SCIENTIFIC ABSTRACT VOLKOV, R.A. - VOLKOV, S.D.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001860610003-6
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 9, 2001
• Sequence Number: 3
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

_TT I 1~i
I "TI IJP(c
SOURCE C61:-
AUTHOR: Arkhangel'skiy, M. M.;
TITLE: On the magnetohydrodynamic theo.:y of electrical conductivity in metals
SOURCE: Ref. zh. Mekhanika, Abs. 12B7
REF SOURCE: Uch. zap. Mosk. obl. Ped. in-ta, v. 147, 1964, 241-244
TOPIC TAGS: magnetohydrodynamicst electric conductivity, strong magnetic field,
isuperconductivity
ABSTRACT: MMnetchydrodynamic equations are used for calculating the electrical con-
ductivity of metals in a strong magnetic field. Various simplifying assumptions are
made in integration of these equations in two special cases: an infinite strip of
finite thickness and an infinite cylindrical wire of a given radius. The resultant
distribution of the magnetic field and density of the electric current with respect to
:the thickness of the plate and radius of the cylinder has a rather complex 1brm so t1id
it is possible to establish only a differential relationship between the current den-
sity and the strength of the electric field (the coefficient of e3ectrical conductivit,
depends on the i0ordinates). The limiting cases of an infinitely thin plate and an in.
finitely narrow cy'*Under conform to Ohm's lay. Consideration is given to magnetohydr
dynamic effects as a basiB for a qualitative explanation of the phenomenon of destruc-
tion of the superconductivity of metals by a magnetic field. Bibliography of 5 titles
G. F. Kventsell. [Translation of abstract]
SUB CODE: ?,0
WIN
if

VOLOV, R.G., inthener.
Telovision in aeronautics. Vest.Vozd.71. 38 no.5:92-95 X~r 156.
(NLU 9: 11)
(Television In aeronautids)

Subject USSR/Aeronautics AID P 4659
Card 1/1 Pub. 135 - 25/26
Author Volkov, R. G.
Title Television in aviation
Periodical : vest. vozd. flota, 5, 92-95, My 1956
Abstract : The author, on the basis of various aviation periodicals
abroad, reviews the application of televialon for several
purposes in aviation.
Institution None
Submitted No date

VOLKOV R. I. inzh.
OPerating conditions of drainage OWIng stations and methods for
their improvement. GIdr. i mol. 3.4'.no.l:-I%-47 -Ta 163. (MIRA 16:2)
14, Vuesoyuznyy nauchno-tseledovatel'skiy institut gi&otokhaiki
i moliorataii im. Kostyukova.
(Pumping sti;tionsj (Drainage)

VOLKOV, R!~J- ZAVGOfZODNIYI S.V.
Mechanism of lactone formation in the courae of the liquid-phase
aAoo Adation of certain polyalkylbenzenes. Zhur.ob.k~im. 31
no-9:3090-3099 S '61. (Benzene) (Lactone3) (YdRA 14:9)
2 MW 5 -e -IL f a0 -La it -1 V 1 -5j

50) SOY/156--59-2-24/48
AUTHOR: RO. ~~1 S-7-
TITLE: Some Irregoullaritics of' Formation of Polyhydro-
peroxides of Polyalkyl Benzenes (Nekotoryye zakonomernosti
obrazovaniya poligidroperokioey polialkilbonzolov)
PERIODICAL: flauchnyye doklady vysshey shkoly. Xhimiya i khimicheskaya
tekhnologiya, 1959, Nr 29 PP 311-315 (USSR)
ABSTRACT: The autooxidation of the di- and trialkylbenzenes might offer
now possibilities for the production of phloroglucin, hydro-
quinone, resorcin7 etc. Hitherto the kinetics of this
autooxidation has not been investigated. The author regards
the autooxidation as a consecutive reaction and derives the
following equations for triisopropyl benzene:
M (U U)/(41 r,); D - rIU 2/(rl- r 2)(1 .. r2)-rju '/(rl-
r2)(1 .. r,) + r1U(1 - r,)(1 -r.), T 1 - U .. M Di
q M + 2D + 3T. (U' M, D2 T - the individual molar shares
Card 1/2 of the initial hydrocarbon and of mono-, di7 and trihydro-

SOV/156-59'--2-24/48
Some :-rregularitids of Formation of Folyhydroperoxides of Poly-
alkyl Benzenes
peroxide, q - the degree of oxidation, r1,' r2 ' constants of
reaction rates)* As h,:-4roperoxides do readily decompose they
were reduced to tertLry alcohols and the mixture was
analyzed. The results of analyses (Table 1) shc7i that
r1- 2/3 and r 2 . 1/3 (within the limit3 of error) . Autooxida-
tionfor -diisopropylbenzene is calculated in the same way
(Table 25. There are I figure2 2 tables, and 2 references.
PRESEM,'D 13Y: Kafedra organichaskoy khimii Voronozhakogo gosudaratvennogo
univeraiteta
(Chair of Organic Chemistry, Voronezh State University)
SUBMITTED: November 109 1950
Card 2/2

VOL-KOV, jl-u~-"-
Some regularities in the formation of polyhydroperoxides of
pol.,n-QJqrlbenzenes. Haqch-dokl.vy9.9hkolv; khim. i khiM..takh.
no.2:3U-313 159. (MIRA 12:8)
1. Predstavlena kafedror organicheakoy khimii Voronezhokogo
gonudarstvanno o universiteta.
f1cienzene) (Hyclroperoxidea)

84690
S/020/60/134/004/015/023
W_JLI B016/Bo6o
AUTHORS: Topchiyev, A. V., Academician, Volkov, R, N., and
Zavgorodniy, S. V. -------
TITLE: A Study of the Rules Governing the Alkylation of Xylenes
With Propyleneqin Presence of BF 3*H3PO4
PERIODICAL: Doklady Akademii nauk SSSR, 1960, Vol. 134, No. 4,
pp. 844 - 847
TEXT: The rules governing the alkylation of o- (I). m- (II), and p-xylene
(III) with propylene in the presence of BF 3 *H3PO4have not been studied
by previous researchers (Ref. 2), nor have their yields of isopropyl
xylene been higher than 52%, The authors of the present paper made a
systematic study of the effects of cat sly s i1conc entmtion,* temperatiXre, time of re-
action, and inolar ratio of reagent-9 upon We- yield and the composition
of the alkylation product of (I) - (III). In doing so, they established
the conditions under which it is possible to obtain a 90% yield in
Card 1/4

A Study of the Rules Governing the Alkylation S/020/60/134/004/0i5/o23
of Xylenes With Propylene in Presence of B016/Bo6o
BF3 QH3P04
isopropyl xylenes, and clarified the kinetic characteristics of the re-
action. Alkylation and fractional distillation were performed in the same
way as shown in Ref- 3. The propylation of (I) gives rise to 4-isopropyl-
-o-xylene (IV), 3-isopropyl-o-xylene (V), and 4,5-diisopropyl-o-xylene
(VI), while (11) yields 4-isopropyl-m-xylene (VII), 5-isopropyl-m-xylene
(VIII), 2-isopropyl-m-xylene (IX), 4,6-diisopropyl-m-xylene (X), and
2,5-diisopropyl--m -xylene (XI). The monoalkylate of (111) exclusively
consists of 2-isopropyl-p-xylene (XII), while its dialkylate mainly con-
sists of 2,5-diisopropyl-p-xylene (XIII). Table 1 contains the principal
constants Of the resulting compounds and the xylenes employed in the
process. Heretofore, there was no description of M and (VI) to be found
in publications. The authors describe the methods of identifying the
isomers~ They were oxidized to form benzene polycarboxylic acid, and
examined both refractometrically and by means of infrared absorption
spectra. The authors,further describe the separation of benzene tricarb-
oxylic acids, and that of their esters. The dilactone of 2,5-di-(4--oxy-
-isopropyl)-teraphthalic acid was obtained from (XIII) by oxidation..
Card 2A

8h690
A Study of the Rules Governing the-Alkylation S/020/60/134/004/015/023
of Xylenes With Propylene in Presence of Bo16/Bo6o
BF3-H 3P04
Moreoverv isopropyl xylenes were also identified by self-oxidation.
Results obtaiqed from some experiments on xylene propylation are shown in
Table 2 and include composition of reaction mass, yields, ratio of apparent
rate constants of the alkylation of iBopropyl xylenes and initial xylene
(r = k2A1 ). It may be seen from Table 2 that an increase in temperature
and in the concentration of BF 3*H3P04 reduces the relative formation rate
of products resulting from secondary alkylation, as had already been
established previously by the first-named author jointly with N. V.
Kurashev and Ya. M. Faushkin (Ref. 7). The rules governing, the iso-
merization of polyalkyl benzenes are formulated as follows: the migration
of the isopropy.1 group has an inner-molecular character, and chiefly
occurs whenever there are alkyl radicals in the positions 2,3, 2,4, or
2,3,5 relative thereto. These rules, in addition to explaining the charac-
ter of the orientation of substituents, allow the process to be controlled
in such a way that the substances desired can be obtained with highest
yields. There are 1 figure, 2 tables, and 9 references: 6 Soviet and
1 US.
Card 3/4

A Study of the Rules Governing the Alkylation S/020/60/134/ooVol5/023
of Xylenes With Propylene in Presence of B016/BO60
BF 3.H3PO4
ASSOCIATION:,Voronezhakiy gosudarstvennyy universitet (Voronezh State
University)
SUBMITTED: April 29, 196o
Card 4/4

VOLKOV, R.N.; MIMI, 'Yu.S.
luio-oxidatior. of 2--..7cloh=yl-p-xylene in -the 1-;*.quid phase.
M--r. ob. khim. 34 nolt-M5-1340 Jl 164 (MIRA . 1718)
1. T03~Mezlitikly gosudarstvannyy univercitet.

VOLKOVII R.N.; ZAVGORODIIIY, S.V.
-------------
Law governing the autoxidation of polyaUy2benzones. Liquid
phace autoxidation, of isopropyl-o-x1lenes. Zhur.ob.khim.
31 no.8-.2629-2635 Ag 161. (MBA 24:8)
1. Vorone7hBkiy gosudarstvonnyy universitet.
(Xylene) (Oxidation)

VOIKOV, R.N.; UVGORODUIY, S.V.
Nature of the alk7lation of aromatic hydrocarbons by olefinz
in the preeenco of 373.H3PO 4. PokLAN SSSR 133 no.4;843-846
Ag 160. (MIRA 13:7)
1. Vorone2bakly gosudaraWenW universitet. Predstavleno
alatdemikom A.V. Thpahiyevym,
(Alkylation) (Olefins) (Hydrocarbons)

3/020/60/152/03/20/066
B011/B008
67J.2 0 0
AUTHORS: Volkovp Re No, Zavgorodniyp S. V.
TITLE: Kinetic Peculiarities of the Ieopropyl Xylene Autoxidation
in the Liquid Phase
PERIODICAL: Doklady Akademii nauk SSSR# 1960t Vol. 1329 No* 3o
pp. 591-594
TEXT: In this paper the authors continued the previous investigations
(Ref. 1). Thoy now studied the problem mentioned in the title on
polyalkyl benzenes with neighboring substituents, o-xylene Mt 4-iso-
propyl-o-xyl(3ne (II)t 3-isopropyl-o-zylene (III), 2-isopropyl-p-xylene
(IV), 4-isopxopyl-m-xylene (V), 2,5-di-isopropyl-p-xylene (VI) and
o-eymene (VII) were investigated. It was determined that y-lactones
(phthalide-derivatives) also develop during the autoxidation of these
substances, besides alcohols, ketones, acids etc. From (I) there forms
in the presence of 0.6 Mol-% cobalt acetate: o-toluic acid, 5-8% of
phthalide, and 2-5% mixture from toluyl aldehyde and tolyl carbinol.
The highest concentration of hydroperoxide does not exceed 1-1*5%.
Card 1/3

Kinetic Peculiarities of the Isopropyl 3/02 60/132/03/28/066
Xylene Autoxidation in the Liquid Phase B011 X3008
A rather complex mixture develops from (II) at the oxidation. It can be
aeen from Table 1 that the yield of lactones amounts to approximately
5% of the oxidized hydrocarbon. Other products with two oxidized groups
develop in noticeable quantities at an intensity of the oxidation of
over 30%- (III)-(V) are very slowly oxidized in the presence of
manganese resinate. Cobalt acetate and cobalt isopropyl toluylene
accelerate the process considerably. It was not possible to direct the
process by these two catalysts towards the predominant formation of
hydro peroxidea, since these decompose very quickly in the presence of
cobalt salts. (VI) could oxidize at 1 1OOC within 7 hours with 6 mg/Mol
manganese resinate and 10 mgli(ol soda up to a 10% concentration of
hydro peroxideso The isopropyl-group can be oxidized in II) almost
4 times more easily than the CH3-group, but in (IV) and ~V) the total
rate of oxidation of the groups placed side by side is only 1-3-1-7
times greater than that of the individually placed groups, owing to
steric hindrance. Fig. 1 shows the kinetics of the oxidation products
of (V) at 1300C in the presence of 1 Mol-% cobalt isopropyl toluylate,
as well as of (IV) at 16oOc. The rate of the introduction of air was
Card 2/3
kill

Kinetic Peculiarities of the Isopropyl S/020/60/132/03/28/066
Xylene Autoxidation in the Liquid Phase BO11/BOO8
1 l/min, The composition of the oxidation products of (IV) and (V) is
given in Ta'ule 20 It follows therefrom that laotones develop at a
considerable rate already in the earliest phases. More than 50% lactonee
develop at the oxidation of (VI), (III) and (VII) give also high yields.
Based on the results, the authors come to the conclusion that the main
cause of the high yield of lactones1lies in the isomeri2ation of the
free radical (see Scheme). There-are I figure, 2 tables, and 5
references, 3 of which are Soviet.
ASSOCIATION: Voronezhakiy gosudaretvennyy universitet (Voronezh
State University)
PRESENTED: January 8, 196o,.by.A. V. Topchiyev, Academician
SUBMITTED: January 8, 1960
Card 3/3

50) SOY/79-29-5-8/75
AUTHORS: Zavgorodniy, S. V.I,Volkovp R. it.
TITLE: Alkylation of p-Diisopropyl Benzene With Propylene in the Presence
of the Catalyst BF Y 113PO4(Alkilirovaniye p-diizopropilbenzola
propilenom v prisutstvii katalizatora BF 3'H 3P0 4)
PERIODICAL; Zhurnal obshchey khimii, 1959Y Vol 29, lir 5t
pp 1447 - 1449 (USSR)
ABSTRACT: In the present paper the alkylation of p-diisopropyl benzene with
propylene in the presence of the catalyst BF 3*H3PO4 in the
temperature range 3 - 105 and at a ratio of p-diioopropyl ben-
zene, propylene and catalyst 1-5: 1: 0.1 - 0.5 was investigated.
Triisopropyl benzenes and tetraisopropyl benzene were found to
be formed. Trii'sopropyl benzenes represent a mixture of 1,20-
and 1j)j5-tr4aopropyl benzenes. Their relative content in the
mixture is 80-82 and 18 - 205A, respectively. According to the
conditionsihe total yield in 53-84%, The yield in 1,2,4,5-
tetraisopropyl benzene in 5-29%. Optimum conditions for the
alkylation were determined as followst the molar ratio of n-
Card 1/2 diisopropyl benzene - propylene - catalyst 3 1 : 0.31

Alkylation of p-Diisopropyl Benzene With Propylene SCV/79-29-5-8/75
in the Presence of the Catalyst DF 30H 3FO4
temperature 600, rate of propylene introduction 1.5 1/h and
subsequent mixing of the reaction mixture for 40 minutes. Under
these conditions 81% triisopropyl benzenes and 15~ 1?2,4,5-
tetraisopropyl benzene are obtained. In this case other pro-
ducto are formod to practically no extent. As can be seen from
the table the yield is considerably influenced by the quantity of
the catalyst. There are I table and 2 rLferexicent 1 of which
is Scviet.
ASSOCIATION: Voronezhskiy gosudarstvennyy univernitet (Voronezh State Uni-
versity)
SUBMITTEDs April 11, 1958
Card 2/2

86465
S/020/60/133/004/037/04OXX
B016/BO54
AUTHORSt Volkov, R. N., and Zavgorodniy, S. V.
TITLE% The Character of Alkylation of Aromatic Hydrocarbons by
Olefins in the Presence of BF 3'H 3P04
PERIODICAL: Doklady Akademii nauk SSSR, 196o, Vol. 133, No- 4,
pp. 843-846
TEXT: The authore,report on the investigation of the following alkylation
reactions in the presence of the catalyst BF *H PO s of benzene by
'3 3 4
propyleney cyclohexene, as well as a- and P- isobutylene; of binary mixtures
of toluene and benzene, ethyl benzene, cuinene, as well as o-j m-, and
p-xylene by the same olefins; of a mixture of benzene and ethyl benzene,
cumene, and the xylenes by butylenes and cyclohexene; of a mixture of
m-xylene with secondary and tertiary butyl benzene by propylene and
~ -butylene; of benzene mixed with tert.-butyl benzene by cyclohexenel of
cumene, diinopropyl. benzene, and a mixture of the latter with benzene, by
Card 1/4

86465
The Character of Alkylation of Aromatic S102016011331004103710"tOXX
Hydrocarbons by Olefins in the Presence B016/BO54
of BF 3*H3PO4
propylene. These experiments were made to,oheck the assumption saying that
the presence of alkyl groups in the benzene ring strongly a-,tivates the
substitution reaction only if the attacking agent has a considerable
positive charge. The authors performed the alkylation as it is described
in Ref. 8. They made special experiments to determine the effect of de-
alkylation on the composition of the alkylate. They proved that only
hydrocarbons with tertiary butyl groups are noticeably dealkylated. The
rate of this process only depends on the concentration of the substance
to be dealkylated, and on temperature. Table 1 shows the alkylation results
of the benzene - toluene mixture. Hence, the authors conclude that neither
the reaction conditions nor the ratio of the reagents can strongly
influence the reaction rate of toluene. The same applies to the alkylation
of other hydrocarbons by pmpylene, n-butylene, and cycloh~exene. Only in the
reaction of benzene and its homologues with isobutylene, temperature and
duration of the experiment exerted some influence in the above sense.
Table 2 gives the relative reactivities of benzene homologues to various
Card 2/4

86465
The Character of Alkylation of Aromatic S/020J60/133/004/037/040.TX
Hydrocarbons by Olefins in the Presence E016/.BO54
of BP 3'H3PO4
olefins. The catalyst BF 3*H3PO4does not.produce a strong Oisproportiona-
tion of primary and secondary alkyl radicals, nor does it form any "special
complexes" during alkylation. Table 3 shows the composition of the
alkylation products. Hence, the authors conclude that the relations of the
rate constants of successive reactions do not depend on the intensity of
alkylation of an aromatic hydrocarbon. Therefore, it is possible to fore-
cast the composition of the alkylate with relative accuracy. The authors
mention the phenomenon of hyperconjugation, but do not discuss it. For an
interpretation of several rules observed by them, they must assume that the
alkyl groups are an obstacle not only in ortho-, but also in meta- and
para-subslitutions. Generally speaking, alkyl benzenes can react faster
(than with benzene) only with such olefins that are polarized by the
catalyst, and form ions with a highly effective charge, which are con-
centrated on the reacting carbon atom. Finally, the authors point out that
the rupture of the n-bond proceeds gradually during the formation of a
bond with the aromatic ring. This is confirmed by the difference in
Card 3/4

The Character of Alkylation of Aromatic 86465
3/020/60/133/004/037/04OXX
Hydrocarbons by Olefins in the Presence Bo16/BO54
of BF 3*H3PO4
relative reactivities of alkyl benzenes and cx- and -butylene. There are
3 tables and 9 references; 8 Soviet and 1 US.
ASSOCIATION: Voronezhakiy gosudarstvennyy universitet (Voronezh State
University)
PRESENTED: March,19, 1960, by A, V. Topcbiyevp Academician
SUBMITTED: March 19, 1960
Card 4/4

TCPCHITEV, A.Y., alrademik: VOLKOT. R.N. - 7AYGORODNIT, S.T.
Study of the correlations in the alkylation of xylenes by
propylene in the presence of B13-H31%. DALAII SSSR 134
no.4:5~4-847 0 160. (MIRA 13:9)
1. Voronazlinkly gonudarstvanay universitato
(Xylone) (Propane) (Alkylation)
- ~Mzd

VOLKOV R.S.,,kand. sellskokhoz. nauk; GAAS, A.A., nauchnyy
.-.".-1----'li-6frudnik; CHERNIKOVI G.V., nauchrW notrudnik
Reforestation work in Siberia and its mechanization.
Trudy VSNIPILesdrev no.7:36--43 163. (MIRA 17t2)
1. Nachallnik laboratorii mokhanizatsii lesokhozyaystvennykh
rubot Vostochno-Sibirskogo nauchno-issledovatellskogo i
proyektnogo instituta lesnoy i dereV66brabatyvayushchey
promyshlennosti (for Volkov). 2. Vostochno-Sibirskly
-nauchno-issledovatellskiy i proyektnyy institut lesnoy i
(terevoobrabatyvayushcheypz-=T-hlennosti (for Gaas, Chernikov).

VOLYIOVY R. S.
VANINJ S. I., VOLYU, R. S., and SOYOWV~ D. V. "In Regard to Stud.-.-ing the
Fungus Diseasos of Acorms," Nhueb= Iforrpsy Pole ra ghchl tnogo 1,--V0
11azygdenj Akademiia, llauk SSSH, Vol. 1, 1951, pp. 176-2P-4.
99.9 Ilk-ill
SO: SIR;~ SI-9C-53, 15 rec. 1953

L 14462:��
ACC MR: AP6002975 SOURCE CODE: UR/0286/65/000/024/0149/0149
JNVENTOR: Volkov, It. V.; Ivanov, Yu. N.
~~iORG: none
tTITLEt A device for centering an engine. Class 65, No. 177295
"SOURCE: Birulleten' izobreteniy i tovarmykh znakov,no. 24, 196S, 149
TOPIC TAM: marine engine, marine equipment, shipbuilding enstineering,_/
ABSTRACT: This Author's Certificate introduces a device for centering an engine
during mounting in -the substructure of a ship. The unit includes a pressure attach-
ment located between the ergine base and the ship substructure. The device is de-
:signed for increased accurazy in centering, facilitating the balancing process and
~moving the engine during mounting. The 'pressure attachment is made in the form of a
closed elastic tank filled with a liquid and :Fixed between sphericA cushions which
press against the engine frame and a removablo cushion wbich.presses against the
substructure of the ship.
Card 1/2 ADC: 629.12.002,72 621.4
Z_

ARTSMOV, G.A., inth.; VOLXDV, R.V., inth.; IV111OV, Tu.N., inth.
Increasing the life of gear-drive= pu%m. Sudoetroanis 25 no.7:25-26
J1 159. (KRA 12:12)
(Pumping machinery)
M 190 MMNMM~-

1. VOLFOV, S. ; KrYA.31-M.1, A.
2. USSR (600)
4. Radio Operators
7. Stakhanovite group of radio workers, Sov. sviaz. 31 "0. lo 1953.
9. Monthly List of Russian Accessions, Library of Congress, lay -1953. Unclassified.,

VOLYOV, S.
Agr~ ult-urai
IrZconondcs of
Soto. ~--ll kboz. 23, no. 5, 19"2.
~jc-js,' 1952. Ut~L;L,'3 -IF'I D.
m 1-TI LIST OF L):,'
W -3 A j i-

VOLXOVO S.
Stock and Stockbreeding
"OrganIzatIon of work for livestook brooding on collective farms," Reviewed by
S. Volkov. Sots. sel'Iftze 23 no. 1, 19529
Monthl List Russ Accessionsp Library of Congress,, June,, 1952. UNCIASSIFIED.

sov/84-58-9-8/51
AUTHOR: Volkov, S.
TITLE-. Growth of Productive Activity (Rastet trudovaya aktiv-
nost')
PERIODICAL: Grazhdanskaya aviatBiya, 1958, Nr go. pp 5-6 (USSR)
ABSTRACT: The article reports on recent achievements in the Par
Eastern Territorial Administration of the GVF related
td the expansion of local air services, reduction of
cost of operation and maintenance resulting from higher
productivity. Negative and positive examples are
brought up to illustrate the issues.
Card 1/1

VOLKOV., S.
Use of oxygen at the time of childbirth for prophylaxis of intra-
uterine aspbyxia of the fetus and hemorrhage in the brain of the
sewbors..Vestis latv ak no.IX:139-144 160. (EM 10: 9)1-"-
(Oxygen) (Childbirth) (Apoplexy) (Asphyxia)
(Infantis) (Fetus)

OV,-B.---
oxyhowastric observationB in childbirtb. VOIUB Laty sk no.12.1
347-152 160. (lul 10:9)
(HEMOGLOBIN) , (CHILDBIRTH)
I

VOIZOV, S.
Macro-and microscopic study of brain tissues of fetuses and newborn,,
dead from intrauterine asphyxia or cerebral hemorrhage. In Russian.
P. 123.
LATVIJAS PSR ZINATNU AKADEKIJA. VESTIS. RICA, LATVIA. No. 7, 1959
Monthly List of East European Accessions. (EEAI) LC, Vol. 9, no. 2,
Feb. 1960 Uncl.

VOLKOV, S.
Prophylaxis of intrafetus asphyxia and intraskull hemrrhage in fruits
and the newtorn. In Russian# pe 2h7.
LATIVIIAS PSP, ZINATNU AKADE111JA. VESTIS. RIGAj, LATVIA. No. 3s, 1959
Monthly List of F-ast European Accessions. (EFAI) W~ Vol. 9) no. 29
Feb. 1960 Uncl.

-castr.1 V"-e--ard (c~n the -a tile
"The c - ". j v rcjjs S.T. Ea-lan,
It.A.
Michurinite gard.erers I
and r.L. J-:ironbfc, an osssaY,), SOV- '~'mlmorlye,!:o 7, 1014.9,
li~lmrnal li,ykh SVIL"Y,
U-51"41, 17 L)eccmbor 1953,

38121. VOLKOV, S.
V sodruzhestwe s naukoy. (Fabota Leningr. Hya-sokombinata im. Kirova).
Myas. industeiya SSSRj 1949, no. 6, 9. 26-27.
#p

TJ-3SR / Human and Animal Physiology. Skin. T
Abs Jour Rof Zhur - Biol., No 15, 1958, No. W65o
Author VOIJCOV, S. A.
Inst :-70-IUMMTRov Agricultural Instituto
Titlo : Charigoe in tho Ifervous Elomonto of tho Skin in Swino
Rrys ipo las
Orig Pub : Nauchn. zap. Bolotsorkovsk. s.-kh. in-t. 1957, Vol 6,
67-73
Abstract No abstract givon
Card 1/1
157

VOLKOT, S.A.
k M -WA wzUI;;
The edi'ble honeysuckle lenIcers, edulis L. Bet.sbnr.40 se.5*.727-728
S-0 W" 9: 4)
I.Da.10sveretrest, st.S"Aaka.
.(Honeysuckle)

is It Al of a 41 Q so 68 if!
it A-,
k/O L.K
0 411
ubt kim. wifit. Md Met.
7 a"mix :~ i~ ..
1!, 12. . 35).
6 4p" di.WUMI Willi;
tolcictwy Of ficr. ]PC
quality al thc4c pluduod: minva. mut vq,, -nil for
twd: anti the Y"I. Mate
coo
of
00 ago
XOO
I L A 4TA LLUPWAL U1111AIL I CLAISIFKATICli
too
"4141-I I ~mvf'-4-47411
u u AT No A
low IT Op it It for jet 4por a 019 it 99 a It k&* -r AA TV 84 9 AS a 3 1 mg
0 c
06 06 4 090'l 000

."Effect on Drilling Speed of the Quality of Wtal In
a Drill Crown," S. A. Volkov, 3 pp
"ftzved1m Nedr" go 3
Discussion of the Influence of the structure and cm-
position of steel used In the drill crosm an the speed
of- drilling wells. Me harder steel was f oand to be
::more effiolent,

VOLKOV, 6. A.) jt. au.
Boring Most-va-, Ugletekddzdat, 19h9. .5'll p. (rC-31)17)
T1128l.V6.2
1. Boring. 1. Volkov., S. A., jt. au.

VOLIOV, S.A.; BOGOLYUBSXIY, K.A.
masuff
Pumple6s boring. Trudy KGRI 30:102-114 156. (NLRL 911l)
(Boring)

VOZDVIZHENSKIY, Boris Ivanovich, prof.; VOLKOV,. S.A.. dots.; VILATOV, B.S.,
dots.; LTUIBIMOV, N.I., kand.tei~i~-.i"i';-~hUSOV, I.A., inzh.;
BCRAVIZV, V.A., nauchnyy red.; IWXRASOVA, II.B#, red.; GUROYA, O.A.,
tekhn,rede
[Core drilling in prospecting] Razvedochnoe kolonkovoe burenia.
Pod obshahei red. B.I.Vozdvizhenakogo, Hookva, Goo. nauchno-
tekha.izd-vo lit-ry po geol. i okhrane nedr, 1957. 591 P. (MIRA 11:4)
(Boring)

VOLKOV~ S. A.; SAICODYNSKIY, K. 1.
Separation of tracer compounds by the method of gas chromat'Cgraphy.
Atom. energ. 17 no.1:70-71 Jl 164. (MIRA 17:7)

0 7*1---1
ACCESSION NR: AP4042268 S/0089/64/017/001/0070'/ P
AUTHORt' Volkov, S. A.; Sakody*nskiy, K. 1.
TITLE: Gas chromatographic separation of labeled compounds
SOURCEt Atomnaya anergiya, vo 17, no. 1, 1964, 70-71~
TOPIC TAGS: gas chromatograph, column chromatograph,.preparative
chromatography, chromatographic separation, labeled compound
separationt deuterated mathylethoxysilane separation, Miloxane
rubber preparation
ABSTRACT: A preparative gas chromatographic technique, heretofore
virtually unused for the seps.41ion of labeled compounds, has been
applied to the separation of utLrium-labeled trimethylethoxysilane(t).
and dinethyldiethoxysilane(II) out of the mixture produced in the
reaction of tetraethoxysLIone with deuterium bromide. I and 11 are
used in the preparation of deuterated siloxane rubber. A detailed
description in given of a semiautomatic column chromatograph which
permits' manual introduction of samples and automatic trapping of
sep#rated fractions, The operating procedureof the chromatograph
- ------------------------

ACCESSION NR: AP404ZZ68
!is also described. Several grams of I and 11 were separated in a,
Itotal of 8 runs at a column temperature of about 1OOC* At that
temperature it is thought possible to separate compounds with boiling',
points u- to 160-170C,'iee., even higher boiling labeled,compounds
than I and 11. Orij;. art, haat 2 figures.
ASSOCIATIONO none
SUBMITTEDs 27Apr63 ATD PREM 3o6g ENC161, 00
SUB COM GC NO REP SOVI 000 OTHERt 001
Card

3.A..- OVOIAR LL.
r
Some res-aLts Of, the investiva-lon cf -.he -i C' fire-
dJq-,monl drjUing. Biul. naurh,..tekb. Imprivo. TIMS no.2"5P.-
3
I.. K>skov73kiy gc-)",c.,~orazv-d(;ch.nyy tnt-titut imen'l Sergo
Ordzhonikidze.

BAZMUTIN, A.N.; GOLIKOV,S.I.; ZVOIYUGA, A.A.; LAXIIIHIN, Yu.A.j
~(~;LKGV, S.A.p-nauchn. red.
[I'lechunization of lowering and hoisting operations in
exploratory core drilling] Mekhanizatsiia spusko-
pod"enmykh opore-Al v razvedochnom kolonkovom burenli.
Moskva, 174-vo "Nedra.," 1964. 330 p. (MRA 1715)

KAZAKEVICII, V.Ye.; BR.AZHNIKOV, V.V.; VOLKOV, S.A.; SAKODYNSKIY, K.I.
'Automatic sampling in preparative chronAtography. Khim.i tekh.
topl.i masel 8 no.lls49-52. N 163. (MRA 16:12)
1. Fiziko-4himicheskiy institut im. L.Ya.Karpova.

TREUS, V.D., kand.biolog. nauk; STEKLENEV, Ye.P,, kand.biolog. nauk; VOLKOV, S.A.,
;tand.veterin. nauk; ANDRIYEMKIY, I.V., nauchnyy sotrudnik
Hybridization of musk ducks with dormstic ducks and some characteristics
of the hybrids. Nauch. trudy "Ask.-Nov." 13:107-119 163. (MIRA 17:2)

YOLKOV Spiridon Arkhipovich; VOLKOV, Aleksandr Spiridonovich;
TSj=-.-9'~'T7 red.; I-ILKEYEV, V.I.t r--d.izd-va;
GUROVAp O.A., tekhn. red.
(Handbook on exploration boring] Spravochnik po razve-
dochnomu bureniiu. Moskva, Gosgooltekhizdat) 1963. 547 p.
(KIRA 16-12)
(Boring-Handbooks., manuals) etc.)

sAKODYNsKIY, ri.; nunyw, N.A.; MZHNIKOVp V.T.;
ZUVORMOV,, N.M.? akademik
Separation in preparative columns. Dokl. All SSSR 148 no 2s39/t,-
396 Ja #63. iMMA 16:2)
1e 'Iziko-khimicheski-y institut Im. L.Ya. Marpcva.
(Gas chromatography)

VOLKCV, S
&.; ZINENKO, V.P.; KIRSANOV, A.11.
Power of the drive of diamond drill rigs. Razved. i okh. nedr.
28 no.7:28-31 J1 162. (MRA 15:8)
1. Moskovskiy geologorazvedochnyy institut.
(Boring machinery-Electric driving)
Qu

VOLKOV, S. A.91 CAND MED SCIt "PROPHYLAXIS OF INTRAUTERINE
FETAL ASPHYXIA AND CEREBRAL. ,VUORRHAGES IN THE NEWBORNot'
RIGA9 1961. (STATE u I" HIGHER ANDSEC SPEC ED OF THE
(;0
COUNCIL OF MIMISTERs USSR. KAUNAS STATE MED IUST). (KL-
OV 911-619 227).
-242-
1
1 - 7-7,12-1-M.-
M

PETROV9 Vladimir Arsentlyevich; KOLMAKOV9 Rikolay Aleksayevich; EPELIMkir
Gilell.Grigorlyevich. Prinimali uchastiye: NIKITIN, V.V.b MOROZOV,
I.X.; SIVOKKA, N.V.; UTROBINA2 N.I.; 111KITIVA, N.9,1- P)SEC7;; 11.n.;
BAUSHEVt N.P.j TATEVOSOVt K.G.0 dote.; LIPKIND9 L.M., lEbEDEVAP
A.K.p in2h.-ekon.; VILIDAVSKIY, I.M., dots., retsonzentj VOLKOV,
-va;
_.Lard. ekon. naukq dots., red.j CIOASD M.A., red. izd
PETERSON, M.M.9 tekhn. red.
[Cont4wous conveyer methods used In the lot production of composite
machines) Potoobno-konveiernye motody v seriino m proizvodstve slozhrqkh
matihin; iz opyta LoningradskogQ zavoda poligraficheskikh mashin. M(>-
skva, Gos. nauchno-tekbn. izd-vo mashinostroit. lit-ry, 1961. 130 p.
(MIRA 14.-9/
1. Rabotniki Leningradskogo zavoda ~ollgraficheskikh maahin(for Nikiting
Horozov, Sivokha, Utrobinal Niltitinav, Pankovp Baushev). 2. Leningrad-
skiy inzhenerno-ekonomicheskiy institut (for Tatevosov,, Upkind, Le-
bedeva.).,
(Lenirigrad--Printing machinery and aupplies)
(Factory management)

VOLKOV I S. A.
"Changes in Nerve Elements of the Skin in Swine Erysipelas.11 Card
., Khar1kov Veterinary Inst, Yin HJrher Education USSTR, rhar1kv,-, 195h.
Vet Sci
(EL, No 11, Mar 55)
SO: Sum. ,,To. 670, 29 Sep 55--survey of Scientific and Technical
Dissertations Defended at USSR Higher Educational Institutions (15)

AYRTJ'ASKIY, Abram Lazarevich; VOLKOV, S.A.; DEROYANOTA, Te.A.; KIUVZNKO,
M.G.; LMMIMOT, N.I.-HOMOY, V.I.; TOKAUT. I.A.; YOMNIZMSKIY,
B.I., Prof., doktor tekhn.nauk. otv.red.-, SIRAGNA, Z.A., red.
i2d-va; 11ROZOROVSKAYA, T.L.,Wkhn.red.; SMYAR, S.Ya.. tekhn.red.
[Randbook for core drillers] Spravochnik masters kolonkovogo
buraniia. Moskva, Goa.nauchno-tekhnAzd-vo lit-ry, po gor-n7omu
delu, 1960. 528 p. (MIRA 14:4)
(Core drilling)

VOIKOV. S.A.. red.; YELOYASMICH, A.V,, red.; sHATOTICH, L.L., red.
[Problems of specialization and cooperation in mechinery
manufacturing] Yoprony spetsializataii i koop'erirovaniia
mashinostroitellnogo proizv6idstva. Leningrad, Izd-vo Ioningr.
Univ.g ig6o. i '61 -p. (HIRA 14:4)
(Machinery industry)

TOMV, S.A.
Keane for Increasing core recovery. Rasved. I okh. nedr 25
no.12:13-21 D 159. (Xnk 13:6)
1. Moskovskly goologorazvedochnyy Institut.
(Ores--Sampling and estimation) (Core drilling)

V 0 L K C, 11 ,Sr,~.r-,Jiori SULAKSHIN, Stepan Stepwiovichy-
~ 0
;1i fDPL t ( , a novic hi 'I C;Z I jl~ 12, ILE NSKE , B. I.,
9. . 0
I pr,:-~., re~a.
[Borlng operatiowl Purav,-;e de1c. Moskva, Nedra, 1965.
- (MIPA 8,~ 8)
-4494 r. I

US&R/Metals Testing Equipwnt TUI ~O
'Machine for Repeated Torsion Tests of Metals,"
S. D. Volkov, P. S. Sokolov, Sverdlovsk Affiliate,
den Lab, Min of Transp Mach Bldg
Zaiod Lab" Vol XVI, No 7, pp 891-892
Expresses opinion that, for more complete character-
istic of metal endurance in complex stressed state,
it is necessary to determine, in addition to endur-
ance under monoaxial loading, shear or torsiou en-
durance. Describes fatigue testing machine. It
is simple and may be constructed in ordinary
:L66r73-
USSR/Metals - Testing Equipment (Contd) Jul 50
experimental shop. Makes possible fatigue tests at
prescribed torsion angle and under given load, and
.,also tests vith asymmetrical cycle of deformation
or load.
3.66T73

VOLKOV, S. D.
"Influence of stress on the plastic deformation of metals," Journal of Tech. Physics,
Vol. 20, No. 11, 1950.
vwv- PY I ~,T rl f
N

'T
1
781101

USSA/Pbysics Plasticity I.1 Jul 51
"Generalized Condition Governing Plasticity," S. D.
Volkay
"Dok A Nauk SSSR" Vol L=,, No 2, yp 213-216
States the usual condition for plasticity ti A 0
(i a lP2,3) yields a simple form for the dependence
of crit shearing stress on normal attess, vhich
form is inadequate to describe fazdliar exptl in-
equalities among the variouB yield points of a
quasi-isotropic polycrystallic metal in the case of
~2-axial uniform extension)-, I-axial compression, wA
2-axial uniform ccmpression, Generalizes subject
'conationt, Submitted 26 AYr 51, by Acad A.J. tek-
rum.,

USSR/Physics Elasticity .11 Aug 52
"Rupture by Way'of Tearing During Compression of
Brittle Quasi-isotropic Polycrystals,," S. D. Volkov
"DkN SSSR" Vol 85, No 5Y PP 967-970
lindt the probability of various possible kinds of
rupture., the most probable being a break along the
surface perpendicu]Ar to the axis of tension. Also
finds that the probability of rupture during ten-
sl6n is generally ireater during compression.
Gives schematic representation,of macroscopic
xiipture by way of tearing as a result of action of
for varidus kinds of c6myression'
vtension. Subia#ted,by Acad A.-I. Nekrasov.13 Jun.52

- -----------
Category : USSR/Solid State Physics - Vachnnical Properties of E-9
Crystals and Polycrystelline Compounds.
Abs Jour t Rof Zhur - Fizika, No 3, 1957, No 6774
Author Volkov, -c,D,
Title On the ScrIe.-Fector Effect in r Compound Stressed State
Orig Pub Fiz. motallov i metellovedenlye, 1956, 2, No 3, 428-44o
Abstrr.ct A relrtion is eatnbliched between thointonsity of the scale-
ftctor effect on thecharacter of the mnaroscopic stressed
state. The liniting rurfacen of the raperoncopic dTirgo in
the space of the principrI nccroscopic stresses nrq deter-
mined with an r1lowance for tho infli4onco of the dimone! 'cna
of the body on the resistance of the mrterial to rncroscopic
donago.
Card

-AUTHOR VOLKOV, S.D. PA - 2242
'
TITLE _K_C`&fi`f-rTb=ion to the Theory of the Strength of Materials (K teorii
prochnosti).
PERIODICAL Doklady Akademli Nauk SSSR,1957,Vol 112,Nr 4,pp 632 635 (U.S.S.R.)
Received 4/1957 Revie;ed 4/1957
ABSTRACT The strain on gypsum in the case of twodimensional of stress con-
firm the fact that in the case of destruction by fracture the I.
hypothesis of strength agrees better with experimental data than the
II. hypothesis of strengthithe prisent paper investigates tho.st*_
tistical condition of strength as a natural generalization of the
I. hypothesis. This generalization at otherwise equal conditions re-
sults in better agreement with the experiment than the classical
hypothesis of strength. A formula is given for the density of dis-
tribution of microscopic normal stresses over the boundary surfaces
of a microscopic elementary volume W. Sn here denotes the resistance
of material against a mic-roscopically small destruction in the T01=9
V. Mere the volume V is assumed to be destroyed in the case of dx>
.S (Sn>-O) and a microscopic gap then occurs. The relative number of
y
m
cro-gaps which causes a microscopic destruction of material can be
described as "critical" and is here denoted as qk. For qk w 1/2 cri
'Sn is found from the formulas given here. The condition of the con-
stancy of the critical value of the relative number of miorogaps
dois not meet with any direct opposition. The equation qk - 1/2, how-
*visr, cannot stand up to criticism. Further objeotione are raised.
Card 1/2

PA - 2242
A Contribution to the Theory of the Strength of Materials.
A formula for the family of the boundary-surfaces of destruction is
derived and this family depends on two parameters. The same formula
is the most simple natural generalization of the 1. hypothesis of
strength. The application of two arbitrary hypotheses of strength for
the description of the results of the investigation of gypsum (e.g.
the 1. and IV. hypothesis) is equivalent to the introduction of a
family of boundary surfaces of the destruction. This family here de-
pends on two parameters. It consists of two sub-families each of
which depends on a parameter. In general the family with two para-
meters of theoretical curves agrees better with the experimental data
than the family with one parameter. For the determination of the con-
tants the experimental data for one-axis expansion and oompression
:
re used here. (2 illustrations)
ASSOCIATION Polytechnical Institute 119.M.KIROVII of the Ural
ME SENTED BY P.A.RBBINDERp member of the Academy, on 3- 11- 1957
'SUBMITTED 21- 3. 1955
AVAILABLE Library of Congress
Card 2/2

VC,
24-58-3-7/38
AUTHOR: Volkov, S. D. (Sverdlovsk)
TITLE: lem of the Distribution on Microscopic Stresses and
Deformations (Zadacha o raspredelenii mikroskopicheskikh
napryazheniy i deformatsiy)
PERIODICAL: Izvestiya Akademii Nauk SSSR Otdeleniya Toldinic haskikh
Nauk., 19587 Nr 3, Pp 65-72 (USSR3
ABSTRACT: In media with microscopic non-homogeneity -the solution of
the boundarj value problem determines the distribution of
macroscopic stresses and deformations only, which cari also
be considered as the first moments of the distribution of
microscopic stresses and deformations. The present paper
presents a method for determining moments of the second and
higher orders of the mier6-distribution for a linearly ela5-
tic medium. The linearly elastic micro-nonhomogeneous medium
is defined mathematically. The randomness of the local elas-
tic constants is one part of the definition. The macroscop-
ic stress can be considered as a mathematical expectation.
Expressions are given for the macroscopic and average volume
density,of potential energy. The distribution of microscopic
Card 112

24-58--3-7/38
The Problem of the Distribution on Microscopic Stresses and
Deformations.
stresses and deformations is derived on the assumption that
the medium is macroscopically isotropic but micro3copically
anisotropic, in which case it is called quasi-isotropic.
Formulae are gxven to relate the second order moments of
the micro-stress and micro-deformation distributions to the
mechanical properties, -the structural peculiarities of the
medium and the macroscopic volumo donoity of the potential
energy in the vicinity of a given point in the volume. These
formulae are the solution of the problem when the variations
of the random quantities are small or when their statistical
distribution follows the normal law. In the latter case the
same formulae can be used to find moments of all orders of
the micro-distributions. There are 5 Soviet, 2 English and
I German references.
SUBMITTED: April 301 1957.
Card 2/2 3.. mate rie-u-Deforma tiwx 2. Stress as--DiBtributitm

Ii Ir I,
Fl. I . I -.1 .. 11 , !I ; Ill i
it
I I V V
31 1
11 ivs I - R
is
Q A Is
313 A V
IN
~;
I At 1i lilt ?I
.11.1 A.
ir77r
............ ............

L 26303--66 rJP(r.) JD
ACC NPs AP601250n SOURCE COM UR/0101/66/000/004/1275/1277
.AUTHOR: Mokhontsera. D. H.-. Rvbalko, F. P.; Volkov, S. D.
ORG: Ural Polytechnical Institute im. G. H. Kirov (Urallskiy politAhn iefieskiy ins-
titut); Ural State University im. A. H. Gor1kiy Sverdlovsk (Urallskiy gosudarstvemyy
universitet)
TITLX: Distributlon of elastic deformation in the structure of quasi-isotropic poly-
crystalline titani-am'r.)
'SOURCE: Fizika tverdogo telat v# 8, no* 41 19669 1275-1277
TOPIC TAGS: titanium, polycrystal, crystal structure, crystal defdrmation, elastic
deformation
ABSTRACT: The aulbors study the distribution of microscopic elastic deformations in
larg-e-grained quas.1-1sotropie titanium specimens. The measurements were made on a
specially designed loading device. The specimens were made from__YTL- an um al oy
in the form of ple-es measuring 3 x 50 x 300 mm with an average grain dize of about
10 mm. The one-diwensional (listribution functions for longitudinal and transverse
microscopic deformet-ion show an approximately normal distribution density. It is shown
that the standard deviation of transverse microdeformations is approximately 33% low-
er than that of longitudinal microdeformations when the longitudinal macrodeformation
-1 1 'A

I~Vr"~

Pl, I YL I NSK I KH I. A.
Theory of the elAstic prapertiC3 Of P.61-r'rfYg~rilf!, ---'7,
metAlloved. 1.9 no.1:25-32 Ja 165. (MIRA '18W
1. Jrallsyiy politekhnicheskiy institut iro-eni Hircria.
K
M.
R

-VOLK,0V,_S. D.. ...,(Sverdlovsk)
"On the uniqueness of solution of some statistical boundary- value
problems of the mathematical theory of elasticity"
report presented at the 2nd All-Union Congress on Theoretical and Applied
Mechanics, Moscow., 29 Jan - 5 Feb 1964.

VOLKOV9 S.D. (Sverdlovsk)l KOMISSAROVAV M.L. (Sverdlovsk)
Some representations of general solutions to boundary problems
in the theory of elasticity. Inzh. zhur. 3 no.106-92 163.
(Elasticity) (MIRA 16tlO)

RYBALKO, F.P.; ~UIKSKIKH, N.A.; VOLKOV, S*D.
1% 1---------- L-
Linear approximation in the elasticity theory of polyer7stals.
Fiz.met.i metalloved. 14 no.6t857-863 D 162. (MRA 16s2)
1. Urallaidy gosudaretvennyy universitet in. A.M.Gor%*O i
Urallikiy politekhnicheskiy institut in. S.M.Kirova.
(Aluminum crystals) (Elasticity)
-61 allrT~
-Or

VOLKOK--&D.; KLINSKIKH, N.A.
Distribution of elastic constants ill quasi-isotropic
polycryetals, Dokl. AN SSSR 11+6 no;3:565-568 S 162. (HIRA 15:10)
1. Predstavlenko akademikom P.A.Rebindeiomi
(F,IaatioIIty) (Crysallbgra;hy, Mathematical)

Komianarova, 'K.L.
4WTHORS j Volkov, S.D Klinakilih, IN.As,
TITLE: Stresses and strainB in polycrystals
13ERIODICAL: Fizika metallov i metallovodeniye, v-15, no.2,iq63,274-279
TEXT; The connection is discussed between structural
(microscopic and macroscopic) stress components and tho
corresponding strains. -It is shown that if the itticrostresses
and microstrains are given in a determinate coordinate system,
their mean (mathematically) values coincide with the macroscopic
values determined for the whole polycrystal. if, however, the
microscopic values are given in a random coordinate system and
averaged over all possible orientations.of the random coordinates,
the inean values do not co.Lncide with the macroscopic values.
Accordingly,,in contradiction to the assertion of E. Kr6ner
(Zs.PhYs., v-151, nn.4, 1958, 504; Acta inot., Y,9, no.2, 1961, 155)
the method considered by him for the calculation of inacroscopic
elastic constants appears to be inaccurate, There also appears
to be an error in the initial assumptions of S.B.Batdorf and
B.. Budiansky (J. Appl. moch., v.121, no.4, 1954, 323) in which a
Card 1/2

s/126/63/015/002/019/033
Stresses and strains ...
theory of plasticity.allowing for structural effects is proposed.
ASSOCIATION: Urallskiy politekhnichoskiy*institut im. S.M.Kirova
(Ural Polytechnic Institute imeni S.M.Kirov)
SUBMITTED: May 28, 196.2
Card 2 /21

-7
S/258/63/003/001/009/022
~E2011F.141
AUTHORS: 'Volkov S. D. and Komissarova M.L. (Sverdlovsk).
TITLE; On some representations of.general solutions of
bo elasticity
undary value. problems in the,theory of
PERIODICAL: In2.henernyy zhurnal, V.3, no.11 1963, 86--72
TEXT: The basic equations for -thi-classical linear boundary
~,value problems in the theory'of:aninotropic elasticityare the
equilibrium equations , the, geometrical. equations express ing strainal.
in terms of displacements,,and the stress-strain equations (the
-.9eneralised Hooke's law), containing 21 elastic constants., A
~-:general method of solving these equations is-proposed which is morej
compact and convenient than.the usual solutions particularly when
dealins with statistically non-linear problems. These problems
er consid6ration-is subject to chance'
.arise when thebody und
fluctuations either in the conditions to which it is exposed, or
in.its own propertiengfor.example, an aircraft wing in a
turbulent air current,.or a loadod polycryatalline body, The
eq~ifibrium equations, the geometrical 6qU&tions, and the
Card -1/2

M~

VOLKOV SxP&,-starshiy nauchnyy sotrudnik
Tissue axtracts and the productiun of beef. Zhivotnovodstvo 24
no.9.-36-37 S 162. (MRA 15:12)
I.. Krasnoyarskiy nauchno-isoledovateltakiy institut sel'skogo
khozyaystva.
(Beef cattle) (Tissue extracts)

VOLKOV. S.D.: KLINSKIKH, N.A.; KOKISSAROVA, M.L.
tresses and deformations Iv pvl7trrystaMne materials. Fiz.
met. i metalloved. 15 no,2127"79 F 163.
(MIRA 1624)
1. Urallskiy politekhn-tollookiy institut I=ni Kirova.
(Dislocations in trystals)
(Crystal lattices)

E193/4441
AUTHORS: Ryballco, F.P., Klinakikh, N.A., Volkov, S.D.-
TITLE: On the linear approximation in the theory of
elasticity of polycryBtalline aggregates
PERIODICAL: Fizika metallov i metallovedeniye, Y.14, no.6, 1962,
857-863
TEXT: The present paper is concerned with the problem of
evaluating the degree of approximation which the conditions of
quasi-homogeneity introduce in the solution,of the statistically
generalized problem of determining, from a given set of conditions,
the distribution of moments (of at least the first two orders) of
the stress and strain-components in'a polycrystalline body. The'
first order moments, i.e. the microscopic stresses and strains,
are determined by solving equations of the classical elasticity
theory. The second order moments can easily be determined if the
conditions of quasi-homogeneity are fulfilled, i.e. if the
nonlinear (in the statistical sense) equations of the generalized
Hooke's law are replaced by linear equations which do not contain
any products of random magnitudes. To attain this linearization
of the equations of the generalized Hooke's,jaw, it in assumed that
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On the linear approximation ... E19~3/E441
the coefficients of variation of the elastic constants are
negligible in comparison with the coefficients of variation of
stresses and strains; as a result, the elastic constants become
determinable and the nonlinoarity in the Hooke's law disappears.-
The basic shortcomings of such an approximate solution consist of
the fact that identical dispersion of longitudinal and -transverse
microstresses is obtained for any given macrostressen. In other
words, the tensor.of the second order central momints o-L* the
microstresses and microstrains in a quasi-isotropic medium, under
any given load, is "isotropic", similar to the tenser of
macroscopic elastic constants. The object of the present
i4yestigation was directly to compare the coefficients of
variation of strain and elastic constants and to establish'to
what extent the actual tenser of the second order.central moments
of microstrains in polycrystalline aluminium differs from the
'#isotropic" tensor obtained from the approximate solution, based
on the conditions of "quasi-liomogeneity". The experimental work
was carried out on flat cold rolled aluminiurh specimens with an
average grain size of 3 to 5 mm. A network of coordinates with
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On the linear approximation ... E193/E44i
1 min spacing was iliscribed ort the polished surface of the test
-piece and the dimensions of each cell were measured (with an'.
accuracy of 0.001 mm) before and after extending the tent piece
to a given degree of uniform plastic..niacrodeformation.
Analytical treatment of the result obtained showed that the
coefficient of variation of the elastic constants was gm~wll
compared with that of the strains and that the actual anisotropic
tenser of the second order central moments of microstrains in
polycrystalline aluminium differed from the theoretical flizatropiclt,'
tensor by no more than 4.5%. Thus, it was shown that in the
case of aluminium not only,were the conditions of quaaihomogeneity
fulfilled to a degree sufficient to make the approximate solution
of the problem acceptable but the results obtained by this method
were sufficiently close to those yielded by experiment.
There are 1 figure and 2 tables.
ASSOCIATIONS: Urallskiy gosuniversitet im. A.M.Gorlkogo
(Ural State University imeni A.N.Gorlkly)
Urallskiy politekhnicheakiy,inatitut im. S.M.Kirova
(Ura'I Polytechnic Inatituti imeni S.M;Kirov)
m1i D: February 6, 1962
8
ara Ds

BWKOV, V.A. (Sverdloirsk); VOLKOV, S.D._.Isverdlovsk); KLINSKIYdi, H.A.
(Sverdlovsk)
Distribution of the elasticity constants in hexagonal
polycrystals. PMTF no.4:69-72 N-D 160. (mIRA 14:7)
1. Ural'skiy politekhnicheskiy institut.
(Metal crystals)
(Elasticity)

S/020,/62/146/003/007/019
B172/BI86
AUTHORS: Volkov, S. D., Klinakikh, N. A.
JITLE: Di a tz~ bu"ti on of tthe .94&9)tic constants. in quasiisotropio
polycrystals I
'-.PERIODICAL,. Akademiya nauk 553R. Aokladyj v- '146g no. 3t 19 62, 565-500
TEXT: In a quagiiaotropic medium (large-scale isotropic and small-scale
anisotropic the components,& ~J. (bk ) of Ahe elastic constants related to a
ij.
fix*d (x,Y,x)_Gy'stem are random quantitieso In &-single-phase polyarystal,
the charaoteriatid values' a' (bl ) ,-Of ai~- (b ')-in,a crystallographic
ij ii
Y1, zl)-system can be determined empi:rically. Transformation formula@
oethe type
aij am'n qsiqnj
m,n-1
are valid between a and a' Where q
ij ij mi, qn, are known functions of the
direction cosines a ' kost 1o293) of the arystallographic sits with
kek
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Distribution of the elastic... 2172/2186
respect to the (xOyjS)-SY8t~m. a are random quantities which can be
ks
expressed by tha Eulorian angles 9j V, 0 with the common distribution*
density
Q(G,-f-9) sin 0 (8).
Thus the distribution.momente.of aij oan be oaloulatad from the distribution
moments of 9jy# 9. First-order and evoond-order moments are calculated
by this method for qua 1i;otropio polyarystals showing cubic symmetry of
the crystal lattice vu:h hat (1) has the form
a ail 6 + A- Vij (ijj,- 192t ... tO (9),
ij a i
I where-A = 21(&l - a I ) - &44 and (ij - jij(aj[ Based on the method here
11 12
adoptedl moments of higher order can also be calculated with no
fundamental difficulty. There is i figure.
PRESENTSM. April ll,.1962p by'P, A, Rebindert Academician
VIMUTTM October 27, 196-1
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