SCIENTIFIC ABSTRACT DORODNITSYNA, A.A. - DOROFEYENKO, G.N.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000411010008-6
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: January 3, 2017
• Document Release Date: July 28, 2000
• Sequence Number: 8
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

a6466
S/177/60/000/009/001/001
D219/D303
AUTHORS: Dorodnitsy~na, Candidate of Biological Sci-
- ff c--T~ ch Tal
e e , Zavinicr,__F.K., apin, V.F., Lieutenant-
Colonel, Medical Services, Shepelev, Ye. Ya.,
Lieutenant-Colenel, Medical Se:rvices
TITLE: Endurance of high temperatures by humans and the
importance of heat-protecting clothes
PERIODICAL: Voyenno-meditsinskiy zhurnal, no. 9, 1960t 72 - 74
TEXT: The present work is a continuation of earlier investi-
gations (Ref. 1: Voyenno-Meditsinskiy Zhurnal, No. 8, 56 - 58,
1958) and compares the influence of normal. and semi-seasonal
clothing of pilots at temperatures of 707 809 9o$ 100, 1109 1200C.
The experiments were, carried out in a heat chamber where the air
was rarified to correspond to an altitude of 8000 meters. The
subjects wore cotton underclothes under a high-altitude compen-
sating dress. The outer clothing in one group consisted of cot-
Card 1/ 3

26466
S11 r
/'7/60/000/009/001/001
Endurance of high temperatures... D21SI/D303
ton flight dress, and in the other group of wadded semi-seasonal
flight dress. Wool socks and leather boots were worn on the
legs, at temperatures higher than 1000C tne hands were covered
by wool gloves. In all 90 experiments were carried out. Heart
rate increased by about 40 - 60, systolic arterial pressure in-
creased by 25 - 30 mm, diastolic pressure decreased by 34 mm,
resulting in a considerable.increase of pulse pressure. Body
temperature had risen by 1.6 - 2.3 OC, reaching in a number of
cases 39.4 - 39-50C. At the end of the experiments the state
of the subjects was characterizeC by a marked hyperthemia, ap-
proaching heat stroke, marked disturbanco of the cardiovascular
system and of the water balance of the o:7ganism. The total
water losq of the organism, the quantity of evaporated water and
the amourl absorbed by the clothing was determined by weighing.
The authors state that the endurance of high temperatures is
basically related to the endurance of the heat accumulated in
the organism. The limiting endurable amount of heat accumulated
Card 2/3

Endurance of high, temperaturesose
26466
8/'177/60/000/009/001/001
D92,19/D303
is constant within the range of temperatures investigated and it
is 63*10 kilocalories per square meter of the body surface. The
sooner this limiting value is reached the shorter the time dur-
ation endurable at high temperatures. The experiments show that
the speed of heat; 'accumulation in the organism is lower with the
semi-seasonal drejss. It appears that tile external heat load
operating on the organism is in the average 25% lower with the
semi-seasonal dress. Water losses through evaporation, heat
transmission and accumulation of water 'Ln the clothing were also
lower with thJs types of dress. Reduced sweating is a direct
consequence of tile lower external heat loading. Although-the
heat transmission is reduced by 15% evaporation takes place
more effectively because of the smaller absorption in the cloth-
ing. The average time endured at high *:emperatures in the two
kinds of clothing are shown in tabulated form. There are 4 tab-
les and 1 Soviet-bloc reference.
SUEMITTEDi May, 1959
Card 3/3

- - - --- - - -- - - -- ---- - - - - - - 7---
DORODNMjU4-A,.Av4M&skva); SHEPSIZVt Ye.U. (Moskva',
Heat exchange in man dwlng the exposwip to higb teWraturess
Fiziol. shu. 46 no, 5%007-612 Hy 160, (KOU 13 % 12)
(HEAT-PHYSIOU)GICAL EFFECT) (BODY TEMPERATURE)

S/12 62/000/004/016/030
D251YD301
AUTHOR.* Dorodnitsyng A. A.
TITLE: A method of solving the ec.uations of a laminar boun-
dary layer
PERIODICAL: Reforativnyy zhurnal, Mekhanika, no. 4, 1962, 79, ab-
stract 4B532 (Zh. prikl. niekhan, i tekJin. fiz., 1960,
no. 3, 111-118)
TEXT: A 'generalized' method of integral relations is proposed
for solving problems of a boundary layer. Each equation of the 13yE;-. i
tem
Pi(x1y;4j4.$* U ) +
,5-x n ZY Qi(xty;ul I t-1n)
= Pi(xfy;ult ... Un) (i n)
Card 1/3

A method of solving
:3/124/62/000/004/016/030
D251/D301
corresponding to the unknown functions u1"" Un in the region
a\< x 4b, a ( y ~ 0 as
y-.)~V) and is integrated, to give a gene:7alized integral rplation-
ship
Id d
Pi f(Y)dy + Q f(d) Q fl(Y)dy
10 d c i
c c
d
Pi f (3,)dy
The region is divided up on K stripe (KI;I1 approxiciation) and the
functions pig Qij Pi are determined with the aid of cortain inter-
polation expressions through their valucto on -the boundarion of' the
Card 2/3

3/124/62/000/004/016/030
A method of solving ... D251/D301
strips y = y V (9 = 011goool k), For each decomposition is chosen a
group of linearly-independent functions f k,m' After eui ,-ablishing
the functions f k,m and the interpolation expression for pi, QiI Pi
in the generalized integral relation, there is obtained a closed
system of ordinarj differential equations and boundary coriditiona
for determining the unknown functions u 4.1), The method is applied
to an incompressible boundary layer witiL a pressure gradient. Ap-
proximation expressions and the differential equations of the
fourth approximation are deduced. Comparison with the exact solu-
tions shows a good coincidence for accelerated flow, but for re-
tarded flow the difference is rather noticeable. 4 references.
/-Abstracter's note: Complete translation._,7
Card-3/3

0 2528
P/033/60/812/001/002/ooa
10-1zoo kk-10 W7 '!;O:L D205/D302
,.,;.THOR: Dorodnitsyn, A. A. (Moscow)
TITLE: Numerical methoda in gas dynanics
PLRIODICAL: Archiwum mechaniki stosowanej, v. 12, no. 1,
1960t 14 -27
TEXP: The paper deals with methods of solving the equations
of eps djnamics in the preoence of discontinizities. The author
quotes an example proposed by A. A. Samarskiy showing that a method
applicable to continuous functions gives incorrect results when
applied to discontinuous functions. This happens because the finite
difference scheme, chosenfor solving the problem does not approxi-
mate the integral law of conservation of heat flow when there are
disc( -.inuities. The first method is most common in solving equa-
tions 7th pavtial derivatives. The author deals with the case
when LI.eir solutions are discon-~;inuous. The convergence of differ-
ence schemes of a higher order of accuracy is disturbed in the
Card 1/.~

Mumerical met.ods in ...
29283
P/O 3 3/60/O12/,J0l/0020A',~,6
D205/D302
region o, discontinuity. To ensure converr,;en3e expressions are
used called "schemes of interval accuracy". In the second method,
differential equations of gas dynamics can be represented in a
"divergent" for-i. For the case of two variables it is
ap + a - P.
I-X -V7
Integrating this over a domain D limited by a contour F one o0tains
1Pdy- Qdx Fdxdy
z
which will -Ad al, ) for P and Q having some discontuinuities. An
example i icussed in detail. Thia method was first proposed by
S,, K. GodiA;,ov in 1952, When constructing finite difference &I'l-,roxi-
mation for equations in partial derivatives, it is necessary to coll-
sider every knot of the network as a possible discontinuity. Hela-
tions between the values at that point should be treated according
Card 2/

Numerical methods in
29283
P/033/60/012/001/002/008
D205/D302
to the integral cond!tions of conservation. The third method,
(which the author calls the method of integral relations) useful
for computer solutions, consists in approximate reduction of a
partial differential equation to a system of ordinary differential
equations. This method can also be applied when the forms of shock
waves and the limits of regions are unknown. The author quotes the
problems of sonic and supersonic flow past bodies, solved previous-
1-i by P. I. Chushkin arid 0. M. ]Belotserkovskiy in order to ilius-
trate the actual speed of' convergence of the me"Inod. It is l'ound
that s~ifficient accuracy is obtained already in the second approxi-
mation. There are 8 figures and 8 Soviet-bloc referencea.
ASSOCIATION: Vychislitellnyy tsentr AN SSSR (Computing Center,
AS USSR)
Card

Vio3/6o/o21/05/13/013
BCO7/B011
AUTHORS: Topchiyev, A. V., Academician, Vice President of the
Academy of Sciencen USSR, Fedorov, Ye. K., Corresponding
Member of the AS USSR, Acting as Senior Scientific Secre-
tary of the Presidium of the Academy of Scienceo USSR;
DorodnLjUn A. A., lohlinskiy, A. Yij., Iletrovi B,,N,,-
Members of the-C-6 isuion
TITLE: Information.
Byuro prezidiuma Akademii nauk Soyuza SSR (Office
Presidium of the Academy of Sciences of the USSR)
Resolution of February 12, 1�60, No. 134, Moscow
PERIU01CAL: Avtomatika i telemeklienika, 11)~uO, Vol. 21, No. 5,
pp. 655 - 656
TEXT: The paper under review contains the literal -.ext of tile above re-
solution. This consists of two parts: resolution on the theory of inva-
riance and its application to automatic devices of October 20, 1958
(Kiyev), and the judgment of the Commission in conitection with the dis-
Card 115

Information.
Byuro prezidiuma Akademii nauk Soyuza 66R S/103/60/021/05/13/013
(Office of the Presidium Of the Acadenty of B007/B011
Sciences of the USSR).
Resolution of February 12, 1960, No. 134,
Moscow
cussion on the theory of invariance. After having heard the Acauewiciati
A. A. Dorodnitsyn's communicationj(Pretsident of the komissiya Prezidiuma
AN SSSR (Commission of the Presidium of the AS USSR)), on the resolution
adopted on the theory of invariance and Its application to automatic de-
vices of October 20, 1958 Wyev), the Byuro Prezidiuna Akudemii nauk
SSSR (Office of the Presidiun of the Academy of Sciences, USSR) decided
to approve the judgment of the Commission of the Presidium of the AS
USSR and to oraer its publication in the periodical "Avtomatika i tele-
mekhanika". The judgment reads as follows: the Commission consisting of
Academician A. A. Dorodnitsyn, Academician of the AS UkrSSR A. Yu.
Ishlinskiy, and Corresponding Member of the AS USLR B. N. Petrov, and
appointed by Academician A. V. Topchiyev, Vice President of the AS USSR
on October 28, 1958 examined the following materials: the afore-men-
tioned resolution of October 20, 1958, the resolution of the Presidium
Card 2/5

Information. 3/103/60/021/05/13/013
Byuro prezidiuma Akademii nauk Soyuza SSR B007/BO11
(Offic'e of the Presidium of the Academy
of Sciences of the USSR).
Resolution of February 12, 1960, No. 134,
Moscow
of the AS USSR of April 1, 1941, the conclusions reached b7 the Commis-
sion of the Presidium of the AS USSR on Professor G. V. Shchipanov s
work "Automatic Regulation of Systems With Some 1)eGrees of Freedom",
the work itself, as well as papers resulting from the discussion there-
on. The Commission established the followine: The work published by
Professor G. V, Shchipanov in the periodical under consideration, 1939,
No. 1, gave rise to a detailed discussion. By order of the Presidium
of the AS USSR of March 4, 1940 a commission wau formed concistine of
Academician 0. Yu. Shmidt, Vice President of the AS USSR, Academician
S. A. Chaplygin, Academician S. L.-Sobolev, Academician N. Ye. Kochin,
and Corresponding Member of the AS USSR N. G. Bruyevich. The conclusions
reached by the Commission were discussed at the session held by the
Presidium of the AS USSR on April 1, 1941. These included the particu-
lar opinion of Academician V. S. Kulebakin and Academician N. N. Luzin.
Papera by A,.ukli.r~icittn til. N, Lu~-,J.nj ;,cadeoiciun V. S. Kulebakin, A. 0.
Card j/1i

Information. S/103/60/021/05/13/013
Byuro prezidiuma Akademii nauk Soyuza SSR B007/BO11
(Office of the Presidium of the Academy
of Sciences of the USSR).
Resolution of February 12, 1960, No. 134
Moscow
Ivakhnenko, B. fi. Petrov, 0. M. Ulanov, and others were published on this
subject in the following years. The meeting under discussion was held
on October 16 to 20, 1958 in Kiyev. It had been convened by the
Otdeleniye tekhnicheskikh nauk Akademii nauk USSR (Department of Technic-
al'Sciencea of the Academy of Sciences UkrSSR), Kiyevskiy gorodskoy se-
minar (Kiyev Municipal Seminar), and Institut elektrotekhniki AN USSR
(Institute of Electrical Engineering of the AS UkrSSR). In their reso-
lution, the dele6ates referred to th necessity of working out methods
of compensating disturbances and of further developing the principle of
invariancee On the strength of its investigations, the Commission states
the following in its judgment: The conclusions reached b.,j t;.c Commiasion
in 1941 are right, but the statement of the principal nistake conta:.ned
in the work by 0. V. Shchipanov "Condition of Compensation" is too E;ener-
al and, therefore, inexact. His principal mistake was not to have formu-
lated the said condition, but to have applied it to the calculation of
~;a rd V5

Information. S1103106010211051131013
Byuro prezidiuma Akademii nauk Soyuza SSR BO07/BO11
(Office of the Presidium of the Academy
of Sciences of the USSR).
Resolution of February 12, 1960, No. 134,
Moscow
such a class of control systems as do not allow the use of compes;3ation
conditions. Tile "Compensation Condition" or "Invariance Condition" for-
mulated by Professor G. V. Shchipanov led to a new mathematical relation
which can be successfully applied when projecting a determined class of
dynamic systems. With reference to the inaccurate formulation of the
1941 resolution, it is recommended that an article be published in one
of'the technical periodicalz; to make it clear in which canes the prin-
ciple of invariance can be used, and in which cases it is not admissible,
ASSOCIATIONi Byuro prezidiuma Akademii
(Office of the Presidium
the Union SSR)
nauk Soyuza SSR
of the Academy of Sciences of
Card 5/5

-DORQPXJLW,-A.A..,- red. I AIESKEROV, S.4 red.; SHIRINOV, kXj red;
TILIMAN, A., red. MWIM, T., tekhn. r*d.
ITrawactions of the A114nion Conference on CompUter Mathematics
and the U 9 of Computer Equipment] Trudy Vaesoiuznogo seveahchamila
PO TyZiZtellnoi matomatike i primeneniiu oredsty vycbislitallnoi
tekbM is 1958, Baku, Izd-To Akad. nauk Azerbaidzhanskol SSR, 1961.
119 P. OtM 14-9)
2e Vessoyuznoye sovoobehaniye po vychislitellnoy matematiko i pri-
Monsuiyu. sredsty vychislitellnoy tokbnJ-ki, 1958.
(Electronic calculating machines-Congresses)

DORODNITSYN#j A.A. and LETICHEVSKIYp A.A.
"SlmilAtion of Logical Selection*"
Report sutmitted for the Symposium on Principles in the Design of
Self-Learning Systems, Kiev Ukr SSRj, 5-9 1,%y 1961

PHASE I BOOK EXPLOITATION SOV/5962
Vsesoyuznoye soveshchanlye po vychislitellnoy matematike I prime-
neniyu aredstv vychislitellnoy tekhniki, Baku, 1958.
Trudy (Transactions of the All-Union Conference on Computer Mathe-
matics and Applications of Computers) Baku, Izd-vo AN Azerbayd-
zhanokoy SSR, 1961. 254 P. 500 copies printed.
Sponsoring Agency: Akademlya nauk Azerbaydzhanskoy SSR. Vychis-
litelinyy tsentr.
Eds.: A.A. Dorodnitsyn, S.A. Aleskerov, and K.F. Shirinov; Ed. of
Publishing House: A, Tillman; Tech. Ed.: T. Ismailov.
PURPOSE: The book is intended for mathematicians and other spe-
cialists interested in computer theory and uses for computers.
COVERAGE: The book contains the texts of 24 papers presented at
the All-Union Conference on Computer Mathematics and"Applica-
tions of Computers held in Baku, 3-8 Feb 1958. The Resolution"
Card 1/0

Transactions of the All-Union (Cont.) sov/5962
of the conference, consisting of proposals for accelerating the
development of computer mathematics and computer engineering,
is also included.
TABLE OF CONTENTS;
Khalilov, Z.I. Introductory Remarks 7
Dorodnitsyn, A.A. Problems of Computer Technology 9
PART I. COMPUTER MATHEMATICS
Vekilov, Sh.l. Boundary Problem of the Laplace Equation
for a Composite Region :L4
Dzhabar'zade, R.M. The Use of Computers for Operational
Weather Forecasting 20
Korolyuk, V.S. Construction of L4gic Problem Algorithms 23
Card 2/6

S/763/61/000/00010071013
AUTHOR- Dorodnitayn, A. A.-
----TITLE. --Oq- one meth~od for the solution.of boundary-layer equations.
SOURCE: N-~-kotoryy_e proble'm')'t mate-fth-a-tild i rrickhaniki4 Novo sibir skj~-,jZd --aN~6 -
S-Lb. otd. AN SSSR, 1961, 77-83.
TEXT: Mathematical methods provide the only means for a determination 9f the
aerodynamic and thermal characteristics ol full-scale object~at hypersonic (HS)
speeds with satisfac-.ory accurac .y. Contrary to the intermediate era in aerody'
,pamws,
in which wind tunnels could provide practically more valued results than math%mati.-
cal models could afford, the advance into the range of HS speeds has led to priblcmil
in which dissociation and oscillatory phenomena occur a-ld model tests bccome..~prac-
tically impossible, since the scale factors to be simulated, in addition to the M,~.-nrl R
numbers, comprise an equality of abs T and abs p. Unsimulatable thermodynamic
processes occur even at M of the order of 2 and, in any event, M > 3. An additional
difficulty is the need for s1mulating radiative processes. All of tiiese critical
marks apply to "model experiments" only; nothing can replace the validity of A.full-
scale physical experiment. While reasonably staged model experiments still r4tain
their validity, high-speed computing machines expand the possibility of an cxaqt sIolu -
lion of problems greatly. Suitable mathematical methods can be divided into 4 roups:
Card 1/2 T

On one method for the solution of .... S/763161/000/0001007/013
(1) Exact analytical solutions of specific problems; (2) qualitative investigations; (3)
exact numerical solutions; (4) methods that are intermediate between the Zd and~3d
arouns. Unfortunately, the, latter is quantitatively tlie smallest group. This group
shouid contain various kinds of refinernents and gcneralizations of the qualitative
methods, such as those previously practiced by authors on the strength of their "in-
tuition." The author is not altogether innocent in this respect. To provide an example
of a valid statcment of a problem for computation, a brief 6ummary of the concepts
of the method is set forth for the instance of a boundar'y 1--yor in an incompressible
fluid. The complete paper is published in the Zh. prikl. mekh. i tekhn..fiziki in the
i s sue hono rii-.g M. A. Lavrent' yev. TheImethod for the nurnerica-1 solution proposcd:Jls
based on the emplo)ment of the KArman integral relationship and is developed through
0 1.2
the first, second, and third approximations; this is followed by a. graphical comparisoi
of the velocity distributions thus computed, It is found that, while the setting up of the
systems of differential equations for the various approximations requires a laborious
effort, this needs to be done once and for all, whereupon the problem of the calcu-
lation of a boundary lay,.,r becomes a standard procedure. Only in one block of the
standard program must the values of the factor V/V be introduced for each specific
case, so that the setting-up of the systern of ordinary differential equations becomes:
one'of the simple r'problems. There is I figure, no references.
Card 2/Z

DORODNITSYN A a)mdemik
On the wings of intelligence. Vents Vozd. Fl. no-4:55-56 Ap 161~
(MMA 14:7)
(Space sciences)

DORODRITSIN, A.A. (Moscow)
Runerical methods in gas dynamics. Archiw mech 12 no.lil3-27 161.

GUTMAERER, L.I.1 DMODUITIaRt-A.A., akademik, otv. red.; MAUS,
YeA, red. izd-va; GUSIKOVA) O.M., tekbn. red.; GUSKVA, A.P.2
tekhn. red.
[Electronic information and logic machines]Elektronriye informa-
tsionno-logicheakie mashizW. Izd.2., ispr. i dop. MoBkvaj Izd-
vo Akad. nauk asm, 1962. 199 p. (MIRA 15:12)
(Electronic computers)
(Informatsion storage and retrieval systems)

A 4,
-AFMVI A, A., puter Center Academy of
L;clcn,,es USSR ?1959 pitt;y-
aolut',,)n of linear tagebra. problema arising
In nw-.7iczatical physics" (Session 26)
__AE~MYCAIK Yu. K. Computer Center, Academy
or r3c*.ence" WZR kfo~o position7 - "Cold
catho-li-tube blocks in computers" (Session 4T)
DOROUNITSYN.-A.-A., Computer Center, Academy Br
Sc-i-emt-i-WSA~--Active Vember, Academy of
Sciencaj3 USSR - "Partial differential equations
of the aixed type and methods of theIr Aol;jtion
(Invitod paper, Session 4)
EWHWY_yj_Ml, Director, Computer Center,
C of Sciences Ukrainian MR, Kiev
Izlluition7- "acme problems of learning
~
automatic" (Session 12)
XASHIRSXXY. A. A., - "Ibe use of computers in
Uzwion of industrial methods of building
orgaz
construction" (Session 29)
XDVALEUXT.1' V A Computer Center Academy of
-86tences ~~M *;a so, riy C1966 poeitto-n7
"Automallc recognition of typevritten letters
(Session 36),
report to 1o submitted jar the ZrA~Lntl. Cono-eas for Information Processing,
Mps, mmich, West Gormsr,7, 27 Aug - 1 Sep 1962.

S/030/62/000/002/005/008
B105/BlIO
AUTHORS: Dorodnitsyn, A. A., Academician, Nikollskiy, A. A., Doctor
of Physics and Mathematics, Chushkin, P. I., Candidate of
Physics and Mathematics
TITLEs Aerodynamics of high velocities and high altitudes
PERIODICALs Akademiya nauk SSSR. Vestnik, no. 2, 1962, 80 - 83
TEXTs From August 28 to September 2, 1961 a conference on the mechanics
of fluids and gases was convened by the Polish Academy of Sciences at
Jablonna, a suburb of Warsaw. Thin conference dealt with problems of the
aerodynamics of high-velocities and high altitudes. The conference was
attended by delegates from Austria, Oreat Britain, the German Democratic
Republic, Roumania, the USSR, and France. At the conference problems cf
the boundary layer, dilute gases and of hypersonic flows were discussed.
A~ A. Dorodnitayn suggested a numerical method of calculating the equa..
tions of the laminar boundary layer in the case of incompressibility,
and showed that this method can be extended to the compressible boundary
layer. The numerical method of calculating equations of the boundary lawr
Card 1/3

3/030/62/000/002/005/008
Aerodynamics of high ... B105/B110
of a bluff body which had been developed at the Vychialitellnyy tsentr
Akademii nauk SSSR (Computer Center of the Academy of Sciences USSR) were
described. Yu. N. Pavlovskiy (USSR) reported on results of methods of
group analysis for equations of the boundary layer in the case of incom-
pressibility. V. Proanak (Poland) spoke about the calculation of the
boundary layer between two incompressible flows moving in opposite direc-
tions. Ya. Lubonaki (Poland) described a special case of the Couette flow.
P. I. Chushkin and 0. M. Belotserkovskiy (USSR) gave the numerical solu-
tion of the problem of bluff bodies being oircumflown by ultrasonic flight
velocities. A. A. Nikollskiy (USSR) dealt with the nonsteady axisymmetri-
cal movements of the incompressible Iluid of infinite conductivity. S.
Apanasewicz (Poland) studied magnetohydrodynamic problems. K. P. Stanyu-
kovich (USSR) spoke about the propagation of cylindrical waves in gas. V.
Fiszdon and Z. Dzigadlo (Poland) dealt with the solution of linearized
problems of harmonic oscillations of axisymmetrical bodies in the ultraso-
nic gas flow. Yu. Bonder (Poland) suggested a new invariant form for equa-
tions of gas dynamics for the compressible nonsteady case. I. M. Yurlyev
(USSR) and K. Incob (Roumania) dealt with the development of the theory of
S. A. Chaplygin for plane gas flows. New problems of gas dynamics wer3
rn-PA 9/A

S/030/62/000/002/005/008
Aerodynamics of high ... B1()5/B11O
discussed which arise in fliphts at hiFh velocities anti hi,-h altibides
Card 3/3

DORODITITSMit A,A.
Ihimerioal methods of solving equations of tho lamira baundary Uyer.
Archiw,mech 3.4 no.3A:30-357 162.
1. Vychis3.itollxqy tsentr Akademii Vauk SSSR,, Moskvae

K=YSHI M.V., akademiko DORODNITSINp A.A... akademik; SOBDIZV, S.L., akadenik;
TRAPEZIIIKUVS V.A.0 ak;2 k-J,~73TAWVSKUP V.11. I KOEU, I.., prof poikhologii;
WMAL D. (Apgliya); PAUELLp S.; ARTSIVIUVICH; L.A.'
I -S akadem1k;
RINO~$ V.S., akademik
Science in the border3ALnd of fantasy. Tekhmo. -31 no,1:2 of cover.,, .2,,7
"634; (MRA 16:3)
1; Prezident AN SSSR (for Keldyeh)o 2. Chlorb-k4rreapondent AN WSR
(for Starovskiy). 3. Manchestereldy universitet, Angliya (for ken)*
4o. Prezident Veemirnoy federataii nsuchnykh rabotaikov (for Paue]4).
(Science)

DORODNITSYN, A.A.0 akademik
---------------------------------
Problems of information processing. Vest.AN SSSR 33 no.2t85-
87 F 163. (MIRA 16s2)
(Electronic data processing--congresaes)

*,SDI 5 /TJP(c)
7
A1029 7
'j A. 14 j)
M=
-tt -M
TF
07, 70PR
Ofteerh 'g-0
PP
Ass.!
"SOURCE.- At
.Mkbic
y.
TOPIC TA'Wf',~.~ Hiv6ut'
dYiftift -,-rftr lovie
an
M ion eqUa sm
oi
f
ST P. ACT:, -t~th 6rde
te u e or redat [ei 11
-The,rv is nera "Un
ffamiltonian_Eysten~ by 6Wo urii-tsby-mean~-oUa knowri integral,
~the three body problem, the reduction of the order of the equation of motion
two units is based on a pkvsical (geometrical) interpretation. Th,.- author of the
Prt-qPW paper makes an attempt to fill this gap by usine, the appa,.-atus of the inal-
ytical mechanics. rtie 3utvtor is graiefuj tr) AN SSS
cctPI4 112

ASSOCIATION: None
SUBMITTED: 08Jan64
SUB CODE: MA, ME
ENCL: 00
NO REF SOV- 000
OTFFR- 001
Card 2/ 2

-65 -mW(dY1TAWM,_' TJPW
li1h609
ACCESSION NR;-- AP50019-1-1__ S/OOZO /64/159 /006 /12-38/ 1419
AUTHOR: -Usachey-i--Yc-.--S4-;--Dorodnltayn-, Ai A. (Academ.Acian)
TITLE; Maximum- distributions -in a stochastic learning -ability Mq~el
Doklady --v.
SOURCE: -AN SSSRv 11559i-no,4-6v 1964, 1;.'38-1239
TOPIC TAGS: Ia- arn'ing ability- Ia a rning. automaton
;ABSTRACT: Thet--A,-s-y-mp-tqtic-p-zop-ort~i-e-#--of-a-h-otnogencous -Markov--ch
studied. The chain-describes-the distribution of probabilities of the `subjectW,
responses to teaching In an R. Bush and F. Mostellex learning -abillittff mmo, el
("Stochastic Learni ng -Ability Models," book). Equa%lonq are set up for the
characteristic functions f (t) of maximum distributions; these equatit)ns may give
three typer of responses of the medium interacting with 'he subject: (1) Medium
responves are independent of subject's reeponses; (2) Medium respcnset; are
single-valuedly determined by subject's responses. and (3) Medium responses
Card J/z

KITOV, Anatoliy Ivanovichj KRINITSKIY, Kikolay Ardreye-ich;
DORODNITSYN, A.A.,, akadem:U
(Electronic computers] ~lsktronnye vychislitelinye ma-
shiny* lzda2ep perer. i dop. Moskva,, Naukaj, 1965. 174 p.
(MIRA 18:6)

L
ACC-iqt, OAM
~Oullucol))~:
AUT11011- Dorodnitsyn. A. At
U11/0060/63/666/600/onA.,082
ORG. Compp~4%_!~gytor, Actidemy of Scienccs,SSSR, Moscow [VychJsll,Tllnyy tsentr
Akadomil nnuk SSSR)
TITLE; Plano problem of flow of a hea 11
_~.Mons ol~* the Theory of Dinctlong I i Vnivi
SOL-RCE,: Int rnatIrmal Symposium on AEplj r11
Alech,mics. Tiffla 1963.,_ PrIlozhenlya teorii tunlcTsly v mekhanike spL)t4linvy arody. t.
1 gaza, mateniatichesklyc nictody (ApPlIcattolin of Me 1:11001-3. r~f flinctions
!n continutun mcchaitics. v. 2: Fluid ruid .-.is inechanics, mathomatlei: inothodi,)- h-why
slinposlunin. ivloncow, lzd-vo Nauka, 11965, 171-18?
TOPIC -VAGS: heavy fluid, fluld flow, nonstca(kv flov,,, wave. equation
A.BSTFUICT: The author inventiffates the problem of the Flow or a locrivy fluid a pr-rilicbed
fiurlacc. The fluid is assumod to propagAc in both dirvelions 'to i4hiity. Tiw `jrflom has
horizont-'a asymp(QW8 With x -). I,:, and the evot-d(nat'C. systurn Is showa Jit Vlg. 1. An Iti cx-
"AMP110 of die application of U10 method IlEied, Ihe 1110.411. fikvt,..sti11.1(vF1 03 -Ipinoach Uf it c.!1v;1c)
Card 1/3

ACC NRs AT6016792
X wjiv(- tf; ehallow vvab-r. Thren rent param-
ctor~i hi tile equations derived (a, 11ij: h)
make it possible to wo-v tile hnight, of tho,
w.-.IN,(! .1, tilt., height, of the bottoill Bileff 11,
ve
ind Ow Initial position of ti!n wave rel. ti
Y. to tile, bolL)m viielf I. The results fif the
e-alcul.ition3 are pea8eitted in Fir. 2 for the,
Figtire 1. SyHtcili of coor'dinatm: fullowill"r valtleii of tile
(I a, h 1/1. It Is noted that
tile phyoical problem of wave motion Is unstable. Tile appear-, nce, 'or example, of -miall
ripples leads to ,in increase in the slope of tile ripyles and to the "br,~vking" of tile sinall
waves. During nuniericid calculationo, such "ripples" appear no a result of rounding 4Uff
errors, hence it is necessary to introduce smoothing out into the computational procedure.
in conclusion, the author wishes to express his deep gratitude to N. A. Mellor, scleatific
ai4sociate of the Computing Center, Academy of ScIences SSSR (Vycheslitellilyy tsentr
Almdernii nauk SSSR), who made a great contribution to tile processing of the method of the
Carv -3

AC.C NR. AP7005440
AUTHOR: Dorodnitsyn, A. A. (Academician)
ORG: none
TITIE: New practical applications of mathematical methods
SOURCE: AN SSSR. Vestnik, no- 7, 1966g 24-29
TOPIC TAGS: geologyp geophysicsp mathematic model, compute:r
!ABSTRACT: Thenks to the 'omputer,'goology is now subject to
0
;mathematical treatment where formerly It was thought to be Im-
lpervious to It. Geophysics, on the other hand..has always been
!subject to mathematical methods, although such geophysical prob-.'
;lems as the location of a perturbing force are prone to measure-.'
ment errors and have therefore been regarded as mathematically
meaningless.
But In recent years such Soviet mathematicians as A. X;
:.Tikhonov and M* M. Lavrentlev have developed a firm base for
the solution of such problems. No comparable success, however#.
1has been won for geological phenomena. For example, attempts
to create physical models for studying geotectomLe processes
on a small scale are doubtful, owing to the extraordinary
longthB of time (millions of ;years) azA the vas-b areas of. goo-
Card 1/2 UDC t 51

~kdCk, "7005440
dynamic processes. But there is some promise An mathematical
In the urgent practical problem of searohing for mineral
deposits, the computer offers definite advantages. It can spare.,
geologists the necessity of exploratory trial and error drill-
ing at great expense of time and labor In the field by giving#
-onthe basis of observations of a site's surface, a reliable
estimate of the site,'a mineralogical potential. Computations
of this kind have parallels in other areas of research: In
medicine, for example, where a patient's symptoms are fed Into
a computer to furnish a diagnosis of the Illness. In geology
this can be done In a binary computing systen, with a binary
code corresponding'to observed geological objects.
The author discusses# In principally qualitative termse
a possible approach to such a system which, he hopes, will
furnish a common "languagem for mathenatialsaw &3A goolpg~sts...'
Orig. art. has: I fomula. IJMS A7641
SUB CODE: 08, 09,, 12 / SUHK UTSt none
co;d 2/2

"I .I " , I /,~ "", I
A 76 za 7 .92 SOURCI-1, CODE:
AITT11011:
ONG: collipul.1111, cmitert J~clfdorty ',MOScOw.~VYcIIj8IltvlI.,lYY Isontr
Pjarlo pr(4)IOM of nonalontly. jj!~yy of I ))Vkvy fqIld
111turmlOomil Sy 111111,13 him mj~ App],Ivzolfc)mi (-r u, si-v ;,r vm.. vtw,
t: k -.'i J. 161.111 M.I. pr ut.17,he illy 31 ~Imkkly v 11,jokh",01w
to;, ia 7Jjd(1ko'ILi i p7n. nictoly (App)if~atfo;in of lbt! thoor:.- ~P` ro;-;!
V. 2: ITILIld Pilo gam -,l1:!cIwvJcrj, ulathrmatical wwOvit'all: Ii-tv"
WIuricow, IZ(I-VO Nuuk,'), 19r-5, .171-1,42
TOPIC TAGS: ficary fluid, fluld flew, nonstemly flow, wave equation
"STRA CT: 7lic atithor Jjiv"L(gah3a the proboem of the flow P' a lic-rivy Quid -,-:kth i~v i criurix-0
Yjic 1-1juld.1m timmmod topropagido 1111HA (Hroclions ":I i'Ifillily. Tim k-c-I'tuill Imns
IlsympRAL's Willi A awl Ow cvrord(nalc systviii to sliv--vo fil Ivig. t. An -141
N11plo Oi i~lv upplicaiiwl of UPC melbod ufpd, slin Imtholl, tho !Ipprrmlci. U( 11

ACC Nilt AT6016792
wave to aballvl~. Avater. Tbrce) Teo] parnm-
ctees Ili Ole equations (j(.rjVC(j (p, rLI. 11)
1114,11w it vo.4sible Vy v"Iry tile Might (if VIO
.1, VIC I-leighl, of Lll.-. ljoti.r.'!11 Rllclr 11,
wav
OR6 tilv. laidal position of 'U11n vv-ivc Iclativu
"Moor'
y to the botkill) vllelf C. Tbf~ re.0ju-ILH of tho
culcubtions are presentoll Ili FIg. 21 for the
Flinive 1. Systoni of coor,oinflies following valuen of tile paraiiielcr:4-
r' i
l/41t, it, h 1/4. R Is notod that
the 1)*
ayoke-al probJein of wave motion la untitable. Tito appearance, for ex-tinpic. of vinvil
loads to na incroarjo in the slope of tile ripplos and LF.) the "bresking" or tile S111all
wavev. During nuniorival calculationo, otich "ripples" apivar as a result of rounding off
urrora, hence It to nocessary to Introduce stnoothtag out into tho cornputationn]. procedure.
"i concluBlon, Uic aut,hor wishes to express his deep gratthide to X. A. Mellor, scientific
L14L;ociata of the CompuUng Centor, Academy of Sciences SSSR (VychosljLel'n)rf tzentr
Alkademil nauk SSSR), who made a great contribution to the processing of the method of the

L M996-67
ACC NRs AT6016792
-0 -7 -if -J -Z a.' f z J,
numerical calculation and
progrvnming, as well an to
graduate student Nguen Lamu
for his asslstane5' rogram-
ming and in the performance
of the calculations. I& art.
has: 3 figtirce and .39 for-
r.,7 5
r-a75
z
Figure 2. Calculations of a wave approac',iing 811allow Nvatov.
SUB CODE: 12,20/ SUBM DATE: MepG5

~ , [translator]; FMV, 11onstan
PIMWAIJA, Nmn9jI Ilejanji_; DORMJJ~STU, Ij
tin, redaktor;
[Pakistani a geographical slootch. Translated from the Juglish]
Pakistani geografichookii ocherks Ferevod a anglitakogo N.I.
DoroduLtsy= . Frediml, i rel. Ironstantina Popove. Red. fisiko-
reograf, chasti 1U,K*Afremovs. Moskva. Izd-vo inostrannoy lit-ry,
1952. 130 p. (XIRA 10:3)
(Paki ~tan-Geogrep by)

CODE., I
5023079 65/0bd/O0%OO1
fl) SOUM, 00 -7/0013
AUTHOR: -Kraychik, M-M# (Candidatet. of technical sciences); Dorodnitsyna,, N.V.-
(EnGincer)7
35
ORG: All-Union cientific Reaearch In3titute for Rail~tay Tr~mportation (VsQGoyuZ%7
nauchno-issledove.tellskiy institut zheleznodorozhnoge transporta)
TITLE: Properties of brittle fractM in welded parts of railway rolling atock
ts 0.1
SOUFCE: Avtcmaticheskaya svor)vs, no. 9., 1965j, 17-18
TOPIC TAGG: brittleness, fatigue strength, impact stress, mechanical fatigue, yield
stress, welding, material defarmation, low carbon steel, railvay rolling stock, ten-
sile streaG
ABGTRACT: Brittle fractures In a loiL~;itudinal beam of a railway track after 6 years
of operation and In a locomotive true], after 2-) years of ti investigate,
, yere
I ~
The reoults chow that at neWitive temperatures and impacK017f cture 3-4 m
deep can cawic brittle failuce in welded iietal part-dPtMr a nominal4s irless that is
much below the yield point. It is concluded that otresc concentration in the neutral
axis zone and in the zone of highest tensile stress is intolerable for beams operat:L
under variable loads and lmil temperatures and, particularly,, for railw rolling sto
Orig. art. bas: 4 figures, it, 4116
SUB CODE: 3-1P20 SUBM DIM: O7Aug64 ORIG REF: 005
A. -

to
er kv. Unr4rcul=lu-esquadrablerith the use
Clova"as. =a y Akad-' tSauk SSSR
a
0 !M, 96.5-.968 (1947). (Ru--Awk)
E, LAndau USA. Berlin. Alath- Ges, 2,1_6 1903)] and
L. Tachakalon, D, latli. Z. 30, '52-359 (1929) reduced the
problem of 4~uidraWe Junis~ to hneing pats' intc:Vrs tn
and n, 0)- 1, for which the equ ati6n..
n M~"
iz -4vAhI,_b-v rumnsalilquar, roat.5. TICV',nvost)~z'a'tCd.Ihc'
t' When ~ m is. a T. Clau-srien Cj.,R~iine An&i,*'.
c
am pnm
u1. 21 J26-376 jiAO)j had given two quad_-abfe Itmes
AL I
.4; in addition lo the threcImown to Hippocrates ~f Chics wd,
he =a& tbLe ccnjrcturr. that no others e-xist. X. T-hebou"w
i4' r'raadj.. 10, 161-1?S (193AII
m-nmrO (mod 2).
The.rAvomt paper continues the -wwk of Tchebotanow
and completes the ~10ution of the prnblm by lhowlng- that
-han thmee known to Clau%cn c~dst if
no zolutims other T
m - " a I (rftod 2). The details of tht: ugu men t im not fully
givta since r1w methods employed. tht org-ansvition ofthe
pxxn' aad th:
Tchebotarow, whrre the argument de;xmcls cm p-adic ex-
1 pwsian of.a rmm of ( 1), use of two tlvlDrems doduced from
1work
- of AI, &wer a-rid of 0. Ore, and .xrjUSi= of cast-, bv
Nrwtau'is polyr-ima-id other mean.% Churz-h.
T

DORORM-4--y-
"v-11"-I'-'--II.---.~
Subfields of a hyperelliptic field of alipbraic functions. Uch.
sap.Us.un. 1.16 DO-517-9 156. (K6RA 10: 4)
1e Xafedra algebry, (Fields, Algebraic)

DORODNOV, 11P.
Orjx-,rationij with core bits undar tho complex conditions or deep
drilling in the Cretaceous sediments of the Ghechen-Tngush
A.S.S.R. Darenie no.9:3-4 '(A. (MIRA 18:5)
1. TSentralinyy remontno-me khan I. che o kiy zavoc,,',g. Grcznyy.

DORODNOV, I.P.,
Ways to increase the number of samplea from the Cretaceous sediments
of the oil fields of the State All-Union Association of the Grozny
Oil Ga.3 Industry. Burenie no.1121 165. (MIRA 18:5)
1. TSentraltnyy remontno-mekhanicheskiy zavod ob"yedirp-4-
"Grozneft"'.

DOROWOVj I.F.
Gore formation in drilling with a core bit with a autter head,
Neft. khos. 42 no.3-1226-30 1 164 (MIRA 18s2)

KARNAUKHOV, L.A.; DORCDNOV, I.P.
Cutting-abrading stage bits with a vash-over system having
h=d-alloy cutters. Burenis no.70-5 165. (MIRA 18:12)
1. Grozneneekiy neftyanoy nauchno-iseledovatellskiy institut.

WRIODNOVI I.T.
1951.
Experimental work on the collective farm. 3aratovskoe, obl.gos. isd-vo,

yMIXov, y.j.; KMUKOV. N.V.; BBITNIV. L.P.; ROWOVSKIY. V-2-;
KEMIN, I.R.; PWOV, V.I.; OSIPOV, G.P.; PISKUW, V.S.;
AGAYONOT, Ye.F.; DCRMffOV,_.j!G STRUXLCHEVO V.I.; UYTOT,
Tu.A.
A.A.Zlimov's book 'Alectricity In animal husbandr7.0 Reviewed
by V.1.1fisoy and others. Blektrichestvo no.',';.d7-M S 156.
(x6m 9; 11)
1. lafedra primeneniya slaktricheekoy energii v sel'skom kho-
z~ysystve Stalingraaakogo seliskokhozyaystyannog instituta (for
Yefimov, Zhudyakov, Obitnev. Romanovskiy, 12iolin). 2. rafedra
primenenlya slaktroonergil Y sel'skom khozyaystva Saratovskogo,
Institute, makhanizateii salls'kogo khosyaystya iieni Ulinina,
(for Popov Osipov, Piskarev, Agafonov, Dorodnov, Strukachev,
24%ytoov). ellectricity in agriculture) (Stock and stockbreeding)

C-~ 0
YPL
61 foe. F
q-_b-_Z_Cx b~r 1959-
15 Ordw I of
IM-6 ._Rxgk.~r fti
15.0 coni;'~E (Y' 120)

A C C I, '?.. A. "I ~, C, () 5
AUTHOR: 11. G. (Candidate o
61 f Technical 5clences; Docent);
Shatkin, A. &N. (Engineer)
O~",G* Saratov, Politachnical IMS-titute (SarntovsMy politok-linichankly
instituL)
T
11TILE: Smoath, contnctlegs control of voltage by transromerwith
inductiVa-capacitiVe link
SCURCZ., IVID'. -Energetika, no. 12, 1966, 23-28
TOPIC TAG.S., electric transformerl oloctronic circuit
S UB COD:~: 0')
ABST-RACT: A transformier with an Inductive-enpacitive link allows smooth,
contnetle5s control of voltage at consumor locations. 111he introduction of
an Induct Iva -capacitive link to the circuit allows the range of control to be
expanded both during Idlo and under load. A practically linear low of change
Of Id-f(I2) is produced, allowing automation of the control of the magnotizing
current fron the load current. Tho tranz4'orner described in this artIcIle can
be used for control of voltages In electrical supply systems In Industrial
antorprisosp as well as for laboratory and_othor purposca. Orig. art. h:-s:
fi5uros " 11 formulas. rl-RS., 409102/
UDC: 621.316,722.9

DCHMOV, R.
- - -- 6*f%.*
Careful maintenance of a machine. Blek.agit.ved.traaep. ne.20:
30-34 0 '55. (KLRA 9: 1)
I.Tekarl savoda imeal 'Parishokey Kommusy"
(Imathes-Naistenance and repair*)

OSTROUSHMD, I.A., Prof.; rXRZCrM, V.I., doteents KRIVCHIEDY, F.T., insh.;
IDORODNOV# V.3o; lnzb.; CHMTjNoy, L.F., lnzh.; KLTACHM, L.I., inzh.
Improvement of bore bits for c6crpressed-air percussion drills.
Izv, vyse uchab* zav.; gor. shur. no.10:93-98 160. (MIRA 13:11)
1. 3evero-laykassidy gornometallurgieheskiy insti tat imeni Sergo
Ordzhonikidze. Itekomeudovana kafedroy spetsiallnykh kursov gornogo
dela Severo-Kavkasekogo gornometallurgicheekogo instituta.
(Boring machinery)

OSTROUSHKO, I.A.; WIEKEYEV, V.I.; ~ORODNOY_, V.S.; DORODIN, R.I.;
KRIVCHIKOVO P.F.; CHUGUNOV, L.F. .---
Optima conditions for BA-100 drill rig operations in hard rocks.
Izv. vyu. ucheb. zav.; tovet. met, 4 no.3:12-18 161. (MIRA 15:1)
1. Severokavkazakiy gornometallurgicheskiy inBtitut i Tyrnyauzakiy
kombinat. Rokomendovam kafedroy spetsialln7kh k-ursov gornogo
dela Severokavkazekogo gornometallurgicheskogo instituta.
(Rock drills)

AGAPOVA, T*J: red.; DORODNOV)-YO.V., red.; KASHCHENKO, Ye.l.,
r
ed:;
, rMUSMOr"A-M., red.,- REYKHBERG, G.Ye., red.;
VOILOBOYEV, V.V.p red.j BORZUNOV, V.F., red.
[XDstracta of papers and reports of %he Third Far
Eastern Conference on Historv, archaeology and
Et'anograpVq Section: Socialist building projects in
Siberia and the Far East) Tezisy dokladov i soobshchenii.
Sektsiia: Sotsialisticheskie novontroiki Sibiri i Dalt-
nego Vostoka, Komsomollsk-na-Amure) Koma*vollskii-na
Avure GospedinBtitut, 1962. 76 p. (141PA 17:9)
1. Dallnevostochnaya konferentsiya po istorii, arkheo-
logii i etnografii. 3d, Komsomolsk-on-Auw, 1962.
2. Komsomol' skiy-na-Amure Goeudarstvenrqy peditgogicho-
sk-Ay inst-itut (for KashchAnke). 3. Dallnevostochryy
filial Sibirskogo otdeleniya AV SSSR (for Reykhberg.
4. Institut geugrniii Sibirskogo otdeleniya All SSSR
(for Voroblyev). 5- Institut istorii AN SSSR (for
Bc.rzunov).

KIPAFMKOO Alla VladWrovaa; DORODNOV, Yeflm Vaall viah; GUDKOVA,N.
red.; DANILINA, A., liik--)~~red. -- qk~p----. I
[The city of youth] Gorod iunosti. Yoskva, dospolitizdat,
1963. 78 p. (MIRA 16:7)
(Komoomollsk-on-Amur)

MAKOVA, Yll.F., ~ vuch;
Exfxirlence In the treatment cf cervical erosion and endocervIcitiv
with Matermwcougulatiun. Sbor, nauch,. rab. Sur. gos. med. inst.
44:'144-3418 164. (14MA l8t7)
1. Ginekologicheskoye otdeleniye doro,-,hnoy klinicheskoy bollnitsy
Privolzhokoy zholeznoy, dorcgi, Saratov. 2. Glavnyy akusher-ginekolog
dorc)7,12nL;,y kliniche..;koy bollnitsy Privt)lzhskOy 2'heleznoy dorogi,
Sarc.tov.

,~(irtmrw,fi, y,.~%; 1a1jmOV.,;YJiYA, A.Yo., kand, med. nauk
IL--. - - I
S-".Illhirth and the tasks of the obatetridans-gynecologiuts of
tho Volga Valley Railroad in Its control. Sbor. naveli. rub. Bar.
goo. meJ. inst. 44:335-339 164. (MIRA 18:7)
1. Glav-iTv akusher-glrekc log doro2hnoy k1 ' nichenkoy bol In.1tay
Privo1z.iskoy zhelleznoy dorogi (for Dorodnova).

DORODNOVA
BORUNOV, N.I., tekhne red*
(Regulations and instructions on electric relay protection
systems) Rukovodiashchie ukazaniia po relainoi zashchite.
Moskva, 3osenergoizdat, UO*3# [Protection of 6 to 220 kv.
bus condictors of electric power plants and substations]
Zashchitii shin 6 - 220 kv stantsii i podsU-.ntsii. 1961. 71 p.
NIRA 1515)
1. Floscov. Vsesoyuznyy gosudaretvamyy proyektnyy institut
"Teploelctktroproyekt."
(Electric power distribution)
(Electric protection)

DORODNOVA red.; SMIRNOV, E.P., red.; LARIONOV, Me.,
~?RLJT-J-
tekhn. red.
[Regulations on relay protection systems] Rukovodiashchie
ukazaniia po roleinoi sashchite. Moskva, Gosenergoizdat.
No.4. [Protection of step-down transformers and auto-
transformers) '4,ashohita ponizhaiushchikh transformatorov
avtotransformatorov. 1962. 119 p. (MIRA 16:6)
1. Moscow. Vessoyusnyy gooudarstvennyy proyektnyy institut
"Toploenergoproyekt."
(Electric transformers) (Electric protection)

DORODNOVAP.TONSP,. inzh.; MURASHID , N.V.,, insh.
- ---------
Matching of a r6wte-otype'-pruteation system with a composite
cw*rVM and voltav cutoff system in 110 to 220 kv. networks.
Elak.ata. 33 no,12,t65-70 D 162, (KMA 16:2)
(Electric prol-,O'Otion) (Electric power distribution)

WB0DNOVA,-L,N.2 red.j SMIRNOV, red.) LARIONOV, G.Ye.,
tekbn. red.
[Regulations on -slay protection systems] Rukovodiashchie
ukazanila po releinoi zashchite. Moskva# Izd-vo "Energiia.0
No.5. [Protection of generator-transformer and generator-
autotransformer blockis] ZaBhchita blokov generator-
transformator i gonerittor-avtotransformator. 1963. Ill p.
(MIRA 17:4)
I, Moscow, Vaesoyuznn, gosudarstyerxqy proyektnyy institut
"Teploalektroproyekt.1'

DORODNOVAO T.Ns, Inub.1 KMHINp A.N,, lnzh.
Ci-tlca-R-tl'6n of differential-lihaoe protection of 110-220 kv. bus
Elsk, eta. 35 no#9j77-82 3 164, (MIRA IStlj

L 9828-66 7., A h
If--iC-C -N1, AP-6003970 COW's
AUTHOR: Snrkisov. M. A.; 11okot-yan. S. S.; j)spenskly. B. S.; Sharoy, A. NL.L
Zhiffln, 1. V.; Fedoseyev. A. M.; K2r2jty,_ftt_A.; -Kheyf its, Yemalenko, V. M..,
N,Lrov. ;, Ya., Azartyevi L.-I.; W-LuniUk. A. 0 ; )-1Q1XakrY, I. P.; F-azonov. V. L4
KhvoshchinshML_~Z~_(:i.; Kartsev. V. -.LL; -5me-1YanVRnYAj- Be XQ ; Kozhin. A.- N.;
1.12sev S. B.;.Dorodnova. T. N.; Rubinchik. 7. A.; 0mirngy. E.-V.P; RILdmLn.-A. A,
ORG: none
TITLE: Abram Dorisovich Chernin
SOURCE: Elektricheskiye stantaii, no. 5, V165, 93
50
TOPIC TAGS: electric engineering, electric engineering personnel
ABSTRACT: An engineer since 1929i A. B..Chernin h" worked for years in developing
now techniques and equipment for relay pr !ction~gf electric power systems.. In
this 6Dth birthday tributo, he is credited irith leading the group which produced
the directives on relay protection,, contributing to the development of a method for
calculating transient processes in long distance 40D-500 kv power transmission lines
and with aiding in planning of the electric portions of power stations, aub-)tationa
and power systems. The results of his engineering and scientific work have been
published 46 timae,' he is it doctor of techrLLcal sciences (since 1963)1 and has
taught for 30 years at the Moscow Powor Ins-loitute Orig. art. has: 1 figure. f-11PH
SL93 CODE: 09 / SUBK DATIC i none
H LJ
. th

IGONIN, p.G.; DcRoDNOVA., V.S.; ROMkNOV, A,V.; MALITSEVA, M.Ya-
- ----------
Structural group acmposition of paraffin wax and intermediate
producto from distlUatee of Translerek Valley crudes.
Dim,l takh,tlopi.i masel 7 no,6:26-.30 Je 162. (KMA 15-7)
1. Groznenskiy nauchno-issledovatellskiy neftyanoy institut.
(Tbrek Valley-Petroleum)
(Paraffin wax)

IGONIN, P.G.;"ICRODNOVA, V.S.; SVITKIN, V.V.
Separating higher alcohols from secondary unsaponifiables.
Nefteper. i neftekhim. no.8t23-25 164. (KM 17:10)
1. Grozenenskiy neftyanoy nauchno-isoledovateltakiy institut.

DORODNTKH, B.H., insh.
-...... 11
Method of calculating the parameters of prantresued vire in
the manufacture of looked coil wire rope. Izv.vye#ucheb.zav.;
gor.shur. no.6:98-107 159. (MIRA 13:4)
1. Kharikovskiy 1,,ornyy institut. Rokowindovana kafedroy gornoy
mnkhaniki.
(wire rope) (strains and str"nues)

DORODNTKH, B.N., Jnzh.
Strains occurritig In shaped wire in the manafacture of locked
rope* Ixv*vyi ouchebe save; gor.shur. no.8:118-124 159.
(MIRA 13:5)
1. Khnrlkovekiy gornyy inatitut. Rekomendoynna knfedroy gornoy
mekhaniki.
(Wire rope) (Strainsand stresses)

DOROENM . B.N., inzh.
--------------
Method of caloulating parameters in setting the bendability of
ropes made with a double twist. Izv. vre. ucheb. zav. 1 gor. thur.
no.9:3.05-111+ t59. (MMA 34:6)
1. Khar'kov3kiy gornyy institut. RekDmendovana kafedroy gornykh
m*i3hin.
(Wire ropes)

- ---- --- ----
DOROFEMIKO, G. N., Cand Chem Sci (diss) "Studies in the
f leld of carbon-carbonic (dor~ivati7ves~,,~a~rb2]~~drat-e)&. Rostov-
on-Don, 1957. 15 PP (Rostov State Univ, Chair of Organic
Chemistry), 106 copies (KL, 2-513, 111)
-12-

ZHDA,NOV, Yu.A.-, DOROMIMO, O.N.
Syntheses In the region of 0 - C-ijubstituted carbohydrates.
DAL AN SSSR 112 noo3:433-435 Ja '57. (MLRA lOt4)
1. Rostovski]r na Donu gosudarstva I r its
nnyy, un ye a "t"Im.
V.M. Holotova. Pradstavlano akademUrom ~Ao Oparitlymp
(Carbobydrates) (Substitution)

F~5 YL a k,
!LUTHOR ZHDANOV Yu.A., DOROMMKO G.Nt_ PA - 3155
TITLE Production of V--Zz;;Z& Derivatives of 1 -Arabinose.
(Sintezy 0---c proizvodnykh I-arabinozy -Russian)
PERIODICAL Doklady Akademii Nauk SSSRP1957,Vol 1131 Nr 39pp 6ol-.603 (U-S-S-R-)
Recelved 6/1957 Reviewed 7/1957
ABSTRACT In previous worku D 9'9 983,403 the winning of some monoses (glu-
coe*p galactose, xyl .. ~'was described according to the method of or-
ganomagnesia synthesiso This method has as yet not been employed for
the synthesis of 0-----C-derivat Ives of 1-arabinose. Here the C----C-
substitution products of this hYdrooarbon was produced synthetically
as a r9sult of the interaction of B-chlortriao*tyl-l-arabinose and
of the corresponding reagent. Viey contained the following radicalst
phenyl, anisyl, ripphtyl, phenathylp o-tolyl, n-tolyl, thienyl, butyl,
The gentral forinula of the compounds obtained is the followingt
ACO Ok~' 00
CH 2~~~
0
In the course of the chlorination, bromization, iodation of anisyl-
and phenethylarabinose the corresponding halide dervatives are ari-
Card 1/2 parated.

Produotion of D---G-Derivativis of L-Arabinost..
Experiments are described.
(With !; Slavic references)
ASSOCIATION State Urioversity"V.M.MOLOTOVIS of Rostov
PRESENTED BY OPARIN A.I.t Member of the AcadonW
SUBMITTED 19-11-1956
AVAILABLE Library of Gongress
Card 2/2
PA - 3155

C) A;
AUTHORS: Zhdanov, Yu. A., Dorofeyenko, G. N. 2o_6_iq/4T
and Zhivoglazova,Le-Te.
TITLE: The Synthesis of Some Carbon-larbon Derivatives of
Carbohydrates (Sintez nekotor:rkh uglerod-uglarodnykh
proizvodnykh uglevodov)
PERIODICAL: Doklady AN SSSRI 1957# Vol. 1179 Nr 61 pp. 99o-992 (USSR)
ABSTRACT: As described earlier (references I - 4) the organomagnesium
method brought about good results in the synthesis of the
above-mentioned derivatives of d-glucosel d-galaotose, d-
xylose and I-arabinose wh1oh contain various "agluconea". In
the present work this method was employed for the production
of some now compounds: phanyl-tetraaostyl-galactoeel O-tolyl-
triacetyl-xylose, allyl-tetrancetyl-galactose and allyl-
triaostyl-arabinose. It was found that the aoetylatod allyl
sugars are oap%ble of adding a chloro-9 bromo- and dirhodane-
molecule at the double bond of the allyl residue. Haloid-
derivatives of the already earlier synthesized phanyl-
trie.cetyl-xylose were also produced. Acatoohlormonosacoharidee
whioh serve as initial products in the synthesis of the C--C
Card 1/2 derivatives of hydrocarbons vero obtained due to the treatment

The Synthesis of Sonia Carbon-Carbon Derivatives of 20-6-19/4T
Carbohydrates
LWOCTATIONt
PRESENTED:
SUBMITTED:
AVAILABLE:
Card 2/2
of sugar acetates with phosph phosphorus pentachloride and
aluminum chloride in a chlorcform solution. An experimental
part with the description of the production methods of the
following compounds is given: P-chloro-triacetyl-l-arabinooe,
di-bromo-phanot,yl-triacetyl-xylose, di-chloro-phenetyl-
triacetyl-xyloolit dibromo-mallyl-triaostyl-xyloes, di-bromo-
mallyl-tatraacetyl-glueo8e, di-rhodone-allyl-tetraacetyl-
glucose and di-rhodai-je-allyl-triacetyl-xylose beside some
above-mentioned sugar derivatives together with constants.
There are 0 references, 5 of which are Slavic.
Rostov-m-Mmu Wije VALmrsity- (Hostovskiy na-Donu
gosudaretvannyy univeraitet)
July 23, 1957, bY A. I. Oparing Academician.
July 23t 1957
Library of Congress

AUTHORSs Zhdanov, Yu. A.
TITLEs On Heterocyclic
(Gaterotaiklioheakiye
vodov)
PERIODICAL: Uspekhi Khimii,
SOV/74-27-2-3/5
0 Dorofeyenko, 0. N. (Rostov -na-Dontk)
Carbon-Carbon Derivatives of Carbohydrates
uglerod-uglerodnyye proizvodnyye ugle-
1958, Vol. 27, Hr 2, pp. 179 - 192 (UBBR)
ABSTRACTs Compounds, iii which a polyoxaldehyde-, a polyoxyketone- or
a polyalcohol rest is conne~-ted with any organic radical
(aliphatic, alicyclic, arom.3,tic or heterocyclic) by single
carbon-carbon bonds, are classed with the C-C-derivatives
of sugars.
In the present article a eu:rvey is given on new experimental
data in the field of hetero.)yolio carbohydrate derivatives and
the attempt is made to gentiralize these data. Isopropylidene-,
benzylidene- and ethylidene derivatives of sugars, different
oxides (glucosane) and imino sugars, are not treated, because,
according to their propertioaq they rather belong to the
Card 1/2 acetalef anhydro-sugars, amino-sugars, respectively.

SOV/74-27-2-3/5
On Heterocyclic Carbon-Carbon Derivatives of Carbohydrates
The mentioned compounds can be classified according to tha
type of the heterocyclep accordingly, the article is divided
into the following paragraphst
1) Heterocycles, consisting of 5 parts, which contain nitrogen.
21 Benzimidazol derivatives.
3) Pyrazine- and piperazine derivatives.
4) Qu 0 1 derivatives.
P,!n
5 rind: derivatives of carbohydrates.
61 Triazol derivatives of sugars.
7 Tetrazol derivatives of eugars
8 Heterocyclic derivatives) which contain oxygen and sulfur.
9 Heterocycles, which contain various and different hetero-
atoms.
There are 3 tables and 90 references, 6 of which are Soviet.
Card 2/2

MAIM, Yu.A.; WROPEYINKOO G.N.; BOGDANOVA, G.T.
Use of zinc organic compounds In the synthesis of carbon-carbon
sugar derivatives. DDkl. AN SSSR 119 no.3:495-"7 Mr 158.
WRA n:6)
l.Rostovskiy-na-DDnu gosudaretvannyy universitet. Predstavleno
akademikom A.I. Operinym.
(Zinc organic compounds) (Sugar)

SCV/79 -6-50/81
'3) -29
.I J THCRLS Zhdanov, Yu. A., Dorofeyenko, G. .11.
T-LTLIJ: Some 2,21-(Polyoxy.-alkylene)-dibe-ri~-i:-~idazoles
P-',-'RIODICALj Zhurnal obahchey khimii, 1959, Vol 29, 11r 6, pp 2677-2681 (USSR)
A3STRACTs In the present papor, the authors obtained, according to the
method doscribed in reference 2, 'jy condensation of o-p~enylene
diamine with xylo- and 1-arabotrioxy-glutaric acid, the 2,21-
(trioxy-propylc-tio)-dibsitizi:aidazol,)n hitherto not dencribed. They
are of crtstalline nttturc and havo a very hiCh :aeitini:, point.
1~.e nith*rj i.-.-,rcvcd the rzrthods (if s~ntheoizin ';r the .2-(dioxy-
et* lent.) -1oo;izi:TAdazo1e and 2,21-(ciiuky-Ethylene)-dl.'3erzi=idazole
(according to C. S. Hudson and co-&orkCrD, Ref" 7), in which
connection the yields increased by usinx, a mixt~~re of hydrochlo.-I::
and orthophosphoric acid as condersing ai,,ent, and the chloridc,?,
pi.,ratca and the diacetyl deri-.ative of the latter, which have
hi'herto not been described, were obtained. It was found that
sone acetylated aldonic and sa-ccharic acids could be identified
in the 'Por!--. of i;.-.ienzc1--- 4-vrJ-vst--'vr-n in ncd L- . Cn c or. den3 a -
iur. of C-r I- C'f ''1 .2
V a r 6 112- groups takes place, yieldin& tho z3a:I.e prod-ict,3 as ir, tir,t, re~.Ct-4,;.n

of the aldonic and saccharic acids , Thus the tetraacetyl-mL1c,.C.
acid and Ito acid dichlorido produt-a dibenzianidazole derivati-ik-s
when heated -with 21 moles of o-phen;rlene diaminq in the presercc
of mineral acid (5o-6o~ yield). On condensation of the lac-
tone of t'he tetraacetyl-d-galactonic acid with o-phenyllj-
ne dia-
mini, the 2-[(d-gair-eto)-I)cntox~.,-a:nyl3-~.)enz-~midazole wac
f0l'.Lvd, In addition to the n.,Aij:;:r:)d.Actq,
oit.,-Aned in all cascB aL aidc )roajQt, T%c ref~ulllant b-~;nzl
midazole products are readily oxidized by potassium permaw-anatc
solution, and give, according to t.ae data of C. F. Huebner and
coworkers (Ref 8), benzimidazole-2-carboxylic acid in good yield.
2,21-(dioxy-ethylene)-dibenzimidaz:)Ie yields, on oxidation with
sodium periodide, quantitatively 2-formyl-benzimidazole which is
tranaformed by oxidution of alkaline H 202- solution into the
benzimidazole-2-carboxylic acid. There are W references, 2 of
which are Soviet.
ASSOCIATIUAN: Roatuvakiy-na-Dona gosadarotvennyy univLrLitet (11ostov-na-Donu
State University)
SLJBMITTLDi may 17, 1958
Card 2/2

DOROFEYENKOP G.N.; ZHDANCYV, Yu.A.
Synthesis of some carbon~-carbon derivatives of 2-deoxyglucose, Uch,
zap.RGU no.60s2ll-215 159. (14IRA 14:10)
(Glucose)

S/15 60/003/004/023/040/XX
B020YB054
AUTHORS: Zhdanov, Yu. A., )_rkr2YAqkof_G. N Ivanobonko, N. V.
& MONPOM4
TITLE: Synthesis of Some Indole and Rexa:hlorane Derivatives of
Monosaccharides
PERIODICAL: Izvestiya vysshikh uchebnykh zavedeniy. Khimiya i
khimioheskaya tokhriologiyal 1960, Vol. 3, No. 4,
pp. 680 - 683
TEXT: The authors stuly the possibility of synthesizing some hetero-
cyclic derivatives of carbohydrates by the Grignard reaction. For thia
purposel they investigated the reaction of acot,3halogenoses with indolyl
magnesium bromide. It is known that organomagneaium compounds of the
indole series form, as a rule, P-substituted indole derivatives under
the action of alkyl- aad acyl hal.ides. The reaotion of indolyl magnesium
bromide with acezohalo,Kenoses proceeds similarly, and yields 0-indole
derivatives of monosaccharides. The resulting P.-indolyl sugars were fur-
ther acetylated by acetic anhydride dissolved in pyridine, and isolated
in the form of crystalline acetylated compounds. By means of the
Card 1/3

Synthesis of Some Indole and Hey-achlorane S/'153j6O/OO3/004/023/040/XX
Derivatives of Monosaacharides B02O/BO54
Grignard reaction it was possible to gynthesiz-o P-indolyl tetraacetyl
glucose, P-indolyl tstraacetyl galactose, and 3-indolyl triacetyl xylose.
The resulting compounds are C - C derivatives, not N-glucosidesp which
is confirmed by the presence of active hydrogea. and by the results of
oxidation with permanganate. Tho synthesis of heterocyclic derivatives
with a pyrrole radical was not possible in the way indicated. The au-
thors continued the investigation of the halogenation of acetylated aryl
sugars, and found that phenyl tiatraacetyl- galactose and phenyl tri-
acetyl xylose, as well as phenyl tetraacetyl glucose (Ref-7), readily
add six chlorine atoms, thus foxming hexachloro cyclohexanone derivatives
of carbohydrates which are isolited in sirupy consistency. The authors
thoroughly describe the synthesis of P-indolyl tatraacetyl.-d-glucose,
P-indolyl tetraacetyl-.d-galactose, P-indolyl triacetyl-d-xylose, and
jhexachloro cyclohexyl tetraacetyl-d-galactone, and study the reactizn
of 2,4-dimethyl pyrrole magnesium bromide with a--chlaro tetraacetyl-d-
glucose. There are 9 references: 5 Soviet, 2 US. and 2 '~'erman.
Card 2/3

Synthesis of Some Indole and Hexachlorans S/153
/60/003/004/023/040/XX
Derivatives of Monosaccharides B0201BO54
ASSOCIATION: Rootcivskiy-na-Donu gosudaratyennyy universitet, kafedra
organicheskoy khimli (Rostov-na-Doau State University,
Department of Organic Chemistry)
SUBMITTED: November 10, 1956
Card 3/3

Y,,'; I I'Op GJI.
..uthod for P2'01JL-Xing certain. Lxomtic and heterocyclic
kotoness Zhur. VKHO 5 no. 3:354-355 'CO.
1. Li,:~ziukiy sollskolrbozyaystvenny), inst;tut.

HINICIM, T. I~LDORMYZMIO,
formylation. and&-ylation of organic compounds vith substituted amides
of carboxylic aclise Uspo khim. 29 no-11:1301-1335 N 160-
(MIRA 13:11)
1. Routovskiy-USO-Donu gosudaretvanM univereitat I Ijuganskiy
sell skokhozyw6tvannyy inatifat.
(Forxylation) (Acylation) (Amides)

tion of monooaccharides and polyttomic alcohol# with mercuric
aostats in an aqwms solution. Mr. khim. shur. 27 no. D114-117
161. (MIU 3.412)
1, Lupmkiy sel'skokbozy&V8tv9nN7 iANtituto
(Aloohols) (Monosaeoharides) (Mercury aoetata)

DORUMENKO, G.N.; ZHDANOV, lueAe
Processes employed in the converision of carbohydrates to carbocyclic
compounds. Usp.ldiim. 30 no.1pin97-1214 0 161. (MIRA :L429)
1. Stalinskoye atdeleniye Inatitits, organiaheakoy lehimil AN USSR
i Roo-towkiy-nar-Donu gosudarstyeanyy univeroitet,
(Carbohydratem) (Ciolic compounds)

J)OROFEYEIJK(~~N.j ZEMANOV, YU*A~
--- -- -
Carbon-subotituted carbohydrates with heterocyclic afflucoUdo Part 21
ReILOtiOn Of 1, 2-naphthylenecUamine with a1donic acids. Zhuroob.khim.
. 30 no*100452-~3454 0 161o (KERA 144)
1. Lugarmkiy sell skokhozyaystve=yy institut i Rootovskip-na-Dftu
gomdaretve=yy univeroitets
(Naphtbalonediamine) (A.1donic acid)

--I)QROFZIEN 0 G.14
Catalytic acq3tylation of certain aromatic and heterocyclic
compounds in the presence of perebloric acid. Zhur. ob. khim. 31
no.3:991+-997 Mr 161. (MIRA 14;3)
1. Luganskiy ssl'9kokhdzya7s*tvennyy inatitut.
(IcetyUtion) (Forchloric acid)

DORDFEYENKC, G.N.; DULENKOp V.I.
Acylation of organic compounds with carbixylic acid chlorides in
t~e presence of perchloric acid. Zhur.ob.khim. 31 no.9:3145
S 061. (MIRA 34-9)
1. Stalinskoye otdeleniye Inst1tuta organicheskoy kh1miA. AN
Ukrainskoy SSR.
(Acids, Organic) (Per-.hloric acid)

ZHDANOV, Yurly Andreyervich; pPjW7IqErKOI-q-ennadIy RikoUy!yi
L _ph;
SHPANOVj Y.Y.p red,j DOROKHINA, I.11.,, khn, red.
(Chemical transformations of the carbon skeleton structure of
carbolVdrates)II.imichaskie preirrashchenils uglerodnogo skeleta.
uglo3vodov. Movkvap Izd-vo Akad. nauk SM, 1962, 210 p.
(MRA 15:12)
(CarbolWdratsa) (Chemioia7, Organic)

DDROFEYENKO G.K.; KARBAN, V.I.
,:=X- -
P-Mothoxyvalarophenone. Met. poluch. kh1m. reak. i prepar.
no,6t85-87 162.
p-Ethcv7butyrophenone. IbidP87-89o (MIRA 17:5)
1. Inctitut organichaskoy khimii AN UkrSSR, Donetskoye
otdalaniye.

DOROFMNKO, G.N.:~ DULENKO, V.I,
Mgnsaium perchlorate (anhydrone), a new catalyst for acylation.
Zhur,VKHO 7 no,l,-.120 162, (MM 15~3)
1q Donetskoye otdeleniye Instituta organichoskoy khimii AN USSR.
(Magnesium parch-lorate) (Acyleition)

DMWPZMWMO G.N.; lOLISHCHUK9 L.V.
Perchloric acid and its coWinds as catalysts in organic
synthesis, _Part 3-. Acetylation of certain aromatic hydro-
carbons and. others of monohydric and polyhydric phenols.
Zhure'ob,,khAm. 32 no.2:364-167 F 162. (MIRA 15:2)
I- Donstskoye otdelonlys InBtituta organicheskoy khimii
USSR.
(Ethers)
(Hydrocarbons)
(Acetylation)

DOROFEUMQ,,__~~4-;_,~!LMN, S-V-
Now method of aynthefiling pp7lium Oalta. Zhlir.ob.kbime 32
no-7t2386-.2387 JI 162* (K= 15:7)
1. Donatokoys otdolaniye J:wtituta organic.haskoy kbilaii AN
Ukrainskoy SSR. (Pyrylium ccompourAs)