 Y
11ashgiz., 19,5dp 251 pp j5bornlk Hauchno-tekh. BUM. ms stroitel'noy
DrOBWShlennostij I=ingradzkoya obUst pravlealya, kn. 47).
This collection of articles deals Vith the topics discussed at tbe.:3rd
LCninerad Sci- aad Eacimerine Conference on Interchangeability, accuracy and
Inspection lietbods in IiAcbino-buildine and Instr-ment-making, Leld 18-22 Mex 1957.

IT-EV, A.S.; KASHGHRUV, N.A.
r
M
Suming spatial deviations of surfaces caused by machining parts.
Izv. vys. ucheb. zav.; av. tekh. no.2:162-165 158. (MIRA 11:6)
1* Kuybyehevskiy aviateionnyy institut, Kafedre, proizvodstTa avi-
~vlgateley.
(metal cutting)

SHEV'PJM, A.S. ._CKuybyghev)
Summing spatial deviations caused by circular dissipation.
[Izd.) LOVIT014ASH 47:119-122 158- (MRA 11:10)
(Metalwork)

C,fi-T?BTJ-ZOV, G.A.; SHFVELEV, A.S.
Ways of efficient organization of construction of tbe West Siberian
Metallurgical Plant. Prom.strol, 37 no .2:5-11 F '59.
(MIRM 12:3)
1. ITachal'nik Upravleniya stroitel'stva Kemerovskogo sovnarkhoza, (for
Garbuzov). 2. Glavmiy tekhnolog institute. Promstroyproyekt (for
Shevelev).
(Kemerp-,o Province--Metallurgical plants)

SHEVELEV, A.S.j FEDORCHEI]KO, G.P.
Simnin errors in machining parts. Izv. vys. ucheb. zav.; av. tekh.
no. 2:177-180 160. (MIRA 1-4:5)
1. Kuybyshevski;r aviatsionn-yy institut., kafedra proizvodstva
aviadvigateley.'
(Metal cutting)

SIMVI,;LF.V,.-A S, FEDORCfENKO, G.P.
Determining errors in the Position of surfaces in machining
Parts. Izv.vys.ucheb.zav.; av.tekh. 4 no-3:134-143 161.(MIRA 14:8)
1. Kuybyshevskiy aviatsionnyy institut, kafedra proizvodstva
aviadvigateley.
(1-fachine-shop practice)

__S/147/63/OOO/OO1?O1~/O2O--
E03l/E181
'AUTHORS: Shevelev, A.S.,.and Fedorchenkos G* Pe
TITLE; Total manufacturing errors as derivecffrom: the
limiting values of their' parameters
'PERIODICAL: Izvestiya vysshikh uchebnykh zave.denly,
Aviatsionnaya tekhnika,~no. 0
1, 103, 131-13.91
TEXT: Vector and-scalar errors...are considered separately at
first and then an expression for the 'totail'-error is deriOed which
includes both. In each of-the first -two cases it is -.:assumed that
there are n inde'pendent~components,~;ea'ch-of.which.,in tfie, SUVA of
a systematic and-a random error. The total erroor~for a-gIven
manufacturing risk is- -determined.- Each error component is assum6d,
distributed normally. in-the.-gener I o6ase, th Iere are n' vector
and m scalar components :and, -.as bef6res.a re-latioh is'. derived_~_'.
between the total.* error and -the ~ manufacturing risk* -."e
be-usiid,to~ find the to tal error-for a giveni-,
-expressions derived
manufacturing risk,--or-tQ,find-the permissible values of'the error
coz~pohents for known values_`of~the parameters -or to find the
manufacturing risk fram known Values 'of, the other parameters*
A.-
Card l/2
L

il b42b-bb BWTiM)/BWP(t)/EWP(k)~ELV -)MAU2 JD/HW
ACC NR% AP5020661 SOURCE QUIE:
AUTHOR: Shevelev, A. S.
ORG: 'None
TITLE: Determination of the accuracy of the distance between the axes of worked apertures
SOURCE: IVUZ. Aviatsionnaya tekhnft, no. 3, 1965, 163-168
TOPIC TAGS: machine industry, metal worldne. probability, metallurgic process, mathe-"
matic method
ABSTRACT: The quality of assembly and the rellability of working manufactured parts depends
to a considerable degree on the accuracy of the distribution of the surfaces of the parts rela-
tive to their nominal position. The present article attempts to determine the accuracy of the
distance between the axes of two worked apertures. The solution of the problem is achieved
by the employment of the theoreticil-probability method of the summation of the errors ttecord-
ing to the limiting values of the, parameters as proposed elsewhere (A. S. Shevelev, G. P.
Fedorchenko, Summirovaniye proizvodstvennykh pogreshnostey po predellnym znacheniyam ikh
parametrov. IVUZ, "Aviatsionnaya tekhnika, 11 No. 2, 1963). The nominal distance between.
the centers of two apertures 0 0 Is equal to A (see Fig 1 rn processing the later, the
E2
points 0 and 02 deviate from e nominal position by certain random vector values i 1 and i~..
UDC: 621.3.088t3:658.k1
Card 1/3
01701 -;-2 a

m
b42b-b6
I -..w ~~fv ---- - -- -- - ~

DAVIDENKO, Illia Dcarilovich; , -,"~ , . le'll-sey :ergeyevich;
SIEOHENKO, Y.2.- :Ieo.~----;~...O-A~~~~-,~~-.,-.--",~-~~-~r,~-~-
.1 -
(Automatic welding of parts]
s-varka malogabaritrWIch. aietalai. Rostcv-
skoe knizhnoa zd-vo, L24 p. ft~': 7:; ~, I F.
I

L 32881-65" LtJT(.d)----I (c)
:j /00
AccEssiom ims AP5005540
Determining the parame
TITM
4-
components'
oceesing a group of
,

rVUZ. Avlatsi -tekhniket noo- it -1965
t 99-106
-
I TOPTC TAM statistical analysi probability

4BLTMCT s Under asemptions of & normal process indepowdent. randw varlablea -wiflh':
of
'fixed variance and linearly changing es the cost _ one r=
mean# the author ccmput
: of a production procem OrIg, art, has' 5figurestA table# and 28 formilm
AMOTATIONs none

WBIMMI 113";,A4

NO W 'SM 1 003

cc

1,7 I.T . i1r: m(--d tsL-s -,Y u7.!,. by; H-U, DREF Z'-. -
"-L~ 'tar.
Lnte-co==-,cF~tion system Ln a therapeutic section. Voen.--.-,.Ied.
Z', (MITERA 1~,:2)
lur. no. 1:84-85 ja 166 %

"1. 77.
!..'SI~R/Steel, Chmmium-mamzanese
1
Ilears
J,ov/DeC 194,
"Use of Chrome-man-anese-titaniur. 1~'KhGT Steel for Case-har'lened Auto Gears," V. 1.
Fryadilov, V. T. Chiri.kov, A. Ye. Shevelev, 4 pp
"Avtomobillna:-a Iromyslilennost"I No 11/12
Detailed technical discussion ~,f chemical composit-icn of 18Fb.GT steel, metallurgical
F-roFerties,Frain and temyerability, mechanical -roFerties and microstructure after
heat trea4ment, effect of protracted soaking during case-h-ardeninq on resistance to
excess beatin(g, technological Froperties, and why 18KbGT steel is surerior for auto
varts.
F4 127--34

AUTHOR: Shevelev, A. Ye. (Engineer). 129-4-9/12
TITLE: Perfection of regimes of heat treatment of forCings of
1 0
some components of automobiles. (Usovershenstvovaniye
rezhimov termoobrabotki pokovok nekotorykh detaley
avtomobilya).
PERIODICAL: Metallovedeniye i Obrabotka Metallov, 1958, No.4,
PP - 45-49 (USSR)
KBSTRACT: The stability of austenite during normalisation annealing
and other types of heat treatment is directly dependent on
the preceding plastic deformation in the hot state. Due to
the effect of the residual stresses caused by the shaping
of the metal , the austenite becomes less stable and at
certain critical temperatures of austenisation the
austenite will partly decompose and ferrite will form.
Experience has shovm that formation of ferrite at these
Uemperatures will be the more intensive the hi.-her the
degree of the preceding plastic deformation, i.e. the
higher the residual stresses. The forming ferrite leads
to a change in the mechanical propertiesibringing about a
reduction in the ductility simultaneously with a reduction
in the hardness of the metal. These relations are best
u
Card 1/4 illustrated by examples from the practical exDerience of

129-4-9/12
Perfection of regimes of heat treatment of for-in-s of some compon-
ents of automobiles.
the forging shop of the Moscow Automobile Works imeni
Likhachev. The general practice of these Works is described
dealing specifically with half axles, connectinE rods and
valves. The measures are described which enable imDroving
the quality and reducing the number of rejects. For
instance in the case of valves, a change in the heat
treatment regime eliminated completely rejects caused by
wrong curvature of the valves and enabled obtaining a
very good combination of mechanical properties. On the
basis of the given information the following conclusions
a2e arrived at. The stability of austenite in the range
of the applied heat treatment temperatures depends on the
degree of deformation of the particular component during
the hot forging process; the higher the degree of deforma-
tion the larger will be the magnitude of the residual
stresses and the less stable will be the austenitef
Increase of the austenisation temperature or of the
annealing time during austenisation brings about a partial
0 0
.decomposition of the solid solution and ferrite separation.
.The intensity of this process increases vit-h increasing
Card 2/4 austenisation temperature. On the basis of the established

120-4-9/12
Perfection of regimes of heat treatment of for-in~-s of soE".le'compon-
ents of automobiles.
relations the following measures are reco=ended:
a) For improving the machineability of forgings produced
by hot stamping of engineering alloy steels (chromium-
nickel, chroium-molybdenum-nickel, etc.), it is necessary
to increase 'he degree of deformation durin.- hot stamping,
i.e. to manufacture the components of blanks of maximum
cross section dimensions and to achieve a degree of deforma-
tion of at least 4 to 5 times. Yor such forgings, the 0
normalisation annealing temperature should be at least 950 C
and 'he tem 0 LI 64-00
U pering temperature s1iould not exceed 630 to C.
Such machining ensures obtaining a inetal with a reduced
touGhness and hardness.
b) For improving the strength properties of the forgings
after hot stamping and heat treatment, it is necessary to
take into consideration the degree of forging of the
component during the process of plastic deformation; the
larger the degree of forging the lower should be 'he
hardening temperature so as to prevent formation of ferrite
caused as a result of partial decomposition of the solid
solution at the austenisation temperature. Components made
Card 3/40f carbon steels which are sensitive to crack formation

Perfeccion of reo-imes of heat treatment of for-ings of some compon-
CD LD CD
ents of automobiles.
should be hardened in waterD the temperature of which
should not be below 45 to 50'C-
There are 3 figures and 3 tables.
ASSOCIATION: Moscow Automobile Works imeni Likhachev.
(Moskovskiy Avtomobilln-,T7 Zavod imeni Likhacheva).
AVAILABLEE: Library of Congress.
Card 4/4

SHEVETZV, A.Ye., inzh.
Forg,ing-press operators of the Likhachov Automobile Plant
adopt new production processes. Hashinostroitell no.12:
2--;3 D '59. (MIRA 13:3)
(Moscow--For,r,iDg--'I!echnologica1 innovations)

KRTMSKIT, Ivan Ivanovich;_�HE.VX6EV.
--A.'Tp., inzh., retsenzent; BIUK, A*S*#
in2h., red.; MARK Z, Tu*L., red.izd-va; SOROKIU, G.Te., tekhn.red.
(finishing operations in forge shops] OchiBtuye operatsii v kaz-
nechno-shtampovochnykh tsekhakh. Moskva, Gos.nauchno-tekhn.izd-vo
mashinostroit.lit-ry, 1960. 110 p.
(MIRA 13:7)
(Forging) (Metal cleaning)

MASSENJ. V.A.; MILOSLAVSKII, I.L.; PAVLOV, S.P.; POGODILOV, M.N.; q9)RLEV,
KUWITSA, S.S.; YAKOVLEV, V.G.; CHESNOKOV, V.K.; KRYLOV,
B.F.; SHIKHANOVICH, B.A.; YAITSKOV, S.A.
Proposals awarded prizes at the 16th All-Union Contest for
Electric Power Economies. Prom.energ. 17 no.10:12-14 0
162. (MIRA 15:9)
(Technological innovations--Competitions)

j,~
rij
L 6 71-6 ENT(d)
43 5
M
WP I).- JD
d i15O18543---
hi
-491
Ut-; AMtOIRSI-Afarkin So V*: 11ko6viring:1
eve W
0
yo 5 S ff F-T.-
T.V1151 New high strength die steels 16r hot forming
SOURM Kumech~o-shtampovochnoye proizvo4stwop i'it 19650 1 142
no
t
A 4 W steel
TOPIC TAGSt die ateelp tool steel#-steel alloys steel
proper. 5,KkM
~41 .7
alloys 40Kh2SVWTu steel alloYt 3KhV4SF steel alloys 25Kh2WIN steel alloy# Mve
steel alloy, 4Kh2V-
.7FM steel allay
k! ABSTRACD kaults are pro nted of laboratory and'industrial-te bf- dii a
4OKh29VMffu1%fhd 45MMMKIeveloped by the authors based on oteele AkYOFFIVI, I
X, 4Mi2V5FH and 251(h2 iffs Seven different all 12 kg of each) were PrGpar" md
L12 kg
tested at the Moskovokiy avtozavod J Likhaahle Moscow Motorcar Fao as
di
v M0807
for hot forging of automobile valveallade of 40 steel. After testing these aevm, %
K steel
based on the previous i~es;ui
lalloys, five new alloys ( to) were prepared and tested. -
It was found that stools 4OKh25VMu (0-43% Ct 0-5 Sit 0-5 Unt 2.8 Uri 1,28 W, 0.9-
M0, o.7i v, M A t) and 45D25V2W (same as previous except 2-53% Ws 0-97 1109
0-73 Vt OsO A 1 0.5 0) were most durablet having the following pbysical properties
respeativalyt at 20C 6 -186 and 205 "2t !k 3.2t 340 W-CMT; at 4500
b

Z- 'i,j
L 64371!-.~
ACCUSIM Mt AP5Oi8543
H
164,178, 6 1499 1599' -09- sk,i 4-39 %it
b
650C 102t 881 851 831 43 37# 8 ?#"'-7 01-44t: 4-Vf0r...'-6
IC
respectively (after quen In *:LIL from I IMC end -'t*6~ho w--' '0=*
U
7
qt q
Har4ness after nitrId
found to be 340 and 363 90 at 6500 Mid 'A.
dl
~~t- 70-OC Jbi oter's So s These values seem =ressmable but aft In
6 in the pape!7 These steols ~mrs found to be I ffvr4tkr, to 'Mee ch.
1L7-3 4414;
times more expensive ihan,the wMerimenW 6116Y86""Oti 4; t K.
12 figures.
ASS
MIATIONt none
qt!Bjjjtj= 100 ENCM 00
mm (Xmt.
Im m Sm, 000 i wo
3-

L z774-66 EWT (m) /EWA W/EWP W/EWP (k)/VdP (WEVIP W/EWA (h)/EWA W/ JD/RWI
,ACCESSION NR: APS022012 UR/02s6/es/ooo/ol4/0080/0080
569,14.08.259
!AUTHOR: Markin.-Sy V.; Tutov, 1. Ye.;,-Prosvirin K, V Shevelevq As Ye. L Belkay
1G. M.- Zemnukhov, 1. F. Y
TITLE: A steel for pressing, lasa 40, No. 173007
1:SOURCEi Byulleten' izobre~e)nly i tovarnykh znakov, no. 14, 1965, 60
JOPIC TAGS: alloy steel, tungsten steql, chromium steel
:ABSTRACT: This Author's Certificate Introduces a steel for pressing which contains
:carbon, silicon, manganese, chromium, molybdenum, vanadium, tungsten and aluminum.
iThe mechanical properties of the steel are improved by using the following ccmposL-
ition (in %): 0.37-0.45 carbon; 0.4-0.6 silicon; 0.5-0.7 manganese, 2.5-3.0 chro-
:mium; 0.9-1.2 molybdenum; 0.6-0.8 vanadium; 1.0-1.4 tungsten; 9.4-0*6 aluminum#
'ASSOCIATION: Tsentralln
I yy
Mashinostroyenlya (Central
I
;Building)
1SURMITTED: b7Feb64
NO REF SOV: 000
nauchno-isoledovateltakiy institut takhaologil I
Scientific Research Institute of Technology and Hachine
ENCL: 00
OTHERi 000
Cardl/l,
SUB CODE: MM

~.-SHEVELEV, B.N.; VASYUCHKOV, Yu.F., gornyy inzh.
Fighting to lower coal costs. Ugol' 36 no.3:45-47 Mr '61.
(NMU 14:5)
1. Nachallnik shakhty No-32 kombinata Vor3mt oll (for Shevelev).
(Coal mines and mining-Costal

SHMIXIII, B.N. kand.t khn.nauk
Effect of diffelent content of the o~._-phase in lKh-'8N9T steel
and of the A-7 ando-t-phases in Khl8VM3T steel on machinability
vith the use of pressure. Trtzd7- NIIJUUMMASH no.34-.82-103 ?6o,
(NMA 14: 1)
(Steel--Testing)

-- SREV~;LKIN,--BrN--kand.tekhn.nauk; BOGOSLOVSKIY, I.M., inzh.; KRAVCI-ENKO,
L,L., inzh.
Investigating the pressure workability of steel-silver bimetallic
sheets. Sbor.st. NIIKHIIOIPM no.33:33-112 '60. (KRA 15:5)
(Metalwork)

SHE!zLK11T, B.N., kand.tekhn.nauk; KRAVCHENKO, L.L., inzh.,- GOLOVANOVA, A.P.,
-----------m1a-d-Bhi.v nauchnyy sotrudnik
Investigating the pressure workability of Kh25T steel. Sbor.st.
NIIKHIMMASH no.33sl2l-132 160. (MIRA 15:5)
(Steel--Testing)

SIMVELEV, S. N.
USSR/Engineering - Hydraulics, Dams Oct 51
"Work of the Junctions of Earth Dams With Con-
crete Structures," B. N. Shevelev, Engr
"Gidrotekh Stroi" No 10, pp 15-17
Discusses method of joining hydraulically filled
portions Of dam to middle concrete part and
describes behavior of Joints during period of
settlement. Thin sheet-pile walls-diaphragms are
extended from ends of concrete structure into body
of earth dams, being connected to concrete mass
with simple specially designed compensators which
have demonstrated satisfactory performance for .10-
yr period.

(-Elizin ~~Er
Hydrcelectric 1-1,curer stutllcns
Mleasures sminst flcatin~ reat islands. Gidr. strci. 21 no. 4, 19IZ2.
Month1v List o~ Russian Accezs4onS, Tibrary ef Con-resz, Au-s-u-st 1952. Unclassified.

SRXVB M , B.N., inzhener; KUZMISHCHIV. P.F., inAhener; MIKHA M ICH, P.A.,
Reinforcing the slopes of earth structures with concrete. Gidr.
stroi.-23 no.4:19-22 '54. (MA-7:7)
(Urthwork) (Concrete construction)

jt/.
42. Slievoley, U. N., sulumary of experience in codstrtic-,
tion an3 operation of an carthfill dani (in liumixill), 111111rolekh.
St.k. 24, 2, mi -:rs, t t m.
A big lipinallit, M) dalu %yart litsilt twrfm Vol pm ItIver at Ity-
Munk (Shch'Crinikov) in IDIL
lWight. 020 It 11m%hullal Imattosil Whith; rar0l volulue in about
2A million Lu yd. Darn Aym built n liervious fail tintion with,
4 n
outnnymmorri.reen., the mand hna. -
st-ttw finally and I lie dulil 6 well ioll)l)nctt%l;' Sebilage is lumnal.
After the: reservoir *&4 fi%nl to M-It level and 1750 ail miles of
aren, many IlWat mmuxllk4 esuergmlaa flmtit)K i4tan'111 nuil, in 1954
esultmagered tim &mn. Ptnat joins vmra dmtroyed IT blastins of.
35 tons of explrwive~ to prevent of apittirays &W over-r.
flow over the dam Dm withstood stsch in urumminl test widi-
out daulaw. A Kolopoibs, USA

H C:
AID P 1752
Subject USSR/Hydraulic Engineering Construction -
Card 1/2 Pub. 35 - 11/21
Author Shevelev., B. N.
Title Some final results of the construction and operation of
an earthfill dam
Periodical : Gidr. stroi., V-33, no.2, 33-37, 1955
Abstract : Basic data on the condition of a hydraulic fill dam
built on clayey gravel foundation are given after 13 years
of operation. The construction process is given by
stages. An analysis of the earthfill is given. The
settling of the dam is discussed, as well as its
perviousness. Due to a wide foundation, the dam was
built without a core and without a drainage system, al-
though the dam is faced with concrete slabs. Tables
indicating the rise of the water level in the river and
one diagram giving the dam's cross-section and 4 diagrams
are included. Three Russian references dated 1952 and
1954 are attached.

8 (6)
SOV/112-57-5-9961
Translation from: Referativnyy zhurnal. Elektrotekhnika, 1957, Nr 5, p 46 (USSR)
AUTHOR:.- Shevelev, B. N.
TITLE: Some Notes on Operating Experience of a Hydroelectric Station
(Nekotoryye zamechaniya iz opyta ekspluatataii-GES)
PERIODICAL: Tr. 2-go nauch.-tekhnich., soveshchaniya po proyektir. i str-vu
gidroelektrostantsiy. M.-L. , 1956, pp 273-274
ABSTRACT: Some peculiarities in the operation of Shcherbakov Hydroelectric
Station are set forth. Trash racks are noted as a weak spot of the station.
The author comes to the conclusion that stronger racks are necessary; the
racks should be advanced upstream and equipped with high-power mechanisms
for cleaning them at regular intervals of sinkers, buoyant peat, and other
foreign bodies. The present racks have been designed for 30fo head; however,
this has clearly been inadequate. In view of yearly formation of subsurface
ice (frazil ice) in and around the Shcherbakov reservoir, heating the racks is
Card 1/2

SOV/112-57-5-9961
considered necessary, even with their advanced position, because otherwise
they will be clogged with solid ice. Poor quality of the roof over the
Shcherbakov Hydroelectric Station is also noted.
Yu. M. S.
Card 2/2

A 03 a 0
9
lvi
HS
I A.
1114 :3 1
it.
-83
-33
is ~f
a
di ~f A Ail is

SIMNELEV, B.P. ; ZAREPOO, K.S.
Producing oil fog and using it in urban gas-eervice pipes TruA7
VITIIGAZ no.5:338-352 '59. (141RA 12:9~
(pipe, Steel) (Corrosion and anticorrosives)

BOif$EaWI, Yu.I.; ZAREMBOI K.S.; SHEVELEV, B.P.
Anticorrosive ihqulation of the inner surface of gas ipelines.
Gimprom. 6 no.5132-37 My 161. ARA 14:5)
(Gass Natural-Pipelines)
(Corrosion and anticorrosives)

ZARFMO, K.S,;.SHEVFUV, B.F.
Irternal protection of gas pipelines with plastic coatings.
Trudy VIIIIGAZ iio.13:147-158 16a. (MIRA 14:12)
(Gau,, Natural--Plpelines)
(Prctective coatings)
(Plastics.)

ZWMBOJ K.S.; SHEVELEV, B.F.
Protection of the inside mwface of steel gas pipelines with
plastic coatings. Trudy VNIIGAZ no.8:107-113 160. (MIRA 1525)
(Gas, Natural-Pipe2ines) (Protective coatings)

ZAREMBO, K.S.; RASSADINA, Ye.H.; GORBUNOV, V.N.; 5~ ~B.P~.
High pressure gas pipelines made of fiber glasr plastic
materials. Trudy VNIIGAZ no.8iD-4-141 160. (KRA 15:5)
(Gas, Natural-Pipelines) (Glass reinforced plastics)

SA,1,7YKOV, A.L.; SIIFVELEV B.P.
-
Device for determining the mechanical impurities in a closed gris
flow. Gaz. delo no.11:19-21 164. (M-TRA 18~-2)
1. Opvtn~,v zavod Vsesoyuznogo nauchno-issledove-teltskogo instituta
prirodnogo gaza.

SHF-VFT--RV,, B.P.
Me~,hods for preparing thie inner ourfaces of pipes of large
d-~ameters before the applicatioz-. of anticorrosion coatingB.
Gaz. delo no.11:29-31 164. (MIRA 18:2)
1. Opytnyy zavcd Vsesoy-uznogo nauchno-issledovatellskogo
Instituta prirodrogo gaza.

SALTYKOV,- A.L.; SHEVM--vV, B.P.-
Measur:Lng the liquid-drop carr-j-3j'f mr a gas fiow using a
0
colorimeter. Khim. i tekh. topl. i masel 9 no.5s65-67
5 My 1 6.1~ (MIRA l7tfl
.1. (~)ytnyv zavod Vsosoyuznogo naL[rhnO-i.-,SlEd.,)Yatellskogo in-
stituta prirodnogo gaza.

SHEVELEV, B.P.; SALTYKQV, A.L.
Distribution of gas to the Lenin State Farm* Gaz. prom. 9 no.7:
30-34 '64. (MIRA 17:8)

Lia ~I i,: : ..
General s--i--,,c-y --17 --inve.- and rational ~zatll.~-,n . I:o-, . -,-~jl . '-." n7,. "J, 'J
,!on'u':-.ILV -List Of kcces-ions, Li-brary of Con;,-res--, Sentember 1-c-52. T~j"CT * S ~ 77 T:~D .
- I I -. - -

S OVELE, V I D. P.
Fulminating gangrene of the external sex organs. Zdrav. Bel. 6
no.12.,54-55 D 160, (MIRA 14:1)
1. Iz khirurgi#heskogo qtdeleniya (zav. - D.P. Shevelev) Smorgonskoy
raoyonnoy bolinitay.
(GANGRENE) ~GENUUTIVE COWS9 MALE-DISEASES)

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ra cu
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