SCIENTIFIC ABSTRACT LOZHKIN, O.V. - LOZHNIKOV, A.A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000930620017-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 23, 2000
• Sequence Number: 17
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

ACCESSION NR: AP4009095
is shown that disintegrations of this type should be classified not
as fission of the silver or bromine nuclei of the emulsion, but as
disintegrations in which a short range fragment and a recoil nucleus
Are formed. The upper limit of the cross section for the fission
-of Ag and Br nuclei by 2-9 GeV protons is about 1 millibarn. "The
authors take the opportunity to thank the administration of the
High-energy Laboratory of the ObOyedinenny*y institut yaderny*kh
issledovaniy (joint Institute of Nuclear Research) for making avail-
able the proton synchrotron of the Institute, to the nuclear emulsion
scanning group of the High-energy Laboratory, headed by S. I. Lyu-
bomilov and V. I. Baranov, for scanning the emulsions employed. The
authors are particularly grateful to S. I. Lyubomilov for help and
direct participation in the irradiation of the pellicle stacks. The
authors are grateful to Yu. P. Yakovlev of the Radie%q
y*y institut
(Radium Institute) for a discussion of some of the problems touched
upon here." Orig. art. has: 7 figures and 2 tables.
Card 2/~~-
7777-~~~

ACCESSION N11: AP4009137 S/0056/63/045/006/2072/2073
AUTHORS;., Boc
.jatin, V.-I.; Lozhkin, 0. V.; Yakovlev, Yu. P.
TITLE; Formation of fast residuai- nucr ei
SOURCE: Zhurnal eksper. i teoret. fiziki, v. 45, no. 6, 1963,
2072-2073
TOPIC'TAGS: rdsidual nucleus, fast residual nucleus, fast residual
nucleu~s formation, fast fragment fo Irmation, nuc*1ear disintegration,
fragmontation, direct nuclear interaction theo.-I, lithium 8, beryl-
lium 8, few nucleon reaction
;ZSTRACT: To study the momentum distribution of the residual nu-
clei in the case of zimple few-nucleon reactions of the ty e (p, 2-0)
_P
or (p, pn), when high energy particles interact with light nuclei,
and to ascertain the feasibility of a large momentum transfer in
such reactions (this is necessary to explain fragm6ntization by
heavy nuclei), experiments were made with the Be (p, 2p)Li8 reaction
with 660 MeV protons, under conditions similar to those described by
Card 1/2

ACCESSION NR: AP4009137
the authors earlier (DAN SSSR v. 151, 826, 1963). The energy sDec-
tra determined from 1184 U8
tracks in emulsion indicate clearill
that'large momentum transfer (on the order of 1000 Me'v/c) is pos-
sible in reactions where one nucleon breaks away from. a light nucle-
;'The authors' are indebted to Prof. N. A. Perfilov for interest
US. L.
in the work and useful discussions, to Prof. V. P. Dzhelepov for
support of the program on the fragmentation process, of Vnich this
investigation is a part, and to S. P. Tret'yakova and V. P. Perely-
gin for help with the processing of the nuclear emulsions." Orig.
art. has: 1 figure and 1 table.
-ASSOCIATION: None'
SUBMITTED: llSep63 DATE ACQ: 02FcbG4 ELTCLt .00
SUB CODE: 211
2/2
I'M M-7- COV: 003 M-INER2 000

AC-C"SSSION NRs AP3W4420 SAWOMA51/604/0M/6828
AIR HORS i Lozhkin, 0. V.1 Ferfilovq K. A*;-Yakov2ev,'Yu& P.
TVtEt Singularities of the formation of Li sub 3 sup 8 during the reaction of
660 Xev protons'with -0-sub -6 sup 12 n,uolei-.;j
SOURCEs AN SSSR&- Doklady*j v. 151, no* 41963p 826-828
TOPIC TAGS s ILi sub3sup, 89 Li, C9 C sub 6 sup 12, phas-otront polystyrene,
polyethylene, B sub 5 sup 8-'--
8 and
ABSTRAM Authorir studied the angular distribution of the fragments of L3
their energy spectra upon splitting of C~2 nuclei. Thin films of polystyrene pd
polyethylene were irradiated in a vacuum chamber by a beam 1013 protons per cm
from the phasotron of the consolidated institute for nuclear studies. The proton
energy was 660 Plev, The fragments were recorded photographically at angles of
20, 47, 90, and 1370 relative to the proton b P ctically all of the obser-
Absence ofa%
ved tracks belonged to Liq nuclei. "'t e Brisobar is significant,
because it indicates an qsymmetr of the nuclear structure of 4 2 in relation to
the mirror clusters or B5 and'Lif- Conclusions are drawn concerning the origin
-R:

2

LMgMx__Q, V Yu - P.
,; YAKOVLWJ
'oIgvestigation of the Momentum Distribution of Protons in the p-Shell of
Be . it
report submittecl for All-Union Conf on Nuclear Spectroscopy, Thi-lisi, 14-22
Feb 64.
Radiyevyy Institut (Radium Inst)

V BOGATM V. I. LOZHK El, 0. V. PIERF YAKOVLEV,
~'i~cncerning the Possibility of Investigation of Multi-Nucleon Clustering in the
Periphery of Nuclei by Reactions with Fast Particles."
report a,ubmitted for All-Union Conf on Nuclear Spectroscopy, Tbilisi, 14-22 Feb
64.
Rad..-*,-m Inst.

AFANASIYEVA, R.V.; LOZHKIN, O.V.; MALITSEV, V.M.; YAKOVLEV, YU.P.
(Production of U8 in the fission of C12 nuclei by high-
energy protons] Obrazovanie U8 v rasshchepleniiakh isder C12
protonami vysokoi energii. Dubna, Ob"edinennyi in-t iader-
nykh issl., 1964. 8 p. (MIRA 17:5)

ACCESSION NR: AP4038420
5/0166/64/000/002/0050/0055
AUTHOR: Azimov, S. A.; Gorichev, P. A.; Karimova, R.; Lpzhkin., 0. V..
TITLE: Angular correlations of fragments and light particles with residual nuclei
SOURCE:* AN UzSSR. Izv. Seriya fiziko-maeematicheakikh nauk, no. 2, 1964, 50-55
TOPIC TAGS: fragmentation, light particle, residual nuclei, heavy fragment, proton#
alpha particle, neutron, nuclearcascade, nucleon
ABSTRACT: The problem of associating large numbers of nucleons into comparatively
stable substructures in heavy nuclei aroused interest in the mechanism of fragmentla-
tion. The main purpose was to find more precise data for the calculation of angular
correlations and to obtain additional experimental facts with respect to the angular
correlation of fragments in which Z 2: 4, a-particles and protons containing residual
nuclei. By using P-9 ch type of nuclear emulsion, the autt.,rs were able to measure
the characteristics of recoil nuclei in great detail. The mean sensitivity of this
emulsion is Epmax Fd 40 MeV. The emulsion was bombarded with 660 MeV protons using
the phasotrune at the laboratory of nuclear problems Mal. The authors concluded
that the fact that angular correlation of protons and,a-particles with residual
.Card 1/2

ACCESSION NR: AP4038420
nuclei does not depend on the number of fragments in spallation, corresponds to the
assertion that these particles are ejected by a nucleus which has already ejected
fragments. Therefore, a spallation in which the ejection of a fragment precedes the
evaporation of light particles, is most probable. The fragmentation cross-section
increases sharply during a transition to protons with an energy of several hecto-
electron volts, i.e., when the probability of formation of highly excited nuclear
conditions increases. OrLg. art. has: 5 figures.
ASSOCIATION: Institut yadernoy fiziki AN UzSSR (Institute of Nuclear Physics
AN UzSSR)
SUBMITTED; 24Aug64 DATE ACQ; 26Jun64 ENCL: 00
SUB CODE: NP NO REP SOV: 007 OTHER: 001
Card 2/2.

ACCESSION NRI Aj?4026814 8/0D77/64/W9/002/00e5/0090
AVMORSs Goricheyt Pe 'As; Lozhkin#,.q4 :Kq Perfiloyl~,Nv As
~.:-TITM Discrimination of heavy ions in nuclear 4aulsions
;Zhurual neucbnoy i*prikladnoy fotografii i kinematograftip Y. 9v no, 29*
_t':~,09649 83-690
J'A TOPIC TAGSt nuclear emulsiong heavy iont residual path, siorocrystalp electron#
single charge iong ion trick
ABSTRACTt To disorimInate,tr4oks of single charge iors as a Amotion of various
Llsion proportion G. Bipeti-M. Della Cor
e= to zodel (N~(wo Cizento, 1959, 11,.
-the "path-energy" of a 6 - electrons-
317P has been used and refined s~eoifically for
10 12
The discrimination coefficient D for B and C ions in various esulsions (eaget
P90 - m6p, Pg., - 0.061xp PR - 0.06 9 etas) as a function of Rv the residual
_5 IM
ion pathy has been determined experimentally and opmpared to calculations from the
general expriqssion ore X - track width,
s) - U (d) + 2z (z, P, d, s), Wh
Z .. charge edt d mesa microar7stal %smetr
g)d7 of emulsions, a - sensi-'.
tiTitylp and A 0 -T, + Comparing D for B 0 '.in Pg 0t P90ht PR, and
Car
1/2

- - . - -~ - ~ . --- 1, - - - I- . ~-. . . ..~ -1
, z, ~~ ~,I~,~t-rj,-~,'--~~,, -, - I- I . ", --,: - : .
- I - - ." --. -
m -, , -
1 7. ~*-*Wrl~-, Tina' I - "
-:,I,:,- -- " ~ - ,,:, - . -.
. .:.., : --~, izl,-!,~ -.., -,~ ---. ~ ~ !"""

76-6 C
5 7 7
7: "any-nucleon 0,lusters ~n the region ov,nce., I.-.
_ea,
TOPTC TAGS: nuclear Physics, nlicic-o;-, Clustols,
van.
anerl,.,y and angular d C12

-,C a t 4 0 c F a 7,,a n
~f ~:e r~; --p nt
no.-
00
EXCL: 00
N'P (TV
2

:'ACCESSION HR: AP4019202 S/0056/64/046/DW001/004
,~AUTHORS: Bociatin, V. I.; Lozbkin, 0. V.;. -kerfllov, N. At-;; TalWVIL-w,
Yu. P.
,,TITLE: Energy spectra and angular distribution of Li-.8 ftagmants.
produced in interactions between 660-Mev pxotons and alumi==~=-
clei
SOURCE: Zhurnal eksper. i teor. fiz., v. 46, no. 2; 1,964, 413.1-434
.'TOPIC TAGS: lithium 8, lithium 8 fragment. -intraawalear xeacti=
,meci~anism, fragmentation, surface cluster .-formattidmi, 2xou= aivzAnm
interaction, lithium fragment enerc
jy sper-trum
ABSTRACT; This work is part of a study of tt~he xaUti= betwwn
iquasielastic knockout of fragments and the waxima-z Of
,intranuclear reactions, in which the foXmatlan~of eadh zpa:ific Is*-
tope will eventually be investigadied in detail over & wAde xange of
C rd:

.iACCESSION NR;j AP4019202
incident-particle energies and target-nucleus masses. The products
!Of the nuclear reactions between 660-NeV protons and aluminum nuclei
were r gistered in nuclear emulsions at several anglies and the
.8 .9 a
li,emulsion\tracks corresponding to' the nuclei Li , Li , Be , and B
~were invAtigated. The observed similarity between the energy spec-
tra of the'resultant U8 and those of carbons and the absence of
itbe B isobar in both cases, sug4est that in both Teactions the Li
j,,production is due to formation Of nucleon clusters localized on the
'surface of the 'target nucleus. The correspondence observed between i
Ithe calculated,and experimental-angular distribution of U8 confirms
!this hypothesis and suggests that detailed information on the re;Lc-
+ons accompanied by fragments on very light target nuclei willmake
jij possible to identify and separate reactions on surface clusters.
conclusion, the authors are grateful to Prof. V. P. Dzhelepov for
iisupport of this vork and to R. G. VasiVkov forbelp with the ex-
!, ,periment. Origs art. bass 3figures.
T

ACCESSION NR: AP4037695 S/0056/64/046/005/1897/1898
AUTHORS: Goricheve P. A.; Lozhkin, 0. V.; Perfilov, N. A.
----------
TITLEx Angular correlation between multiply produced fragments
SOURCE: 7jh* eksper. i teor. fiz., v. 46, no. 5, 1964, 1897-1898
iTOPIC TAGS: nuclear fission, fission product, fission cross section,,:
'Puclear emulsion, angular distribution, fission fiagment
ABSTRACT: The purpose of the work was to plot the excitation func-
tion of the multiple emission of fragments and to analyze in detail
the angular correlation between a pair of fragments in one disinte-
gration. The results were obtained by exposing emulsions in the in-
:ternal beam of the OlYal proton synchrotron to protons of energy 2,
~3,'6, and 9 GeV. The absolute values of the cross sections were.de-
termined*in terms of the cross sections'for star production in the
emulsion. The angular correlation was abown to be dependent on whe-
;ard 1/4 .. .......

t
ACCESSION NR: AP4037605
ther the two produced fragments are fast or slow. In stars having
one fast and one slow fragment, all the angles between the frag-
ments had equal probability, in stars with two slow fragments a clear
cut angular correlation.was observed at 120-1400, and in stars with
two fast fragments there was a preference for angles less than 900.
The analysis has shown that to explain the angular correlation in the
group with two slow fragments it is necessary to assume that the
ifragment pairs produce simultaneously in one disintegration. Orig.
art. has: 2 figures.
1ASSOCIATIONs. None
-SUBMITTEDs 2lJun63 DATE ACQs 09Jun64 ENCL: 02
'SUB CODE: NP NR REP SOVs 000 OTHMU 000
Card

ACCESSION NR: AP4037605 ENOWSURE: 01
6,.4 mb
N
Dependence of the cross section for the production
of disintegrations with two and three fragments
on number
the dnergy of the incident,protons; N
of fragments in one disintegration.
MON
*card. 3/4
01

-Q ce .1
Distribution of ffie c6sinds of-th'd*dng1es lietwe6ri two fragments
in one disintegration. Continuous curve - experiment; dashed-
curve - calculation for fragments with Z > 4; dash-dot line i
T for disintegrations containing at least c7ne Li fragments
a group 1, 1.5 < E < 5; b - group Up 9 1 5P 1-5.9 < 5.#*
g f fl) f2
roup XIIO SfJ5 (energies in MevAuc.
Cc 4/4
rd

ACCESSION NR: AP4042360 S/0056/64/047/001/0007/0011
~AUTHORS: Lozbkin, 0. V.; Yakovlev, Yu. P.
TITLE: Features of production of fast residual nuclei in the reac-
tion Be9 (p, 2N x Tr) Lis
SOURCE: Zh. eksper. i teor. fizel v. 47, no. 1, 1964, 7-11
iTOPIC TAGS: proton interaction, beryllium, lithium, momentum trans-
fer, elastic scattering
:ABSTRACT; The purpose of the investigation was to study the charac-
,teristics of the transfer of large momenta to residual nuclei, and
I
.to ascertain the extent to which the interaction between the incident
I
.and bound nucleons is quasi-free. The singularities in the produc-
;tion of fast residual nuclei in the reaction Be9(p, 2Nx7r)Li8 were in-'
:vestigated to this end. The reasons for choosing B'e9 as a target
nucleus and the experimental procedure are described. An analysis
Card
----- ------

:ACCESSION NR: AP4042360
of the results indicates that at least up to 750 MeV/c the large
.momentum transfer to the residual nuclei U8 can be explained by
.assuming quasi-free interaction between the incident~protori and the
'nucleon. In view of its i ortance, it is concluded that a review
Mp
:of this process is necessary with allowance for elastic scattering,
.which was neglected in the present analysis, and with an examination
:of the alternate possibility of transferl:of large momentum to the
8 9
'Li nucleus by knock-on from the Be nucleus. "In conclusion the
:authors are deeply grateful to Professor N. A. Perfilov for interest
in the work and for a discussion of problems connected with its per-
formance, to Professor V. P. Dzhelepov for making it possible to
-Carry out the experiment in the laboratory of nuclear problems
OIYaI, V. M.-Malltsev for valuable advice and discussions, S. N.
Shumilov and Ye6 S. Rozhko'v for help in.organization of the experi-
ment and to V. P. Perely*gin for collaboration in processing of the
nuclear emulsions*" Orig. art. hass figures and 1 formula.
Card 2/4

AFANASIYEVA, R.V.-, L04ZHKIN, O.V.; MALITSEV, V.M.,- YAKOkrLFV, YU.P.
Li8 production In 'Lha fissure of CU nuclei by high-energy protons.
lAd. fiz. I no.1:76-79 Jd 165. (KRA 18:7)
1. Oblyedinennyy Institut y-Ftdf-,rnykh issledovaniy.

IDZHKIN RDISKIY-KORSAKOV, A.A.
Possible observation of H88.zruoleio 4w, eksp. i teore- fiz.
40 no-5:1519,1520 My 161, (MMA 34--7)
1, Radiyevyy institut AN SWR.
(He:Lium- Isotopes)'(Nuc3.ei., Atomic)

"Series 11roduction of Basic ',~:achine Tools in 1939", Stanki i Instru-ment, 11C, No. 5
10,39., Engineer.
Report U-1505, 4 Oct 10051.

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Silver Pial ing,
A si~,.Ic Me- od of silver platin,7. y~':7.-i7,n. v shkolc no. 2, 1952-
1-10,11THL! LIST OF RUOSTA" ACCLSETTTS- Librar-j of Congress. '!o,.re-,.i',-)er 10~2. "TE.M.

Aluminum
Ilo-,; to solder aliminum. TIi~r- Ir Shkolc T.a. 1, 19'2.
MIUMUZ LIST OF RUECTO ACCESE:TOITE. Library of Congress, Novenber 1952. UITICLAF-SITT-JED.
_Sv

LOZHEMI., Vladimir Vsevolodovich; BORISHACHSKAYA, S.S., red.;
red-.--izd-va; GUIROVA, O.A.., tekbn. red.
[Determination of the minerals of placer deposits; practical
guide] Diagnostika mineralov rosoypei; prakticheskoe ruko-
vodstvo. Mloskvaj Gos. nauchno-teklm. izd-vo lit-ry po geol.
i okhrane nedr, 1962. 242 p* (MIRA 15:2)
(Mineralogy, Deteminative)

KUZNETSOV, Ye.V.; UZHKIN,.V.Ye.
I I
Copolymers of ~Ajts of unsaturated dicarboVlic acids with
methacrylic acid. Vysokom.soed. 5 no.lt24-27 Ja 163.
(KMA 16:1)
1. Kazanskiy khimiko-tekhnologicheskiy institut im. S.M.Kirova.
(Acidd, Organic) (Methacrylic acid) (Polymers)

I-DS/WW/RK
L 1-
AP6000985 SOURCE COM UR/0206/65/WO/022/0059/00591
AUTHORS: Xuzneteov~ Ye..V.j Lozbkin, V. Yo.
ORGt none
TITLE: A method for obtaining cwboxyl-containing cation exchangers~ Class 39, No-
LD Lrannounced by L%zan' Chemical Engineering Institute im. S. M. Kirov
&6 zanskiy khimiko-tekhnologicheskiy inetituty
+
SOURM Byulleten' izobreteniy i tovarnykh znakov, no. 22, 1965, 59
TOPIC TAGSt polymer, copolymerization, cation, ion exchangepresin
ABSTRACT: This Author Certificate presents a method for obtaining carboii7l-containing
cation exchangers by copolymerization of unsaturated dicarboxylic acids, methacrylic
acidp and oross-linking (vulcanizing) agents. To obtain highly baoia, chemically
stable sorbents, diisacyanates are used as cross-linkirig agents.
SUB CODE: 11/ SOM ]DATE t 25SeP63
074
I C d 1 /1 UDCt 661,183.123.2-678-7".33-134434~
. ..... ..

ACC NRI AP6013278 (A) SOURCE CODE.- UR/0413/66/000/008/0079/0079 /7
INVENTOR: Zalomayev. Yu, L. Lozhkin, V. Ye.: Nikolaveva, L, I.; B
Konushkina. K. A. A
ORG: none
TITLE: Preparation of_ am polyurethanesi Class 39, No. 1807 94
SOURCE: Izobreteniya, promyshlennyye obraztsy, tovarnyye znaki, no. 8, 1966, 79
TOPIC TAGS: polyurethane, foam polyurethane e.:, oza
ABSTRACT: This Author Certificate introduces a method for preparing foam
polyurethanes from hydroxyl- containing compounds, polyisocyanates, and water in
the presence of a catalyst. Theuseof copolymers of salts ofunsaturatetdiscarboxylic
acids with methacrylic acid, such as the copolyin e~ ~fmethaa ylic acid th potassium
maleate, is suggested to increase the variety of catalysts. ILD]
SUB CODE: 11PIPUBM DATE: 16Feb65/
Card 1/1

R Lozbkin, Yu (NoV03ib_i.-r31X'i 107-8-44/62
'TITLE: Linearity Test of Scanningz, (Proverkr lineymocti r-7ve:-ok,*.
PERIODICAL: Radiog 1957s # 8# P 429 col 2 (USSR)
ABSTRACT: The author describes a simple method of testing the linearity
of line and frame scanning.
A "rCC-611 generator is connected with the input of the video-
amplifier. The frequency of the generator is stebilized within
the range of 150-180 kilocycles, i.e. the 10th to 12th harmonic
of the line sweep generator frequency. In "rCC-6", a total in-
termodulation of 400 CPS is established. The modulating elec-
trode of the kinescope is, at the same time, influenced by a
signal, the amplitude of which attains the maximum 10-12 times
in the line length and 8 times in the frame height (the half-
frame scanning frequency being 50 CPS)-
Then, a picture, consisting of bright spots disposed in 8
rows of 10-12 each (see figurs)p appear3 on the screen of the
kinescope.
Card 1/2

107-8-W�2
TITLE: Linearity Test of Scannings. (Pi-overka 1:.neyrnoslzi r zvertok).
The non-linearity of the scanning, resulting in an irregular
distribution of the spots in the line or in the frame, is easily
visible and can be measured.
This article contains 1 figure.
INSTITUTION: Not indicated
PRESEUTED BY:
SUBMITTED:
AVAILABLE: At the Library of Congress.
Card 2/2
jV,

LOMINA, A. Y,
USSR/Ye(licine - Influenza Vaccines
Oct 53-
"Effectiveness of Immunization Against Influenza at Moscow Industrial Estallishments
During an Interepidemic Pekiod, 11 A. N. Lozhkina, Inst of Virology im Ivanovskiy, Aced
Med Sci USSR
Zhur Mikro Epid I Immun, No 10, PP 37-44.
At 3 Moscow ind-a3trial -nlants, imrq1ni%FLt1on against influenza was carried out beginning
In Nov 52. The tissue vaccine of the Inst of Virology, the (allantoic) vaccine of the
(Moscow) Inst im Mechnikov, Pnd the (powdered) vaccine of the !net of Xxptl Med proved
ineffective. The content of antibodies to virus type A was increased by application of
the vaccines, while the content of Al Pnd B antibodies remained unchanged.
266T17
E

i-7
GORBUROVA, A.B.; GNORIZOVA. V.K.; SLIFUSHUNA. V.G. - LOZHKIKA A.R. -
SHAKHAWYNTA. %.M.; PBIJCVIMA, N.V.
Nonspecific antihemagglutinins of influousa viruses (inhibitors) in
human ancl cadaveric plasmas. Vopovirus. I no.2.21-27 Kr-Ap 156.
(WLRA 10:1)
1. Institut virusologii imeni D.I.Ivanovskogo AMR SSSR, "o
sudebaoseditainskoy ekspertisy M'oegorxdravotdola L Gosudarstvanw-
kontrolkn" institut 9yvorotoIc~r-~aytsIU*-*O*".
(HMOGLUTINATION
antihomagglutinine of influenza vimaes in humAA &
cadaveric plasmas (Rus))
W
(IIFLUI IM immunola",
~ . saw),
(CAUVJMS4
same)

GORBUNOVA, A.S.; STAKWOVA, V.M.; LOZHKINA, A.N.; OLLI, V.D.
Comparative effectivenesa of the carbon dioxide, Vibrio comma filtrate,
and potassium periodate methods of serum treatment in the elimination
of nonspecific influenza virus A2 hemagglutination. inhibitors. Top.
virus. 4 no.61750-753 N-D 159. (MIRA 13:3)
6
1, Institut virasologii Imeni D.I. Ivanovskogo AMN SSSR, Moskva, i
Gosudarstvennyy nauchno-iseledavateliskly institut mikrobiologii i
epidemiologii Tugo-Vostoka SSSR, Saratov.
(IMMM SXRUMS)
(INFLUNRA VIRUSES immunol.
(EDPAGGLUTINATION)
77' 7

GOEMOVA, A.S.;,..LOZHKIU, A.N.; S2AKRANOVA, V.M.; ISACHEWO, V.A.
Itiolog7 of the Influenza outbreak of 1959. Vest. AMR SSSR 14
no.10-.19-23 t39. (MIRA 13:6)
1. Thatitut virasologii imeni Me IvanovekDgo AMR SSSR.
(MUZZA)
6",

KITaADZ.L,',, Ye.8 EPSHTLYN, F.G.- ALMEYEVA, A.A.- SOROKINA~ Ye.Yu.-
L.D.; L STELISKAYA, L. Ya.; KHARAI
_Q~~JVA A. N. ; ZAX YUSH YAN
K.T.
Clinical and virological'-study of influenza during the 1959 winter
outbreak. Vop. virus. 6 no.5:629tO 161. (RLiA 11:1)
1. Institut virusologii imeni D.I.Ivanovskogo AMN SSSR~ Moskva.
(INFLUENZA)
N _~-P
Rp,

KETILADZE, Ye. S.; ALEKSEYEVA, A. A.; SOROKINA, Ye. Yu.; LOZHKINA, A. N.;
KNrAZEVA, L. D.; ZAKSTELISKAYA, L. Ya.; LYARSKAYA,-T-.-Ta-.
Angina in influenza and adenovirus diseases. Vest. otorin. no.3:
9-15 162. (MIRA 15!6)
1. IZ klinicheskogo otdeleniya (nauabnyy rukovoditell - daystvitell-
nyy chlen AMIT SSSR prof. A. F. Bilibin, zav. - dotsent Ye. S.
Ketiladze) Instituta virusologii AMN.SSSR (dir. - daystvitellnyy
chlen AMN SSSR prof. V. M. Zhdanor) na baze klinicheskoy infek-
tsionnoy bollnitsy No. 2, MosIcia.
(PTFLUENZA) (ADENOVIRUS INFMTIONS)
(TONSILS-DISMES)
t'MAI-o

KETILADZE, Ye.S.; KNYAZEVA, L.D.; ALEKSEYEVA, A.A.; SOROKINA, Ye.Yu.;
Influenza and acute respiratory diseases of adenovirus etiolo
in adults Sov.med. 26 no.6:92-99 Je 162. MIRA 5
1. 1z kliniki (zav. prof. N.V.Sergeyev (deceased]) Instituta
virusologii imeni D.I.Ivanovskogo AMN SSSR (dir. - prof. P.N.
Y,,bsyako*) na baze: Klinicheskoy infektsionnoy bollnitsy No. 2
(glavnyy vrach A.M.Pylltsova).
(ADENOVIRUS INFECTIONS) (INFLUENZA)
(RESPIRATORY ORGANS-DISEASES)
-M -~L
MOM% !MN

ZHILINA, N.N.; KETILADZE, Ye.S.; MEKIER, L.B.; ORLO", N.N.; LOZIIKINA, A.N.
Early diagnosis of influenza by the fluorescent antibody technique.
Sov. med. 27 no.6:85-90 Je 164.
(MIRA 18; 1)
I* Klinicheskiy otdel (nauchnyy rukovoditell - deystvitelfnyy chlen
AMN SSSR prof. A.F. Bilibin, zav. - dotsent Ye.S. Ketiladze) Insti-
tiita virusoloRi.-I imeni D.I. Ivanovskogo (direktor - deystvitelInyy
ch~en A1411 SSSR prof. V.14. Zhdanov) A141 SSSR na baze Gorodskoy kli-
nicheskoy infektsionnov bollnitsy No.82 (glavnyy vrach - kand. med.
nauk A.V. Yeremyan), Moskva.

KETILAD7,E, Ye.S.; 711ILINA, N.N.; MEKLER, L.B.; NAUIAOVA, V.K.; L0211KINA A.N.;
ORLOVA, N.N.; NISEVICH, L.L.
Use of the fluorescent antibody technique for rapid differential
diagnosis of influenza and parainfluenzal and adenovirus diseases.
Vop. virus. 9 no.3:348-353 My-Je 164.
(MIRA 18: 1)
1. Institut virusologii imeni D.I. Ivanovskogo AMN SSSR, Moskva.

GRINBERG, A.A.; ~OZHKINA, G.S.
----------
Extraction of acids with organic*solvents. Zhur. neor khim 5
noo3;738-744 Mr 160. fil i4:6)
Acida,.Inorganic)
~Extraction (Chemistry))

S/186/62/004/003/oo6/022
E071/E433
AUTHORS: Grinberg, A.A., Petrzhak, G.I.,.,Lozhkina, G.S.
TITLE: Some new salts of uranyloxalic acid
PERIODICAL: Radiokhimiya, v.4, no-3,.1962, 289-295
TEXT; The authors investigateditlie synthesis of salts of
uranyloxalic acid with complex cations. Initially it was
attempted to obtain corfipounds with cation [Co(NI13)6 ]3+ and
1 2]3+ and anion - by the double
LC0(NH3)4(H2O) LU(C204)41
exchange reaction in a neutral medium., However, these compounds
were not isolated, due to their rapid decomposition caused by the
oxidizing-reducing interaction between the components of the
complex formed. Subsequently the reaction betWeen chromium-
hexacarbamide chloride (III) and potassium uranyloxalate was
tried. A new complex compound chromium hexacarbamide uraneate
FCr(~142H4CO)614[U(C204)4]3*llH20 in which the anion of uranyloxalic
acid is bound to trivalent complex chromium cation, was synthesized.
It was shown that this compound is stable in air and can be obtained
either with an excess of K4L-U(C204)6)4 or of (Cr(N2H4CO)6)Cl3"
The compound is little soluble in water (30 rhg per litre) and
Card 1/9

s/i86/62/004/003/006/022
Some new salts of'... 'E071/E433
diluted mineral acids. On heating it is soluble in nitric (1:1),
hydrochloric (1:1) and sulphuric (1:20) acids. It is
practically insoluble in ether, alcohol, benzene, carbon
tetrachloride,'isoamylacetate and isoamylalcohol. The solubility
was determined by synthesizing the compound labelled with
uranium-233, it was found that dur(inf dissolving in water
a partial oxidation of U(IV) into U VI takes place. There are
5 tables.
SUBMITTED: April 7, 1961
Card 2/2
7 7-

GRINIORG, A. A.; FETRZHAK, G. L; LOZRKINA, G. S,
New salta of oxalatclaranic acid. Padiokhimiia 4 no.3:289-295
162o (MIRA 15:10)
(OXalatouranates)

LOZHENA, I. A., XOZLOVA, 1. A.3 SitYAN~KAYA, YE. I--., MERSON, 0. P.
"Effect ot x-rays on tho resistanco of tho organism of experimental
animals to viral infections, on the course of Infectionj and on
the development of specific antivirus immizdt3.0
repotIt submitted at the 13th All-Union Congress of Hygienists, Epidemolbgists
and Infectionistas 1959.

AUTHORS:
TITLE:
PERIODICAL:
S/062/61/000/001/001/016
B101/B220
Ladeynova, L. V., Lozhkina, L. G., and Chernysheva, A. M.
Study of systems with concentrated hydrogen peroxide.
Communication 22. The 200 and OOC isotherms of the
Cd(OH)2 - H202 - E20 ternary system
Izvestiya Akademii nauk SSSR. Otdeleniye khimioheskikh
nauk, no. 1, 19619 12-16
TEXT: The authors refer to the different, partly contradictory data on
cadmium peroxides. In Ref. I they had studied the system Zn(OH)2 - E202
H20, and because of the similar behavior of Zn and Cd they expected to
find analogous conditions in the Cd(OH)2 - H202 - H20 system. The present
report deals with the verification of this assumption. The system was
studied by means of the solubility method described in Ref. 1. Residues
and liquid phases were analyzed for active oxygen and CdO. The active
oxygen was determined by volumetric analysis with KMn04, the CdO of the
residue as cadmium pyrophosphate. In the liquid phase CdO was determined
Card 1/4
i\1V

S/062/61/000/001/001/016
Study of systems with concentrated hydrogen... B101/B220
by means of dithizon and an ~W-2 (PEK-2) electrophotocolorimeter. To
obtain equilibrium in the systemt 2 hr were sufficient at OOC and about
1.5 hr at 200C. The 200C isotherm was studied between 0.00 and 89.10%
H202 in the liquid phase (Fig. 1). The OOC isotherm was investigated
between 0.00 and 93-91% H202. For both temperatures, 5 solid phases were
found whose concentration ranges are indicated in Table 3. The inter-
action between Cd(OH)2 and H202 resulted in phases of the hydrate type
whose composition is similar to that found in the corresponding system
-with Zn(OH)2. An exact analysis of the solid phases of the zinc system
indicated that they contained the hydroperoxide group -OOH. This should
hold true for the cadmium system, too. There are 4 figures, 3 tables,
and 13 references: 3 Soviet-bloc and 6 non-Soviet-bloc.
ASSOCIATION: Institut obshchey i neorganicheskoy khimii im. N. S.
Kurnakova Akademii nauk SSSR (Institute of General and
Inorganic Chemistry imeni 11. S. Kurnakov, Academy of
Sciences USSR)
SUBMITTED: July 10, 1959
Card 2/4

34824
S/020/62/142/005/015/022
B110/B101
AUTHORS: Alpatova, N, M., Gorbanev, A. I., Kessler, Yu. 1,11., and
Lo-zhkina, L~ G.
TITLE: Physicochemical study of complexes between al.kyl (aryl)
chlorosilanes and halides of tetrasubstituted ammonium
PERIODICAL: Akademiya nauk SSSR. Doklady, v. 142, no, 5, i962, 1073-1076
TEXT; The authors studied the complex formation between CH 3Sici 3 M,
(CH 3)3 SiCl (II), C6H5sicl3 (111), Sin 4 (IV) with NaGl (a), NaF (b), XF
(c), CsCl (d), CsF (e)~ NH 4C1 (f), (CH 3)4Ncl (g), (C 2H5)4 NBr (h).
(C 4H9)4 NCl (i), (C 4H9)4 NBr (k), (C4H 9)4 NI (1), ethyl pyridine bromide (m)
by chemical analysis (for hydrolyzable Cl, and argentometrically), con-
ductivity measurement, and visual observation of the dissolution, The
synthesis was conducted in Ar atmosp1jere at 35 - 400C during 3 - 12 hr,
depending on the dispersity of the salt. I, II, III, IV reacted with e,
h, i, k, 1-~ With halides of tetrasubstituted ammonium salts, complexes
Card 1/4

S/020/62/142/005/015/022
Physicochemical study of complexes ... B110/B101
are formed if the alkyl radical is long enough. Their abill.ty to form
complexes increases with decreasing anion radius., In I and II, which
behave similarly, i dissolves with formation of two 'Layers, The one has
snorganosilicon compound: salt ratio of 331 (visco Ius. at room temperatlL-e
supercooled, colorless, or yellow liquids), the other a ratio of -.,40zt
(movable, organic compound with some dissolved salt), Dissolution of k
is analogous,. I yielded no complexes, only slight yellow coloring-, and a
slight increase in conductivity of the organosilicon compound.. IV behaves
like I and II but forms poorly fusible complexes, i and k dissolve in IIT
without layer formation to give a yellow solution with high temperature
coefficient of solubility. The solubility of i in III is much higher
than in I and II, the conductivity x = 2~7'10- 4 for III!i = 5,4 1 1
(unsaturated solution); x = 7~4-10_ 5 for III:k = 45 9 1 (saturated solu-
tion). In the system II-i the layer composition does practi~,ally not de-
pend on time and temperature. This -Js confirmed by equal conductivities
of the isolated complex and the complex together with the second layer,
The behavior of [(CH 3)3'S'C'13(C4 H9 YC' to solvents proves a strongc-r
bond of the one molecule than that of the other two- Si was noi separated
Card 2/,4

S/02 62/142/005/015/022
Physicochemical study of complexes B11OYB1O1
off during electrolysis of the systems I-i; II-i; I-k, and the solutions
of i and k in I at D. . O~25 - 10 a/dm2. Low-resistance, p-type silicon
was dissolved in the systems I-i; H-i, and the solution of i in Ill. In
the [(CH3)3S'C'13(C4 H9 YCI complex and its benzene eolutions 0 mole of
complex : 10 moles of benzene) at D a - 4 a/dm2 , silicon dis5olvea with
almost 100 % current yield (referred to Si4+). Complex formation, layer
formation, extraction of two (CH 3) 3SiCl molecules by aliDhatic solvents,
the dependence of the complex formation on anion radii and cation dimen-
sions, the anodic behavior during electrolysis are similar to the behavior
of analogous Al compounds, the cathodic behavior during electrolysis is
different, There are 3 tables and 10 references: 3 Soviet and 7 non-
Soviet.
ASSOCIATION: Insdtut elektrokhimii Akademii nauk SSSR (Institute of
Electrochemistry of the Academy of Sciences USSR)
PRESENTED: October 7, 1961, by 2~, 11. Frumkin, Academician
Card 3/4

Physicochemical study of complexes
SUBMITTEDi October 2, 19(l
S/020/62/142/005/015/022
B110/BlOl
Card 414

ALPATOVAp N.M.; GORBANEV, A.I.; KESijLER,, Yu.M*;.IOZHUNAx-LAa*--
Phyricorhemical, investigation of complexes formed b7
alkyl-(dryl)-chlorosilanes and the halides of tetrasubstituted
ammonium. Dokl. 21 SSSR 142 no.5:1073-1(Y76 P 162,
(KCRA 15:2)
1. Institut elektrokhimii AN SSSR Predstavleno akademikom
A.N.Frw&inym.
Ammonium compounds)
Silane)
~
~gg,~t
'R

AUTHORS:
TITLE:
/0'
Belova, A.V., and Lozhkinag
31215
S/043/'62/007/002/003/007
D407/D301
V.P.
~Thin airfoil in supersonic flow with complex thermo-
dynamics
PERIODICA.L:. Leningrad. Universitet. Vestnik. Seriya matematiki,
mekhaniki i astronomii, no. 7, 2, 1962, 96 - 100
TEXT: Steady supersonic flow of a gas with complex thermodynamics
past a thin airfoil is considered. The solution is obtained in the
first- and second approximation. Prom the method of solution it is
evident that any approximation can be constructed by continuing the
process, described in the article. The solution of the system of A
differential equations ought to satisfy the conditions at the surfa-
ce of strong discontinuity and the flow conditions. The solution is
sought in the form
vX v + V, + V11 + V = V, + v" +
1 x X Y y y (6)
P P, + P, + Pit + P P, + P1 + pit
,Gard 1/3

S/04 62/007/002/U03/007
Thin airfoil in supersonic flow ... D407YD301
where vjj p19 p, relate to the undisturbed flow; v', v" are small
magnitudes of the first-, second-, and higher order. By introducing
Eq. (6) in the original system of differential equations, and by
collecting terms of the same order, one obtains a system of equa-
-tions for first-order magnitudesp second-order magnitudes, etc.
The solution of the system of equations for each approximation,
ought to satisfy the discontinuity conditions and the flow condi-
tionsi as formulated for each approximation. The conditions which
have to be satisfied at the discontinuity-line dy/dx = tg ~,, are
carried over to the characteristic (the magnitudes of necessary or-
der being taken into account). In the first ap roximation, one ta-
kes (as the equation of the discontinuity line5 the characteristic
dyO/dx = tg cpol and in the second approximation - the equation
dy' = tg (PO + 1 CP,
dx Cos2 TO
Analopusly, the flow conditions are carried over from the line y
r
,W to y 0. After the boundary conditions have been set up,
the solution is obtained as-in the case of a gas with constant heat
Card 2/3

S/043/62/007/002/003/007
Thin airfoil in supersonic flow D407/D3O1
capacity. Thusp in the first approximation
"V21 (X Y) _-7
(22)
P 2
PIVI PIUL 71 PI
Only the expression for ~pl differs from that for a gas with con-'
stant heat capacity. The system of equations for the second appro-
ximation is
Vt. OP.
V, dX jv ox -7
71 jy-
(!Vl M Ita (25)
ax PIVI-~j Y),
dX W-)
CIP, -AP!
W I ox Pla2l 07-(,P0)
Th*is system is then solved. The solution of the problem in the 3rd
approximation can be readily obtained from the expression for rp".
Formulas are derived for the coefficients of lift and of drag,
SUBMITTBD: November 23, 1961
Card 3/3

rr r -, , f -.- 7 , - .1 , , - - -
VARSHLVSKIr. Ta.M.; VATSHIM, S.M.; IA)Z NA, M.G.;
Wrogen isotopic exchange in saturated hydrocarbons. Zbnr. fiz.kid-.
29 no.4:750-751 AP 155. (NLRA 8:8)
1. Fiziko-khimicheskiy institmt in. L.Ta. Karpova.
(Hydrocarbons) (Deuterium)
~5 W

LOZHKINA, M. G.
IDZHKINA, M. G.: "Investigation of the reaction of hydrogen exchange in a
medium of liquid deuterium floride." Min Chemical Industry
USSR. Order of Labor Red Banner Sci Res Physicochemical
Inst imeni L. Ya. Karpov. Moscows 1956. (DISSERTATION
FOR THE DEGREE OF UNDIDATE IN CHEMICAL SCIENCE)
So.: Knizhnayaletcpis' No 15, 1956, Moscow

L_ c ,-- r+ [\ , N ~A, J"Im L' I
SHATEUSHTEYN, A. I., ZVYAGINTSVA, Ye. N., YAKOMENA, Ye. A., IZRAILEVICH, Ye. A.,
VARSHAVSKIY, Ya. M., LOZHKINA, M. G., VEI)FINE-YEN, A. V.
"Acid-Base Catalysis of the Reaction of Isotopic Hydrogen Exchange."
!_10,ut -~f th,: 11-~ 4t 1-hz Genf Ov"

SHATENSUM, A.I.; ZVYAGINTSVA, Ye.N.; YAKOVLEVA. Ye.A.; IZRAIL&VIGH, Ye.A.;
-,YDMTN. A a To
VARSHAVSKIY, 7a.M.;, WZHKINA, M& ;-P.
AciA-baeo 'catalysis of the hydrogen isotope exchange reaction. Probl.
kin. I kat. 9:218-233 157. 1 (MIRA 11:3)
(Catalysis) (Hydrogen--Ieotopes)

"A Method For Investigating the Reactions of Hydrogen Isotope
Exchange in a Liquid Deuterium Fluo7.-ide Medium," by Ya. M.
Varshavskiy and M. G. Lozhkina, Pksico-Chemical InBtitute
imeni L. Ya. Karpov, Zhurnal Fizicheskoy Khimii, Vol 31, No 4,
Apr 57, pp 911-914 -
A description is given of a method for obtaining pure liquid hydrogen
.fluoride enriched with deuterium and of a procedure for hydrogen Isotope
,exchange studies in this solvent. The deuterium fluoride was7 prepared by
tWe thermal decomposition of KF.DF. The equipment used and methods for
preventing corrosion by hydrogen fluoride and escape of hydrogen fluoride
and boron trifluoride are described.in detail. The equipment was constructed
of monel.and fluorine plastics. (U)
V'~

,~-LOZHKINAp N.B.p meditsinskaya sestra (Leningrad)
Firpt trial of the tuo-otage care for patients. Med. sestra 19
no,6137 Je 160; Opkiua)
(LENINOR&D-NMES AND NMIND)

IOZHKI NA,,.X.X_v~aspi rant
Loss of water-soluble substances during the drainage of mineral
soils with excess moisture. Trud7 SWNIIGiM no.12:159-187 157.
(ICRA 12:10)
(Drainage)
0,

LMIMIMA N If IJI)OVENIKO, G.V.
Effect of pota.-,c;!,-,;m and chlorine on phospho-ruz absorption anr
phosphorus metabolism in coi-n plants. Dold. All BSSR &) no.6:401-
403 Je 165. (MIPLA 18:9)
1. Beloruaskiy nauchnc-isijlodovnte1'2kiy instilltut zemledeliya.
A." ~r-

LOZHKINAI N. N., Cand Agr Sci (diss) "Washing out of water-soluble
salts by drainage waters in various methods of reclamation of excess
hu.midity lands." Arkhangel'sk, book Fublishing House, 1960. 26 pp;
with illustrations; (IN'linistry of Agriculture USSR, All-union --Wcienti-
fie iiesearch Inst of hydraulic hngineering and Land Reclamation im
A. N. Kostyakov); 150 copies; free; (KL, 28-60, 163)
_; J
L
N

7! ACC- NR1 --AP7004916- SOURCE CODE-. UR/olog/66/011/012/2265/2267
AUTHOR: Yasnopol I skiy, N. L. 1jozhkina pN.-S..; Balashova, A. P.
ORG: none
TITLE: The effect of the level of excitation on the excited conductivity of thin
Al203 films
SOURCE: Radiotekhnika i elektronika, v. 11, no. 12, 1966, 2265-2267
TOPIC TAGS: electric conductivity, photoconducting film , N L Vr~7 lAlu ni cYX i D(t!
ABSTRACT: The electron contact method was used to study the excited conductivity
of thin Al20 3 films deposited from the gaseous phase on a metallic substrate;
special attention was paid to the dependence of both the current and the coefficient
of excited conductivity y on the excitation level in the region of 10-11-2.5-10-9
amp/cm2. The thickness of films as determined from interference colors was 0.32 mi-
crons. Experiments were made with energies of the exciting electron beam Veb correa-
ponding to the maximum of y(Veb) and to energies of the contacting electron beam
equal to I kev. Irradiation was made through a fine grid placed approximately
0.5 mm from the surface of a film. The irradiated apot measured 7 mm in diameter and
about 0.4 cm2 in area. Potential difference between the base of the target and-the
collector grid was 140 v. Electrons were found to be the current carriers in the
investigated films. Values of the coefficient of excited conductivity reaching as
hi�h as,200,000 were obtained with primary exciting electron energies of about 5 kev.

ACC NRs AP700h9l6
Assuming that the energy expended on the excitation of a single secondar-f electron
is four times greater than the width of the forbidden zone AE and that
AE = 7.3 ev for A12031 then the number of secondary electrons produced by a single
primary electron of the exciting beam is less than 200 and, consequently, photo-
-electric amplification T/t > 1000, where T is the lifetime of excited carriers, and
t is their time of flight through the film. Orig. art. has: 2 figures.
SUB CODE: 20/ Sum DATE-.r,ihTu166/- ORIG REV: OOZI OTH FM: 002/
lim

ACC NRt
JAUTHOR:
Lozhkin
ORG: none
TITLE: Investigation of field-enhanced seclndary-electron emission frcm,
porous emitters ff-aper presented at the 12tu A3.1-Union Conference on Physical
Principles of Cathode Electronics held in Leningrad from 22-26 October 196Y
SOURCE: AN SSSRe IzVeotLyno Seriya fizicheakaya, V, 30v no. 12, 196691
1882-1887
TOPIC TAGS: electron emission, secondary electron, electric field,
magnesium oxide
ABSTRACT:-An experimental study was made to explain the-mechanism of the field-
jenhanced secondary-electron emission from porous MgO. Samplei.were pre-
'pared by de'positing Hg smoke in the air on 200 X-thick aluminum membranes
.stretched over fine supporting meshes with 70% penetrability, which made
jit possible to bombard the material with electrons from both the front
iand the back. The investigations of the secondary emission coefficients
as a function of the electric field intensities Included measurements
1/2
AP7001719 SOURCE CODE: UR/0048/66/030/012/1882/1887
Yasnopoltskiy, Mi.; Shabeltnikoys, A#E*; Shevaldin,, V,A.;
.-Vo i;**--;
UDC:

NRA AP7001719
!ireif6ii;e~d-E6nse6titiVe-l:i'bii"'ihe*-"iii's~kiile, measuiements made on iivdiail
~%o samples, and measurements of total secondary emission coefficients
~nd their non-inertial components at primary electron energies in the
kange of 2-5 keV with irradiation from the front and back. From an
.analvsia of the curves, it was concluded that the field-enhanced secondary
emission, as well as the occurrence `o~f`16`elf-~ nsistint emiisiq~i-,_-'ann t
co c 0
ibe explained by a single physical cause but must be attributed to the
isuperposition of two effects due to 'different mechanisms. The field en-
hanced emission occurs, it is stated, in the whole ravige of the applied
1potential difference, to which inertial emission is 'added only when the
;field's intensity is sufficiently high. :Measurements were also made on
.porous Cal films, and they likewise-showed high coefficient values of
:field-enhanced emission. The authors thank D. V. Zernov for evaluating
:the work. (ZLI
SUB CODE: 20/ ''SUBM DATE: none/ ORIG REFs 010/. OTH REFt 003/
ATD PRESS: 5114
L
2/2

SPEKTOR, B.V., kand. khim.nauk; LOZHKINA, T.V.1. inzh.
Thermophysical properties of expanded perlitic sand. Stroi, mat.
8 no.2:35-36 F 162. (WRA 15:3)
(Sand) (Insulation (Heat))

41
4
SITMOR, M., kand.khitdohonkikh tinuk; I,OZIIKTNA, T.V., inzh.
Heat-insulating materials in low temperature conditiona. 3trois
mat. 9 no.llsl9-20 N t63. MRA 17'14)

GRACHFVP, V.P.;
"j,,; at-c
Ccnstancy of ir. the g-;",!-"-! 1-1ye, -Fp ere.
Trudy GGO no.151:0-45 ".4-

BELOVA, A.V-LLOM(INA V.P-
Thin airfoil in oupersonic flow with complicated thermodynamics.
Vest.MU 17 no.706-100 162 (14M 15-5)
(Aerodynamics.o Sixperoo;ic) (Thermodynamics)
go"
-,2 4"

......L 18374-63' EWT(.I)/MS AFFTC/ASD/ESD-3, RB
ACCESSION M: AP3005875 S/0050/63/009/008/0c*3/001()
?F
Gen
AVM~::.:.Berlyand. M. e,;,Onikulg R. 1, ikhovich, Ye, L Loghkina, V. P
TITLE: Contamimation of the atmosphere by IndustriO, vastes under anomalous
stratification.conditions
-10 ~J-
6PURCE: Met6orologiya I gidrologiyap no. 8,, 1963.t 3
TOPIC TAGS: aeroso1j, aerosol diffusion..atMOsPberic imersion,, atmos
contamination., temperature exchange coefficient
-dif,"Amion of light and heavy aerosols hasJ)den investigate
ABSTR=: The d for
Vae:co*p1ex case of an anomajouggly s the level ofthe
source and for certain, related cases. The lwmrsioa layer is characterize6. by
veak vertical exchange; the exchuge coefficient k2 decreases sharply in tta
1%yer and incroaaaa farther aloft; ih"zormal stratificetion k,
intercepting
increases to the -top of the surface layer and remains constant above it. The
dependence of the exchange coefficient on height is complex and mast be de-
termined ricid.1yo The distribution of the aerosol concentration is es-
sentiall'j, depeadent on the k2 profile, When the inversion layer is considerably
Card 1/3
S-_
j

L 18374-4i
ACMWION NR: :AP3005875
.~__blgher han-tha source.j.-the influence Of the layer at short distances is not
idion liqejr~~ approaches tbo: 3~svei.of' -the:.soux-6. t1e Werm-
do~tde only- at --tonsider-a
L-- cepting~6ffect~increases~ avpreciably bu can,
1;'--able distance from.-tbe source. The anomalous stratification associated with
an inversion layer-aloft does not always leadto a significant enh&ncement
of the surface concentration, If the source is sufficiently high above the
ground and the intercepting layer Is sufficiently high above the soutce., a
relatively small intensification of the surface concentration occurs within.
a zone of'several k1lometers from the source. If the source is not high Skove
re pting
the ground., ani an inversion layer is directly above it., the inte e ef-
feet of the Inversion layer will be highly significant; at sufficiently great
distances from the-source th~ surface concentration may increase by a factor
of more thm 2, When the source is within or above the inversion layer., the
penetration of-the-aerosol into the surface-layer.is slight, even at great
distances from the soutrae. Gravitationa settling =st also be considered
in a study of the propagation of heavy aerosols. This problem is solved
numerically. In.the absence of an Inversion,, thesurface concentration near
d L
Car

64

BERLYAND, M.Ye.; GENIKHOVIGH, Ye.L.; LOZHKINA, V.P.; ONIKUL, R.I.
Numerical study of atmospheric diffusion under.normal and anomalous
conditions of stratification. TrOy GGO no.158:22-31 164.
Charactetristici~ of thi, oiffusion of heavy pollutants in the atmosphere.
Ibid.:32-40 (MA 17:9)
Z-1
-V

1, 7-11
Len in a ro fl
t 1 6 ust e s
'- j--j"

darv condit t cn s a t 1 e c i r
u o' e f r
r C C -3 n,;
r)h f3 f? r v i t n r v

BERLYANDf M.Ye.; GENIKHOVICH, Ye.L.; ~9ZHKINA, V.P.; ONIKUL, R.I.
Numerical solution of the turbulent diffusion equation and
calculation of atmospheric pollution near industrial
enterprises. Trudy GGO no.138:3--17 163. (MIRA 17.-2)

OUTIMVICH, I.L., kand.tekhn.nauk, dotsent; ARBUZOV, S.V., kand.tekhn.nauk;
- L-WiKO~A )
Prinimali uehastiye. Z.N.; NASIROVA, Sh.I.j
SOLOVIYEV, N.S.; SHILOVA, Z.F.; ZAYTSFVA, L.V.; KOR-OTKOVA, L.N.;
KCNY,LUN,, A.F.'-,-GLAMD&, V.P.; LQKTgLU, V.T.
New simplified method of leather drying and moisturizing.
Izv.vys.ucheb*zav.; tekh.leg.prom. 3:43-58 162. (HIRA 15:6)
1. Vaesoyuznyy zaochnyy institut tekstillnoy i legkoy
promyshlennosti (for Kvyatkevich), 2, T$entraL-Llnyy nauchno-
issledovatel5skiy institut kozhavenno-obuvnoy promyshlennosti
(for Arbuzov). Rekomendovana kafedro,7 mashin i avtomatov
Vsesoraznogo,zaochnogo instituta tekstillnoy i legkoy promysh-
lennosti.
(Leather-Drying)

LOZHKINA,,._Ye.I.,,TR&KHMMHRG, I.M.; KHOTSYASOV, L.K..prof.
"So-called nonspecific effect of industrial poisons" by
I.G.Pridliand. Reviewed by H-I-Lozh1dna, Z.H.Tralffitenberg,
L.K.Khotsianov. Gig. i san. 24 no.3-89-93 Mr '59.
(MIRA 12:5)
(INDUSTRILL TOXICOLOGY) (FRIDLIAND, I.G.)

.22(3), 6(l)
AUTHORS:
TITLE:
PERIODICAL:
ABSTRACT:
Card 1/2
SOV/178-58-7-7/24
Lozhko, K., Guards Colonel; Komarov, P., Guards Lieutenant
Colonel; Lozhichevskiy, A., Guards Major .
The-Radio Training (Area) is the Foundation of the Training-
Material Basis (Radiopoligon - osnova uchebno-materiallnoy
bazy)
Voyennyy avyazistp 19589 Nr 79 pp 20 - 24 (USSR)
The quthors describe the equipment and operating procedures
of a radio training (area) located about 10 km from the
permanent quarters of a Signal Corps unit of the Soviet
Army. The radio stations used for training are operated
from shelters and trenches. The training ground is
operated from a central control point from which all radio
stations receive instructions. The switchboard used for
this purpose is shown in Figure 1 and its circuit arrange-
ment in Figure 2. For creating combat-like conditions,
a jamming transmitter is used, consisting of a SO-241

SOV/178-58-7-7/24
The Radio Training (Area) is the Foundation of the Training-Material
Basis
master oscillator, a SO-257 power amplifier and a
SO-257 modulator. The soldiers undergoing training
are billeted at the training ground. Clase-rooms for
theoretical instructions are also available. There aro
2 photographo and 2 circuit diagrams.
Card 2/2
WWW_ - ------

LOZHEOMOYNA, A.D.; TRMRAN, A.G.; LEORTInTA, R.S., mladshiy nauchnyy
sotrudaik; PODOLYAH, A.F.; TRETITAKOYAA, 0.1.. Prinimali uchastiye.
PAVLOTA, I.A., inzh.; GORTAC M A, G.A., Btarshiy tekhnik; SHLI-
YXRSTOTA, Z.P., starehiy telchnik; FEDOSOVA, K.I., teldmik;
GORSUOYA, M.I., tekhnik; KOPLTKA, V.K., tekhnik; TIMOFEYBYA,
Y.F., tekhnik; KOSINOVA, Z.I., tekhnik. GONCHMOT, Te.P., otv.
red.; USMOYA, T.T., red.; SHRGRYEY, A.N., tekhn.red.
[Agroclimatic reference book on the Tajik S.S.R.] Agroklimati-
chaskii spravochnik po Tadzhikskoi SSR. Leningrad, Gidrometeor.
izd-vo, 1959. 151 P. (MIRA 13:2)
1. Stalinabad. Gidrometeorologicheakaya observatoriya. 2. Sta-
linabadskaya gidrometeorologichookaya observatoriya Upravlaniya
gidrometeorologichaskoy sluzbby Tadzhikskov SSR (for Lozhkomoyeva,
Trestman, Podolyan, Tratlyakova). 3. Instititt pochvovedeniya AN'
Tadzhikskoy SSR (for Leontlyeva).
(Tajikistan--Crope and climate)
7~
77 777
-A

q_ 7'. r L~ 1 -
_____80UACj9 - 0 h
Acc NR. XT6011829 - - __~A ) C ijk: tjjk 1!6/Wd6b/ooi/oiio/dii9
AUTHOR: Karasik-, Yes Ya.; Lozhkomoyevj Is A.; Nov1kov, A. I.; Polyanskiy, S. V.;
---------------
ORG: none 50
TITLE: Narrow-band telemetry system (I
~OURC '~'Vsesovuzn nauchno-isaledovatel'skiy i proyektno-konstruktorskly inatitu
~ --- - _YY ~ .-- ~ - - - . -
kompleksnoy avtomatizateli v neftyanoy i gazovoy promyshlennosti. Trudy, no. I
T �,6-~.-A--v-t-o-m-"--a-t,i-z'at-,-o-i-y"a- tek-hn-ol-o'gicheskikh protsessov (Autom ati-on of technological
processes), 110-119. 1
TOPIC TAGS: telemetry system, telemetry tecl~nlque 5 majevoo enon rNAPM)131V~l
ABSTRACT: Developed by the Institute of Automatics and Telemechanics, AN SSSR,
and tested by the Grozny Branch of the VNIIKAneftegas, a new telemetry system is
described which: (a) uses a frequency band as narrow as 12 cps, Jb) sends signals
over a 6/0.4-ky electric-power distribution network, (c) uses no 280-cps carrier
isolating choke coils, and (d) employs transmitters of only 1-3-w capacity. The
signal transducer at the sending end and the pulse-time signal selector at the
receiving end are based on a special bridge-type semiconductor exponential
converter. The transmitter generates two pulses: a sync pulse and a parameter
-Card-J 12

ACC NRt AT6011829
pulse. mere
The sync pulse triggers a pulse generator at the receiving end; the para
pulse stops this generator; the number of counted pulses represents the measurand.
The counter controls either a digital display device or an electric printer. Block
diagrams and some principal circuits are shown. Preliminary tests have shown a
basic system error (less transmitter) of � 0. 5016. Orig. art. has: 12 figures and
I I formulas.
SUB CODE., 09 SUBM DATE: none ORIG REF.- 003
-J~

BIUMSHTWN, B.S.; LOZMMVA, T.V.
[Work of the public inspector for child welfare; instructions]
0 rabote obahchostvannogo inspektora po okhrane detstva; metodichaskoe
pislao. Sostavleno S.B.Bernshtain pri. uchastii T.V.Lozhnevoi (Moskva]
Uchpodgize 1955. 20 p. OCLaA 9:7)
1. Russia (1917- R.B.F.S.R.)UpravlQujyq, detskikh domov.
(Children--Care and hygiene)

LOOKINA, Ye.I. (Leningrad)
History of statistical research on the morbidity of factory workers.
Gig. truda i prof. zab. /+ no.6:39-4.1 Je 160. (MMIA 15:4)
1. Vsesoyuznyy nauchno-issledovateltakiy institut okhrany truda
Vsesoyuznogo tsentral,uogo sovets, professionalinykh soyuzov.
(INDUSTRIAL HYGIENE)
A.-M
_0

10ZHKINA., Ye.l., kand.med.nauk
Sanitary conditions in prerevolutionary Fjissia and the organization
of provincial medical service. Gig. i san. 26 no.8:A4-48 Ag 161.
041 RA 15 - 4)
1. Iz nn.=hno-metodicheskogo byuro sanitarnoy statistiki Leningradskogo
gorodskogo otdela zdravookhraneniya.
(PM34IC HEALTH, MIAL)
A

LOZHKINA, Ye.I., kand.med.nauk (Leningrad)
Fotmders of zemstvo sanitary statistics. Sov. zdrav. 21 n0-4:39-44
162.a (MIRA .15:5)
(ZFMTVO) (MEDICAL STATISTICS)
0", Z'

ACC NRs XP-5-0i8320' UR 63-77-65-1-03-5,16-1-1 T2_05_2W_05_3___7
SOURCE CODE
AUTHOR, Bogdankevich, 0. V.; Budzilovskiy, V. Yu.; Lozhaikov, A, A.
~4
ORG* Ph sics Institute im. P. N. Lebedev,_Moscow (Fizicheskiy institut)
TITLE: On thepossible use of a laser beam in producing a powerful source of elec-
trons
SOURCE: Zhurnal tektinicheskoy fiziki, v. 35P no. 11, 1965, 2052-2053
TOPIC TAGS: current pulse, electron drgyAr4., ruby laser, laser beam, laser heating,
plasma ~j
"STRACT: Powerful pulses can be produced by drawing the electrons out of a plasma
bunch created.during the heating,of a cathode by - laser beam. The experimental setup
capable of producing these bunches is shown in Fig. I / An evacuated glass chamber 9
contains a tantalum cathode 1, an anode 2, a graphitekollector 3, a right-angle prism
with a tote internal reflection 6, and a fixed short-f lens 7. A 0.3-J, 60-80-nano-
-sec kuby ~,Ao laser beam 4, prefocused by a long-f lens 5, is passed through a slit in
a collector rotated by the prism. The beam is then focused by lens 7, and passed
through a 6-mm, aperture in the anode onto the cathodp-(screened by a metallic chamber 8
1 10 '/, V ,
with a 2-mm-diameter hole), where it generae~b plas6a. The dependence of the ampli-
tude of a generated current pulse on -C6-epotential difference between the anode and
cathode, and on the laser output power at a charging voltage of 6 kV results in the
Card 1/3
2

Card 2/3
Maim