SCIENTIFIC ABSTRACT ARKHIPOV, V.K. - ARKHIPOV, Y. N.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000102110015-0
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 6, 2000
• Sequence Number: 15
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

S18031621000100310121012
D201/V308
AUTHORS: Arkhipov, V.K. and Stepanov, B.M.
I
TITLE: Operating conditions of a charge storing cathode
ray tube securing maximum writing speed in register-
ing single fast transient processes
SOURCE: Moscow. Inzlicnerno-fizicheskiy institut. avtomatilca
i telemekhanika, no. 3, 1962. Sistemy upravleniya
yadevnymi energeticheskimi ustanovkami, 103-106
TEXT: Vrom the most general concepts of potential relief
recording and reading processes, the authors determine the
conditions
for maximum recording speed for a given SIN ratio during the read-
out process. Since the recording speed is assumed to be high the
secondary emission coefficient is taken as constant and the charge
as proportional to the time during which the beam is directed at
the screen surface element. The expressions derived for the signal
and noise voltage amplitudes show that for a given set of conditions
the signal voltage amplitude depends on the mode of recording and on
Card 1/2

S/803/62/000/003/012/012
Operating conditions of a charge ... D201/D308
stray capacitances only. For increasing the signal aywplitudc - the
recording beam current has to be increased and strays decreased;
the operating conditions should be such as to result in a maximum
effective suppression of secondary emission electrons during record-
ing in 'order to obtain the maximum possible charge of the spot.
0 ard .2/2

ARKHIPOV, V.K.; STEPANOV, B.M.; TURKINv V.M.
Performance of an elootron-beam oscilloscope tube in
charge
atorage operation with prerecording preparation of the
screen.
kvtomA telem.; sbor.st. no.300-854162. (MIRA 16%2)
(Cathode ray tubes)

ARKHIPOV, V.X.j S7EPANOV, B*Mo
Performnee of an electron-beas oscilloscope tube in
charge storage
operation with forced takeoff of the secondary
electrons during
recording. Avtom.i telem,; abor,st, no*3t86-102 162,
(MIRk 16Q)
(Cathode ray tubes)

ARKHIPOV., V.K.; STEPANOV, B.M.
Telemetering of high-speed processes. Izv. vys. ucheb. zav.;
radlotekh. 6 no.5:554-561 S-0 163. (MRA 17:1)
1. Rekomendovana kafedroy avtomatiki i telemekhaniki Moekovskogo
inzhenerno.fizicheakogo instituta.

ARK" rov, Vtlf.
AdJuOtment in rolling mills producing sActional iron.
Metallurg
no-504-35 my 156. (WM 9:9)
1.Zameatitall nachallnika sortoprokatnoga teekha
Magnitagorskoce
metallurgicheakogo konbinata.
(Magnitogorsk--Aolling (Metalvork))

L t )/T/ZTI/EWP(10 IJP(c J D/ 1W
ACC NRi AP6029671 SOURCE CODE: UR/0413/6~/000/015/002270622
Nosov
INVENTOR': Voronov,.F. D.; Filatov, A. D.; Gun, S. B.; Selivanov,
N. M
V. D.; SaveP-yev, G. V.; Goncharovo F. I % Plotnikov, P. I.;
goahkov, S. L.;
7- -KuMbayev, q. G.; Polushkinl-Ve P.: Arkhipov. V. M.; Uziyenko,
A. M.,' Kolov, M.
Kozhevnikov, V. P.; Shapiro, B. S.; Kal .ifi~ V. r.; Grudevt P. .;
Aksenov, B.
ug N
V, A. P4; Rudakov, Ye. At; Kuzemas 1. D.; Gomzhin, V. V.1
Poydyahev, B. N.;
Sht-ernovp M. Me
571
ORGi none
TlTLE60 Method of making high-strengt~ steel plates by pack
rolling. Class 7,
No. 184232
SOURCE: Izobret prom obraz tov zn, no. 15, 1966, 22
TOPIC TAGS: high strength steel, high strength steel plate, high
strength
steel shpet, steel plate rolling, steel sheet rolling
ABSTRACT: This Author Certificate introd es method of pack rolling
high-strength
steel plates and sheets up to 10 mm thic~~,:nd :p to 3500 mm wide
in a carbon steel
eqvelope. The method includes cleanin8j &ting, making of the pack,
heating, I
.rolling and sub equent heat tre-affim-ent. To ensure an accurate
thickness of the plate
W
Card

L-44005-66
ACC NRo AP6029871
or sheets regardless of their location in the pack, the thickness
of the envelope
must be at least 0.6 of the total initial thickness rf the
high-strength plates
of the pa k. I(NDI
"S CO~E 13/ ISUIM 6ATE: 18Jun64/ ATD PRESS: SO 70
Card 2/2 blr

ARKHIPOV Vadim Matve evich; BUSYGIN, Yevgeniy
Prokoflyevich;
OBIYE prof., red,; RUSURGASHEV, I.M., red.
[Antarctica and its exploration by Soviet scientists]
Antark
tida i ee imale4ovanie sovetskimi uchaMmi. Kazanl
Izd-vo Ka-
zansko 0 univ.s 1959. 49 p. (MIRA 15s3)
fAntarctic regions-Soviet expio'ra'tion)

68324

tho I ato r f
n

a
e

1

o-etical

it

t j

U

thn

'

t
"'! -tion

f the tzolal

L41

'.1-cro "Ilk

n u la

tA

'7.2

On the Interference-Modulation Method
68324
8 OV/51 -8 -1 -2 5/40
angle. Usually tan i - 0.5-1 and consacpierrbly it is assumeds
Roto a 1. (lb)
The paper discusses also interference modulation of beams
diffracted
by two gratinges for this purpose it is necessary to vary at a
constant rate the path difference between the interfering
beams.
It is shown that using interference modulation and a receiver-
amplifier Syr-tam lVith sufficiently narrow transmission
bands one
can obtain (I)lAgher speed by increasing the entry aperture
of the
intorfaromater 'with the resolution determined by a
diffraction
grating, and (2) up to R times greater resolution than that
obtainable
with a grating. There are 3 figures and 15 references, 2 of
which
Card 2/2 are Soviet, 3 English, 2 Geman, 7 French and I
international. q1

ARKHIPOV9 V.M. (G. Moskva)
Ath9latio sipificame of the tea0bingo of I.P. ravloy. mol.
V shkole no.2:85-9OXr4p t61., . - (Mnu 3AS3)
(Pav:Lovt I.O.Lu 24!trovich 1849-P36)
(Reflexes) ISOUI)

~J
1~ :.
AUTHOR: ArlthiDov. V.M.
S/051/62/Ol2/O03/oi6/oi6
E032/i.;314
TITLE: Development of a spectrometer with selective
iziLerfcronca ampl itude-modulat ion
l'i',RIODICAL: optika i spektrosicopiya, v. l'-11 no. 3, .1.962,
446 - 448
TEXT: In 1957 R. Connes (Ref. 1 - Opt.Actq. 4,156, 1957;
Rev. Opt., 38, 157, 1959; 38, 416, 1959; 39, 402, 1960)
suggested a new type of spectrometer and in an earlier paper the
present author at al (Ref. 2 - Tr. 13, Vses. soveshch. po
spektrosk., Leningrad, 1960) discussed the requirements which
must be satisfied by any practical design. A description of a
spectrometer built in accordance with Connes' principle
(Ref. 1) is given in the present note. A schematic drawing is
shown in Fig. 1. The source of radiation S is imaged on the
circular entranco aperture 0 The radiation is then received
by a semi-transparent plate i-1 and is thrown by the mirror 3 2
onto the objective 33 The resulting parc%llel beam is incident
Card la

S/051/62/Ol2/0O3/oi6/oi6
Devolopment of a spectrometer .... E032/1,;314
normdll~- onto the grating P which is blazed at +12 clog. After
diffraction, the left and right beams pass throTigh the plates
I
a n d i-) 3 'are reflected from the mirrors 31k and 0 5 and
again reac,h the grating P They are then returned through
.:,13 and t 0 1-11 and finally reach tho exit aperture 0
They are detected by the photomultiplier (FEU-2), whose
output is amplified, detected and finally ex"hibited on the
chart
of a p~n-recorder. The plate [-1 3 is used as the modulator.
It is rocked -with an adjustable period and amplitude by the
mechanical system shown on the righthand side of Fig. 1. The
experimental results indicate that the resolution of the device
is approximately equal to twice the theoretical resolving power
of the grating. The actual figure obtained in the resolution
5
was 2 X 10 There are 3 figures.
SUBMITTED: October 5, 1961
Card 2/3

ARKHIPOV, V.M.
Interference spectrometer with selective amplitude
modulation.
Opt. i zpektr. 12 no-3:446-448 Mr 162. (MIRA 15:3)
(Spectrometer) (Interftrometer)

AMIPOY. Y.N.
a laminar trailing zone. Vast. Mosk.un. Ser. mat.
mokh.,astron. fiz. khim. 12 no.4:41-44 157. (MIRA 11:5)
l.Kafedra aeromekhaniki i gazovoy Unamiki Moskovskogo
goeudarstvannogo univeroiteta.
(Aerodynamics)

Ph -11, th
fluilX11-1al- 4.Z.
fOr;"'I`tiO2I 0 'Vibriticllr% ill Ll..,il
body." U I)T; ijjCj COV,-
9 5 7 Crd~'r Of tcnin
.nd trder of Labor '%(,d Banner St: te U
(!Zy,15-5e, 141)

1OW SOV/20-123-4-11/53
AUTHOR; Arkhipov, V. N.
TITLE: Formation of Oscillations in the Walze of r, WV.-,ring
Body
(Obrazovaniye kolebaniy v slede za telom)
PERIODICAL: Doklady Akademii nauk SSSR, 195R, Vol 123, Nr it,
pp 62o-622
(USSR)
ABSTRACT: A twodimenuional perturb in&?o t ion with the
perturbation
function +(X,Y,t) . T(y)e' x-ct is assumed to be super-
imposed on the plane-parallel flow of a viscoun incompres-
sible liqiiid with the lklocity components v--iO. 11 11(y).
Here it holds that'c - c r + ici$ a - 211/a; c , 0 are real
numbers, a denotes the length of the disturbing wave, the
amplitud'e T(y) of which is considered to be smal'.. The
problem of the stability of such a flow is reduced to the
inveutigation of the equation
It j iv , IV 2 4
N - 0) (T T)-u"T + 7(7 - 2a TII + a 0, where 9 de-
notes viscosity. The distribution of the velocities in the
Card 1/3 wake of the body is assumed to be similur to the
distribu-

Formation of Oscillations in the Wake liov/2o-123-4-11/53
of a Morlmg Body
tion calculated by Tollm".en (Tollnin). The aiithor then passes
on to dinensionles:~ quantities, in which case the breadth
I of tbe "accompanying bean" (sputnaya struya) io used as a
characteristic linear measure. Next, the boinidary conditions
are explicitly written down. The equation for the dimension-
less qu~tntitiea is ;ol,ed by Galerkin's -.cthod in considera-
tion of the aforementioned boundary conditions. Calcu- tions
are carried out in second approximation. The antisymmetric
perturbations begin to develop already at consideri!.bly lower
values of Re 1("lkr ' 19) t!IUII the UYMMOtric perturbationa
(Re Ikr' 55). This result confirms thosecfeurlier investiga-
tions carried out by G. 1. Petrov and also a,grees with the
experiment. The results obtained here hold good for accompany-
ing beams in the wake of bodies of any sbape. The phenomena
occurring in an accompanying bear, behind a circular cylinder
are the experimentally beat investigated ones. When investi-
rating the stability of the flow in the beam behind the cylinder,
that cross section of the beam was selected in which the
velocity gradient is the Createst. There it a lies that
u(O) - 0. The Strukhal number was calculated S"cord-ing to the
Card 2/3 formula Sh = a 2cr2 /2n. A diagram 3hows the dependence
of the

Formation of
Oscillations in the Wake SCV/20- 12` -4-11/53
of a
Moving Boety

3trukhal number Ski on Pe, and, for comj~,,~rinon, it
contains

on Re. Here 11 de-
also the dependence of the quantity Ndlu

CIO

notes the frequency of
the formation of vortices, and d de-

notes the characteristic
transversal dimensions of the body.

For the same Re also the
values of a/d were cal.-ulated. The

results obtained by means of
the linear hlydrodynamic theory

of stability and concernind the
development of perturbations

in the accompanying beam agree well
with the experimental data

on the formation of "vortex paths".
This confirms the zorrect-

ness of the hypothesis formulated in
the prenent paper. 111L~

author thanks G. L Petrov, Academician,
for his useful advice.

There are 2 figures and 9 referencee, 3 of
which are Soviet.
ASSOCIATION:
tloskovskiy goeudarstvennyy
universi1et im. M. V. Lomonosova

(Mloscor State University imeni
V. V. Lonononov)
PRESENTED:
July 1. 1958, by G. I. Petrov,
Academician
SUBM.ITTED:
June 25, 1950
Card 3/3

8(0) SOY/105-59-7-27/30
AUTHORSi Babikov, M. A., Uorozov, D. P., Petrov, G. N.9
Chechetj Yu. S., Chilikin, M. 0.
TITLEa
Corresponding Member of the AS USSR A. N. Larionov
(Chlen-

korr. AN SSSR A. N. Larionov)On His 70th Birthday (K
70-letiYu

so dnya rozhdoniya)
PERIODICALs
Elektricheatvo, 1959, Nr
7, P 91 (USSR)
ABSTRACTt
Corresponding Member of the AS USSR,
Doctor of Technical

Sciences, Professor Andrey Nikolayevich
Larionov, was born

on July 16, 1889. He began his pedagogical
and scientific

activities in 1919 after leaving the MVTU as
Engineer-eleotro-

technician. In 1930 he was appointed to the
Ohair for "Special

Electric Machines" at the MVTU9 was confirmed
as Professor

in 1933, and took the degree of Doctor of Technical
Sciences in

1937. 1925 - 1932 the power engineering plants of
Azneft',

Grozneft', and Donbass were investigated under his
supervision,

and on the basis of the data obtained, they were
reorganized.

1920 - 1936 he was occupied with solving problems
connected

with the putting into operation and operating of
turbo- and

hydraulic generators. In 1930 high-voltage direct
current
Card 1/3
units were produced according to his plans and
under his super-

Corresponding Member of the AS USSR A. N. Larionov.
BOV/105-59-7-27/30
On His 70th Birthday
vision for the transmitting plants of sea vessels. He is one
of the creators of the electrical equipment of the aircraft
"Maksim Gortkiy". 1933 - 1934 he was a Member of the
Arbitration
Court if Berlin. In 1935 he was appointed to the Chair for
"Electrical Equipment of Industrial Plants", and since 1941
he has been in charge of the Chair for the "Electrical Equip-
ment for Aircraft, Automobiles, and Tractors" at the Mookova-
kiy energeticheakiy institut (Moscow Institute of Power
Engineering). He worked at this.Inatitute already in 1921,
first as scientific collaborator and later as scientific
Director. In 1953 he was appointed Corresponding Member of
the
AS USSR. Thanks to his work, hysteresis motors Vere for the
first
time designed and pz%dM*d.-, in the USSR, He took oat
numerous
patents and published a number of works. He is the inventor
of the "Wiring Scheme for the Rectification of Alternating
Current", which is known all over the world. As a side-line
he supervises a group at the laboratory of the institut ayto-
matiki i telemekhaniki AN SSSR (Institute of Automation and
Card 2/3 Telemechanics of the Academy of Sciences of the
USSR), he is

Corresponding Member of the AS USSR A. N. Larionov.
SOV/105-59-7-27/30
on His 70th Birthday
Consultant of a number of research institutes, OXB, and
plants,
as well as Chairman of the Committee for Permanent Magnets
of the k5 USSR. He is holder of the Order of Lenin. There is
I figure.
Card 3/3 01

0..2 000(A') 672!, T
?*(751 SOV/20-129-4-10/68
AUTHOR: Arkhipov, V. N.
TITLE: The rnfluenos of a-Zagnetio Field on the Stability of a
Boundary
Layer
PERIODICAL: Doklady Akademii nauk SSSR, 1959, Vol 129, Nr 4, pp
751-753
(USSR)
ABSTRACT: The author assumes a parallel flow of a visoouej
conductive#
inoompressible gas with the velocity com onents u - u(.Y)l
v v Op w a 0. The magnetic field H - H(y~ is assumed to have
the direction of the Oy axis, and the magnetic Reynolds numbers
are assumed to be small. The problem of the stability of such
a flow with respect to small perturbations of the velocity field
and the magnetic field is known to be reduced to an invoutiga-
tion of the equation
(u-o)(111-a2~)-ul'i + ~La (I 'V-2 ct2 ~,, +ct4
R aR
All quantities occurring in this equation are dimensionless,
and are referred to the characteristic velocity u 0, the charao-
teristio length 1, and to the characteristic magnetic field H
Card 1/4 ~ 0

67249
SOV/20-129-4-10/68
The Influence of a Magnetic Field on the Stability of a Boundary
Layer
Furthermoreg a - 2%1/A holds, where X denotes the wave-
length of the perturbation. Re - u1/,J;v - viscosity;
0
2
M PH0lHov i P, - magnetic permeability of the gaal or - con-
ductivity of the gas; 9 - gas density; the small perturbation
v' of the transversal velocity is represented in the form
Ve . ~(Y)G ia(x-ot)uo. Here, o a c + ic holds, where o and
r r
01 are real numbers. In addition, there are the boundary oondi-
tions 0 with y a 0 and Owithy-*co. The
author investigates the stability the flow velocity profile
in the conductive boundary la 9r of an incompre8sible gas along
a plane plate for the case u 0 /2opP 85-104 K calculated
by V. Js Rossow (Ref 2). This profile is here approximated by
a sixth-degree polynomial with respect to y. The quantity
1 - 1-7310=XU-0 ; H - H(O) is here chosen as a characteristic
linear dimension. Like G. I. Petrov (Ref 3) the author solves
Card 2/4 the eigenvalue problem of the aforementioned problem
according

BOV/20-129-4-10/68
The Influence of a Magnetic Pi~.ld on the Stability of a Boundary
Layor
to Galerkin's method. For this purpose the system of equations
e L( Jidy - Of ipk a 19 29 .... m is invostigatedg
k 1k)
k-1
where a are arbitrary constants and fTk(Y)l is a system of
"approximation functional' which satisfy the above boundary con-
ditions. The problem is reduced to investigating the equation
IDik 0, where IDili I - IT L( ~k) ~idyI is the determinant of
0
the system of equations just written down. In this cavo the eye-
tem of approximation functions may be chosen in the forip
lk (1 - e-Y)29-ky k - 1,2,.... The equation f(a,Rc) . 0
in t;e (atRe)-plane'defines the neutral curve which so,;--aratos
the range of stability (oi < 0) from that of instability (c i> 0).
The "least" value Re n Re kr on the "neutral" curve oharftoterizes
the transition of the flow into the unatable state. A diagram
Card 3/4 shows the curve calculated in second approximation for

6724r
BOV/20-129-4-10/68
The Influenoe of a Magnstio Pield on the Stability of a
Boundary Layer
2
M " 0 according to Galerkin's method. For comparison, aloo
the curves calculated by S. F. Shen' (Rof 4), G. Shlikhting
(Ref 5) and Jo A. Zaat (Ref 6) are given. The second diagram
shows the curves calculated (in second approximation)
according
to Galerkin's method in the (a,Re)-plane for various values
2
of M. There are 2 figures and 6 references, 3 of whioh are
Soviet.
PRESEWED: July 9, 1959, by 0. 1. Petrov, Academician
SUBMITTED: July 2j 1959
Card 4A

CHILIKIN, M.G.; LARIONOV, A.N.; ANDIUMOV, K.A.;
MESHKOV, V.V.;
IONKIN, P.A.1 A~~PDV-r4,,N.; PETROV) G.N.;
BRAGIN, S.M.
PRIUKENTSEV, V.A.; TAREYEV, B.M.
Professor N.G. Drozdov. Elektrichostvo no.10;9Q
0 160.
(MIRA 14:9)
(Drozdov, Nikolid Gavrilovich, i~OO-)

89396
10 .2006 S/040/61/025/001/015/022
B125A204
AUTHORt Arkhipov, V. N. (Moscow)
TITLEi The plane-parallel flow of a compressible liquid in the
track behind a body
PERIODICAL% Prikladnaya matematika i mekhanika, v. 25, no. 1,
1961 , 138-139
TEM The plane-parallel flow of a viscous incompressible liquid
is
assumed to flow with the velocity ucou const against an
immobile body
which is symmetric with respect to the direction of the flow.
At a large
distance from the body the pressure is assumed to be
approximately con-
stantly distributed over the cross section, and the
transversal velocity
is assumed to be low compared to the longitudinal velocity.
The rate of
change of the longitudinal velocity along the axis of the
track is assumed
to be low compared to its rate of change in the cross section.
Besides,
the pressure gradient along the axis of the track in the
unlimited velocity
is assumed to be extremely low. The following equations then
holdl
qu au + ?v ~-u - a QA!u- ) (equation of motion) 0
ax *3 Y %Y By
Card 114

89396
S/040/61/0,15/001/015/022
The plane-parallel flow of a... B120204
) + 2
ju NOW + IV '('P" (k 2-' u (energy equation) (2)
U 1y 1y 'a y J 'ay
'b(fv) - 0 (continuity equation) (3) ?t - ?,,to,.(equation of
U + ly
state) M- Here the coordinate x along the symmetry axis is taken; u
and v are the components of velocity along the coordinate axis, q -
the
density of the liquid, dk- its viscosity, t - temperature, Cp - the
snecific heat at constant pressure, k - the thermal conductivity, J
- the
mechanic heat equivalent. By oD the parame t of the undistuTbed flow
are denoted. Purthermore, Op . const, Pr _aL24 . 1 , J-k - (--L )m
k ~kw t 00
(m = const) is assumed. In this case the energy equation supplies
the
2
u
Crocco integral t - A +Bu - ~Cpj (6) where A, B are indefinite
constants.
too I
if V .- fooav and Lv- ( I
X,
With u - 'ayl x ~y ?00 ~x 3co 1*)X+t~
Card 2/4

893 6
8/04 '1/025/001/015/022
The plane-parallel flow of a... B1257B6204
f ollows qco U . 'a ) (7). At great distance from the body it
rx 5-T q cc it
now holds in the track that u"" 'U,' V~jv .where uI and v are
small.
OD I
When restricting oneself to the principal terms it follows
from (7) that
Zu Bu
~OD iX -00 (8). By the dimensionless quantities
11 ?oo
U U,
T u t 9 X and TM-1 it
1 UOO too L 00
00
'0
13U 1 aul
follows from (a) that = - -L (Tm- ;yv-) (9). With m - I an
analytical
.'a Xv 'a1v
solution is obtained. The boundary conditions to M-M read as
follows:
v - 0 1 'au a 0 with y a 0, U-10 u v - 0, t - t with y---)toD
(11), and
1y 00 ~ laui 00
herefrom follows U 0 with Y- 00, wv - 0 with 0, if the axis of
symmetry is taken as flow line. The total flux of momentum
through a
Card 3/4

89396
t/040/6.1/026/001/015/022
The plane-parallel flow Of a- B125/B204
h
certain control plane through the body is fPu dy. With U
OX-112 g(f)
-h
the differential equation gfo + I1 2
gI + 1g. o 06).follows from (9). By
2
double integration in consideration of the boundary
conditions gt 0
.2
with 0 g-*O with oo (17) follows g exp(- If ) (18)
f 4
Determination of the constants A, B, 0 is briefly
described. The
teraperature t is determined from (6) and the density ~
is determined
from (4). An analogous-problem for an incompressible
liquid was solved
by W. Tolmien.
SUBMITTED: November 16, 196o
Card 4/4

.420L2
S/207/62/000/004/001/006;
1028/1242
AUTHORt Arkhipov V.,N. (Moscow)
TITLE: Rarefnction wave in a relaxed gnseous mixture
P"':'R10DICAL: 7hurnnl priklndnoymekhaniki i tekhnicheskoy-
fi7iki, no-4, 1962, 40-46 -
T,ZXT: The propagation of a one-dodmensional centered
rarefnction wave in a reactive gaseous mix'ture is 06naidered.
The
mixtUre- is contained in a pipe of unifgrm*seotion closed at
the
left end by a piston. At the moment t - 0 the piston starts to
move to the left at constnnt velocity UP40. This causes the
pro-
pagation of a disturbance to the right which distUrbs the
equili-
brium and produces chemioal reactions in ~ae mixutre. The
thermo-
Card 1/2

3/207/62/000/004/001/006
1028/1242
R:.zefnetion wRve in...
dynamic relationships, the momentum, contiunuity (for the
separate
components and for the mixture as a whole), and energy e(juntions
are written down as non-dimansional vnriables. A method for
solving
the reSUlting .13YOtOni of: equations for the case t-~O is
indicated.
This solution represented the boundnry conditions in the problem
of the determination of the gms parameters in the rnrefaction
wave
takings Ine relaxation into account. Numerical results are given
for
the case o,. -in ideally dissociatinc; gas; the profile of the
tempera-
ture in the rnrLfaction wave is represented graphically for the
values tA, = 0, 0.51 1.0v 1.59 2.0 ( Z = characteriatic time of
the problem). For the limitinj case t-P.-oa the general equations
are reduced to a xystem describing a centered wave propngating in
the mediiui without disturbing itstheimodynamic Fnd chemical
e,:,uili-
brium. There are 2 figures.
SUBMITTED. April 25, 1962
Card 2/2

_gKH1FO3r4_.V..N . ..... (Moskva); KHOROSHKO, K.S. (Moskva)
Problem of a-flow past a cone allowing for relaxation. PMTF
no.6:121-124 N-D 162. (MIRA 16:6)
(Gas dynamicn)

AmEmm xR-. Ap3ol4giB S/0207/63/000/005/0035/0040
AUTWHS: Arkhipovj V. N. (Moscow)j Saverinovo L. 1. (Hoscow)
I TITLE: Rotational relaxation in a plane-parallel rarefaction wave
SDUFCEz Zhurnal prikI. mmWasniki I tekhne fisikis no- 5s 1963s 35-40
TDPIC UGS: rarefaction waves rotational relaxations plane parallel
rarefaction it
waves rarefaction wave rotational relaxation, supersonic flow.,
supersonic flow
deflection
ABSTR=: The affect of relaxation time in a rarefaction wave on the
flow
properties of an invUcJA, compressible, non-heat conducting fluid has
been
analyzed. The relaxation equations are written in polar coordinates
rs ~ 0 Anii
the corresponding differential equations for the two families of
charaoteristics 1
are derived, which, for the condition T are written as
-90
V VO, 8 0'
p p T al
Ccwd 1/2

ACCESS= =3 AP3M4916
Mhere Mae of incidepoe lose than zero* In the limit r -o, 0
these
apations are transformed t6 ordi=7 differential epations
describing a super.
awde PrandU-Neyer type flow and are solved iterativel-v for
values in the viciatr
or r - 0. . Numpr1r4a solutions We obtained for -r - 513 p VO
- 2,. and r - -20 and
the flow field described in the dommin f* 000, r > 0. Me
author in grateful
to V. A. lp~." Orig. art. hams 31 equations and !; figures,
x none
SUMMED% 17J&n63 DATE ACQs 279ov63 WLs 00
OB CWZI PH MD RIW SOTs 001 OMb 004
Cwd 2/2

-AWIPCIVO Y.N.; BIRYUKOV, V.G.; BRONSWEYN, A.M.;
DROZDOV, N.G.; KRESTOV,
N.I.; NAYASHKOV, I.S.; PEETROV, G.N.; SIROrINSKrY,
L.I.; CHILIKIN,
M.G,
Professor G.V. But%evich; on his 60th birthday.
Elektrichostvo
no.10:92-93 0 163. (KERA 16:32)

ACCESSION MRt AP4044737 8/0.207/64/000/004/0149/0154'
AUTHORs Arkhipov ~V'. No _( scow)
TITLEt The offoot of relaxation on decay of arbitrary rupture
-SOURM Zhurnal prikladnoy makhaniki iiekh~ioheekoy fisikil no- 4P
1964, 149-154
TOPIC TAGSt shook wave, vibrational relaxation, shook wave frontj
equilibrium flows:
rarefaction waves rotational relaxation
ABSTRAM The effoot of vibrational relaxation in a b3ast wave before
the onuot of
~the secondary shock front was studied analytically. At the shock
front equilibrium,
:is assumed for translational and rotational degrees of freedom and
behind the shooki
Wave) vibrational equilibrium, The expanding gas is divided into
four regionot I
I- region between shook wave and surface of contact, 2- region
between contact Mr-
face and centered rarefaction wavG.. ~- rarefaction waves 4-
high-preacure unper-
iturbed gase The governing equations for a plane cylindrical or
spherical shook
:front are in nondimensional form 499' 89
+ _Lop
0.
r
P ar
U a
p-
tv raw + - 0
W8 P Fr'
Cam 1/3.

.ACCESSION M AP4044737
ar Ir exp(ol )-~T
Jand the following initidl conditions are obtained (oubsc i to
refer to tho.various
r
!regiono conoorned)t for region 3v -a f~ y 4 YCI y (r.Mt
4
V..6. 2(V+e4)
U* - at', U" 14tTf
P, 0w)" - -=-A A
land for'regione (yo _e Y:C- Y2
2 and i (jr2 -s y yo)
U0 Ulf P0 pit P"- Ps. at* all
P* P* - P1, at* all
The solution in given in a series form for small t
(Y' r W + Oy) I + - W (Y) - /I (Y; 0). U" P'. P" Rk 1~'
land the integration constants for the functions fl(y) are
deteraVinod from three
sets of boundary 6onditionot at the shock wavey at the contact
surface (surface
dividing the chock-heated gas and rarefaction-cooled gas), and on
the character-.,
istica, dividing regions 2 and 3. Nwierioal calculations for 0 -
2239/Tot n a Of
11 and 2 indicate that reducing the relaxation time decreases the
chock speed and
increanee the contact surface speed. Orig. art* haot 24 equations
and 3 figures,
card .2/3

- " "'baxs-- - - --
I ---
t
~ ACCESSION NRI AP4044737 I- ~ " " - ' '
I
I

IJP(c)
SOURCE CODE:
AUTHOR, Artamonov, A. K (Hoscow);,Arkhipoy) V. N. (Moscow);
Starchenkbi 0. Ye.
(W?;~one
TITLE: Relaxati n and radiation behind a direct shock
discontinuity
SOURCE: AN SSSR. Izvestiya. Me~lwika zhidkosti I gaza, no- 3,
1966) 20-23
TOPIC MkGS: shock wave analysis, shock wave physics, air flow)
nitrogen, light
radiation, gas relaxation
ABSTRACT: The problem is fornrulated as follows: An equilibrium
supersonic air stream
is incident on a stationary direct shock discontinuity. 7he
translational and rota-
tional energies behind the shock waves are at their equilibrium
values, and the pro-
cesses of vibrational and electronic'excitation,, dissociation,
and ionization (as-
sumed t'o be single) are not in equilibrium. The electron and
heavy-particle temper-,
atures are assumed equal. Radiation due to N2 tv e2 transitions
are taken into accouni
and other secondary processes are neglected. The chemical
reactions taken into ac-
count are listed. Vibrational relaxation of 02 and N2 is taken
Into account. Cal-
culations based on the equations of motion of the mixture and
various rate constants
taken from other papers yield plots of the distribution of
various parameters (densi-
ty) temperaturep electron mass fraction, excited- and unexcited-
component mass':MCc_--
tionsp radiant-energy distribution) for air and for nitrogen. The
results agreb well
vith experimental data on the summary radiant fluxes from the
nonequilibrium zone 71
Card 1/2

46673-66
ACC N& AF6o2oT2o
behind the shock waye, The airthors-thankiL. S. KriyAmaq for
help.
6 flgures~_q rmulAs.. 0d 1 table. Orig. art. has:
_;o
SUB CODE: 20/ SUBM DATE: 10JU65/ ORIG MW: 0031 OTH Mw: 013
Cwd 2/2 hs

AWHIPOV, V. N.
"Research in the Field of Diazo Compounds"ap V. Vo KOZ10V'S
Ve N. Arkhipov., and
A. Vo Simanovskaya (p. 697)
SO: Journal of General Chemistr7 (Zhurnal Obshchei Khimii)
1940j, V01ALMO X, no, 89

ARKRIPOV, Viktor Vikolayevich: MAZEIV, V.V., red.;
BRULIKOVSKAYA,
z _ tekhn.,~;i&" " ",
(Resin from petrolaim and chlorine; polyvinyl
chloride resin]
Smola iz nefti i khlora; polivinilkhloridnala smola.
Gorikii,
Gortkovskoe knishnoe izd-vo, 1959. 34 (KIRA 13:4)
(Resins, Synthetic) (HthyleneP

ARKHIPOV, V.S.
Myrobalan, plum use as graft-etook for plum in the
central
part of the R.S.F.S.R. Agrobiologiia no. 3:464-465
my-is l6o.
(MIU 13:12)
1. Sel'skokhozyaystvannyy institut iment
I.V.Hichurina, .
g.Hioburinek.
(Plum)

ECHISOGLF,BSKIY, A. D. I kiKHIPPV,_ V. S.
Apple
Valuable apple. variety~--the seedless komaina. Sad i og. No. o,
1952.
9. Monthly List of,Russian Accessions, Library of Congress, .1953.
Unclassified.

ARKRIPOT V.V..- POLOEHIN, P.N.
Recording devices. Priborostroanis no.1:26-29 Ja
l6o.
(MIRL 1315)
(Recording instruments)

AA111"'CV, :.A.-I* .;~S.U'lI'LvICII
Instructions ror tijenani:.lacture of electrodes for railroad
electric snalting, furnaces
Moskva, Tj.--Inszhcldorizdit, 19h3. 12 p.
Cyr-h -mr,
i. Eiectrodes, Carbon. 2. Furnaces

Al'I.MiNIV, V. V.
AiZKIJI I tV, V. V. -- "I NCr [A SE OF 711E DUP AS I L
I TY OF 1,10LLEY-C AR 7 i,,-r ~. "5, u L 1 .'~ ~, N -
v 5 2 ,
I-V~NCQW MGIMAY JUST MCW V. M. t",OLQIOV (D t s-r-,T A
14 oN rov. 'r tic Dcrizcc or CA ta', i v ATE
iti Tf-omiCAL SCICNCLS)
SO: VECtICIMAYA MOSKVA, JANUARY-DECEMICR Igr)2

13'4-58-4-6847
Translation from; Referativnyy zhurnal, Metallurgiya,
1958, NY 4, p 76 IUSSR)
AUTHOR: Arkhipov, V. V.
TITLE. Waelz Processing of Zinc Cake at the ;m. S. M.
Kirov Elect.ro-
lytic Plant in Chelyabinsk ('Vel'tsevaniye tsinkovykh
kekov na
Chelyabinskom elektrolitnom zavode im. S.M. Kirova)
PERIODICAL: Tr. soveshchaniya po metallurgii tsinka, 1954,
Moscow,
Metallurgizdat, 1956, pp 218-223
ABSTRACT: The work. of the Wa elz process department. o!
the im. S. M.
Kirov Electrolytic Plant in Chelyabinsk is described.
G.S.
1. Zinc--Processes
Card 1/1

LOVCHIKOV, Vasiliy Semenovichj ARXHILMOV.-J.1.0-kand. tekhn. nauk,,
dots., otv. red,; GOftU-RCFVA, I.V., red. izd-va; BOBROV,
P.G.# tekhn. red.
[Melting of copper and copper-base alloys; third lecture of
the course "Production of alloys and ingot casting" for
students studying "Founding of ferrous and nonferrous metals
and alloys "]Plavka medi i splavov na osnove medij lektsiia
trettia po kurBu "Proizvodetvo splavov i litte slitkov" dlia
studentov spetsiallnosti "Liteinoo proizvodstvo chernykh i
tsvetnykh metallov i splavov." Moskva., Vaes. zaochnyi poli-
tekhn. in-t, 1958. 64 p. (MIRA 15:11)
(Nonferrous metalo-Founding) (Copi)or)

25(l) PHASE I BOOKmawiwiw SOV/1337
Arkhipov, Vladimir Vasil' evich Mikhail Aleksandrovich Usenkov;
Moisey
Nissonovich Larin; Y 0v ~I
11!& 1T1*ch Ostrovakiyj Keeniya Markovna Pogodina-Alekseyeva;
Nikolay Vasillyevich Sokolovj Genn~diy Dmitriyevich Shevcheako;
and Yuriy
Vladimirovich Shukhov
Tekhnologiya metallov (The Technology of Metals) Moscow, Mashgiz,
1958. 767 P.
10,000 copies printed.
PAS - (Title page).. Sokolov.I N.V., Prof4wsor and liarin, M.N.,
Doctor of Technical
Sciences, Professorj Ede. (Inside book): Glikin, N.M., Docent;
and Brushteyn,
B-Ye-, Candidate of Technical Scienceso Docent; Teoh. Edo.:
Uvarova, A.F.; and
Sokolova, T.F.; Managing Ed. for Uterature on Metal Working and
Machine- Tool
Manufacture (Mashgiz): Beyzellman, R D., Engineer.
PURPOSX: This book is intended for students at vtuzes
specializing in fields other
than machine building.
COVEAGE: This is a textbook preeenting basic data on the
structure and properties
of metals and alloysp as well an methods of producing and
processing them.
Card 1/23

The Technology of Metals
OW/1337
Nuoh utters as casting, forgings welding# and host treatment
are discussed,
Modern equipment for all types of metal treatment In described.
The seven
broad divisions of the book an as followei metallurgy of
ferrous and non-
ferrous metalal essentials of ftsioal metallurgy and beat
treatmentl castingi
metal formingi welding and flame outtingi machiningj
nonmets,111c materials. Na
personalities an mentioned. There are 33 referenc*np all Govist,
TABI OF CONOM
Preface
PART I. NRMUJAMOY OF IMMUS AD NOWWWO XRT"
(V. V. Arkhipov, Oandidate of Technical Sciences, Docent)
Introduction
Ch. 1. ftel and Refractory Materials
I. puel
2. Refractory Materials
3
5
6
6
10
Card 2,b3

,-ARKIIIPOV, Vladimir VaL * lyevich, dots; MSEMOV,
'%:jlbail
Al:-eFSd-i-0?-6v-37c7r,-Mt�~.-, Aand. tekhn. nauk;
LARY, Voisey
E'isonovJch, prof., doktor tokhn. nttuk; SOKOLOV,
Ilikolay
Vasillyovich, prf.fdeconsedl; SHEMIENKO, Gennadiy
Dmitriyevich, dots., kand. tekhn. nauk; SIIUKIIOV,
Yuriy
Vladimirovich, dots., kand. tekhn. nauk;
SHCHERBALKOV, G.S.
red.
[Technoloa of inetalsl Teklinologilit vietallov.
fByl V.V.
Arkhipov i dr. lzd. 2., perer. Moskva, Vyvshixia
slamla,
1964. 563 P. (MRA 17:10)

CHEBOTAREV, R. S.;
ARKHXPOV, V, V.
YCLCSKCVA, V. R.
(Department of Parasitology end Invasive Diseases, Sverdlov
Agricultural
Institute.) Testing of Phenothiazine-in the flyU
die-easnas of-animals,
Source: Veterinariya; 22; 6; June 1945 uncl
TABCON
40 0 * 0 0 * 0 0 0 0 * 0 0 40 0 40 0

UWAedicine (Veierinarj - Inkictiou's Mar 51
Mamma
"On tfie Poo'sibility of Exterminating
the.Causa-
tive Factor of Anthrax by Planting Certain
Craps,"
17 V.'A rkhipov, Cand Vet Sci, LIvoy Zoo-Vet
Inst
*Veterinariya" Vol XXVIIIJI No 3, pp 33-35
Found that acme crops and grasses (winter
wheat
rye, vetch, clover, rhubarb, garlic, and
onion)
exteiminate anthrax bacilli in soil, while
others
favor their propagation (potato..
horse-radish,
turnip, radish) or have no effect. Recommends
19oT66
USS/Fledicive ~eterina.4 - 'Infectious Mar 51
Diseases (Contd)
planting of clover with timothy, alfalfa
(which
partly suppresses anthrax bacilli) with rye
grass
Z;Dllium perenne L.7, vetch with oats, etc.,
to pmvent anthrax.
190T66

-0-- T. V- - - FD 322
USSRjMedicine Veterinary
Card 1/1
Author Arkhipov, V. V., Docent, Candidate of Veterinary Sciences
Title Problem of disinfection and protection of soil by means of
plant cultivation
Periodical Veterinariya, 6, 53-54, June 1954
Abstract Experiments were begun about 3 years ago to determine the
relationship
between various plants and anthrax microbes and eggs of helminths
in soil.
Preliminary results revealed that certain plants like allium
destroy the
eggs of helminths. Much remains unsolved.
Institution L'vov Zoological Veterinary Institute
Submitted

A , k., I 1,.) 0 v, 1" V -
A
USSR / Microbiology. Medical and Veterinary
Microbiology. I?-$
Abs Jour: Referat Zh.-Biol., No 6., 25 March., 1957.,
22059
Author : Arkhipov, V.V., Arkhipova, V.R.
Inst T
Title : The Effect of Chloryicrin on Anthrax Organisms
(Conninication 1).
Orig Pub; Bb. nauch. tr. Lyovsk. gos. vat. zootekbn.
in-ta) 1955, 7,
110-113
Abstract: Up to now there are no reliable chemical
substances which dis-
infect the soil from anthrax organisms. In this
connection a
stuAy was conductel of the effect of chloryicrin on the
anthrax
bacilli. A day-old broth mature of pathogenic anthrax
organisms
was introduced into 24 agar plates. A solution of
chlorpicrin
was added to them in increasing quantities. Of the 6
control
plates, 3 were planted with a day-old broth culture and
3 with
5 day-old spore cultura of anthrax (85-90% Grores)-
Simlt=-
eously 15 test tubes were inoculated with a meat-yeptone
broth;
to 12 of these chlorpicrin was added. The plates and
test tubes
Card 1/2
_52-

USSR / Microbiology. Medical and Veterinary
Microbiology. P-5
Abs Jour: Referat Zh.-Biol.p No 6, 25 Marchp 1957,
22059
inoculated, both test and control, were incul>ated for
24 hours
at 370. It was found that chlorpicrin and its vapors
destroy
anthrax organisms, for neither the test nor the
control inom-
latione (the chlorpicrin vapors penetrated the latter
in their
joint thermostat position) produced W growth. The test
was
repeated with this change only) that the control
plates and
test tubes with the inocula were placed in different
thermostats.
Under chlorpicrin action the inocula of anthrax
bacilli produced
no growth, and the guinea pigs and mice infected with
this sub-
stance died from effects of chlorpicrin, for at
dissection there
were no signs of anthrax upon morphological and
bacteriological
examination. The control inoculations showed the
characteris-
tic growth of anthrax bacilli and also manifested the
specific
morphologic picture of anthrax in infected guinea pigs
and mice.
Card 2/2 -53-

AR IPOV, V.V.,kand.votnauk; TRZHBTSETSUU,
T.A.,nauchnyv sotrudnik
11--l.om~ ~._
Tooting acidified solutions of sodium sillcofluoride
and
hydrogen poro3dde for disinfecting skins and hides
Trudy
VNINSE 13:21-26 158. NIRA 11:12)
(Hides and skins--Disinfection) (Silicon fluorides)
(Hydrogen peroxide)

AR , Mookandevetnaujk; TRZH3TSITSEATA, T.A.,nauchnyy
sotrudnik
Studies on the disinfection of buildings in anthrax. Trudy
VHIIVSI 13:4" 158~ (MIRA'11:12)
(Anthrax) (Lima, Chloride of)

ARKHIPOV., V.V.
Third plenary session of the Interagency Committee on
Research wA
Methodology in Anthrax Control. Zhur.mikrobiol.epid.i
imin. 31
no.11:166-167 N 160. (MIRA 14:6)
(ANTHRAX)

AMIIPGVI Y-V-
Third plenary session of the Interdepartmental Scientific Yethodolo-
gical Comaission for the Control of Anthrax.. Veterinuriia .37
no,,802-94, Ag -'60. (MMI 1594)
1. Poutoywanyy chlen ~bzhvedozwtvennoy nauchno-metodi-cheskoy
k0misaii
po, bor'be s sibirskoy YR%voy.
(Anthrax-P,ongresses)

ARKHIPOV V.V.
Fourth plenary session of the Interdepartmental
Scientific
Methodological Commission for the Control of Anthrax.
Zhur.
mikrobiol., epid.i immun. 33 no.4%163-164 Ap 162.
(MIRA l5sl0)
(ANTHRAX-CONGRESSES)

ARKHANGELISKIY, I.I., prof.; DARDA, P.N.j CHISTOV, N.P-P
kard. veter. nauk;
NIKULIN, V.N.; VOROBOYEV9 M.M.,, kand. veter. nauk
(VitebGk,, BSSR),,
ARKRIPOV, V.V., kand, yeter,,nauk
Infection focuses. Veterinariia 41 no.1:29-33. Ja 164.
(MIRA 17:3)
1. Vaosoyuznyy nauohno-isaledovateliskiy institut
veterinarnoy
sanit&rii (for Arkhangellskiy). 2. Nachallnik
veterinarnogo otryada
postoyanno-deystvuyushchey protivoyashchurnoy ekspeditsii
Gosudarstven-
nogo naii6hno-kontrollnogo inatituta, veterinarnykh
preparatov.1,4for
Dard&). 3. Leningradskiy nauchno-iseledovatellskiy
veterinarnyy insti-
tut (for Chistov), 3. Pskovskoye oblastnoye upravleniye
proizvodstva
i zagotovok sellskokhozyayBtvennykh produktov (for
Nikulin).

L 1260-66
ACCESSION MRt AP5024392 UR/0286/65/000/015/0073/0073(?I
615.372.002.2
AUTHORs ArkhiE2v, V._I.*; rilonov, Yu. A.; Nechay'eva, L. A*;
Khrushchev, V, G,;
Perminov-,T. A.; Shevyrev, N. S.; Zolozov, I. S.;.Belyayev, A. S.;
Nozdrachev, A.
I.; Yavglevskiy, A. A.
TITLE: A method,for manufacturing tuberculin. Class 30, No. 173381 4
SOURCE: 8yulletent izobreteniy i tovarnykh znakov, no. 15, 1965, 73
TOPIC TAGS.- tuberculosis, immunology, allergen
ABSTRACT: This Author's Certificate introduces a method for
manufacturing tuber-
culin. The method consists of growing a tubercular culture on a
nutrient medium,
removal of the bacterial matter and filtration, An active and
specific* allergen is
P-
produced and labor-consuming operations are reduced by exposing the
culture to
Coso y-radLation.
ASSOCIATIONs none
SUBMITTEN llJunfi4 ENCL: 00 SUB CODE, LS.
NO REr SOVt 000
OTHERs 000
'~Z 1:~ .7 7 F,-! 7 7-7
LA

KARAVAYEVP VA; ARKHIPOV V,V.1 ALIMEYEV, Kh,Sh., prof,; RATNER, L.M.?
voter, h; OPM;' N.Ta. profal ORLOV, F.M.
Reviews. Vaterinarlia 41 no.10:113-117 0 164.
(MIRA 1801)

ARKHIPOV, V.V.; LURIYE, L.S.; PROKOFIYEIV) N.S.,
OFINS"ICTUt V.G.
Prospects for the use oP radiation sterilization in
7eterinary
medicine. Veterinariia 42 no.12:82-84 D 165. (MIRA 19:1)
.. ". . , ';4- -1 -

ARKHIPOV.. V.V., inzh.
K-100-61-2 centrifugal compressors.
Energomaahinostroenie
10 no.2:48 F '64. (MIRA 17:6)

L 145oi-66 MqT(m)/T DJ
Acc RR: Apboo6344 SOURCE CODE: UR/0413/66/000/00 2/0066/006~'
INVENTOR.Kaplanskiy, A. F.; Gerasimov, B. Ya.; Arkhipov, V. V. 4A
ORG- none
T MIE; Single-stage centrifugal supercharger. Class 27, No. 178014.
.SOURCE: Izobreteniya, proxWohlennyye obraztey, tovarnyye inaki,
no. 2, 1966, 66
TOPIC TAGS: supercharger, centrifugal supercharger, internal
combustion engine
ABSTRACT: The proposed supereharger contains a housing with an
impeller and a
Fig. 1. Supercharger
1 - Housing; 2 - impeller; 3 -- cap;
4 - impeller bearings; 5 vaned diffusor;
6 - covering disk seal; T intake mani-
fold; 8 - pressure chamber.
Card 1/2- uDe: 621-515.5-146.1

L 145ol-66
Acc NR: Ap6oo6344
removable circular cap (see Fig. 1). To simplify assembly and
regulation of the
~clearan'ces, the impeller with bearingsl\tbe vaned diffusor,
and the seal of the
Lcovering disk of the impeller A-e-el -are located in the cap,
while the intake
manifold and pressure chamber are mounted in the housing. Orig.
art. has:
,I figure. ITNI
SUB CODE., 21/ SUBM DATE: 08Apr6h/ ATD PRESS:
Car.d 2/2
4t j", -A-

AROIPOT, Tsevolod Takovlevich; XMIKOT, Oleg
Nikolayevich; CHIZHOT, I.,
ovv-.-rew.-.--rnnTOTA-.-X-.. red.; LZBEM, A.,
tekha.red.
[Finanoa and banks of Indonesia) Finansy i banki
Indonexii,
Moskva, Gosfinizdat, 1960. 93 . (KIRA 14:3)
(Indonesia--finance5

A IMT, Voevolod Takovlevich: PANICINt M., red.;
CHIZHOT, K., red.;
A.. takha.red.
[Foreign capital In the economy of southeastern Asian
countries]
Inostrannyi kepital v ekonomike stran IUgo-Tostochnoi
Azii.
Moskva. Goofinisdat, 1960. 150 p. (xM 14:3)
(Asia, Southeaztern-Investments, Foreign)

ARKHIPOV, Voevolod Yakoylevich; PANKIN, M.S., otv. red.;
GARMSEN, O.H.,
----rj-xC-j W6R?;SLAVSKAYAp L.Sh., tekbn. rod.
[Indonesia in the struggle for economic
independence]Indoneziia v
bor'be za ekonomloheakuiu samostoiatellnost'. Moskva,
1zd-vO
vostoohnoi lit-ry, 1963. 77 p. (MIRA 160)
(Indoneeia-Economic policy)

Q-67 -EVJT (I )AWT (m)-/EWP (t)ZET.1 IJP(c) G
ACC NM Ap6029110 S R CODE: UR/0048/66/030/006/0968/0971
AUTHOR: Klyushin, V.V.; Sidorov,S,K.; Kelarev,V, .; Gotman.I.Ya.;
Arkhipov,~fgyo.
ORG: Institute of Metal PhysicsiAcademy of Sciences of the SSSR
(Institut fiziki
metallov Akademii nauk SSSR)
TITLE: Antiferro-ferromoovatic phase transition in the Fo(Ptx
Pdl-x)3 system Cheportli
-Un 6-5-Mffe-rence on the Physics of Ferro-
-a-nd-Antiferromagnotiam hold 2-7 July
All
1965 in Sverd
SOURCE: AN SSSR. Izvestiya. Seriya fizicheskaya, v..30, no. 6,
1966, 968-971
TOPIC TAGS: phase transition, ordered alloy, electric resistance,
spontaneous magne-
tization, coerciva force, iron alloy, platinum alloy, palladium
alloy
ABSTRACT: The Fe(PtxPdl-x)3 system was selected for investigation
in view of its
suitability for study of the behavio'y of tjie
antiferromngnatic-forromagnetic phase
transition. The end compositions -:tePt -~nd FeN.'14 are binnry
allo 9 with known
puqu'~-"irpo oi _37'h
properties, which become ordered~ -der ngj) at 710 and 8204C,
respectively*
" Arcont iron) are also characterized by
The mixed ternary alloys (with 26 ;-tomic
AuCu3 type orderlng. The investigated compositions are tabulated
(16 different
specimens); the specimen preparation procedure and the resistivity
measurement method
were the same as described by V.V.Klyushin, I.Ya.Gotman,
V.N.Zubankov, and V.V.Kelarev
(Fiz. metallov i inetallovedeniye, 21, 153, 1966). The temperatures
of the phase

L 07099-67
ACC NRz AP6029130
iransitions were determined from the anomalies in the temperature
dependences of the
ele,.,tric resistivity. Also measured were the values of the
spontaneous magnetization
and the coercive force. These were determined by means of a
vibrating magnetometer
to within 3% for rod specimens. The composition dependences of
the Neel and Curie
points, the magnetic moment and the coercive force are presented
in figures. A
radical change or break in the curves is evinced in the region of
37 to 50 atomic
percent Pd. The results and specifically the probable character
of the antiferro-
ferromagnetic phase transition are discussed at some length. It
is concluded that the
transition is realized by the process described by S,K.Sidorov
and A.V,Doroshenko
(Fiz, metallov i metallovedeniye, 18, 811, 1964), involving
gradual rotation of the
magnetic moments in the entire volume of the specimen or
appearance of ferromagnetio
phase nuclei in the antiferromagnstic phase and the growth of
these nuclois Which
of these mechanisms predominates will be determined in further
studies. Orig. art.
has: 1 table and 2 figures.
SUB CODE: 20,07 SUBM DATE: 00 ORIG, REP: 005 M REIP: . 007
2/2

ARKHIPOV, V.Ye., inzh.
Utilization of heat from scavenging and drainages
of a thermal
electric power plant. Elek. sta. 36 no.11:82-83 N
165.
(MIRA 18:10)

ARKHIPOV, V.Ye., inzh.
Automation of the equipment of the turbine seotion of the Ust'
Kamenogorsk Heat and Eleatric Power Plant. Elak. sta. 36 no.2t
73 F 165. (MIRA 18s4)

P-
AMIPOV, Ye.
Material responsibility and an incentive to harbors for
cargo
handling. Rech. tramp. 21 no.61l7-19 Jo 162. (MIRA 15;
7)
1. Vachallnik Glavnogo upravloniya perevosok i
ekspluatatsii
flota Hinisterstva rechnogo flota.
(Harbors)
(cargo handling)

ARKRIPOV, Ye.
Xxperlence in mechanizing labor-consuming loading
and unloading.
Mor.i reoh.flot 14 no.5:6-8 My 154. (KLM 7:7)
(Loading and unloading)

SHEVCHENKO, A. (UB5CLX) (Chernovtsy); BASOV, V.
(Moukva)j PRILUTSKIY, G.
(Pyatigorsk)i I ... je, (Bugullma) VYSOCHIN, V.
(Moskovskaya
obl.); PRIKHUNOV, I. Moskovskaya obl .~; OBLASOV, G.
(Kiyev);
SMIRNOV, Yu. (UA4YB) (Kanash); KHOKHLOV, B. (Moskva);
KHALDEYEV,
A. (Przhevallsk); SKOBEUV, L (Primorski kray);
PROSKUROV, V.
(Irkutsk); DOBRYNIN, Yu. (g .Ivanovo /obl.~)
Exchange of experience. Radio
no.10.*22,26..29,32,,37,40,44,,46,58
0 164. (MIRA 18:2)

I
AUHIPOV, I Z. I.
25681
Pattionallnyy matod iepravlonlya shook. Kolenchatykh
valov dizeley Pytom
imkhanichaskogo ahabraniya anerget byuollaten', 1949,
No. 7, a. 7-11.
SO: ISTOPIS 1 No. 34

ARKHIKV, Tevgeniy Kikhaylovic.h; SHAVIE)OVA, A.I., red.;
FMISOVA,
T.D., takhn.rede
[Along the road@ of ftypt] Po 4orogam Ngipta. Moakva, Goo.
ixd-vo Ofixkulltura I gport9m 1939. 123 p. WRA 12:6)
(1gypt-Dascription and travel)

ARKH.~POV, Ye. F.
Rare case of perforation of a gftntric ulcer in a
child; abstract.
Khirurgiia 34 no.12:96 D 158. (NIHA 12: 1)
1. Ix khirurgicheskogo otdeleniya 2-go
bollnichno-polikliniaheakoga
oblyedineni,ya Bugullmy.
(PEPT IG ULGAR) I

AIMIAI~~I:t
Calla of cholelithiasis in congenital absence of the
gall bladder.
Kaz.-mod.zhur. 1W no.2-170 Mr-Ap 159. (miu Vial)
1, Iz khirurgichaskogo otdelentya (sav. otdalimiyom -
G.H.
Kusnotsov) 2-go bollnichno-poliklinichaskogo
ob".vedineniya g.
Bngul'W (e,,Iavvrach - A.P.Shchekotolo).
(CALCULI. BILUM)

9 -TO.-P.; 7MIROVP K..S.; KUZNETSOV-p G.M.
Stomach resection in COngOnital by anopalous location of the
inteatines,
Kas. mad. shur. no..6:6"5 N-D 160. (MMA 23112)
I* Khirurgichookoye otdoloniya (sav, -1 GA Kuzneteov) 2-go
bollnichno-
polikliniahookogo ablyedinaniya Pugullmy (glsTvrach - A.?.
Shchekotolo)
(STMACH-ZURGEU) (INTESTIM--~-4MOMITIES AND MWMITIESJ

ARKHIPOV, Ye.P.-IBugul~ma, Tatarskoy ASSR)
Hypnosis in surgical practice. Kaz. med. zhur. no.1;74-75
Ja-F 162. (HYPNOTISK-THERAFEUTIC USE) (IMIA 15:3)
(SURGERY)

ARKHIPOV, Ye.P.; ZABIROV, K.S.; KUZNETSOV, G.M.
Resection fo the stomach for a congeintal anomali in
the position
of the intestines. Vest.khir. noo9:132-133 161. (IfM
15:3)
I
1. Iz khirurgicheskogo otdeleniya (zav. - G.M.
Kuznetsov) 2-go
bollnicbno-poliklinicheskogo otdeleniya g. biplimy.
(INTESTIM9.-ABNORMITES AND DEGORMITIES)
(sTomAcH-suRrany)

ARKIIIPOV, Ye.P.; KUZNETSOV, G.M.
Use of N.G.Belenlkii's serum for hemostasis in surgical
wounds. Kaz.med. zhur. no.201-72 Mr-AP?63 (MDU 16:11)
1. Xhirurgioheokoye &elenlye (zav. - G.M.Kuznetsov) 2-go
bollnichno-poliklinioheskogo ob"yedineniya Eugullmy
'glav-
nyy vrach - A.F.Shchekotolo).
)t

AFKHIPOV, Ye.11. (Bugullma, Ta-Larskoy ASSR, ul. Gogolya,
40)
Nonparanitle cyst of the liver associated with calculous
chole-
cystitis. Vest. khir. 92 no.r:81 My 164.
(MIRA 18:1)
1. 1z kh1rurgicheskogo otdeleniya (zav. - 'Fe.11.
Arkhipov) 2-go
bollnichno-po'llklinicheskop obl'yedinenl.,a (glavryy
vrach - A.P.
Sholickotolo" g. Bugullmy.

NIKIFOROV, Vat;iliy Fedorovich, kand.takhn.nauk; KAFZLLOD,
I.A.. red.;
SHTETITSELI, V.K., rate enz ant; reteenzent;
MAKRUSHINA. A.N., red. lzd-vfL: BOBROVA, V.A., tekhn.red.
(Waterways and harbors] Vodnye putt i Porty. Pt.3.[River
portal
Rachnye porty. Moskva, lzd-vo "Rechnoi transport." 1958.
370 P. (MIRA 11:12)
(Harbors)

oBEMYSTER, Arkediy Mikhaylovich; SKIRNOTj Yevgeniy
Vasillyevich;
ARKHIPOV Ty.Te.. reteenzent; ORINVICH, G.P.,
retsenzont;
RODIONOT, S*I.9 reds; AL3W.SR7Wp V.1o, red,izd-va;
TKRILASOVA,
T.T., tekhn.red.
(Over-all mechanization and automatization of
loading and
unloading operations in transportation]
Kompleksnaia makhani-
zateiia i svtomatizataiin paregrazoehnykh rabot na
transporte.
Moskva, Izd-vo "Rechnol transport," 1960. 84 p.
(MMA 14:1)
(Transportation) (Material handling)

TEFKMV# Serafim Fedoroviob; SIDOROV, P.P,p redq,.A~MPOV,
le,yeaq re
---+--a fte red.
tsenzent; WBANOVp Ye.M.i red. izd-va; BODROU, Vx#
T
(Guide to the establisbment of norma for loading and unloading
operations] PoBobie normirovshchiku pogruzoobno-razgruzoobxqkh
rabot. Moskva, Izd-vo "Rechnoi transport,," 1961. 236 p.
(Mm 240)
(Loading and unloading)

SKlRNOV, Yevgeniy Varjill'yevl-6hl kauL tekhn. nank;
ALITSHUM9 Takov
Yeremeyevich, inzh.,j-ARM.F-6V .Ye;Ye,g retsenzenti
ANTOINOVp
M.P.p red.j FEDTAYEVAg N.A.p red;.isd-va; BODRWA.
V.A.t tekbn
r*d* q
[Hoioting devices for craneb) Grusozakhvatnye
ustroistva Ole. kranoy.
Moskva, Izd-vo "Rechnoi transportv" 1961. 161 p. (KatA
14:9)
(Cranes, derrickap eta,)

ARKHIPOV, Yu.A-i-.,nzh.-e1ektrik, assistant
. " -
Operation of two d.c. Propeller motors on a single generator
during maneuvering. Nor. flot 18 no.4:11 Ap '58. (MIRA 12:12)
I.Odeaskoye vyssheye morekhodnoye uchiliahche.
(ship propulsion,'Illectric)

28(5)
05734
AUTHORSt
Gorf inkel B. L, Arkhipov, Yu. A.
BOV/32-25-lo-23/63
TITLEt
Dynamic Method of Investigating Gas
Separation
PERIODICAL:
Zavodskaya laboratoriyat 1959, Vol 25, Nr
10, pp 1213-1214

(USSR)
ABSTRACTs
Several authors (Ref 1)
investigated the gas separation from

various bodies in the
vacuum. These tests were, howeverp carried

out under stationary
conditions. As it is also necessary to

examine rapid processes
under nonstationary oonditionep a

dynamic- method of
investigating the total gas separation was

developed. The device
used (Pig 1) includes a vacuum system

(with 2 vacuum pumps), a
vacuum furnace (in whioh the sample is

heated by sending through
a high-frequency current)p as well as

a pressure gage
transmitter and the measuring device. A

resistance pressure gage
especially adjusted for low-pressure

measurements was used as a
pressure gage transmitter. The

pressure gage is a balloon with
water cooling having a tungsten

wire (cross section 3 x 50/&,
length 70 mm) inside. The pressure

gage transmitter showed a
practically linear dependence between

pressure and discharge
signal (in the range of 1.10-2 to 1014-Hg)$
Card 1/2
Maximum
sensitivity of the pressure gage I - 2.4 ma~44Hg . The

057 4
Dynamic Method of Investigating Gas Separation
SR3'2_25-10_23/63
diagram of the measuring arrangement (Fig 2) shows that a loop
oacillograph of type MPO-2 is used. The signal is obtained
proportional to the rate of pressure variation by means of a
differentiating circuit. Equations are indicated for computing
the results from the signals obtained, as well as two
oscillograms (Fig 3) obtained in gas separations from a
nickel-,
and an aluminized iron lamina (0.2 mm thick) at 8000. The
maximum rate of gas separation was determined with 0-095p and
0.18 Hg/sec cal.2, respectively. There are 3 figures and 1
Soviet reference.
Card 2/2

ACC NRI AF6021949----(A') SOURCE CODE:
UR/0188/66/oOO/002/0093/0096
AUTHOR: Cheremushkina, A. V.; Arkbipov. Yu. N.
ORG: Department of Magnetism (Kafedra magnetizma)
TITIX: Temperature dependence of the Hall effeci and of the
electrLc resistance in
Fe-Si-Al alloys of the 'Sendast' type
SOURCE: Moscow. Universitet. Yeatnik. Beriya III. Fizika,
astronomiya, no. 2', 1966,'
93-96
TOPIC TAGS: Hall effect, resistivity, temperature dependence,
iron nickel alloy,
permalloy, magnetic anisotropy, magnetostriction
ABSTRACT: Thin is a continuation of earlier work (nV v. 6, 539,
1.964) where it van
shown that in iron-nickel alloys the small bodies of the
ferromagnetic Hall constant'-
and small values of the magnetic anisotropic constant have
approximately similar
compositions (approximately 80% nickel). The present research
Was carried out on Fe-
Si-Al alloys similar in'their behavior to permalloy in that
they have small magnetic
anisotropy and magnetostriction. The preparation of the samples
is described. The
Hall' emf was measured by a procedure given in an earlier paper
(Vestn. Moak. un-ta,
ser. fiz., astron., no. 2, 7, 1957: no. 1, T, 1958). The
resistivity was measured
with a potentiometer in the some samples. Measurements at high
temperatures were made
Card 112 uDc: 621.318.1;536.632

ACC NRi
AP6021949
-in a Vacuum Of 10-2.__ 10-3 mm Hg. The results show that in the
temperature range
;00 -- 500C, the ferromagnetic Hall constant R and the electric
resistivity p are
connected by the relation R. = ap + bp2 8
, the parameters a and b being functions of the
0y composition. Both parameters are found to be dependent on the
relative concen-
tr1ations of the components, a being larger for alloys with larger
electric resistivity,
and being one order of magnitude smaller than for Fe and Fe-Si and
Fe-Al alloys. In
some of the alloys, b was close to zero, just as in permalloy. The
results agree vith
the theory proposed for this phenomenon by Ye. I. Kondorakiy (ZhMF
no. 6, 2085, 1964)
The authors thank Professor Ye. L Kondorskiy for suggesting the
topic and discussing
the repiats. Orig. art. hu: 4 figures, 3 formulas, and 2 tables.
SUB CODEM,20/ SUM DATE: 2ONov64/ ORIG REF. oo6/ OTH PXF: 002
Card 2/2