SCIENTIFIC ABSTRACT SAFARYAN, M.K. - SAFIN, I.A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001446710015-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 25, 2000
• Sequence Number: 15
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

(Petroleum-Storage)

AID P 2104
7
Subject USSR/Engineering
Card ~1/2 Pub. 78 -.17/24.
Authors Safaryan, M. K.. band. Chichko G. M.

'Title More precise method of~calculating drop-shaped reservoirs
-Periodical: Neft. khoz., V-33.1 ''no.4,- 78-83, Ap 1955
Abstract The advantages of drop-shaped reservoirs over the'standard
vertical cylindrical types are outlined.. :,Experiments
have shown that in'long-term storing of 'light oil pro
ducts evaporation losses are greatly reduced since most
volatitle,light fractions are under constant pressure in
the upper part of the drop-shaped reservoir. When a
drop-shaped shell is almost.completely filled with
liquid and the small space above it is filled with gas
under pressure the Ihydrostatic pressureexercises equal
tension stresses in'all,parts of the shell envelope and
.therefore the.shell thickness can be made uniform in

PZT'2RK . A.; VINETSKAYA. A.IYuo[translatorl; BOLOTIN, B.M. (translator];

~ ~ARYA~H,-#J., kand.tekhn.nauk; IVANTSOV, O.M.. nauchnyy red.; KAPKAIMS.

PHASE I BOOK EXPLOITATION SOV/4792
Safarfan.., Misak Karspetorvich., Candidate of Technical, Sciences
Stal'We rezervqoxy d1ya khraneniya nefteproduktov; issledovanlya
raboty konstruLtsiY (Steel Tanks for Storing Petroleum Products; Construction-
Work Findings). Moscow, Otdel nauchno-tekhn. informatsii, 1958- 239 P., Errata
slip inserted. 1J.000 copies printed.
Sponsoring Agencies: Glavnoye upravleniye gazovoy promyshlennosti pri Sovete
Ministrov SSSR;, Vsesoy=nyy nauchno-issledovatellskiy institut po, stroitel'stvU
magistrallnykh trubopravodov "MIST."
Scientific Ed.: O.M. Ivantsov; Ed.: V.I. Kapkanets; Tech. Ed&: D.V. Lebedeva.
~PLWOSE This book is intended for industrial engineering and scientific workers
of the oil and gas industry and of other industries concerned with the planning,
analysis, construction., and operation of steel tanks for petroleua, praducts.
COVERAGE: The author summarizes results,of theoretical and experimental studies of
stseltanks.of various,designs and types for storing petroleum products.
-Also presentedare the results of,a detailed study of,the geometric form of
Csxd:~I/ -t~,

Steel Tanks for StoriAg Petroleum Products (Coat.) SOV/4792~
high-capacity tanks,, used in establishing standards.for permissible deviations
'frcm design specifications. The studies were carried out by the "VkIST" (All-
Union Scientific Research Institute for Constructiod in the Petroleum and Gas
-ine-lustry) with the directpartici~ation of the author. The author describes
new tsnks designed by engineers M.I., Ashkinazi, G.M. Chichko, A.S. Arzunyan, and,
by Ye. N..Lessing and V.M. Didkovskiy. . He thanks the latter four and his co-
workers at the "VNIIST": M.I.,Avdeyeva, P.A. Agure .yev, and A.G. Kamershteyn.
There are 46 references: 40 Soviet, 4 German and 2 English.
TABLE OF, CONTEIM:
Introduction
Ch. I. Specificity of Storing Petroleum Products and the Dev elopment of Tarfle-
Construction
Specific properties of petroleum products and special features of.their
storage 6
Field of application of ste-1 tanks for storing petroleum products 12
Tank construction in the petroleum industry of the.USSR 15
Brief description of the state of tank construction in other countries 16

(Petrolouim products--Btor8ge)

HOW-!

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~h r e ak j
L
VI 2 78-3 0
no. I

jA CESSION NRs AP4044717 5/0207
[AUMORSt Ssxaryan,~M. N. (moucow)i Stu ohenko# Ye. (MOSCOW)
00

TITLEt Rotational relaxation of diatomic molocnilea in a light.inert gas
A
!4'1 t Zhurnal prikladnoy makhaniki A tekhMahaskoy finik ip:no-*A,- 19649 29-34*

TOPIC TAGSt vibrational relaxation, inert ~-gast datonic noleculepharsonic
oscillator, rotational relaxation, rokker.Planck equation-,
1
ABSTRACT: the rotational relaxation of heavy diatomic, molecules (a rigid rotator
,
Awas analyzed in a light inert gas under conditions of strongly nonadiabatic colli- J
sione between &tome and molecules. The initial energy distribution of the mol~cxile

o The Boltzmann kinetic,
icorresponds to Toe-T, (T-:temperature . of.the inert
1equation is written for the distribution function 6, t)f (where E, F_ are the
fr
Itranslation and rotational energies respectively)t using the principle of detailed
lbalancing and expanding the right hand side in powers of A and An,,. The FoWer

Manck equation of diffusion is obtained in th Space, o r tal /of dii 110
(IC# F

I
where 119-7!jUsuL.~1
TH-
0
A,%wE.'st At, A) 4,&jdA1
and

_j

B
.It
V
I' Card 1/3 7

ACCESSION NRt
AP4044717
The coefficients of the above.,equation are then determined from the collisioli
dynamico.of I I Br and 01 molecules with He'stoms. ':The. changw in momentum f Or--
V 2'
2
and change in molec rular-'energy by
atoms is given by .1"4
==i-A pap ig -yields
E_ Coefficient then
BE
2M
32 3:
where is the total scattering cross! sections
jig b 12-
Introducing rotational energy distribution function
the Fokker-Planck equation is- obtained in the form 0 which: "is
AU
44
identicalto harmonic oscillator relaxation equation in a_thermo~ta_t h V1kT
Similarily, the equation for translational degree-of freedom yields-~
aF
- =~; 2- bE solutions of both of.the above equ&tions*ard..`-.-,*::~
the
then given in' terma'&f generalisid'IdWerre. iirt'&:: has 1*
r
1 equations.
ASSOCIATIONt none. -
2/A.

ACCESSION NRI AP4044717

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VASILIYEVA, N.V.; PALETSKIY, G.V.; ALIYEV, Ya.Yu.; SULTANOV, A.S.; BOKOVA,

~-m

SAFER, G.

SkFFARIG, B.
1. Redacteur dlextraits, "Bulletin scientifiquell

S/020/62/147/002/019/021'
B 10 1 /B 186
AUTHORS: Safin, I.. A., Pen'kov, I. N_
TITLE; Nuclear quadrupole resonance in stibnite,
t%T
PERIODIC'-: Akademiya nauk SSSR. Doklady, v-, 147, 410-413
no. 2, 1962
TEXT: The nuclear quadrupole resonance (n.q.r.) spectra of natural
stibnite sinc-le crystals of Sb121 and Sbl23-nu-clei situated in chemicall
y
nonequivalent positions A and B (Fig. 1) were recorded (Table 1) by the
pulse method (I. A. Safin, Pribory i tekhn. eksp., no. 3, 96 (1962)).
Results: (1) A maximum of four lines was observed for the Anuclei of. Sb,,
i.e.,there are only two systems of the principal tensor axis of the
electric field gradilent for position A. If the magnetic field lies in the.
ac plane and is parallel to the c axis the n.q.r. line is not.split.
Splitting in two components occurs with other Ho directions. The z axes
of the two systems of the principal tensor axes of the electric field,
.gradient form an angle of 900 with the c axis, and-56 + 10 with the a axi s.
(2) For B nuclei; If the ma-netic field lies in the a-c plane, no splitting
occurs with any direction of H , i.e., the z axis coincides for B nuclei
with the b axis of crystals. ~3) Thewidth T* of~the resonance line of
Card 1/4 2

S/020/02/147/002/019/021
Nuclear quadrupole resonance in... BIOI/B1186
Gaussian form is weakly temperature-dependent whereas TI (the nonsecular
2
part of the width determinin- the form of the signal envelope) varies with
temp.erature. Diffusion oil defects in the Sb S lattice at room temperature.
2 3 1
s assumed to be the cause of this. The deviating form of the envelope...
ior the + 112