SCIENTIFIC ABSTRACT AKIMOV, L. A. - AKIMOV, V. F.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000100620020-0
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 5, 2000
• Sequence Number: 20
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB


ACCESSION NR: AT4044397
S/2835/63/000/02610014/0019
AUTHOR: Barabasbov, N. P. (Academician AN V~r=); Akimov., L. A.
TITLE: The structure of the lunar surface
SOURCE: Eharkov, Universitet. Astronomicheakaya observatortya.
Tsirkulyar, no. 26,
1963, 14-19
TOPIC TAGS: astronomy, moon, lunar surface, lunar albedo
'ABSTRACT: In previous papers (Astr. Vol. XX=, No. 2, 1962;
Izvestiya komissfi PR
fizike plam~t, No. 3, Xzd-ve EhGu, 1961) the author has
demonstrated the incorrectness
of the supposition that the lunar surface Is covered by a layer
of fine dust, since such a
layer does not correspond to the reflectivity of the lunar
surface. The best agreement on
the basis of this criterion to with a surface of highly
shattered rocks in the form of
pointed structures with a low albedo and also with
extraordinarily porous surfaces in
which the width of the pore walls Is many times less than the
distance between walls. In
these earlier papers, the first attempt was made to compare
curves of the dependence of
brightness on the difference between the azimuths (A) of
Incident and reflected rays for
different but equivalent angles of incidence (I) and reflection
(e) of light from the lunar

ACCESSION NR: AT4044397
surface, and also the surfaces of models with rough -surfaces of
shattered volcanic rocks,
etc. A new automatic Instrument'(not described) has now been
devised which makes It
possible to obtain, directly and convailiently, the dependence of
brightnes' not only on I
and C, , but also on A. A series of models was used in an effort to
determine which
materials would correspond best to the lunar surface not only for
curvo6 B = f(I,C- ), but
also for curves B = F(I,e , A) for a difference In azimuths from 0*
to 18W. The
'following materials were used: fractured tuff with grain size 2-5
mm; a sponge, colored
by dark clay; pulverized tuff with grai n ~tzc less than 0. 7 mm;
pulverized tuff, with
individual pointed fragments of tuff (4-5 mm in height) on top;
volcanic ash; pointed
fragments 3-5 mm In height, 4-5 mm apart; fractured tuff with grain
size about 5 mm.
In all samples the grains and walls were opaque. The values
obtained are presented In
-tables; the data confirm th~ author's previous conclusions: 1. the
lunar surface 7
cannot be covered by dust; 2. the law of relectio'n from the lunar
owdace differs
appreciably from the law of reflection for volcanic ash; 3. the
lunar surface does not
I resemble volcanic slag because at large I =P_ It begins to have
appreciable mirror
properties, especially when there to a difference of azimuths of
18W. Final confirmation:
1 Card 2/3

ACCESSION NR: AT4044397
is obtained that the surface Is covered either by an
extraordinarily porous spongy layer
with very thin but opaque walls separating the individual pores,
or by pointed, closely
spaced opaque fragments consisting of shattered tuff-like volcanic
rocks not having mirror
properties. Orig. art. has: 3 figures and 3 tables.
ASSOCIATION: Astronomicheskaya observatorlya lMar~ kovskDgo
Universiteta (Astronom-
ical Observatory) Khar'kDv University)
1 SUBMITTED: 00 ENCL: 00
SUB CODE: AA NO REP SOV: 002 OTHER: 000
Card 3/3

AKIYOVY L.A. - -
Light reflexion by lunar surface. TSir. Astron.
obser. Khar.
un. no.26%43-46 163. (KIRA 17'.5)

S/85-1/62/000/000/001/008
.Aoo6/A1oi
AUTHORS: Akimov, L. M., Sklyarov, N. M.
TITLE: Methods of testing the scale-resistance of
heat-resistant alloys
SOURCE: Termostoykost' zharoprochnykh splavov,*sbornik statey,
Ed. by. N.
M. Sklyarov, Moscow, Obo.rongiz, 1962, 5 - 52
TEXT: The authors attempt the classification of existing
scale-resistance
test methods in order to select the most efficient processes
for establishing
standard conditions. -The methods developed during the past 10
years are collec-
ted in tables 1 - 3 and divided into the following 3 classes:
1) methods to de-
termine scale-resistance by one-time heating; 2) by multiple
heating and 3)
methods to determine the scale-resistance as 4 capacity of
withstanding the ef-
fect of heat-alternation upon the mechanical properties and
other operational
parameters. An analysis of heating and cooling sources and of
criteria for eva-
luating the scale-resistance, shows that an effective test
method should assure
loading and deformation schemes like those of mechanical tests,
and yield equal-
ly simple and reliable quantitative scale-resistance
evaluations; the test con-
Card 11P

Methods of testing the...
5/853/62/000/000/001/008
Aoo6/Alol
ditions should be close to real operational conditions of
the parts with regard
to heat processes and strained state.. These requirements
can be met by combin-
ing the following 3 types of test: 1) Gradual accumulation
of deformation by
repeated effects of temperature stress; determining the
elastic and plastic de-
formation components of a single cycle during the whole
process of the test un-
til deformation failure takes place, with simultaneous
stress control. 2) Tests
with rigid clamping, assuring also transverse deformation
as an intermediate
transition from a uni-axial to a volumetric strained
state; this is most fully
brought about in a free specimen. 3) Tests with free
(unclamped) specimens si-
mulating parts, for which the material under investigation
is intended. There
are 3 tables.
Card 212

8/853/62/000/000/007/008
A006/AlOl
AUTHOR: Akimov. L. M._
TITLE: Scalq resistance tests of sheet materials on notched
specimens
SOURCE: Tennostoykostl zharoprochnyckh splavov, sbornik statey,
Ed, by
N. M. Sklyarov Moscow, Oborongiz, 1962, 158 - 164
TEXT: Comparative tests were nade with*sheets of nickel-base
alloys
X2OH80T (Kh2ON80T), 3H 868 (Ei868), and steel grades X24H25T
(Kh24N25T)
and 314835 (EI835). The specimens, 1.5 mm thick, with a notch (r
- 0.1 mm)
were heated to 800 and 1,100*C during 55 see; the notched
section was water-
0
-cooled to 20 C within 5 see. The notched zone was Inspected
after 5 - 10
cycles, The results obtained are represented-in graphs. It was
found that.the
crack sensitivity of the materials increased under the effect of
cyclic heating
and cooling with the maximum cycle temperature rising from 800
to 1,1000C, and
with the growth of Initial grains. Nickel base alloys Kh2ON8DT
and EIS68 were
more scale-resistant than steels D24N25T and E1835, showing
lesser deformation
during the cyclic tests. The notch has a negative effect on
scale-resistance,
Card 1/2

)/ZWP(w)/EWA(d)/T/aw.T(0 IJP(c) JD/Ird/GS
L 1428o-66 E;WT(M
ACC NR: AT6008666 SOURCE GODSt UR/0000/65/000/000/0228/0235
(Kiev)
AUTHORS: lkjmoj~ Ll (Kiev) j:_KQnon2huk. N. Skladnov, I. K. (Kiol
_P1jskinj.$ ev)j icrivenkos M,
Zverev, N, Tk.(Kiev) 6 Ms_ (Ki (Kiev),- Smirnov, I
- -3
Yu. N. (Kiev); Lazareva. N.-M, .(Kiev)
ORO: none
I.TITLE.- Investigation of the~effdcts of several factors on
the-tatigwLeharacter- I
ant alloys used for turbingblade-manufaoture
istics of heat resist
SOURCE: _VS.QkQYUzM= SM hQ Y9 PO VODrog4m ptatiqYi6mkoy j
dinamiGheskov
i -kikh
7
prochnosti materialov J konstr_qktsioPnAh eleMentoy pr a_Qkik1L_"
tem * aturakh. 3d ' Termoprochnosti materialov i konstruktsiomykli
ql~ien:~o~jTher-
imal strength of materials-and construction elements); materialy
soveshchaniya.
Kiev.. Naukova dumka., 1965., 22.8-1235
TOPIC TAGSt heat realstant.-.7alloy$ metal property) metal fatigue/
E1107B alloy)
EI617 AUOYs EI867 alloY
ABSTRACT: The effects of.several factors on the fatigue
characteristics of heat'
resistant alloys BI43 BI617 ar'xi BI86 7 ere investigated and
compared with
IV6,
LCard._1/3_

L 04450-67 EWT(1)
,ACC NR: AP6014691 SOURCE CODE: UR/0105/66/000/005/0022/0027
AUTHOR: Akimov, L. V. (Enginecr.;'Khar1kov),, Pyshkalo, V. D.
(Engincerl
Khar'kov)_,'_S1amraY, V. P. (Engineer'; Khar'kov)
:ORG: none
JTITLE: Time-optimal processes
I
,MG- s t-motor d--ive systems
MORTE: Elektrichestvo, no. 5.
:TOPIC TAGS: motor generator,
i
ABSTRACT:
of acceleration, reversing, and deceleration in
1966, 22-27
MG set, MG set motor drive, rolling mill
Time-optimal laws of variation of control input in an
MG-set-motor
Arive system of configuration shown In the figure are
considered. Differential
e equations describing the system were set
1i 'be. up by the authors elsewhere; in the present
-7
article, their solution (in terms of hyper-
bolic functions) is analyzed. As most
;Card 1/2
UDC: 621.34:6Z-581

L 04450-67
ACC NR: AP60'4691
,industrial Mgh-,-peed applications involve oscillatory
transient processes, the
[case of complex conjugate roots of the corresponding
characteristic equation is
Iconsidcred. Three-, five-,'and seven-interval transient
processes are examined.
iThe curves chazacterizing thes processes are based on a
practical reversing hot-
a PBK250/145 3320-kw, 700 \~4
Irolling mill with ' -v, 5150-amp, 50/lZO-rpm motorL
,band a PBK215/43, 3600-kw, 700-v, 5150-amp, 425-rpm
generator (time constants
!supplied). Only the process of acceleration is considered in
detail. Orig. art.
Ihas: 5 figures and 24 formulas.
ISUB C0DEA3P9 SUBM DATE: OlDec65 ORIG REF: 003

PYSHMOP V,D.J. inzh.; AKIMOV, L.V., inzh.
-
Determination of the electromagnetic and alootromechanical
time constant
of systems containing do. motors, Blektrotekhnika 31+
no,12:57-59 D 163.
(MIRA 17s1) -

PYSHKALO, V.D., inzh.1 AKIWV, L.V., inzh,
Determination of time constants in systems with d.c.
motors.
Elektrotek.hnika 35 no.10.13-14 0 164.
(MIRA 17:11)
4f
i

SHAMRAY, V.P.; AXIMOV, L.V.
-.. . ....- .
Improving the pasBing of the slab along the roller
table in
rolling on a reversing cogging mill. Met. i
gornorud. prom.
no.6:65-67 N-D 164. (MIRA 18:3)

tam-mr, il. I.
. Ahimov, M. I. and Malkin, N. R.- "The movement of a physical
point in a giv.e: -.
power fle'll alonZ a spir-I on a rowh surface," Zapiski Leningr.
gornogo inta,
Vol. XV-).VI, 1949, p. 141-45
SO: U-5240, 17, Dec. 53, (Letopis 'Zhurnal Inykh Stat-ey, No. 25,
1949).

AKIMV, M. M.
"Tallin, Stolitsa Estonskoy SSR." (Tallin, capitol of
Estonian ISSR)3 1952
xrmi - 4

A~-Irno V-
50-2-16/22
AUTHOR: Akimov, M. N.
-- ----------
TITLEt Variatiob of the Radio "Presamle 00&" in 01ter to
-Ummm
the, Somding Ceillng (0b imenenji,
grebenki davleniya radiozonda s tsellyu uvelicheniya potolka
zondirovaniya)
PERIODICAL: Meteorologiya i Gidrologiya 1958, Nr 2, pp. 46 -
46 (USSR)
ABSTRACTt The theoretical investigations of the last years
on the pro-
cesses of the upper atmospheric layers were extremely impor-
tant for the gene3al dynamics of the atmosphere. The observa-
tional data of the upper layers of the atmosphere were also
exploited for the computations of the pressure field.
Further-
more the develo-nment of jet-propelled air-traffic demands
re-
gular reports on the actual weather conditions in heights of
more than 20 km. All this demands a regular sounding of the
atmosphere up to heights of 25 - 30 km. An obstacle is at
present the imperfect construction of the radiosonde, that
is to say,the distribution of the teeth on the node-pressure
Card 112 comb resp. Since the teeth of the pressure comb
have the same

50-2-16/22
variation. of the rsaosonde "Pftsoure Comb" in Order to
Increase
the.Souading Miling (0b izmenenii
distance from one another, (after the 6 th tooth) the calcu-
lated heights are obtained in ever increasing time intervals,
according to the rise of the radiosonde into the air. If it
is taken into consideration that data on the highest layers
of the atmosphere got lost here which are of great practical
importance, it is by all means necessary to abolish this
shortcoming before the new model of the radiosonde is used.
There is 1 reference, which is Slavic.
AVAILABLE: Library of Congress
Card 2/2

AKIMOV, N -.-F. - ., : ~. -
Structure of fogs in Odessa. Trudy Ukr.HIGMI
no.7:.jP7.rl30_i:,;~57. ,
(Odessa--Fog) (M:pRA 11-.4)

AKIMOY--XJL
"'.-
GMnging the pressure rldge of radiosondes in order to
incraase
tho counding coiling. Meteor. i gidrol. no.2:46 F 158.
(MrRA 11:11)
(Radiosondes)

F.
AUTHOR; Akinlov 14.
foR droplet electr
;Ir
,'~-ip roast the fo,-,r exper4men! -Firr, I IMI ll iYall
V,
Card 1/3

-1 . . - I . . . . . . . .
W! RFIF SOV: oo4 OnMl: ~101-- ATD PPF-qS! q-M.3
Card 213

C014 3/3
3.0
Pig. 1. Distribution of the g
droplet electrical charge q vs the
and

T- AQ970=0 DYT(1)/FCC GIVI
ACC NR-. AR6011+565 SOURCE CODE: 1R,/0l69/65/OOO/O1-l/BO4l/bO41
fiUTHO*R: Akimov, M. N.
droplets
TITLE: The spectrum of olectric Pharges of SO
SOURCE: Ref. zh. Geofizika., Abs. LLB293
REF SOURCE: Tr. G1. goofiz. observ., vyp. 177, 1965, 76-60
TOPIC TAGS: fo,-Y., electric field, electric potential, electric
conductivity, atmos-
pheric visibility
ABSTRACT: The charge q and size r of particles of advactive
fogs, the air con-
ductivity, and the potential gradient of the electric field at
an altitude of 42
above sea level were measured in November-December 1962 at the
Odessa Observatory.
in all, four observations were made, during which the visibility
varied from 100 to
800 m (by visual estimate). The averaged readings of the
instrument for recording
the strength of the electric field had a well-oxpressed shape
with a na.,dimum occur-
ring after approximatoly 2/5 of the total duration of the fog.
The field strength
began to increase shortly before the onset of the fog, and it
continued to drop until
the end of the fog. The peak of the field strength o:-.ceoded by
several t#es the
corresponding value for normal days. The conductivity of the air
was 10' to 2.10-6
sec-1 esu and varied little. The polar conductivities of the air
were identical.
1/2 UDC: 551.575:551.591+.25

L 40279-66*
ACC NRs AR6014565
0
ALfte.r dissipation Of the fog, the conductivity in all 1- ur
observations was greater
.4 Lo
than before the onset of the fog. A table and a graph of the
distribution of the
charges q of the fog droplets as a function of radius r are
given. The value of
q/r fluctuates about an average value on the order of 10; hence,
it fol-lows that,
on the average, tl~e sizes and charges are connected by a linear
relation. The aver-.
age value of the coefficient ki in the relation Iqlav = kir
(x,&ere r is expressed in
miGrons and q in elementary charges) was found to be 1-1. N.
Krasnogorskaya ffTrans-
lation of abstract7
SUB COM : 04
Ccrd 2/2#Jz-/-'

AKIYOV, 11. P.
Akinov, Y. P. and Perestov, A. I. "A cornarative blocenotic
analysis of the
animal ppulation of the rcgioy~f the Dnieper rapids and
Dnieper reservoirs
in +he f-irst vears of its exisience," Nauch. za-iski
(Dnepropetr, Ems. up-t),
Vol. MII, 104F, p. 161-76 - Bi.bliog: 12 itens
SO: U-395ry 16 J-)ne 53, (Letopis 'Zhurnal Inylcb Statey, No.
5, 1040)

AKIMOV, H.,P,
Blomorphologio method of the study of biocenosis.
Biul. NDIP.
Otd. biol. 59 n0,3:27-36 W-je 154. (WYA 7--7)
(BIOLOGT.
biocanosis)

AKIMOV, M.P. (deceased]; DIOMIDOVA, T.A.
Zooscological characteristics of plantations in the
Veliko-Anadol
massif. Nsuk.zap.Dnipr.un. 48:141-150 '55. (MIRA
10:11)
(Ollginka Distriot-Forest fauna)

AKIMOV M P doteent, kand.biolog.nauk;
BARABASH-NIKIFOROVA, I.I., prof.,
Z-
red.; YANKOVSKAYA, Z.B.-, red.; CKOPNAYA,
Ye.D.,-tekhred,
(Animal ecology] Bkologiia zhivotnykh. Kiev,
Izd-volievabgb
univ., 1959. 174 p. (MIRA 13:4)
(Zoology--Ecology)

VI N DI I'- . "I. - CE I i A"), (4. A, - FTE I MYNAY M.S.
- A M. V.
y y
Fr;~di -n-a - .1't3-6
high quality iteat enly. Veter, ri-a 42 no v
1. V--t-e" 'l.nai-nv:--&n-'t&rnaya inspek-tsi-ja pri
~'oveto na-rodnogo
hl- c.-a--aO
1. .1 . , tvd RSFS~R.
0 165-
(~URA 18:10)

AKIMOV, No,. naroon ki,~d6xWk RUSR.
--------
A most valuable tool for documentary information. Sov.
feto 17 SOO:
17-20 Mr 157. (Photography) (MIRA 10:6)

AXIMOT, N.A.
Una of beat-realstant concrete for linivg
prrite kilnem
Bux.prom. 35 no-7:21-22 Je 160, (MIRA 13:8)
1. Gl&YW mekbmaiiF Tyborpkogo kombinsta.
(Vyborg-ftper Indastry-Bjuipment and supplies)
(pyrites)