SCIENTIFIC ABSTRACT PETROV, R.V. - PETROV, S.E.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001240510013-4
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 15, 2000
• Sequence Number: 13
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

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-iETHOV, #Ee,m_Vlktorovicb; ZA-:E",3KAYll, Yuilya 1 ikhavlovnn;
-;(,L,-JA"ENKI)VA, '.A., red.
[Transplantation iumnity and rmoint4,-n ct--meras]
Transplantat.gioruryi iNmunitet i radiatsionnye kh-DrIpry,
Foskvh, Atornizd~it, 23() ;.- ( ~ i -;A I ~-f - A,

Yj-r'y Pk-,,ayevich; FETIROV, rtKi.
1 -,mmunolo;7ical aspects of the preverO -,n niagnosis ar.4
L-
Lrebt.ment of cancer ': lmm-unulog4cheskle aspe~ty prof4.-
la.ktiki., aliagnostiki t Le.-aFil rakn. Poslcva. MediLsina,
I
1P65 ~ 243 p. (m] RA JR, r))

ACC NRi AM6006277 Monofp7aph UR/
Petroyp Rem Viktorov-ichi Zaretakaya, Y'Uliya Mikhaylovna
:Transplantation immunity and radiation chimera (Transplantatsionnyy immunitet i
radiataionnyye khimery) Moscow, Atomizdat, 65- 0230 P- illuB., biblio.
1,980 copieu printed.
jTOPIC TAGS: radiation, radiation biologic effect, radiation damage, blood,
.transplantation, biologic transplant, tissue transplant, organ transplant
:PWOSE AND COVERAGE: This COMDilation deals with the problems and achievements in
tranoplantilig blood-producing (hematogenous) tissue after overexposure to radiation..'
Problems of the incompatibility of tissues af ter transplantation (transplantation
immunity), and the methods for overcuminE this iiiimunity are analyzed in the light
;of extensive literature and of the authors' experiments. Several chapters are
devoted to methods of transplanting marrow caid to the effectiveness of thiff op9ra-
,tion. Biology of radiation chimera (organisms orig-inating as a result r)f accepting
!the transplants after irradiation of cells and tissue) is presented in datail. Tho
possibility of utilizing radiation chimera for solving actual radiobiological
problems is discussed. A separate chapter deals with the authors' theory on the
.aftereffecta of overexposure to radiation. The monograph is of interest to u 1,~.rge
Card 1/2
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:ACC NR: AM6006277
igroup of investigators in the field of radiobiology, immmology, and transplants-
.tion of organs and tissue, to practicing physicians, and to the teaching staff ani
students in schools of medicine and biology.
.TA.BLE OF COITTE14TS Z-abridged7i
Introduction 3
Ch. I. Transplantation immunity 7
Ch. II. Reaction "transplant vs. the host" 42
Ch. III. The effect of ionizing radiation on transplantation immunity 68
Ch. IV. Immunolo&i.;al tolerance and radiation 98
Ch. V. Medicinal effectiveness of Lransplanting hematogenous tissue to an
irradiated recipient 126
Ch. V1. Radiation chimera - 151
Ch. Vil. Treatment of the transplanted heauitogenous tissue in the organism of
radiation chimera - - 164
Ch. VIII. Irradiated animals as living cultures of cells 203
Ch. IX. The immunological concept of the aftereffects of overexposure to
radiation - - 217
ConoluBion - - 148
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PETROV) S.
Very conveninet. Meest.prom. i khud.promys. 2 no.12:26-2?
D 161. (MIRA 1-4: 12
1. Upravl*ywhchiy kontoroy "Lengorbytprokat"
(Rentine of equirment)

PETROV, S.
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the use of clectric,Ffnerating sets in association with transport vehicles, such as
the IAP-1.5 trailer and the KRAZ-219 and Ural-375 trucks is considered. Personnel
safety considerati no are discussed, and the design, principle of operation, and use
of continuous insulation monitoring devices (PKI for diesel electric sets and rnegom-
meters M-143 for the gas variety) are analyzed. Orig. art. has: 2 figures.
0
SUB DE: / SUBM DATSt none/ ORIG REFt 001

FITOV, S.
"Industrial h7giene' by B.I. Zhelegnov. V.S. Marfenin. Revieved
by 6. eetrov. Ukhr. truds. i sots. strakh. no.2:95 Ag '58.
tHIRA 12:1)
(Industrial hygieno-laws and legislation)
tZhaleznov, B.I.) kHarfenin, V.S.)

SOV/ 137-58-7-14188
Translation from: Referari%nyy zhL-rnai Me'.aliurgiva, 1958, Nr 7. D 32 (USSR)
AUTHORS: Gargc r. K. S. , Krivulya, G D . Unino% , V. D. , Ul'yanov, D. P.
Marrichits, K. A. Petrov, S. A. Sorokin, A. A.
TITLE: Autornation of Cor~TP_~T-p-ro'ces- Control (Avtomatizatsiya
kontrolya kon~erternykh proisesso%)
PERIODICAL: Tr. Nauchno-tekhn a cherr.ov metallurgii, 1q57
Vol 18, pp 738-742
ABSTRACT: A brief pre6entation made of the history of the de-.-elop-
ment of control of Besscmf~r blow, tirst by -.-isual inspection
and later pci-formcd vith he aid ot it photoelectric cell and a
spectros,ope. Thcre fol:L-w-, a description of monitoring with
the aid of the different,.~ photoelectric method as de%eloped by
the Dneprodzerzhinsk Evening institute of Metallurgy in con-
junction with the im. DzerzhinskiV Metallurgical Plant termed
the W-diagram method beca,se of the shape of the record pro-
duced. A description is provided of the means by which this
method is applied; the results of the use of the method under
shop conditions are presented, as are economic indices per-
taining to its introduction and prospects for its development.
-e:
Card 1/1 1. Furnaces--~;ontr~s~ sys, err,..s Photoe.~ectr_;o ___~__A:

AUTHORS. Koburneyev M So re K JL nA. A. -and
Timoshpol'skiy, I.S., Engineers
TITIE- A Rational blethod of Feeding Compressed Air (Ratsional'ny.v
podvod kompressornogo vozdukha)
PERIODICAL: Stal', 1959, Nr 3, pp 212 - 214 (USSR)
ABSTRACT: In order to improve the state of flame in gas-fired
185-Pn and 3?0-ton open-hearth furnaces at the a ove
works, a supply of compressed air (up to 2 00G am /h)
through the water-cooled tuyeres situated on both sides
of the gas port was introduced.. Alternatively, a compressc-d
air (600 - 800 nm3/h) throush Laval nozzles was supplied
to ejectors placed at the end of the gas port. This
measure increased the output of the fu_rnaces by 3% and
decreased the consumption of fuel by 2-3%. In 1956, the
supply of compressed air to 85-ton furnaces was modified.,
n'qMP1V ~ it was introduced into the flame through three
sections of tubes situated along the port (Figure 1).
This mode of supplying air increased the output by 8-10%
and decreased the consumption of fuel by 6-8%.
Si-multa-neously due to a better control of the flame the
Cardl/2 durability of roofs increased. The comparison of operatin4z~

A Rational Method of Feedinw Compressed Air
indices wit-'vout and with the uSe of compressed is
shown in Tables 1 and 2. it is thouvht that a similar
supply cf oxygen may be particularly beneficial. In
-,en thro-",~-'h
this case, it would be sufficJent to supTly jxy~-
-2-3 streams situ--teld an bctl~ sides of the fiame, wL-ere-
apon the bottcm streams wojlu act on the bath, speedin.E
up the steel-makinC process ari6 particularly the decarburi-
sation of the bath. In order to protect the roof from the
a2tion of the flame it wouid be advantageous to supply
compressed air th-rcugh the tubes of the upper section
(Figure 3). There are 2 tables and 3 figures.
ASSOCIATION-. Zavcd -'r, Dzefzhinskogo (im. Dzerzhinskiy Works)
Card 212

PETROV2 S. A.
PETROV, S. A.: "The development of the technique of
explosion work in the USSR mining industry". Leningr
Higher Education USSR. Leningrad Order of Lenin and
Red Banner Mininr Inst. (Dissertation for the Degree
TECTIICAL Sciences)
drillinE-and-
d, 195". Min.
Order of Labor
of Candidate of
SO: Kni--hnaya Letopist No. ~~l, 10 December 1955

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