SCIENTIFIC ABSTRACT LOBASHOV, A. A. - LOBATORIN, O.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000930320016-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 20, 2000
• Sequence Number: 16
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

S/076/60/034/010/006/022
B015/BO6,1
AUTHORS: Rabinovich, I. B.. Lobashov, A. A.. and Kucheryavyy, V. I,
TITLEt The Negative Isoto'pic EJrfeTc-t'in -the Viscosity of the
Deuterium Compounds
PERIODICAL% Zhurnal fizicheskoy khimii, 1960, Vol, 174. No. 10.
pp. 2202-2204
TEXT: An exchange of hydrogen by deuterium leads, in the case of non-
associated liquids, to a change of the molecular weight and the energy
of the intermolecular interaction., An increase of the two last-mentioned
values leads to an increase of the viscosity of the liquid Rabinovich
et al, showed that in the range of medium temperatures. an increase in ti,e
molecular weight in the substitution of hydrogen by deuterium is
accompanied by a reduction of the intermolecular dispersion energy
(Refs 2-4), i.e., that an increase, but also a decrease in viscosity may
occur due to the isotopic exchange in dependence on the fact whether the
increase in molecular weight. or the change of energy of the inter-
Card 1/2
4. -z
ff

The Negative Isotopic Effect in the Viscosity S/076/60/034/010/006/022
of the Deuterium Compounds B015/13064
molecular interaction has a greater effect upon the viscosity. The in-
vestigations hitherto conducted (Ref. 5) always led to an increase in
viscosity in the isotopic exchange., The present paper shows that isotopic
exchange may also bring about a decrease in viscosity. In chloroform and
tatrabromo methane the hydrogen was exchanged for deuterium and an
increase in viscosity was found, i.e., in contrast to the cases hitherto
investigated a negative isotopic effect was observed. The decrease in
viscosity amounted to approximately 1% in both substances, which is five
times tile error of measurement, and may thus be regarded as a reliable
result. Thus, it was clearly proven by experiment that an increase in
molecular weight due to the exchange of a light isotope for a heavy one
may affect an increase, but also a decrease in viscosity. Finally '_ the
author thanks A. I. Brodskiy ', Corresponding Member of the AS USSR and
Professor-A. Z. Golik- for discussing the results. There are 2 tables and
8 references: 7 Soviet and 1 US.,
ASSOCIATIONg Gortkovskiy gosudarstvennyy universitet im. N.I.Loba-hevskogo
(Gortkiy State University imeni N. I. Lobachevskiy-)
SUBMITTEDs December 6, 1958
Card 2/2

- LOBASHOV*JLA.--AWOVA, T.G.; SOKOLOV9 V.P.; KAZA14ATKIII, Ye.P.;
LITVINOV, N.R.; 14EI24ANp S.B.; GORBYLEVAq N.V.
New methods for the deactivation of waste slurries from organic
synthesis industries. Zhur. VKHO 6 no.2:173-180 161. (11,IRA 14:3)
(Sewage disposal) (Chemistryq Organic--Synthesis)

SOKOLOV, V.P~; LOBASHOV, K,A...
L.- ~
Determination of 1,2--d-'chljrwa~hane in wasto waters, zavj'y
28 no.3:285-2:3'7 :RA 151.4)
I'l 14 r, e(Sewage-Analysis)

Lf)BASII(Y,,, , K.A.
rification of the atmospheric air by remo7infL--, organc
Sorption pu
impurities. Khim. prom. 40 no.12:902-906 D 164. 18:,~)

LOBPZIIOV, K.A
Equipment for sorption purification of atmonpheric air frrm
organic Impurities. nim. prom. 41 no.1:54-57 ja 165.
(VIRA 18:3)

-ACC NRY
AP6023129
AUTHORs Lobashav. K. A.
_S0 W_ c &-c-0 5- GX[G~/000101211
ORG: none
Ificatio
TITLEt Sorptivo PH catio~n of atmosphorio air from orGanic contaminants
ij,.S0UjtCE:
j0dmichookaya prorVslilonnost', no. 12, 1964, 902-906
TOPIC TACSi chomical oxplocion, onfoty anginooring, alkono, alkann, corption
ABSTRACT: The reason for frequent explosions In air separation
units is contamination of atmospheric air In Industrial areas by
organic compounds (by acetylene and other alkenes, alkanes, etc.),
.and also oontaminatlon of air by prodticts entering the atmosphere
upon compression In piston machines,(lubricatlng oil, oil cracking
,products, etc.). A method of protecting separatory units has been
developed which In based on reversible sorption of all harmful
contaminants of air at low temperature In the gaseous stage tested;
on the air ncparatory apparatus KGN-30 and VAT-100. The InAustrial;
tests have shown.that this method assures reliable quantitative
purification of air of contaminants, Is of high efficiency, and of--
simple equipment design. The dynamic aotIvIty of the sorbent (a)
is a function of temperature (T) and pressure (P), concentration
Card 1/2 UDC, 661.92.074.38t661.1
0e?

ACC NRt AP6023129
of sorbed substance In the air (b), and the bulk air velocity (W),
a = f(I/T,P,b,W,nl,n2)
where n, relatlv*e dynamic activity of Borbent;
n2 = geometrical characteristica of absorber. From derivation,
,of equations It follows that-the 0optimal temperature for sorption
:is the lowest (from -100 to 170 C), at which air and all contami-
inating components are in the gaseous phase. We have established
'the existence of two stages of oxidation differing In velocIty.
.At the stage decurring at highest velocity absorbed acetylene re-
,acts with oxygen on the surface of the sorbent. As the absorbed
oxygen Is consumed, the process is attenuated. Under the action
.of heat r6ledsed In this stage, desorption of acetylene takes
:placeo which enters Into reaction with gaseous-phase oxygen at the
Interface. 7he lower rate of the process at this stage Is governedi,
-by the rate of oxygen diffusion from the gaseous phase through a
gas film rich In nitrogen and reaction products (CO H 0). This
2~ tg1s
accounts for the attenuation of the oxidation rate a stage.
Thus, oxidative processes can develop In the absorber only under
conditions of local heating of the sorbent to a high temperature
and the absence of heat losses., lie I. Gollperin-part cipated in tho work.
Orige art* has.- 8 figures, 5 formulast and 1 ta1A_e_.LJPRjS
~SUBCODZt 13,..07 / SUBHDATE:t
Card 2/2
none / ORIGREFt 018 / OTHREFt 003

GVUNOVY M.; YENENKO, B.; WMOV, M.; _LODASOVI M.-
Coal and technological progress; our intax-7iews. Sov.shakht.
11 no.2:21-23 F 162. (MIRA 15-1)
1. Direktor Ukrainskogo nauchno-iaeledovatellskogo instituta
Gidrougoll (for Gubanov). 2. Direktor Instituta av-tomatiki
-Luganskoy oblasti (forYenenko). 3. Direktor Luganskogo
filiala inatituta Giprougleavtomatizatsiya (for Bashkov).
4; Direktor Luganskogo filiala Dongiprouglemasha. (for
Lobasoy).
(Lugansk Province-Coal mines and mining)

L 455o-66 D1T(d)/T/34P(1) 1JP(c) 98/GG
ACC NA t AP5026T19 SOURCE CODE I UFV0141/0/008/005/1030/1035
'o, t: 'r,
AUTHORt B eydop M. D.; Lobashovp X. L
Od")
ORGi Scientific Research Physicatee DAUtiJt*At_GmkZ_Q~_iVer a i ty
(Nauchno-iseledovatel skiy fiziko-takhnicheskiy institut pri Gor1kovskom universi-
tete)
TITLEt Digital computer,experiments on the claselfication of visual images by
the generalized pattern method
S(XMCZt IM Radiofizikap v. 80 no. 5. 196% 1030-103~
TOPIC TAGSt algorithmj, computer codingp computer programing,, character rec2ML-
tiQn lclqc
0
ABSTRAM The article describes the results of an investigation of a recognition
0,,4t~aoritbm discussed in another paper (M. D. Breydos Izv. vyash. uch. tav.--Radio-
MUM Ve Up 10309 1965)j based on the compactness hypothesis (E, M. Braverman#
AvtomAtika i tolemakhanika vo 23p 349p 1962). The experimental material used are
handwritten Arabic numbers and lettern of the cyrillic, alphabet, Each letter in
projected on a grid with 10 x 6 a 60 cells and is suitably coded. The major task
of the coqputer vas to establish a generalized pattern for a given letter after
Card 3/2
um 62-50

M=
i, 455o-66
Acc uR i tdwA2673.9
being fed a certain number (18) of different images of this letter. Tbin gener-
alized pattern van to serve as a means of determining whether some other image
represents this letter or note An accuracy oP up to 91,~q% to -claimed for tile recog-,
nition of some charactersp although the computer was not successful in distinguish-
Ing between letters with very similar outlines. The coding and programming are
brienj discussed* Orig. art. hast 3 figures and 2 tables. .- (021
SUB CODZI 'DP/ SUBM DATEI 03YO6~1 MG MWs 004/ ATD-t PRESS -C~/5 (P
Card
4g,
K

WBASOV M~ L. inzh.: PASECHNIK, I.Te., Inzh.
Mechanical 014 shale dust spreader. Ugoll Ukr- 3 no.4:37-38
Ap 159. 1 (MIRA 12:7)
(Coal minen and mining-Equipment and supplies)
Oftne dusts)

- _--- -_ _._ r.
- '.1 - - I
LOBASHEV, V.M~; NAZARENKO, VA.; RUSINOV, L.I.
Pblarization A- Y -correlation in (S -decay of Co6O. Zh-ar.eksp.i
teor.fiz. 37 no.6:1810-1811 D 159. OMU 14:10)
1. lAningradskiy fiziko-.tekhnicheskiy institut AN SSSR.
(Cobalt---Decay) (Beta rays)

LOBASHOV, V.M.; NAZARENKO, V.A.
Studying the decay of Prl" by the 9(-correlation method.
Zhur. eksp. i teor. fiz. 41 no.5:14331-1437 11 161. (MIRA 14;12)
1. Loningradskiy fiziko-tekhnicheskiy institut AN SSSR.
(Praseodymium-Decay)
(Quantum theory)
~Z-

34635
r
A',.'T-,IORS Lobasll-,ov, V. Nazarenko, V.
T 1 rTlE, Inve-ztlga~,ion of the dependence of -o-rPlFlr"on on -i-,
bd qf~
oIA3t7-on velocl',y in -che decay -of ("r, aril Au
P-,qTODTCAL: Zhurna- ek3pi~r`mentallncy teoreticheskoy v. 4~,
t962, 558 - 363
EXT - rhe d e pendence of t he PIr c -rre 1 a ton codr fi n t o f c -', rc ul ar ya inz~~
tht- elt~s'ron v/
Eamma quanla on /c value was meas-,~red w-ch Cc;(, and
A gamaia quanta . Th~~ p,;:pose was to find out whe;he-, it t~s Itpende-n- rn
R
,r.~: tPags ei al. (.Phys. I 894i .958) hav,~ 'curd 'rhat ;.t s n
vih~--iher !'I 4s 1-7/c as found by P. Ye. Spivak et al, ? ZhETF z7 -4::r4,
or r---;1`c je.g. Phy.,,. Rev. 70b, 1564, 1,957; 109, Z"! 19:-?3)- Cr ifI
ie,;-.ates from by an er,;~r6y-denenden-~ amo-.n-' (A. T
Alikhanov, G. P.,
Yel~Jzeye-r, V. A. Lvubimo-v (ZhETF, 59, 587, ;960" foLnd a 2VI.'. de-:--aticn in
ths !45 *?.e-.r range An. ari-angemerit (Fig. w--t'.Ii sn*el~erl phctc-
mu-Itipliers was used, -.he pulses from :;hese raul-:--'Pllle-,3 were-- -'-~-j :.n~c a
I , 1 *0-9 - -
fa3 ~--slcw ocinc d ence Ircu,. -~ wi - h a time rps.- ',u: ion 6, n ~7 A -, 7)~q

13 Oz/ B
S ga lon CA' tnr~
7t r,:
C) p
no I us I fig :1 c I a r-. n ep,- i S17'11 a r--lZ
rL
witn -ch4~
p
y
wvis
Al -case vilt-1 top.
-4 ~ - R
wq3 :-a-
-~~ef f i-L 'Len
r:, E~, c*.,.on lo- thc- i n flu n
ne ctrr! --0,1-
-,-.p q.. s T h art r-) C) P' -r
WIn~
-K.9 -9 cundz -r < ok h n
7 nart 7-,, tl o t -.- ah1ne Fo - Au O:j ek~;, m -
zalar~-- mtlasl-rt!ii ff r --i e..-h -7 1 i n;-- :D
M,-c C, r, f a - ab a i n c. d R ~61 - St Ff~n % rill
a " 2 -,mp --lec-Ay 13 a Coulomb
a: o n r ti r
A r. iv uk v F, h 't, -a k 1n a nd L
:'here a - t, and 18 ar"
1r- 7o 1~, r m 7 n - e e n w j -A ~r. if
e f 3 He
f
y

S/O 56/6 2/04 2/0012/008/0 5
Inveqtigation of the dcpendence ... B102/B138
Morita. Vucl. Phys. 14, 106, 1959.
OSOCIATIOM' Leningradskiy fiziko-teklinichaskiy Institut Akadomii ntAuk
SSSR (Leningrad Phygicotechnical Institute of the Academy of
Sciences, USSR)
SUBMITTED: July 21, 1961
Legend to Fig. 1: (1) Source, (2) atilbene crystal, (3) NaI(Tl) crystal,
~4~ light pipe, (5) lead collimator, (6) lead shield, (7) dispersing magnet,
6 jacket of Armoo iron, (9) Permalloy jacket.
Card 3/3

S/056/62,/042/002/010/055
B102/B138
AUTHORS: Lobash Nazarenko, V~ A.
TITLE. Py-correlation in Mn56 and F20 P-decays
PERIODICAL: Zhurnal eksperimentallnoy i teoretici,eekoy fiziki, v. 42
no. 2, 1962, 370-374
TEXT: From the well-known Mn56 --'~'Fe 56 decay the 0-transition w3.th limitng
spectrum energy of 2.86 Mev was studied in detail. This transition takes
place to the first excited level of Pe 56 which goes over to the ground
state with emission of an 845-kev gamma quantum. W -4 2' -1--k0";
log ft - 7.2). The angular correlation of this (allowed) transition was V/
measured with an apparatus similar to that described by Steffen (aee below).,
The source was obtained by irradiating Mn55F2, on an Al backing, with
10 13 neutronsZc -2 sec -1 . The P-electrons were detected witb a stilbene
crystal and an V; -36 (FEU-36) photomultiplier, the gamma quanta with an
HaI(Tl) crystal and an IBV-13 (FEU-13) multiplier. Both multipliers had
Armco and Permalloy housings. The HaI(Tl) crystal was lead-shielded,
Card 1/3

5/05 62/042/CC2/010/0~'-,
Py-correlation in Mn56 and ... B102YB".38 J
against scattered gamma rays.. The multipliers were connected in a fast-31--w
coincidence circuit with a time resolution of 6-10-9 sec, the random
coincidence background was 3-Wo~ An anisotropy of the angular yp correla,
tion was observed, W(G) - 1 + A 200820, the anisotropy factor was
A2 - +(0.022 + 0.003); 9 is the angle between P-electron and gamma quantum
momenta. Inner bremestrahlung and multiple scattering are neglec'~ed, the
correction for asymmetry due to yy-coincidences was - 0.2~a-, The ~orrela-
tion between P-electron emission and circular polarization of the gamma
quantum was determined for the same P-decay component. The correlation
factor for the Gamow-Teller transition was found to be ^)-v/3c for this
sequence of spin levels, the numerical value was -(0.80 -, 0.06)v/3c. Thc;
angular anisotropy and the anomalous magnitude of the pJarizat'ion
tion can be explained from estimates of the second forbidden matrix elemert,,
Measurements were alao made of the polarization jPj correlation in the
F20 P-decay. For the F 20 ground state, spin and parity were fotind to be
the correlation factor was calculated as -0.12 40.21 its measured value wac,
10.10,
0.14 + 0.07. Professor D. M. Kaminker is thanked for interest, V. V~
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TV,

56
Py-correlation in Mn and ...
5/05 62/042/002/010/055
B102YB138
Andryukevich, G. D. Chuklin and V. B. Belyakov ", N. V. Timofeyev and V. I,
Llvova for help. There are 1 table and 15 references: 2 Soviet and
13 non-Soviet. The four most recent references to English-language
publications read as follows: R. M. Steffen. Phys. Rev. Lett., _3, 277~
1959- J. H. Hamilton, B. G. Petterson. Bull. Am. Phys. Soc., 5, 9, 1959-
M. Morita. Nucl. Phys., 14, 106, 1959. P. Dagley, M. A. Grace, J. M,
Gregory, J. S. Hill. Proc. Roy. Soc.? 250, 550, 1959-
ASSOCIATION:
SUBMITTED:
Leningradskiy fiziko-tekhnicheskiy institut Akademii nauk
SSSR (Leningrad Physicotechnical Institute of the Academy
of Sciences, USSR)
August 8, 1961 (initially), February 5, 1962 (after revisir,4
Card 3/3

LOBASHOV., V.H.; NAIARMO, V.A.; SAYENKO, L.F.
-d -----
Determining the spin of BU15201. Zhur. eksp. i teor, fize
43 no.5:1579-1581 N 162. (KUU 15:12)
1. Fiziko-tekhnicheakiy institut imeni A.F. Ioffe AN SSSR.
(Nuclear spin)
(Europium)

D. M.; LOBASHOV, V- M. NAZARENKO, 11. A.; SAYENKO, L. F.; yjiARKEVICH, G. l.;
A. 1.
"Relative asuremeM of 1% Longitygnal Polorization of Electrons in Beta
Decay of 1P and Zn Ho and Re
report submitted for All-Union Con- on Nuclear BpectroacOPY, Tbilisi, 14-22
Feb 64.
FTI (Physico Technical last)

L 1609,776~ ENT(m) DIAAP/-rSD(c)/ESD(gs)/E-!,7~D(t)/SSD/AF,VL/tiSD(- )-5/RA-M-(-1)
ACCESSION NR: AP5000311 S/0056/64/047/005/1668/1670
AUTHORS: Kaminker, D. M.; Lobashov, V. M.; Nazarenko, V. A.;
Sayenko, L. F.; Kharkevich,-d'.-Y'.- YeqIo-rciv, A. I
TITLE: Relative measurement of the longitudinal polarization of
electrons in Beta decay
SOURCE: Zhurnal eksperimental'noy i teoreticheskoy fiziki, v. 47,
no. 5, 1964, 166a-1670
TOPIC TAGS: beta decay, electron polarization, electron energy*
circular polarization, bremsstrahlunq, nuclear structure
ABSTRACT: To check on the hypothesis advanced to explain some
anomalies in the longitudinal polarization of electrons, namely
that the internal structure of the nucleus gives rise to higher-
order corrections, the authors attempted to ascertain the dependence
of these anomalies on the electron energy. To this end, relative
Card _1/4

L 16097-65
ACCESSION NR: AP5000311
melsurements of the longitudinal polarization of electrons were mea-
Inl' , r 0
sured in P decay of P32, 14 P 142 H0166, and RelBB at energy
EP -, 1250 keV. The experiments consisted of measuring the circular
polarization of the bremnstrahlung produced by deceleration of the
electrons in a lead target, using the setup shown in Fig. I of
the enclosure. The circular polF%rization of the bremsstrahlung y
114 142 166 188
quanta of the P electrons of In , Pr , Ho , and Re was com
pared with the circular polarization of the bremsstrablung 'Y quanta
of P32 P electrons. The electron energy was determined with the aid
of a magnetic lens 6pectrometer. The values obtained for the longi-
tudinal polarization relative to that of P32 were 0.960 + 0.0015,
0.934 + 0.015, 0.942 + 0.015, and 1.005 + 0.1016 for Inll"~, Prl42#
H0166,-and ReI88 respectively. The observed increase in the devia-
tion of the longitudinal polarization of the electrons from -v/c
with decreasing total energy of the electrons (in almost linear
fashion) does not contradict the hypothesis of the influence of in-
ternal structure of the nucleus. The observed deviations in the
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L 16o96-65
ACCESSION NR: AP5000311
longitudinal polarization do not correlate with available data on
the form of the (3 spectra of the corresponding transitions. "The
~qv,, V. B. Belva V. P._Lapin, and
authors thank V, A. Knygz kov
G. D. Chuklin for help in preparing the apparatus and measurements,
land also A. N. Timokhin for participating in preparation of the p32
and 1nll4 sources." Orig. art. has: I figure.
ASSOCIATIONt Fiziko-tekhnicheakiy inatitut im. A. F. Ioffe Akademii
nauk SSSR (Physicotechnical Institute, Academy of Sciences SSSR)
SUBMITTED: 23Mayfi4 ENCL: 01
SUB CODE., NP NR REP SOV: 004 OTHER: 002
Card 3/4
,5g

L i6096-65
AOCM%ICN NR: APS000311
12CLOSLFE: 01
3 4 Ic 7
Fig. 1. Schamtic diagram of installation. 1 - Source, 2 magnetic-speL;tr te
coil, 3 - vacuum charber, 4- corpensation coils, 5 - leO tarcret, 6 - qzmm
polarimoter, 7 - NaT(Tl) crystal, 8 light pipo, 9 - pernalloy scrr--,n--,, 10
ArmoD screens, 11 - lead screens, 12 photcnulti,plier, 13 - lead shield
Card 4/4

LOBASHOV, V.M.; NAZMNKO, V-A.; KHARKEVICH, G.I.
Th Q'-polarization correlation in the g-decay of Prl" and
Eu15 . IAd. fiz. 2 no.5:777-782 N 165. (MIRA 18:12)
1. Fiziko-tekhnichoskiy institut im. A.F. Ioffe AN SSSR.
T

LOBASHOV,, V.M.
Feasibility of studying weak nucleon-nucleon interaction.
IAd. fiz. 2 no.5:957-959 N 165.
(MIRA 18:12)
1. Fiziko-tekhnichaskiy Institut im. A,F.Toffe All SSSR.

I, P,
LOBaOV K. . inzhener.
4ftws"W"
Cutter-loader for separate digging of coal and rock. Xast.ugl.3
no.1:12-13 Ja 154. (HLRA 7:1)
(Con'l-mining machinery)

TZBASOV,11. tnzhener; MINKO-RATZVICH,Yu. inzhener
~-- ",7,
Improved construction of the "Gorniak" cutter-loader. Kast. ugl.
3 n0.12:11-13 D 1,54. 041M 8:6)
(Coal mining machiner7)

......... . .
IJ~ OOdoo V. m. f.
LOBASOV. M.P., Cornyy inzhener; MINKO-RATYEVICH. Yu.S., inzhoner.
a Problems of automatization of mine ventilation doors. Ugoll 29
no.3%7-9 Mr '54. (MLRA 7:))
1. Donetskiy filial Giprouglemasha. (Mine ventilation)

IDBASOV, M., inzhener.
- 11
Suspended transfer conveyor belt. Mast-ugl- 5 no-2:23-24
7 156. (Convaying machinery) MRA 9:6)

LOR&SOV. M., inzhener; MINKD-BATYZVICH, Tu., iAzhener.
I .. "WO -"A"ftft,
Conveyer belt for curvilinear workings. Xast-ugl.5 no.12:18-19 D
156. (MLR& 10:2)
(conveying machinery)

WBASOV. M., inshoner.; HIREOLRAYYBVIGH, Yu., inshener.
-Abwmltmqft
Traveling saw In the longwall. Mast. ugl. 6 no.1:21 Ja 157.
(HIaA 10:4)
(Donato Basin-Saws)-

WBASOV, M., Inzhoner; HINKO-RAYYZVICH, Yu., inzhener.
Drifting with wide passages. Mast.ugl.6 no.2:10-12 1 157,
(MA 10:4)
Woal mining machinery)

I - , -- , ~ - -, ': -7, -7- , -
/, ~ . - . r --I--
'4.) !r., , - " ) -~' I ; I
LORASOV. M., inzh.; MINKO-RATYEVICH, Tu., inzh.
--
7Z
Inameled7 chutes. Mast. ugi. 6 no.12:17-18 D 157. (MMA 11:1)
(Coal minIng machinerjr)

LOBASOV, M..
Coal pjW9 Nauka i Myttia 12 no.1:14 Ja 163. (.aak 16;3)
1, Direktor Luganskogo filiala instituta "Dondiprovuglemash".
(Donets Basin--Coal mining machinery)
fit

LOBASOV, M.P.p inzh.; VENGEHp F.I., inzh.
Now rock-dust distrLbuting machines. Bezop.truda v prom. 4 no.12:
23-24 D 160. (KPA 14: 1)
1. Luganskiy filial Dongiprouglemasha.
(Coal mining machinery)

LOBASOV, M.P.
Increase in every possible way the output of large-size coal.
Ugoll Ukr. no.6;5-7 Je 160. (JOU 13:7)
1. Vachallnik Uganskoy gruppy Dongiprouglemasha.
(Lugansk Province--Coal mines and mining)

LOBASOV, M.P.
T~e USBI hiph-speed shavinp unit. biul tpkh.-,?kon.inf,)rn. n-).9:
ie-2o 161. (Coal-mininp machinery) (MIRA 14:9)

LOBASOV, M.P., inzh.
Laboratory studies of vitreous enamel coatings(of mine chutes.
Vop. rud. transp. no.5:124-130 161. MIRA 16:7)
1. Dongiprouglemash.
(Enamels and enameling) (Mine haulage)

ROZENBUT, Grigorily Borlsovich, PODPRUZRIIKOV, Vasiliy Ivanovi:h;
KICHKIII, Viktor Vasillyevich~J_OBASOV, Mikhail Petrovich;
KATRICH, Aleksandr flikolayevinh;' red.
[Ths IUSB,"m high-speed pinw] Bystrokhodnaia strugovaia usta-
novka USI~-2m. Voskva, Nedra, 1965. 136 p. (miRA 18:8)

I,OBAWVs. Nj)., kand. tekhn. nauk
gate. J lsobr..Pr8dl-
Method of building profile earth structureso
ettol. so.0.7:31-32 '58. (VANN). .kKIRA 11:121

LOBASOV$ P. D.
LOB& 0 PO Do - Kand. tekhn. nauk Leningradskoye otdeleriye Vaeseyunogo
naucb-f,o-ivs1;dovate1'skogo instituta Hini3terstva stroitelistva predpriyatiy
mashinostroyeni,va.
Btroltellatvo m nanytykh gruntakh. Page 82
SO: Collection of Annotations of Scientific-Research 14ork on Constmiction. com2leted
in 1950.
Yoscow, 1951

LOBASOV, P. D.
"The washing-off of small fractions during the dredging operation of the soil,"
Construction, 1952.

LOP-AS(71,, P. D.
"Experience in the Use of Dense Structural Clays for Erection of Earthen
Structures"
Sb. Tr. Vses. IT.-i- in-ta ridroteLhn. i San. -tekhn. rabot, No 4, 5-27, 1953
The author suppests the possibility of usinp; dense structural clays for
building earthen structures by pouring clods and various blocks of clays
into construction forms to be used as bui'ding blocks. (RZhGeol, '10 3, 1954)
SO: W-31187., 3 ?,%r 55

IDBASOV, P.D., kandidat tekhnicheskikh nauk.
Using compact structural clays for erecting earth dame of various
cross sections. Sbor. trud. VNIIGS no.4:5-27 154. (KLEA 9:2)
(Dws) (Sarth pressure)

I-OBASM, P.D., kandidat tekhnichaskikh nauk.
I wM-zw.A*&&4w_:
'Physical and mechanical properties of alluvial sails. Sbor.trud.
VNIIGS no.4 89:-103 154. (KLEA 9: 2)
(Soil machanlcq)

SAVINOV, Oleg Alskmandrovich; LOBASOV. P.D., kandLidat takhnichookikh nauk,
redaktor; KAPLAN. )(.Y&7,"VVMRRvr PULIKINA, YeA., tekhnichesidy
redaktore
(Younlation for mchimry; principles of planning] 70-4 enty pod
mashiny: osuM proaktiravanlia. Leningrad, Gos,Isd-vo lit-Ty po
strolt. I arkhitektvre, 1935,' 291 po (KIRA 8t5)
(Younlations) (Vachinary)

J
"Th,-~ lluildinG of
acciety f~,f

10(4) BOV/98-59-7-21/22
AuMaRt Roxinoor. 3.T., Chairman
rITISS Conference on Scientific Research in the Yield of
Hydromischazics
rMODICAL: Oldrotelihnichookoye s-roltellstmo, 1959, fir 7.
62-65 (USSH )
AS3TRXTt The article is a chronicle of the abare-mamed con-
ference, which was hold In rioscow from April 15-17o
1959, on the initiative of the ooordicatory commAo_
slon for hydromoch-1zation In ths Council for Hyd-
raulic Affairs of the Academy of Solstices of the
USSR. The An-uniam. mus iydromechatalzation -rust,
the M4GIn Institute of the Aca4o=y of Sclanoss of
the USSR and the Moscow Oblast board of the Tochno-
logical Department Of the co=struction industry &J_
ac participated in the o isation of the confe:
r9
u more than 400 repro
react, which was tt,.d.
Sentatives of 149 Organisation$, including the Offi.
oo Of State Construction of the USSR, ainistri**.
national *oOn*Klc council&, institute# of the Act-
deny of Sciences of the USSR and the union republics,
Card 116 the AftA of the USSR and the Ukrainian SSR, the
of
science aal the GNTX
the union republics. and official scientific and
research institute&. The conference was opened by
Academician A.M. Torpigorev. and at the plenary
"Solon papers Vero rea-1 by the following: Prof.
-Al-T-fl, Doctor of Technical Sci*ncosz *The State
o? 'Scientific Hosearch Work in the Yield of 117dro.
amechanization-1 Engineer V.A. PIat&nOy_L._*The Come
traction of Alluvial of Sclenti:
'The rre_
fie Orgamizations*; 3=6j-i**r M.A. Gortnt
-
W and it*-
sent State of and the Outlook-fdr-lYie

2
search Work In the Field of Elul t r H dr
,Sm6_
_0Cr
*
In
9
S
.
.
.
,
obanization
; Engineer
.B, Fo,o
Problems of the loonemy-6f j%o 11tydrozoatinzization
of Earth Works-; Prof. _(jA._3urak, Doctor of Tech-
nIcal Sclencest *The Present State of and the Cut-
look for the Devolopaetit of the Sydroz:iechanizati..
of Opancast Co&2=inlzg-; Engineer B.M. Shk=d1m
-
_
tlii~
in
Means of Perfecting Hydromechnal sit i~a
card Metallic Mineral Industry.* The re=&Izdar a! t
conference was divided into 3 sessions: on teohnolo.
4qmlPZdnt and transport. At the G*ssloa dealing
&
h
technology papers .070 rd:d by
the following,
e
I.I. Ka!sjqy, Doctor of T chni &I Scioncesi
~?
R
.
kLa AlrooYo=a in the Tlaming of Alluvial Dams- I
INOT, Candidate Of Technical Sciences (Izati-
U.
C
To 0 OCZA11128 Q.- tht Academy Of Sciences Of the
USSR)l *Pocullax features of the Dilution and Con-
:Sloz Of Sand Youzdatloxi0i
of Technical Sciences 0=6a1 Al-
,
luvial Comstructi
Candldate of
n,
1 T~~,
_
.B
ov 7NIIG) axid-yr.
:
TOchulcal Science 1 .3. Veden:
SOXIAU. Candidate of Technic Sciences (Inctitt.
j
of MsOwalos of the AcadoW of Solstices of the USM)t
'The Consolidation and Co=7resslon of the Foundations
of the Zfy Parta of Earth 2=01
(0131)1 *Research an Alluvial Coratruction by Moans
Of Cohesive Toundations'; M.Z~ Tu2mtn9y, Candidate of
Technical joloncoo. 'The of
Sarthworks bv Means of Locos PoundatioasO; R-i yaj.
Card 316 cin (1~~b 9~hov KISI): *Ths Alluvial Con3tructl~a
of the Sary-lazynak dais on the Mareab River by MGann
of Pine-Gralned S=d* R-1nal, Can't liate of
Technical Sol ..... 2 ~ 1~ky YVIA)S 'Ree.mroh
1 P _IrUiltl
f S
d p
l
ea o
an
ounds.
"0 OaL '~
.to the M.rpho
1
times"; 3zig!neor S or (SA031wr) and x--z,
A
61
T
.~1
i. at for the Determination
-Tsko*l*V- M.11GI
.
of the Angle of Inclinntion of tarth Poun4atlons*
A-Zolstarev. Candidate of Technical ~;clsnc.d:
Method 0 -t-al-culAting the Thawing note of Frozen
:
yoonA%tloas on the Upper Slope of Send Dams when
a.-
truct#d In W Later- I D. 1 . Molamit. Candidate Of Tech-
nical Sciences (V151 -Zagizoer X.P. r~pjy.-%I,
'
f 3
TK
b1
l
f
l
SA
(G
ems o
the Mo
davian
Pro
pamn
X
o
R)t
nS
RL11!ro Without the ties Of Bsr.4x1s*;

ZORIN, Alsksandr Stapanovich;.LCBASOV, P.D., kand.takhn.nauk, rwuchnyy
red.. Prinimal uchastVyw-rATS-,-r-.7.-. KAPLAN, M.Ya., red.izd-va;
PULIKINA, Te.A., takhn.red.
(Designing tailings disposal departments of dreasing plants; a
handbook) Proaktirovania khvostovogo khoxiaistva obogatitellnykh
fabrik; spravochnoe posoble. Koskva, Gos.izd-vo lit-ry po stroit.,
arkhit. i stroit.materialam, 1960. 115 p. (MIRA 13:3)
(Hydraulic engineering)

RENK09 V.A.; RUgjNoVtL.-l- [deceased]
LO.BASHCVt V-M-1-NAZA ation In &decay Of 5c 46. Zhur jjuRA 14%6)
,q-polarization correl 0-12 Ja 161.
oksp. I teor. fiz. 40 no-lil t All SSSR-
skiy fiziko-toldmicheakiy institu
1. Laningrad yj
(Scandium--Deca I kBeta rays)

71
PHASE I BOOK EXPL401TATION SOV/5698
Akademiya nauk SSSR. Energeticheskiy institut.
Fizicheskaya gazodinamika i teploobmen (Physical Gas Dynamlea
and Heat Exchange) Moscow, 1961. 112 p. Errata slip
inserted. 4,000 copies printed.
Sponsoring Agency; Akademiya nauk SSSR. Energeticheskiy institut
im, G, M, Krzhizhanovskogo.
Resp. Ed.: A. S, Predvoditelev, Corresponding Member, Academy of
Scien,oes USSR;* Ed. of Publishing House: S. L. Orplk; Tech.
Ed.: S. P. Golub'.
PURPOSE : This book is intended for engineers and scientific workers
intere6ted-in supersonic flow of gases, aerodynamic heat phe-
nomena, and the dissociation of gases.
COVERAGE: This collection consists of 15 papers written at the
Laboratoriya fiziki goreniya Energeticheskogo instituta Akadem1i
Card 1/5

Physical Gas Dynamics ancl (Cont.) SOV/5698
nauk SSSR (Laboratory of Combustion Physics of the Power In-
Btitute of the Academy of Science USSR) on investigations on
the physics of gas dynamics and phenomena of heat exchange in
supersonic flows. In the field of physical gas dynamics motion:-z
of the medium with possible transformations of the substance,
not excluding such processes as the thermal ionization of
molecules and atomsare discussed. No personalities are mentioned.
References follow most of the articles.
TABLE OF CONTENTS:
Foreword (Professor A. S. Predvoditelev, Corresponding Member of
the Academy of Science USSR)
Predvoditelev, A. S. On the Conditions of Regular Motion in
Strong Shook-Explosions and Detonations
Bazhenova,, T..V... and 0. A. Predvoditeleva. Air Parameter
Values Behind a Normal Shock Wave and Behind a Reflected Shock
Card 2/ 5
15

11hysical Gas Dynamics and (Cont.) SOV/5698
Wave in Equilibrium and Frozen Flow Dissociation 15
Ionov" V. P. Determining Parameters of a Gas Flowing Over
a-Conical-Surface at High Ve-locit and Allowing for Gas
Dissociation (Approximate Methods~ 25
Bazhenova, T. V. Variations of the Gas Flow Velocity Behind
a Shook in a Shook Tube 31
Bazhenova, T. V., and Yu. S. Lobasov. Effect of Ionizing
Admixtures on the Absoi~t_U~n_of_Aaidio waves by the Gas Behind
a Shock In a Shook Tube 36
Naboko, I. M. On the Development of Burning on an-Obstacle In
Deceleration of a Supersonic Gas Flow 42
Ionov, V. P., and A, A. Kon'lov. Irradiation Spectra of Diatomic
Gases in Adiabatic Compression 46
Card 3/5

Physical Gas Dynamics and (Cont.) SOV/5698
Yeroshenko, V. M., M. 0. Morozov, V. P. Motulevich, Yu. N.
Petrov, and V. S. Pushkin. Gas Dynamics Installation With an
IT-14 Interferometer 51
Morozov, M. G., V. M. Yeroehenko, and Yu. N. Petrov. Flow in
Stagnation Areas on the Surface of Bodies in a Supersonic Flow
of Air 6o
Yeroshenko, V. M. Heat Exchange on a Porous Plate in a Super-
sonic Flow With a Supply of Gases of Vaftous Physical Properties
(Passing) Through the Porous Body 66
Yerloshenko, V.,M. Heat Exchange on a Porous Surface of the
Frontal Part of a Cylinder in a Longitudinal Supersonic Flow 76
Petrov, Yu. N. Heat Insulated Plate in a Longitudinal Super-
sonic Flow With the Presence of a Boundary Layer of Gas 81
Petrov, Yu. N. Cooling of the Frontal Surface of a Cylinder
Card 4/5

Physical Gas Dynamics and (C.ont.) SOV/5698
With LOGAI Supply or RerrigerRnt in a Longitudinal Supersonic
Flow 89
M6tulevjah, V..P., Vo X. Yerobhenko, and YU. N. Petrov. Effect
of R1qptrantatic FIblds on Convective Heat Transfer 94
Motuleviabi Vo P*# and 0. Pe Malyahev. Effect of Dissoclation
on-Heat-ftchange and Friction in a Plate in a Flow of Air 10
AVAILABLEs Library of Congress
Card 5/5
AC/rn/.Iw
11-6-61

DEYNEGA, Yu.F. [Deineha, IIJ.F.); LOBASTOVA, A.V.
Effect of temperature on the dielectric properties of plastiT 1,;bri-
cants. Dop. AN URSR no.9:1212-1215 162. (M-IRA 1q!4)
1. Inatitut obshchey i neorganicheskoy khimii AN UkrSSR.

LOBASTOV, A.V., inzh.
Asbestos vaste as an aggregate for heat-insulating air-entrained
concrete* Stroi, mat, 9 no.4134-36 Ap 163. (MIRA 160)
(Asbestos) (Air-entrained concrete)

JF I ,- -,7i , , .-. I. - I - I I ~
, - 6- , I-
BOGATYREV, V*I., lnzh*; IDEASTOV, N.P., -1 inzh.
--
Loading lumber in care with geaps." Rech. transp. 17 no.3:35-37
Mr 158. (MIRA 11:4)
(Loading and unloading)
(IAimber-Trawsportation)

1_,06~qS 7D V U, 3.
W11KNOVA, T. V. - "Zvaluation of tire of relaxation, of cw.%rbon
dioxide dissociation according to shock tube experi=ents", and
"Determination of the dissociated CCL2 flow condition after the
nor.mal shock or, the rarefaction wave &rising while I-Loving arorLzid
a protuberant angle"
GOLDENITM, S. A. - "Ienition In the flow"
1011TRI1, Lev 111kolayevich - "Diffusion effect on ignition characteristics
)CO of gas mixtures ignited by a heated surface"
RRE, V. G. and KDZLOVj G. 14 - "One-impulse shock tube investigation
of the kinetic thermal deccmposition of methane"
MZLOV) 0. 1. - "Calculation of normal rate or flame propagation of
methane and same other hydrocarbons"
LOPASTOV U. S. and BWWNOVAj T. V. - "Research on absorption of
by air foUoing the shock a'
RAWKD, 1. M. - %he problem of ignition In supersonic gas flow
decelerated at an obstacle"
BALAMWRA, G. D.) and'SEVASTYAJIOVA, 1. X. - "Amplification of the
shock waves during transition through the flame front", and
"Formation of weak shock waves before the flame front and their
role in organizing the process of explosive smixture ~urrdng in
tubes"
Reports to be submitted for the 9th Intl. SYmpoolum on Combustion, Ithaca, Ne*. York
227 Aue - 1 Sep 1962.
All affiliated with Inat. of Energetics Im, G. M. Krzhizhanoyakiy, Moscow.

LeBPSTOV, V.A.; F.1'.
;?- ~1,, , r ~. , , I
I., .. ~ I .. - - .
~Iakjng planctables cr, a , f
383-387 t~Q . TIRA , ~ )

LOBASTOV, VasillY DmiteAwich
Central te te raph stations.
1938 293 P. M-54208)
Moskva., Goa. izd-vo lit-ry Po voproBam aviazi i radio$
TK538-L6

LOBASTOV, V.D.. in2h$ner; SOMKOVICH. D.Ya., otvetstyennyy reduktor.
[Gatalog of telegraphic equipment] r&t&log telegrafnoi apparatury.
Moskva. Red.-isd. otdol STI. 1948. 102 p. (VT-RA 8:2)
1. Rassia (1923- U.S.S.R.) Ministerstvo prozWohlennosti aredety
avyasi. Byuro tekhnicheskoy informataii.
(Telegraph-Apparatus and supplies) (Telegraph, Wireless)

, Vasilly DrItrIlvich.
The deslFn and construction of telepTaph equir-rent. yoskvb, ros. enerp. lzd-vo,
2949. 199 p. (52-36969)-
TK5501.L6

LOBASTOV, Yq,_(g. Sverdlovsk)
Wobbulator. Radio no.8:49 Ag 161. (KM 14:10)
(Oscillatorso Electric)

PARFENOV, V.V.; LOBASTOV, YU.P.
Magnetization processas of ferromagnetic materials in the region
of strong magnetic fields. Part 3: Investigating,, on single crys-
tals, the law of magneituation approaching qaturation. Piz. met.
i metalloved. 16 no.3:334-342 S 163.
1. Ural'skiy gosudarstvannyy universitet imeni AJI.Gorlkogo.

236780-66
ACC NRi
EWT (I )/BWT(m)/BWP( t )/Z~ijp (.tt) 1JF(C) JD/H',V
SOURCE CODE:
5237
AUrl-HOR: -Lobastov) Yu. F.
2
TITLE: Investigation of the differential su
'Iceptibility of pseudomonocrystals o:-
allicoll iron in the region of high magnetic fields
n/x
SOURCE*.~ Ref. zh. Mika., Abs. 9E1104
BEF SOURCE: Bb. Fiz. magnitn. yavleniy. Sverdlovsk, 19&, 137-145
TOPIC TAGS: silicon steelj, magnetic susceptibility, single crystal, crystal defect,
crystal dislocation, temperature dependence
TRANSIATION: Using samples of an alloy Fe-31%,Ji with (110) type structure, cut from
sheet at angles, oo, 440, 56% and 90" in the\ olling direction, the author studied
the manner in which saturation is approached. It is established that in the field
range 1500--5000 oe, the course of the susceptibility curve X is described quite well
be the formula X = b/If + cWH-.' The values of the coefficient b depend on the direc-
tion, and the coefficient C ii the same in all directions. The presence of the term
-1C is due to the magnetic stray fields caused by the volume inhomogeneities of the
sample, and lso by the dislocations. The coeffic4ent C increases with increasing
temperature T, thus indicating that the term Cjr112
in caused by the paraprocess and
its dependence on the field is very clearly manifest in the region 77--390K. The co-
efficient b decreases weakly with increasing T, this being in qualitative a&eement
with Neel's theory. It has a maximum value for fine-grained materials. The depend-
ence of b on the number of defects per centimeter of sample length is given. N.
Smol kov SUB
ard Vi.&' CODE: 20
Mf eA?. IRMI

L 1U28-63 EFA(b)/LVT(l)/BDS/ES(W)-2 AFFTqZgYESD-3 1JF C
Fl,d-/,/ia
ACCESSION NR: AR3002667 8/0124/63/000/005A025/B025
SOURCE: Rzb. Makhantka, Abs. 5B123
AUTTORs Bazbenovaj, T.V ; Lobaotovs Tu. So
TITLE: Experimental determination of the nature and concentration of easily
ionized Impurities according to absorption of radio waves behind a shock wave,
CMD SOURCE: Sb. Vopr. magnitn. gidrodinamiki I dimmiki plazmy. Y. 2. Rigap
AN LatvSSR, 19621 3T1-378
TOPIC TAGS: absorption, radio wave, ionized impurityp shock wave# argon,
ionization
TRANSLATION., Experiments are conducted to measure the absorption of radlowaves
in argon behind the front of a shock wave which is produced in a shock'tube. A
comparatively lov temperature rangewas studied, from 2000 - 40000 Kp when the
appearance of free electrons Is linked to the presence of Impurities which ionize
easily. The speed of the shock vavep along which the temperature ef the gas T
is calculatedl "a measured. The attenuation of the radiowsye)*vhich interclicts
Card 1/2

ACCESSION I(Rt AR300266T
the tube at 7 cm wee measured. The frequency of the radiowave was 10 megacycles
(3 cm wave length). The absorption coefficient for the radiowaves was related
to the number of free electrons in 1 cm3 of gas ne. With respect to the ab-
sorption, (in each wtperiment) the electron concentration, no was determined,
2
from which there was constructed the dependence of Inn e on 1/T. The inclination
of the straight line determines the Ionization potential of the ionized im-
purities. Then, after the explanation of the nature of the Impurity gas, using
the Saha formula) the initial concentration of the impurities Is calculated.
Experiments conducted with argon under initial ressures of the order of 10 mm of
mercury and shock wave velocities of 3 to 5 km?sec. The abaorption of radiowevon
was measured only in the reflected shock wave, where the temperature was 2000-
40000 K (the argon Is very weakly ionized). The potential of the detected im-
purity to indicated to be equal to 5-1 ey, which corresponds to sodium. The.
concentration of sodium pairs in argon proved to be of the order of 10-5%.
MR..
bATZ ACQt lh:un63 iUD CODE: P14 VICL: 00
L;Prd.,_ 2/:Z

ACCESSION NR: ARNM262 S/O12V63/OOO/O07/B1-11/B111
SOURCE: RZh. Mekhanika, Abs. 7B668
AUTHOR: Bazhenova, T. V., Lobastov, Yu. S.
TITLE: Measurement of the degree of gas ionization in an impact tube and the de-
termination of the nature and concentration of easily-ionized admixtures
.CITED SOURCE: Tr. Odessk. un-ta. Ser. fiz. n., v. 152, -no. 8, 1962, 95-97
TOPIC TAGS: gas ionization, impact tube, gas admixture
TRANSLATION: The authors give a description of.a setup for measuring the degree
of gas ionization in an impact tube (70 X 70 X 140 mm) according to radio absorp-
tion. The measuring apparatus 6onsists of a 3-cm wave ge.ndrator, a detector, and
an electronic oscillograph with a wide-band d.c. amplifier in 'a slave sweep regime.
The authors,give a method for calibrating the receiving apparatus. From the mea-
sured coefficient of radio wave transmission, gas'temperature and pressure deter-
mined fr6m'the speed of the shock wave, determinations were made of the electron
concentration ne and the ionization potential 99. From n and 92 determina-
tiqns were made of the natureand concentration of easily-ion?zed admixtures in the
gas. The above apparatus makes it possible to determine the degree of gas
Card 1/2

ACCESSION'NR: AR3006262
ionization at relatively low temperatures (2000-40000%K) and pressures, when ne <
1013CM-3 J, and the number of collisions is on the order of 1010. A. V. Pustogarov.
,.DA7E Acq: o8Aug63 SUB CODE- PH 'ENCL:00
C.ard. 2/2

F-Ti FA b NEWT I ),,'F-,DS/ EE 0b-:2 - - A F
ACCESSION VR: AP3003842 S100201631-15-110031051-910521
AUMOR: Bazhenova, T. V ; 1!~,aatov, Yu. S.
TITLE: Measurement of time required to attain equilibrium concentration of
electrons behind a shock wave in air
SOURCE: AN SSSR. Doklady*
151,, no- 3,:1963., 519-521
TOPIC TAGS: shock wave in air, electron concentration, 110 ions, radio-vave
absorption measurement
ABSTRACP: The time required for attainment of the electron equilibrium concen-
tration behind a shock wave in air was determined by measuring the absorption of
3-cm radio waves by a method developed earliei by the author. Ia the experiments
waveguide horns with a cross section of 10 x 70 mm were installed perpendicularly
to the shock-wave motion, 5 m from the diaphragm of the shock tube (cross section,
70 = X 70 mm). The signal from a piezoelectric pressure pickup mounted in the
same cross section as the horns was used to actuate the simult=eous stext of
oseillographic absorption and pressure recording. Control tests with argon at
0.1 atm and 2500-3000K showed that electrons formed by ionization of vapors of
alkali metals in the shock tube or the gas do not absorb radio waves under the
Card

ACCESSION XR: AP3003842
conditions studied. Calculated equil-tbrium electron concentrations and the maxi-
mum electron concentrations me6mured in air were plotted versus Mach n=bers
(see Fig. I of Enclosure). . The results showed that at low M (M = 7-9,
T = 2000-3000K) radio-wave absorption corresponds to the near-equilibrium con-
centration, but, at higher M (9-11) it Is somewhat bower. The time required for
attainment of electron equilibrium concentration is shorter than that for NO
equilibrium concentration. The time required for attainment of maximum and
equilibrium concentrations differs only slightly. The experimentally determined
maximum concentrations agree with values calculated on the basis of the mechanism'
N + 0 + M = NO+ + e + M, with a recombination constant of 2.10-6 cml/sec, while
time calculated on the basis of the mechanism NO + M a NO+ + e + M gave values
greater by several orders of magnitude than those obtained experimeetally. The
article was presented byAcademician V. N. Kondrat'vev, 2 November 1962. Orig.
art. has: 2 figures.
ASSOCIATION: Energeticheskiy institut Im. 0. M. Krzhizhanovskogo (power Englo-
nearing Institute)
suBmr=: iomar62 ~DATE ACQ,: 15Aug63 ENCL- 01
SUB CODE: 00 NO REF sov: oo6 OTHER: 002
Card 24,
L.; N11--

r7 AS(Mr))-2/AZDC(a)/A3 -3/A. AS b.~
'-D(p) Sf 'ETF~411D/4 D(f)-2/AZDC(
zZ 'D ji t""'Ss b ( b ~)
ACCESSION NR: AT4048002 S/OOOO/C4/000/000110017/0021
AUTHOR, Bazttenova T. V ; Lobastov Yu. S.
TITLE: On the mechanism of thermal ionization')-!of air
SOURCC: AN~ GSSR. Fizichaskaya gazodi-
namika i i_~oystva gnzov pri vy*sokikh temperaturakh (Physical gas
dynamics and properties of gases at high temperatures). Magcow,
13d-vo Nauka, 1964, 17-21
TOPIC TAGS: thermal ionization, radio wave attenuation, shock
tuba,shock wave, equilibrium electron concentration, air ioniza-
tion, radio wave absorption. attenuation coefficient
ABSTRACT* The mechanism of thermal ionization of air behind shock
i waves within a range of Mach 9-12 1.9 considere4 on the basis of
41vailable experimental dnta on the absorpti.on of radio waves by the
_j loni_zed g-ased7ustne-di-um.- -These-data- show that- the time deependence
Of the absorption of radio waves in given by a curve with a maxi-
num which corresponds to the maximum electron concentration in the
nonequilibrium- region. An analysis of the time necessary to attain
i.Card',1/2,

L 12-1118-65
ACCESSION NR: AT4048002
maxima of the absorption and attenuation coefficients is presented
on the basis of existing hypotheses on the mechanism of thermal ion-'
ization of air. A comparison of the equilibrium and maximum
values of electron concentrations behind a shock wave in air at
a pressure of P - 10-3 atm Is given in tabular form, and shows that
at M->9 the maximum concentrations approach equilibrium. it is
concluded that double collisions are the leadiu process of air
ionization according to the renction 14 + 0 NO + Orig. art.:
--b P 9 1 -figure, I tableg and 11 formulas.
ASSOCIATIONs None
SUBMITTEDi 06Mar64 ATD PRESSt ENCL: 00
SUB CODE! ME,*eC NO REF SOV: 005 OTHERi 004
Card

, ~1305-65 E'a ( I ) /FTP (m ) /FC S N/Ewn'A (h
1, ~~
M AF
71-=- AEW(a)/ASD(p)-3/SSD KLK
ACCESSION RR: AT4Oh8OO3
Fd-I/Pi-h SS-D (b) AF'dUTr3DAsD (f ) -21
8/0000/64/000/000/0022/0028
~AUTHOR: Lobastov, Yu. S.
~TITLE: Improved radio-wave method of probing gas heated by a shock
,SOURCE: AN SSSR. Energeticheskly Institut, riticheakays gatodin-
paml
ika i avoyetva gazof pri vy* 5okikh temperaturakh (Physical gas
:dynamics and properties of gases at high temperatures). Moscow,
f
:.Izd-vo Hauka, 1964, 22-28
fTOPIC TAGS: shock wave, shock front, shock tube, plasm& effect,
1
lectron collision frequency, collision concentration
ABSTRACT: A refined microwave method or probing Ionized gas In.a
shock tube to described, by means of which Information on electron
concentration and electron-atom collisions In the shock region may bd
calculated. A fine beam was radiated by a transmitting antenna, passed
.through the measuring chamber, and received by a second antenna, then
~detecte4 and displayed by an oscilloscope. Low-lose conical dielectric
Card

L 130:55-65
ACCESSION UR: AT4048003
,antennas were used in the experiments together with focussing dielec-
tric lenses which minimized reflections within the plasma. In this
manner signal attenuation through the Ionized gas was reduced 1.5-2
times in comparision with a lensleas system. To minimize loss through
the ahock tube walls, the latter were made multiples of A12 in thick-
r1eas. Taking the above factors Into consideration, an erperimental
microwave setup with a shock tube waa conatructed (gee Fig. I of the
.Enclosure). The first measuring chamber K was provided with
:piezoceramic pressure transducer D for triagering synchronization unit
BS, which In turn triggered the sweeps on oscilloscopes OS, and OS2.
G-ir, presuure and r-f attenuation in the shock tube were recorded
!by OS21 a type 10-4 oscilloscope. The configuration of the measuring
chamber and antennas is shown In Fig.2. Optimum be(im forming was
found when polystyrene lenses were used. A sheet of absorbing material
prevented the penetration of side radiation into the measuring chamber.
Since the aperture diameter was twice the wavelength, all the dif-
fraction maxima, except the first one, were of low intensity. By
means of absorbing materisl placed in the shock chamber it was possible
to evaluate the effective dimensions of the transmitted be&=; mt 10 sm
i.Card

TL 13o55-65
!ACCESSION NR: AT4o48OO3
!from the center, beam Intensity was found to drop by a factor of 1.0.
.The resolving time was thus estimated to be 6 Paec for a Hach q.5
condition. Equations are developed, using data from -the de!-
scribed apparatus, with which it is Oossible to determine electron
!eoficentration and.effective collision frequency of electrons with
i
,neutral particles in the shock region. Orig. art. hast 4 figures
iand 13 formulas.
!ASSOCTATT.ON,s none
iSUBMITTEDi 06Mar64 ENCL: 02' SUB CODE: EC , HE
tKO REF GOV; 008 OTHER: 003 ATD PRESS: 3128
I_Card._3i4____,_

L ')0323-65 EWP(m)/EWA(h)/EV1T(l )/FCS(k)/ Pd- l/Pi - 4/ AEDC(a)/A_'D(a)-5/AFWL/
S~D(b)/BS1)/SSD,/ASD(f )-3/PS(mp)-?/tSD(P)-3/AFE-TP/ESD(,js)/ESD(t) MLK
i,.COESSION NR: AT4048004 S/0000/64/000/000/0029/0033
AUTHOR: Bazhenova, T.V., Lobastov, Yu. S.
TITLE: Electron concentration and the number of collisions of electrons with air
molecules behind a pLock waye ~
SOURCE: AN SSSR. Energetichoskiy institut. Fizicheskaya gazodinamika i svoystva gazov
pri vy*sokikh temperaturakh (Physical gas dynamics and properties of gasea at high
temperatures). Moscow, Izd-vo Nauka, 1964, 29-33
TOPIC TAGS: gas dynamics, plasma flow, snock wave, plasma electron concentration,
electron density, damping coefficient
ABSTRACT: This is a continuation of previous work by one of the authors on plasma
shock-waves. Relationships between collision frequency, temperature and pressure for
the hard-sphere model are given on the basis of the classical cross section which is one
quarter of the quantum mechanical one. Thus, experiments in which the collision rate,
Y , and the free electron cGneentration n can be determined independently, such as
by the measurement of absorption at two &equencies, are important, Expressions are
given for the damping coefficients at the low electron densities behind shock-f ronts and
the possibility of determining Yand neby this method is calculated for 3.4 and 1. 8 cm
Card 1/2

L 20823-65
ACCESSION NR: AT4048004
radiowaves with Mach 6-11 shocks and an initial pressure of 10- 3 atmospheres. This is
not possible for an Incident shock sinceV2 is two orders of magnitude smaller than t,--,
and L4; 2, but informption about -Vind n can be obtained from a reflected shock wherelthe
pressure is high and v is commensurAe with W, and W2. Series expansions for the
damping coefficients and developed and from this, an expression for nein terms of ~Vi
W2 and -1) is derived and solved by successive approximation. The absorption cocff icient
was measured in a 7 x 7 cm shock tube for a reflected wave at a distance of 5 m from the
diapb.-agm. Two series of experiments at various Mach values were carried out and data
for M = 6.6 and 7.35 were calculated. Expressions are given for the errors which
justtf/ the zero-order equations. Orig. art. has: 2 tables and 12 equatirms.
ASSOCiATION: Energeticheakiy institut AN SSSR-(Power Engineering Institute, AN SSSR)_
SUBMITTED: OGMar64 ENCL: 00 SUB CODE: ME )NP
NO REF SOV: 005' OTH ER: 002
Card 2/2

NRs AT6022653
WW/GD
SaURCE CODFs uR/oooo/66/000/000/0119/0130:
AUTHORs lobastov, YU. S.
cram I nZ;
H
TITLE: Experimental determination of the electron concentrations and effective fro-
quencies of collision' of electrons with neutral particles in air, N2, 02, CO* argon,
and COg behind shook waves
SOURCE: AN SSSR. Energeticheskiy institut. Issledovaniya Do fizicheskoy gazodina-
mike (Studies of physical gas dynamics3. Ties owp Izd-vo, Nauka, 1966, 119-130
TOPIC TAGSS collision cross section,, reflected shock wave, gas ionization, electron
collision '
ABSTRACT: The electron concentrations and effective collision frequencies for colli-,
sion between electrons and neutral particles were measured behind reflected shock
waves by measuring the absorption of radio waves at two frequencies simultaneously
(37j,500 and 18#750 Ma). It was found that in air and nitrogen at temporaturos of 2800-
48000K and pressures of 0-3-6-20 tech atm, equilibrium ionization is achieved in 70 to
170 psec. Comparison of the absorption curves with T6pler scans of the process of
shock wave reflection from the end of the shock tube provided an explanation for the
appreciable increase of.conduction after the latter had reached its equilibrium vall1e;
it is clue to an additional heating of the gas by a shock wave reflected off the contacl

L 00819-67 0
[-ACC NR: AT6022653
surface. ISsasured values of the effective cross sections of collision between elec-
trons and neutral varticles in air, nitrogen# and CO were close to those reported in
the literature, Ilowever, in nitrogen at temperatures above 40000K, the cross section
has a tendency to increase more abruptly. In molecular oxygen and CO~v the cross sec_~
tions wero found to be much smaller than the values reported in the literature. Orig.
art. has: 13 figures and 11 formulas. i
SUB COM 20/ SUBM DATZI ORIG REF: 012/ OTH REF: 003
hs

T 1: Vr, 4-1 twlv~ T- J r'-J".
ACC NR1 AT6022654 SOURCE CODE,* UR/000/66/000/000/0131/0138
AUTHOR.: Bazhenova, T. V ; Lobastov, Yu. S.
ORG: none
TITLE: Secondary phenomena of reflections of shook waves In argon
SOURCE- - AN SSSR. Lnergeticheskiy institut. Issledovaniya po fizicheskoy
-(S a). Moscow, Izd-vo Nauka, 1966,
gazodinari~ik~ dies of physics
131-138
TOPIC TAGS- plasma, shock wave, argon, shock tube, shock wave interaction,
shock wave propagation
ABST"LACT! The authors analyze some results of investigations of the ionization
processes in_HEon behind reflected"Shock waves and describe the secondary effects,
namely the nonstationary propagation of the reflected shock wave and the phenomena
occuring during the interaction of the reflected shock wave in argon with the contact
surface in the shock tube. Experiments were made in a shock tube of a 72 x 72-mm
cross section at a distance of 4. 7 and 6 m from a diaphragm. In order to follow the
Card 1/ 2

ACC NRt AT6022654
processes accompanying the reflection of a shock wave, time pattern of the Teppler
reflection is shown and explained in figures in the original article. The influence of
nonequilibrium ionization on the reflected shock-wave propagation in argon is
examined in detail. The interaction of the reflected shock wave in argon with a
contact surface is discussed. The authors conclude that nonstationary propagation
of a reflected shock wave is observed in argon when the degree of ionization of argon
behind the reflected shock wave varies. Secondary effects of the interaction of the
reflected wave in argon with the contact surface have been discovered. Ionization in
cold hydrogen and helium near the reflection point of the shock wave and an increase
in the degree of ionization at the end of the shock wave, related to the arrival of a
second reflected wave, have been observed. Orig. art. has: 5 figures and 4 tables.
[GC]
SUB CODE: 20/ SUBM DATE: 3IFeb66/
ORIG REF: 006/ OTH REF: 0031
2/2

J~STOVA, 4rD,(Borisoglebak)
Using materials of international geophysical investigations in work
outside of class. fts. v shkole 20 no.5%99-102 8-0 160.
(MIRA 13:11)
(Geophyvios-Study and teaching)

5(3)
SOV169-21-2-8122
AUT~'IORS; Deynega, Yu.F., Dumanskiy, A.V.,_L2b~astova~"__V~.
TITLE: The Dielectric Investigaticn of the Formation Process of
Soap-Hydrocarbon Solutions (-rjielektr--;cheskoye isoledo-
vaniye protsessa obrazovaniyalastvorov mylo-urlevorJorod)
YERIODICAL: Kolloidnyy zhurnal, 1',,~9, Nr 2, PP 170-173 033R)
AB3TRACT: This article concerns an investigation of micelle format-
ion in hydrocarbon solutions of soap. carried out by meas-
uring the dielectric constant., The systems used for this
purpose were sodium phonylstearate-o-xylene and sodium
phenyl stearate - o-xylene - oleic acid Ths measurings
;
-130 C, and with-
were carried out at temperatures from 2
in a frequency range from 400 to 10,000 hertz. The expe-
riments have shown that in both systems, at a fixed tem-
perature and concentration, the dielectric constant passes
through a maximum, which represents higher values at hiCher
temperatures in the second system in dependence on the doses
of added oleic acid. The fact as a whole points to the
Card 112 connection between chanj~es in lyophilic dinporne oyitema

S07169-21-2-8122
The Dielectric Investigation of the Formation Process of Soa-p-Hydrocar-
bon Solutions
and critical phenomena. 71ithin the critical area the sys-
tem, when cooled, transforms into a two-phase colloid syo-
tem, but when heated, into a single-phase system. At a
considerable increase in the doses of oleic acid (from 3
milliliters) no changes take place in the system, apparent-
ly due to the formation of a true sol,,.tion within the
above-indicated temperature inter7al. There are 2 graphs,
I diagram and 10 references, 8 of which are Soviet and 2
English.
ASSOCIATIONt Institut obshchey i neorganicheskoy khimii AN UkrSJ'R,
Kiyev (Institute of General and Inorganic Chemistry of the
AS Ukr3SRfKiyev)
SUBMITTED: July 16, 1958
Card 2/2

LEYNEGA, Yu.Fe (Deineha; 1U.F.]; LOBASTOVAY A.V. ---
- -------
Dielectric polarization of plastic lubricants. Dop. AN
URSR no,1:73-75 162s (MIRA 15:2)
1. Institut obshchey i neorganicheskoy khimii AN USSR.
Predstavleno akademikom AN UISR A.V.Dumanakim [Numns'k-yi., A.V.].
(Lubrication and lubricants)
(Polarization(Electricity)

i11601
S/021/62/'000/009/008/008
A D234/D308
AUTHORS: Deyneha, Yu.F., and Lobastovao A.V,,
TITLE: Investigation of the effect of temperature on dielec-
tric properties of plastic lubricants
PIERIODICAl: Akademiya nauk Ukrayins1koyi RSR. Dopovidi, no. 9,
1962, 1212 - 1215
TEXT: The measurements viere carried out in a rotational viscometer.
The teraperature was maintained with an accuracy of 0.10C. The in-
vestigation concerned constalin, solidol and 4 1AT V1 -201 (TslAT11.1-
201) which are obtained by thickening light petroleum oils by Na
soaps of castor oil acids, by hydrated Ca-soaps of cotton oil and by
technical lithium stearate respectively. Graphs of the dependepce
of a and tan 6 on frequency and temperature are given for the sodium
lubricant. With increasing temperature the region of sharp decrease
of E is displaced towards higher frequenciesp which is explained by
loss of orientation of small articles of the soap due to thermal mo-
tion. T*n'e maximum of the tan 9 curves is displaced in the same 0"11-
rectJon, and its height increases. The relaxation times of surface
Card 112

S/021/62/000/009/008/008
Investigation of the effect D234/D308
polarization at 00 and 200 C calculated with the aid of these graphs
are 1 x 10-7 and 3 x 10-7 sec. The change of thermodynamic func-
tions due to surface polarization (calculated with the aid of the
theory of absolute reaction rates adapted to the dielectric relaxa-
tion) is A F = 7.8 kcal, Z-S = 1.5 cal/degree and A H = 8.2 kcal
(where H is the heat capacity), per mole. It is stated that the in-
crease of E of the other two lubricants with temperature is less
pronounced and their tan & increases considerably at low frequencies.
There are 2 figures.
ASSOCIATION: In-t za1hallnoyi ta neorhanichnoyi khimiyi AN URSIR
(Institute of General and Inorganic Chemistry, AS Ukr
SSR)
PRESENTED: by Academician A.V. ]Dumanslkyy, AS UkrSSR
SUBMITTED: December 26, 1961
Card 2/2

S/069/62/024/006/002/009
B1O1/B16O
AUTHORS: Deynega, Yu. F., Vinogradov, C. V.,.4obas~_qv~_,, A. V.
TITLE: Temperature and frequency dependences of the dielectric
parameters of non-aqueous plastic disperse systems
PERIODICAL: Kolloidnyy zhurnal, v4 24, no. 6, 1962, 659-666
TEXT: The 1, and tantf were measured on sodiu*m castorate ("Konutalin"),
calcium soap ("Solidol"), and lithium stearate (201 greases) at various
temperatures and frequencies f. Fixed oriented structures were obtained
by sudden stopping the viscosimeter rotor. *In the case of "Konstalin",
C and tanywere independent of f below 50 kc/aec, but 6 falls when
f~ 50 kc/sea and also as the deformation rate ris ~;r reaches a
maximum at log f -6. The effect of f on tandr diminishes and E drops, with
increasing particle orientation. Rising temperature shifts F_ . and tand,
min max
to higher frequencies. 9, rises between 20 to 800C and drops a little at
980C. The temperature coeff 'icient of tancris positive at low and negative
at high frequencies. The frequency dependence of C is not strong for
Card 1/3

S/069/62/024/006/002/009
Temperature and frequency dependences BIOI/B180
"Solidol", and increases only by 10% when temperature is raised from 20
to 6o0C. For grease 201, 6 was independent of frequency between 20 and 80 0C.
The dielectric constant of "Solidol" fell with increasing particle
orientation, but there was no orientition effect with grease 201.
Conclusions: The effect of orientatian on the dielectric properties can be
studied with solidified oriented structures of a disperse phase containing
6nisodiametr-ic particles. In the case of non-aqueous systems containing
a hydrophilic disperse phase, 6 and tan(rare strongly dependent on f in the
fudigfrequency.range. This is attributud to electrical polarization due to
interfacial ion transfer, i. e., along the particle surfaces of the
disperse phase. The relaxation tim-3, which was found to be of the order of
10-7 see, is the most important quantitative characteristic of surface
polarization. Non-aqueous systems in which elettrokinetic effects are
produced by an interfacial double layer, display surface polarization and
varying dielectric characteristics. The intensity of surface polarization
and its effect on 6 and tanf are dependent on the orientation of particles
in the disperse phase. Polarization diminishes as the angle between the
1*
Card 2/3

3/069/62/024/006/002/009
Temperature and frequency dependences ... DIOI/B180
preferred direction of the principal axes of the disperse particles and
that of the electric field increases. Within the low-frequency range
taW increases with rising temperature as a result of higher bulk
conductivity. There are 4 figures.
ASSOCIATION: Institut obahchey i-neorganicheakoy khimii AN USSR, Kiyev
(Institute of General and Inorganic Chemistry of the
AS UkrSSR, Kiyev)
SUBMITTED: September 28, 1962
Card 3/3

DEYNEGA) Yn.F. (De'-n-,-,hap ~U.F.I;
me ra
b"-4
lubricantt's U?3R n.- 9 8V,- 165.
4
-~n~qk,y k-
Ills i i tu t Ashchey i r.tg .--.rgfjn 1 AN

,Fr;- r-) j -;-I H -
VERKRATSKIY, U.P.,profeasor; LOBASYUK, T.A.
Combined treatment of acute and subacute inflammation processes
In the female genitalia. Akush. I gin. 33 no.1:69-73 Ja-F 157
. (MIRA 10:4)
1. Iz kafedry akusherstva I ginskologii (zav.-prof. H.P.
Verkhatskiy) Odeaskogo meditainskogo instituta (dir.-prof.
I. Ya. Deyneka)
(GYNECOLOGICAL DISEASES, ther.) (Rus)

Excerpta Medic4 1/3 see 17 MAY 55 Pub. Health, Social Medicirw & etc
1998. LOBATO NI. A Aspeetos da luta antituberc,ilosa na Unizio SoviNica.
- - -if tuberculosis control in the Soviet Union
CUN.TISIOL. 195-1. 9i36(139-150)
'rhvauthor, who niade a trip to the Soviet Union in 1953, gives anenthusiastic
acco.int on the achivvenients of the Suvict inedical organizations in their fight
against tb. rhe campaign is directed by the Central Institute of Tuberculosis,
situated near Moscow, and each region or republic also has a skAentific institute
(23 in all) where the pathogenesis, treatment and prophylaxis 4 tb are being
studied. Sonic interesting facts are reported. 90010 of all neonates are vaccinated
with BCG, and this is repeated in the pre-school period, (till-Ing the school years
anti again in adolescence. Slight cases of tb, without loss of working capacity,
receive antibiotics, physiotherapy etc. , during their free hours, Cithel Ill their
own honics or in spu-ciA night or (lay sanatoria. Special emphasis is placed on
the r6le of the CNS in the evolution of human and experimental tb. In guillua-Iligs
certain 'modifications' in the brain can be observed 30 min. after inoc-ilation
with tubercle bacilli (the exact site of inoculation is not mentioned). In grave
cases significant and irreversible brain changes frequently occur. The importance
of therapeutic measures against nervous disorders in human th is stressed.
Eichbauni - Sdo Paulo ~XVII, 15)

VILICHINSKIY, Yu.; GUBKIN. To.; IDBATORIN. 0.; CHINOV, B.
Immining the precision of sighting when pointing on different marks.
Trudy KIIGAIK no.41:39-46 160. OCERA 13:10
1. Kafedra geodesii Mookovskogo institutsJushenerov geodzii,
aerofotonlyeadd i kartografii.
(Triangulation)