SCIENTIFIC ABSTRACT KUZNETSOV, V. S. - KUZNETSOV, V. V.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000928210013-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 20, 2000
• Sequence Number: 13
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

kr,- AT6036602-----
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were recorded from one cerebral hemisphere with a bipolar frontal-oc cip, Cal
lead and with a unipolar lead from the parietal area. The cutaneous -gal-
vanic reaction was tested by determining changes in cutaneous resistance
M a constant current.between two electrodes fastened to the palm and on' the
back of the hand.,"
Experimental results showed a definite depression of the alpha-
~,rhythm and the appearance of more high-irequency components in the EEG
in response to a sin(yle acoustic shock. However, no reliable diffc-f ences
0
i-.in alpha-rhythm depression after stimuli of different intensity could be de-
tected. Data on the character of EEG changes permit the coriclusion that
there is a clearly expressed reaction of the organism in response to
'acoustic shock, which is characterized by increased general tone of
muscles, and increased preparedness and perception of stimuli. Experi-
Imental res ts showed that for three intensities of acoustic shock - - 5, 7. 5,
,and 9 kg/m a completely analagous pattern of changes was observed in
b
the length of the RR interval of an EEG taken one sec after the shAock.- In
63%6 of the cases shortening of the interval was noted, in 1476 lengthening,
And in 2116 of the cases there were no changes. In addition to objective
.registration of physiological functions, determinations of the discomflort
caused by acoustic shocks took into account the psy9bophysiologi cal. react-
ions of the. subiects. 'tW.,C.' No. -1~~; ATD Report~ 66-116)
Card 2 2 suB com: 06 / sm DATE: OcmaY66

-91-31~10
2401
S11091611006100610121016
D204/D303
AUTHORS: Braytmano V.M.# and Kuznetsov V.S.
TITLE: Mathematical formulation of the corpuscular optics
problem taXing Into account the space 6-g-trge
P3'RJ-0D1Cj'G; Radiotaklin!Ca I elektronikal v, 6, no. 6, 1961
993 - 998
T:~XTi For a lc-ing t-ime the oolution of two dimensional and -axially
eymmetric problems of corpuscular optics, taking into account the
space charge, seemed to be impossible. The first break -through
was aahLeved by V.M. Brey-toman using pictorlal and modelling tech-
niques.~ The above methods demonstrat'_:~d the existence of two basic
types of problems on curvi-linear streams and became the basic
source of information for formulating further mathematical analy-
sis of the problem (Ref. I: Metod rascheta ionnykh opticheakikh
sistem a uchetom prostranstvennogo zaryada, Dokl. AN SSSR 1959,
127, 6p 1187); (Ref. 2: Idatematieheskoye oboanovantye metoda mo-
Card 1/3

24471
B/109/61/006/006/012/016/
Mathematical formulation of D2,--,4/D303
delirovaniya ditumernykb poleyt opieyvayemykh obobshchennym uvav-
neniyem puasaona na poverkhnosti trekh1mernogo elektrolita Izv-
vuzov MVO SHE (Energetilra), 1960, 3t 9j 46). In the present arti.-
ole, the author presents the mathematical formulation of two types
of boundary conditions, the "straight" and "inverse" for a non-re-
lativistic corpuccular stream with curvIlArl..-ar traJectories of the
particles. The work has been done in conjuncLion with the evalua-
tion of methods of their computation using faet electronic compu-
ters, A system of differential equations Is eetablished for the
motion of -Aiarged particles in an electromagnetic field. The boun-
dary conditions are determined from the analysis of actual prob-
iems. Two types of probleme are considered: 1) The direct problem.
A system of externa3 electrodes ia given; no dietribution of fune-
--ions is available at any cross-section of the stream; 2) The
inverse problem. The system of external electrodes is not given;
d-Lstribution, of finictione is given at one crose-section of the
stre-am, e.g. at the collector. For simplicity's sake only systems
with two electrodes as defined by boundary conditions are consi-
Card 2/3

24471
B/10 61/006/006/012/016
Mathematical formulation of ... D204YM303'
dered. It is assumed that the particle stream has charges of one
polarity only. Initial velocities are taken to be zero. The prob-
lems formulated above present evidently certain types of boundary
problens which have noty hitherto, been studied by mathema-ticiane
or physicists and their attention is drawn to this effect. The
authors acknowledge the help given by A*A. Dorodnitsyn and the in-
terest taken in their work by N.N. Moiseyev. There are 3 figures
and 13 referencee; 7 Soviet-bloc and 6 non-Soviet-bloc. The refer-
ences to the four most recent Dinglish-language publications read
as followst L, Langmuir, K. Blodgett, Phys. Rev., 1923, 22, 347;
1924, 24, 49- J.R. Piercep Rectilinear electron flow in beams, J
Appl. Phye, 1'940# 119 546; R. Helm and Oth., Electr. commun.,
1947f 24, 101,9 K. Spangenberg, P. Pranklin Ins'.. , 1941, 232t 365.
SUBMITTED: February 27, 1960
Card 3/3

L 1899343
ACCESSION NR: AT30OZ453 S/2935/62/000/000/0192/0206
AUTHOR: Yollkenshteyn F. F.~-#o Kuznetsov. V' S.; Sandomirskly. V, B'*
TITLE: Chemosorptto-n4nd catalytic properties of semiconductor filrd on
ference on Sufface Properties of Semiconductors, Institute of heotro.
metal [Con
chem:kAry. AN SSSR. Moscow, 5-6 June,1961J
SOURCE: Poverkhnostn*e evoystva poluprovodaikov. Moscow, lzd-va-AN SSSR.
1962, 19Z-206
TOPIC TAGS: chemosorption, semiconductor, catalysis, semiconductor -coated
metal
ABSTRACT: Since many metals are always coated with a binary-compound film&-6
chemoBorption and catalytic processes actually transpire on the surface of a
semiconductor. A theoretical Investigation is offered of these processes. A
rather thick semiconductor film that does not contain surface states and a posi-
tive contact potential dIR"ference are assumed., four energy schemes are
'Card- 1/2

418993-63
ACCESSION NR: AT3002453
considered. Qualitative properties of the film adsorbitbility and Its catalytic
I activity are described by a set of differential equations, The effect of the film
thickness on the work function is explored. It in found that: (1) With a specified
nature and thickness of the films Its adsorbability with respect to a donor
(acceptor) gas will be higher (lower) with a higher work function of the underlying!
metal, irrespective of the sign of the surface charge on the film; and (2) A
similar relation exists between the catalytic film activity an6 the donor
(acceptor) reaction. Orig. art. has: 3 figures and 36 formdlas.
ASSOCIATION: Institut fizicheskoy khimli AN SSSR (Institute of Physical
Chemistry, AN SSSR)s' Institut radio e1 ektr oniki AN SSSR (Institute of Radio and
Electronics, AN SSSR), Institut kataliza AN SSSR (Institute of Catalysiss ANSSS
SUBMITTED: 00 DATEACQ: ISMay63 ENCL: 00
SUA CODE: PH NO REF SOVI OOZ OTHER:. 00 1
1,6rd 2/2

KUZNETSOV, V.S.
Generalized Child*-Langmuir law for axially-symmetrical electron
optics systems with finite plane cathodes. Radiotekh. i elektron.
7 no.8sl379-1384 Ag 162. (KRA 15:8)
(Electron optics)

KUZNETSOV V.,S,
Determination of the shape of a benz of charged particles in
uniform electrostatic field. Radiotekh. i alektron. 7 no.8s
1385-1392 Ag 162. (MIRA 1518)
(Electron beams) (Electric fields)

8/0s6/62/013/006/019
3 1 0;7JI186 27
AUTHORSo 0. T. and Me Re
lauohnsys, konforentsils Moskovskogo Inshenorno-flaichaskogo
institute (Scientific Conference of the Moscow Inginsering
Physics Inst1tots) 1962
PZRIOD'ICALi Atcanays anergiyal Y. 131 no, 6, 1962, 603 - 606
TEXTj The annual conference took place In May 194 with more then 400
delegates participating. A review Is given of the@* lectures that are,
assumed to be of Interest for the readers of Atoanays, anergLys. They are
followingi A. 1. L*ypunsklyp future of fast remotoral A. A. Vasil'yov,
design of accelerators for superbigh enorgiss'l 1. Ta. Possranobuk,
.,analyt1ilty# uniterityq and asymptotio behavior of strong Interactions at
high energiesi A. Be MISdalo -phenomenological theory for the many-body
probleal Yu. 'D. livoyakAyA deceleration of sodium-omergy satiprotons to
Satterl TFs-&-ao--Ta. A. Iosilevskiyo theory of the Udesbauer effectl
Me Le Ryasanovq thegry of Ionisation losses to nonhomogen9ous madiuml
-f conduativity of-suboritical plassal-
Ya. 3. Ivanoyl A.,As lukh&dsop h
para. 1/4.1
Oj

a/089J62/013/006/019/027
Nauohnaya konfer*ntmiya... 3 102/3186
design of 30-liev electron linear scaelaratorl Ye. 6. Pvatnove 1. A. Glaskovt
V. 0. Lopstag A. 1. Finogenovo 0. No Skepokiy, To Do Selesnev, experixental
characteristics of low-energy electron linear aaaelaratoral 0. A. Zeytleukp
V. Me Levin, So 1. Piskunov, V. L. Sairnov, V. K.- Khokhlovs radicolrouit
parameters of JIO(LUE)-typs aoaoleratorsi 0. A. Tyagunovq -0. A. Valldn*r
'
Do U. Ookhborgg So 1. Xor hunovp V. 2.
Xotov# Too go Morose accelerator
:
classification and tormin
logyl 0. So Kilovanov, V. Do Vorakeld, P. Re
Zoakeylohl theoretical analysis of nagn*tron op*rationj A. 0. Tragov,
P. Re Zonkovioh, calculation of attenuation in a diaphraguated vaveguid*l
Yu. P. Laxareakop A. V. Ryabtseve optlaus attenuation length for linear
aocelerstorl A. A. Zhigarev, A. Yo. Yel0eyov., review on traj*ctooraphol
0. Morosovaq 0. A. Tyagunov, review on *or* than 500 ton sourcqqj__
'

U
Me A. Abroyan# To Ls loaarov# 4uoplasxatrqn-Vypo a kusne
O
r
G
5
teiv.
X
K
!
o_d-1
_Sa
e
:
A. 1. Solayahkov, coloulati
and production of 1n
t
nm
1
as1
. .V. Me Rybin (Yo. V. Arma'skiy s inductive current transaitters.of high
m
staxitivityl V. 1. Korosap 0. A. Tyaganovq kinetic desoription.of linear
acceleration of relativistic sisatronal A. Do Vlamov, pbao* oscillations
ln~ 11imear. accelerator@ I I.'. L. BarAhtsyn, 0. To- Toakrosonakii been f lold
effects in the waveguide of~sn slqotrom linear scoolerstorl Re So Bobovikov.

iard

h2169
S/195/62/003/005/003/007
E039/EI35
AUTHORS: Vollkenshteyn, FeFes Kuznetsovj V*Sog and
Sandomirskiy, V.B.
TITLEs The chemisorption and catalytic properties of
semiconducting films on metals
PERIODICAL% Kinetika i kataliz,.v.39 no.5, 1962, 712-723
TEXT: The case of a metal covereck with a plane parallel film
of uniform semiconductor (e.g. its oxide) containing donor and
acceptor centres uniformly distributed throughout its volume in
t:reated theoretically. Energy diagrams are given for coatings
with a thickness L greater than the scriening length ? and for
the case when L with a net positive or negative surface
charge. Owing to mathematical difficulties only the sign of t.he
following derivativeslis determined-forthe,various conditions:
(dS;/dL)
Ps To
(de/dX) po To L
Card 1/3

,4
The chemisoiption and cat S/195/62/003/005/003/00.7
... E039/91;5
(dG/dt) (d6/dt) 0 (dc/dLj
ps To 7 4 p$ T Ps To
(d~/dX) p9 To L (dO/he )Pt T . (de/dX)
r P, To L
(dg/dL) (dg/de) 0 (de/dL)
pi To X I p$ T pi To
(dg/dX) P, To L (dg/ac) P, T - (de/dX) Ps To L
Here: c is the work function of the film, characterised by the
position of the Fermi level:at the external surface of the film;
ift tho work ftinction of the metal; 0 in the adsorptive
capacity of the film; g in the rate of reaction. It is shown
that the adsorptive capacity and catalytic activity and
selectivity depend on thelthickness of the film. Experimental
verification of this work,'is required, It ghbuld be noted that
for L to be less than ~ 'requires coatinj thicknesses of less
than lo-4-lo-5 cm and for'the coating to be"cdnsidered as aft
independent-phase L must be greater than 10-6 cm.
There are 3 figures*
Card 2/3
q 'a~3
'31
Fr
_10
P

5/195/62/003/005/003/007
The chemisorption and catalytic ... E039/E135
ASSOCIATIONt Inatitut fizicheskoy khimii AN SSSR
(Institute of Physical Chemistry, AS-USSR)
Institut kataliza SO AN SSSR
(Institute of Catalysis, SO AS'USSR)
Inatitut radiotakhniki i elektroniki AN SSSR.
(Institute of Radioengineering and Electronics,
AS USSR)
SUBMITTED: February 16, 1962
Card 3/3

V170
s/195/62/003/005/004/007
E039/EI35
AUTHORS: Kuznetsov, V.Sol and Sandomirskiy, V.B,
TITLEs The effect on the adsorption capacity of a volume
charged semiconductor caused by the redistribution of
impurities in the surface regiop
PERIODICALs Kinetika i kataliz, v.3, no*5t 1962, 724-727
TEXTi The adsorption capacity of the surface of a s~mi-
conductor under given conditions dependi on the level of the
electrochemical potential. Redistribution of the impurity contras
will affect this level and hence change the adsorption capacity of
the semiconductor. The problem in examined theoretically in the
framework of the electron theory of catalysis in semiconductors
and involves the solution of a system of diffusion equations and
Poisson's equation for the given system. If the fraction of
charged adsorbing molecules in large there will be appreciable
redistribution of impurity centres ip the region near the surface,
under the acti;n of the electric field not up:by the surface
charge.' Numerical estimates show that this effect can lead to an
Card 1/2

S/195/62/003/005/004/007
The effect on the adsorptiop capacity.. E039/E135
11 1
increase in the adsorption capacity by several tens of times.
It is also shown that for the model considered, the general
results do not depend on the type of semiconductor (n- or p-) or
on the nature of the gas adsorbed (donor oriacceptor).
Experimental verification of these results in of interest but it
should be noted that redistribution of impurity may lead to
effects not considered in this paper.
There are 2 figures. I
ASSOCIATION: Institut kataliza SO AN SSSR
Institute of Catalysis, SO AS USSR)
Institut radioiekhniki i elektro'niki AN SSSR'
(Institute of Radioengineering and Electronics,
AS USSR)
SUBMITTED: June 6, 1962
Card 2/2

S.J-AWTAIRJ-m--A-vjVAwOV-
-1-FOM-AFIOVi 9
L .1 JVMV, I. V. IATYAKWVA# 0. M.
UONANA - 0 dios
ZRUZNIK07, ro Ooj Jump 10 Mal u KATA, 0
and G3RAS1140VV To Pe
Currant rajector for a-Strong.F00=86d UnSce
report presented at the Intl. Conf. on High Energy Accelerators, Dubna, Auguat 1963,

ACCESSION NRs AT4035114 8/3092/63/000/001/0083/0096,'
AUTHOR$ Kuxnateove Ve So
t
TITLEz Design of ion-optical systems for direct-actlon accolerators!i
with allowance for space charge
SOURCE: Moscow. Nauchno-isaledovatellskiy institut elaktrofizich-
eskoy apparaturyA,. Blektrofizicbeskaya apparatura; sbornik statey,
no. 1, 1963, 83-96
TOPIC TAGS: charged particle beam, linear acceleration, focusing
accelerator, electrostatic accelerator, ion beam, lens
,-ABSTRACTs The author derives, on the basis of the results of an
earlier article ("Radiotekhnika i elektronika" VII# 1379, 1962),
general relationq,between the parameters;of~the beam at the entrance
and exit of an accelerator tube,- and describes a method for calculat-
ing the optimal Values of the input parameters of the beam. The
Card 1/3

ACCESSION NR: AT4035114
parameters involv6d are the beam.radius, its divergence angle, the
1 beam current, the electrostatic field intensity, and the charge and
mash of the particles. Questions involvdd in the design of focusing
systems that ensu'ie the required beam parameters in a specified
lication and thelishaping of the-!beam by means of electrostatic fo-
cusing ahead of the accelerator, tube is ailso, considered. -It is
shown that a parAllel beam can be obtained at the output of the tube
by using a lens system of suitable convergence, regardless of the
conditions at the input. Since lenses made 'up of cylindrical elec-
trodes are much weaker than lens-diaphragms (of the same diameter),
it is advantageous to use for the shaping system of the accelerator
tube parameters such that the main role in the shaping of the beam
is played by the entrance lens of the focusin system, situated in
front of the tube6 The entrance lens in the tube itself, which is
regqLrded as a diaphragm, is also part of the focusing system.. Orig.
art, hass 7 figures and 42 formulas*
I CaM 2/3

!ACCESSION NRt AT403S114
:AOSOCIATIONs None
'SUBMITTEDs 00 DATB ACQ: 07May64 ENCLs 00
!SUB CODEt NP NR REP SOVs 004 OTHERt 000
nD
Card 3/3

NUZ NETS OV. 1-Y- S 0 -
Basie'doncopts of the method of activated complexes within
the scope of the electronic theory of catalysis on semi-
conductors. Kin. i'kat. 4 no.61878-885 N-D 163.
(MIRA 17ti) .'
1. Institut kataliza Sibirokogo otdalaniya AN SSSR.

IVANOVS, N.F.; KUZN.ETSO.,Vt V.S..; SOLNYSHKOV, A.I.
Fo-ation of pulse Ion beams oarr7ing current of the order of
hw -acting accelerators.
,J,tedo ofminiamperes in direot
rofis. app. no.2tl69-178 164. (MIRA 180)

-IWZNETSOVO -Y.S.
Origin of the compensation effect in chemical reaction occurring
on the surface of semiconducting catalysts. Kin. i kat. 5 no.2s
277-283 Mr-Ap 164. (MIRA 17:8)
1. Institut katalUa Sibirskogo otdoloniya AN SSSR.

ACCEMON JIB: AP4041065 $101951641005100310"IMAC
AMHOR: Kuznetsov, Ve So
TITIEt The kinetics of ebadvorption of gas by semiconductors
-~4- Kinatika I 1-tAll
0 To 5P no- 3,P 1964P 541-5h6
ITOPIC TAGS: chemisorption.. gas cbesisorptiong gas kinetics, semiconductor,, kinetic:
isothermp acceptor bondp activating ccopdox, adsorption center filling,, Dabye
length# Fermi level# boundary conditions, donor# charge isothemj, n type semicon-'O'
iductor., p type semicanduotorj, cataUstj, Poisson equationp desorption, free energy
i jemiconductor charge
A& on
MALM: The expression for the kinetic Isotherm of chemisorption by sedic
Is presentedp based an the followin onsidamtions: I- adsorption is
g c
!unaccompanied by particle dissociation# 2- there exist adsorption centers of anoth-.
or kindp 3- chwisorytim of paztiol~s Ls linked to the sadconductor surface a
by
solIA" acceptor bond# 4- It procesdi through farmatiot~'of an activating cosplex
.connected. by a solid scoeptor bond vith the surfaces 5- the density of activating
6 of
i complexes Is ocuslden*ly b~Jxw Mat. of alsortpd part"s P fj I as
Cwd 1/3

AMMMON
n: MhaioO
siserptIou centers Is lov, thicloese of the seuicooductor In greater than the
Debye I math of so
reening. A forwd a Is presented for the rate of change of
density of Un cbmi-edsorbei partIcles.,
Af 7t +P8-QG Net-1 -Qt,
L
-- -1-MVe
di A
'Ponw1a, (1)'represeats the rate of change of density of cheidedoorbed piwticles N
vbere 9 Is the transport coefficient; h - PlanaMs constant; k - the Boltzmann
M315tant; T - temperaturel P - gas pressurej X* - density of adoorbod.centeraj Qa
and qd - the activation-energies at zero temperature of adsorption and desorption .1-,
process respectively; ),L g - the Fend levels from the upper part of the Yalence
'zone; f - - the free energy calculated for one molecule for the'adsorbed molecules;,-,,e
if and fo - the free energies of particles in the gaseous phase and adsorbed centerC,
the free energy of-the activated complex in the absence of motion on
ireaction coordinates All*energles are expressed in kT units. This is further
'j,
'developed by finding the position of the Fermi level on the surface of the catal-
izer according to the Poisson equations. the boundary conditionsp the conctint,
of free donor levels and occupied acceptor levels# The formulas for kinetic
Isotherms of adsorption and charge am given for a number of partial cases
Corti 2/3

APCF=Cff mt: M*041665 -
corresponding to different Itions*9fAbe reiid levelplor n-type and p-
..'semiconductom- rma the expressions.of the cberge isotberm it mwVy be a
that the change of the surface potentialpm -pA. vith tims caused by ps
chadsorptionj, it t .4 T In satisfactorLly desciibed'by the foruula
Ow (IN(tl+'#)+Ci.
vhere to and c0 are some fmotion of'tai;m rep paramters of the sad
ductor and the adsorlmA gas# twA It,.expessions for timo Orig. art. has: 27.
iformulAs Old 5 figmas
Instiftt kat&Uft 00 M BSSR Institute Of Cataysis so m
.1 ASSOCMI* I
'MMKETM: WanW` ;UCLt.
I WD COM: NO raw Ilml, OCkL'*.
.007
card
%

ruzNPI'llsoll v . S .
- -,. -'- I
KItietics of gas chemisorption by a semicoDdurtor. Kin, i kat. 5
no.3:541-546 14Y-Je 164. 041"HA 17:11)
1. Institut kataliza Sibirskogo otdplen-lya AN SSSh.

1=111,
11:1; -t, . -, aflu.' T innal ma rr,,r ' . I .

Fig, 1. Test
3/3

WTHORS:
OROt none
TITLE: Controllable light filter. Class 571 No. 176489
SOURCE: Byu1leten'.1zobreteniy i tovarnykh znakov, no. 22, 1965, 83
TOPIC TAGSt light filter) aloctrooptic effect
ABSTRAOTt This, Author Certificate presents a controJlable light rilter con3isting
of a polarizer, an .analyzers and (between them) a set of anisotropic plates, e6gel Of
cellophane, having rotational dispersion. For inortialess control of the light pass
band of the fJ-.1terp the filter is provided with sheets, e.G., of a=onium. dihydro-
phosphate capable of electrooptical effects. Transparent electrodes, to which the
contro1ling volzage is supplied,, are applied to the shoetso which are placed in front
of the analyzer (see ng. 1).
Card .1/2 UDC3 535-345-66

K117,N%m)Vp.;V,.~. _
PetermirLing perrdtted range for temperature varlaticns of the
u=mzding medium and the power supply voltage by conditions
of a oteady operation of farrotransistor calls. Izv. vys. ucheb.
zav.; prib. 8 no.5:80-85 165. WHA Aao)
1. Moskovskiy aviatelonnyy ins-IWAtut imeni Cwdzbonikidze.

KUZNETSOV, V.S.
Experience In purifyJng oil field waste waters by
coagulation in fields of the Petroleum Production
Administration of the Association of the TV7vazy
Petroleum Industry,. Nefteprom.delo no.1002-26 165.
(max 19 11)
1. TSekh nauchno-isoledovatellskikh i proizvodstyennykh
rabot nefteproqrslovogo upravlaniya 'Tqymazaneft'".

592 41-65 EWT(m)/tPA(W)-VEWA(m)-2 PW IJP(C) GS
ACCESSION Wits AT5001937 8/0000/64/000/000/0501/OSi2
AUDIORt Abroyass, M. A.1 Gerselomov V Pi; zhelsznikov, r. a.; zgiotakaya. 0. R.
Xylev A V ; - - is, a.N.J.
ano
L.s bmetiavy. Vt--I.i Latymizo
loy 0,
MY
TITLts HISh-curretnt Injector of a linear accelerator itith strong focusing
SOURCES International Conference on High Energy Accdl rators. bubne, 1953. Trudy.
Moscow, Atomisdats 1964, 507-512
TOPIC TAGSt 11~;dr accelerator, strong focusing accelerator, electron optics
ABSTRACi: Conditions gav:rnLng Injection In linear proton accelerstors determined
the requIrements on the I n beam, which were of the following or4ers energy, 700
key; beisoo current, 400 allllam"real b"m diamter, 10 smillimeterol pulse durations
10-15 valeroseconds; energy stabilitYl 0.04 Angular dIvervIm. 15-104 radi".The
principal difficultlem occW in the develoomat of a systes for producing ad fGVJJ*
Lag an ion bees with a Ura caveat from a pmrful st&)AU=d bWvoltap bowca
for partL~le *DwV of 700 kavo, a varlatIon of the open vathisse is thosm iddeb a-
sures good oprational cheracteristics. In the case of large otwom too the Affeat
of tho'b"a's spatial dorp le'substmt1al ad out be taken Into smamte It
C*d
01

L 59241-65
AMESSION NRt A75007937
considerably complicatti the design of the Ion-optical system. Experimental test-
Ing of the selected version of the optical system for a proton beam wLth a current
of the order of 0.5 ampere confirmed the correctness of the theoretical conclusions
and indicated the possibility of producing a proton injector with the above pars-
motors. The author discusses the following topicst design of a system for form-
Ing the beaml the experimental setup (injector power.sulp1l, high;voltage stabillsol
power supply circuit, ion source, and current character st cs); he results of the
measurements (e.&. current density distribution over tube cross-section). "In call-
elusion, the author thanks X. r. Mallshey for his constant interest and cooperation
during the work, and also R. Ps Zeytxeva for doing the computer calculatlons.P
OrIg. art. has: 8 fAguref-.
ASSOCIATIONt Hauchno-issledovateltakly instlitut slaktr6flalchookby appare"
Imani. D. Ve Yefremova OXAC OSSR (Solent Iflo-PA search Institute of Slootrophyslou
Equipsiants OW SSSR)

L 59241-65
A=BSION URI f AT5007007
WiINlTMDI 26Nq64- Excm
'00 sm coml
wo Mr BOVI 606
OTHERI .002
cwd

MITSOV AN -, ZT,
p 0 _.jIL WOLESOVA, H.B.
Formation of a condensed imidazolons ring. Zhur. org. khim. 1 no.6s
1117-U21 Je 165. . (WRA 18t7)
1. Institut onkologii AMN SSSR, Leningrad.

. - - -- I . 7- 1 , I - . 7-, . I .
C, ;:,;FT ( I ) A: C:r- ' i ') `=WA 1 ~ 1 - - - - - - . ai~l .
- -*~ . .1 1 1
9 j ! -~ - '- - - , I . , I

, ; - f r-omm C) to 12 kv with an out put YAtiggi-i hoiding 'iccvracy no worse
rallae I
'. e-gctlf,er Z"."S a MST"-r-t= I Oar~ ~ - -~ f
, T L A.

YELITSOV, A.V.; KUZRETSOVj V&S,; EFRO59 L.S.
Derivatives of imidazole. Part 3. Zhur.ob.khim. 33 no.12,3965-
3972 D '63. (MMA 17:3)
1. Leningradskiy tekhnologicheskiy institut imeni Lensovetao

YELITSOVY A.V.; KUZNFTSOV V.S.; EFROS, L.S.
Derivatives of imidazole. Part 31. Zhur.ob.khim. 34 no.lil97-201 Ja
164. (MIRA 170)
1. Loningrqdskiy tekhnologicheskiy institut imeni Lensoveta.

~M/Diseascs of Farm Animals - Diseases Caused by Bacteria
and FunGi.
Abe Jour : Ref Zhur - Biole, No 11) 1958; 50173
R-2
Author : Ivanov, M,L,,, Levina, I.G., Studentsov, P.S., Kuznetsov,
Inst : State Scientific Control Institute of Veterinary Prepara-
tionse
Title : The Problem of Anti-Brucellosia Vaccination of Lar-c
Homed Cattle with Dry Brucclla Vaccine*
Orig Pub : Tre Goo. nauchno-kontrolln. in-t po vertpreparatam, 1956.,
6, no-123.
Abstract : Vaccinations were performod with the live brucella No 19
strain vaccine. The vaccine was hypodermically injected
in 5 ml doses to all barren cows, as well as to cows prcG-
nant for up to 6 monthe. The agGlutimtion reaction
Card 1/2
14 -

~Sffl/Diseaecs of Farm Animals - Diseases Caused by Wctoria n-2
and Funas
Abe Jour Ref Zhur - Biols, No ll~ 1958) 50173
served as a criterium of i=uioloacal reaction* If 15-
20 days after vaccination the ac~Autination titer was
lower than 1:200p the vaccination waa repeated, and if
even then the titer was otill too low, a third vaccina-
tion was performed. Observations revealed that vaccina-
tions make it possible to stop the spread of brucellosis
enzooty and to put an end to abortions. In vaccinated
healthy animals the bbod serum reaction (BSR) disappeara
after 5-8 months, while in animals which were in the ini-
tial or latent stages of the disease prior to vaccination,
BSR is preserved for a lon,; period of time (over e yeara).
These indicators may be utilized in order to differentiate
between healthy and brucellosis afflicted animals in vac-
cinated herds. In some of the healthy animals im=noloC;i-
cal anti-reactivity towards the No 19 strain vaccine war.
observed. -- I.Ya. Panchenkoe
Card 2/2

KRAYCHIK, M M., kand.tekhn.naukj WSIMOV, VA, inah.; Prinimall ,-
uch;sti.ves KMLINIKOV, V.L.;_IUZNETSOV, V.S.; SKOMMKHO~,;`S.T.
Effect of certain factors on the resistance of welded structures
to brittle failure. Svar. proizv. no.416-9 Ap 163. (MIRA 16:5)
1. Vsesoyuznyy nauchno-issledovatellskiy institut aholeanodorashnogo
transporta Ministerstva putey soobahcheniya.
-(Structural frames--Welding)
(Steel, Structural-Brittleness)

~;/865/62/002/000/021/042
L)405/D301
1=11ORS
Borshchevskiy, I.Ya., Belyalcov, G.M., Gurovskiy, N.% 4
~u_znegkwj_~` and Yuganov, Ye.I.I.
TITLE: Estimating the quality of speech reception and trans-
mission under imightlassneas conditions
SOURME: r-roblemy kosmichaskoy biologii. v. 2. Ed. by 11. SiGa..
hyan and V. Yazdovski.y. Moscow, Izd-vo M SSSRr 19620
215-217
TZXT: The investigations were,conducted during periods of
Weightlessneas ranging from 30 to 40 seconds on aircraft following a'~
parabolic course. Four pilots participated in the experiments; 28
speech records were made during 23 flights. Ultra-ahortwave ground
air radiostations were used. 'k tape-recorder was connected to
the output of the ground station receiver; it recorded the entire
cycle of speech reception and transmission. The quality of the
nc b.;;
speech was determined from a standard sente e (of 5 words) with Su
sequent frequency-spectrum analysis. The relative quality was Assess-
Card

3/865/62/002/000/02L/042
Estimating the quality ... D405/D301
~.ed with reference to the ncrtinont enperimental data prior to and
after weightlesnuese. Conclusions: Vaightlesoness does not appreci-~
ably affect the quality of reception of speech ground signals. The
quality of apeach transmitted'under conditions of weightlessness
differs somewhat from that transmitted uader normal flight conditiond:
the pronunciation is somehow forced, with an increase in vowel inten,~
sity. The 'Arequency spectrum.of speoch under weightleasness condi-
tions is analogous to that under normal flight conditions; at fre-
cluencien of 100-500 and 1000-2000 cycletj the spectral components
show a relative increase of 2-4 and 02-6 d1l) respectively. The quality
of 3pecch changes but insignificantly under weightlessness conditions;
thus it should be possible in principle to maintain good communica-
tions under such conditions. Further studies of the physiological
characteristics of npeech are necessary, in particular under more
prolonged weightlessness conditions. There are 2 figures.
2/2-

V.je
KUMMTSOV, V.T. (Baratov)
Introducing the concept of the function in secondary achools.
Mot. v shkole no,4135-110 A-Ag 154. (KLRA 717)
(runotions)
'K~
MA.

'-IIWZNSTSOV, T.T.; SGROLA, A.K.
On the road to accelerated technical progress. Zhel.dor.transp.
42 no.5:65-71 W 160. (MIRA 13:9)
1. Naeballoik Kanashalrogo vagonoremontnogo zavoda (for Xuznstaov).
2. Glavnyy inzhoner. lanashokogo vagonoremoutnogo zavoda (for
Soroka).
(Ranash-Railroads-Repair shops)

r. (Kanash); SOROKA, A.K. (Kanash
Azation and automation of production in the Kanash Car Repair
. Zhel.dor.transp. 44 no.4:60-6,4 Ap '62. (MIRA 15:4)
-hallnik Kanashskogo vagonoremontnogo zavoda (for Kuznetsov).
avnyy inzh. Kanashskogo vagonoremontnoro zavoda (for Sorok+
(Kanash--Railroads--Repair shops)

USSR /themical Technology. Chemical Products H-4
and Their Application
Corrosion. Protection from Corrosion.
Abs Jour: Referat Zhur - Khimiya, No 1, 1958, M15
Author : Zobachev Yu., Bershteyn V., Kuznetsov V.
Title : Means of Protecting Inside Surfaces of Tankers
from Corrosion.
Orig Pub: Morsk. flot, 1957, No 4, 15-18
Abstract: A presentation of the results of Investigations
of the causes of corrosion damage (CD) to in-
side surfaces and structures of a large number
of foreign tankers. The average magnitude of
CD averages 0.28 mm/year during the first 9
years of operation, and 0.38 mi/year during the
Card 1/5

USSR /themical Technology. Chemical Products -q-4
and Their Application
Corrosion. Protection from Corrosion.
Abs Jour: Referat Zhur - Khimiya, No 1,, 1958, 1615
subsequent years, During transportation of dark
grades of petroleum products the rate of corro-
sion of the ships is approximately 3 times les3
than in shipping of light petroleum products.
Procedures for the protection of the tankers
from corrosion are listed. Tanker structures
made from clad stainless steel. The vinyl resin
base coatings can be utilized over prolon ed
periods at temperatures not exceeding 50-90', or
on brief exposures to temperatures of 85-95'.
Also effective is a coating of Saran, which is
sometimes used with an aluminum powder filler.
To enhance the quality of the protective coating
use is made of etching primers containing phos-
Card 2/5

USSR /themical Technology. Chemical Products 11-4
and Their Application
Corrosion. Protection from Corrosion.
Abs Jour: Referat Zhur - Khimiya, No 1, 1958, 1615
phoric acid. Good results were also obtained
with coatings based on epoxy-resins, ethynol-
and neoprene lacquers. other materials that
can be used to protect inside surfaces of
tankers include coatings having a base of furan-
and phenol resins, thiokol, polyamides, etc.
on a number of tankers corrosion is controlled
by drying the air inside the tanker by means of
a "Cargocare" unit. Corrosion inhibitors, which
are added to the ballast water, are not util-
ized at the present time for economical reasons.
Among the corrosion inhibiting agents that are
added to the cargo the best results were obtained
Card 3/5

USSR /*themical Technology. Chemical Products H-4
and Their Application
Corrosion. Protection from Corrosion.
Abs Jour: Referat Zhur - KhImiya, No 1, 1958, 1615
with "Santolen S". In the washing of surfaces
of empty tankers Use has been made of a 5%
solution of Na,SiO,3 in fresh water containing
1% (by weight) of NaOH. In the United States
and England extensive use is made of cathodic
protection, by means of Mg-anodes, for the cor-
rosion control in ballast carrying tankers.
A6Z3 alloy has been used for the anodes. In
England a 2-step system of protection has been
used '# in which, during the Initial stage, the
primary anodes, weighing 60-80 kg each and in-
stalled inside the tanker, are supplemented
by temporary, additional, anodes of circular
Card 4/5

USSR /themical Technology. Chemical Products H-4
and Their Application
Corrosion. Protection from Corrosion.
Abs Jour: Referat Zhur - Khimiya, No 1, 1958, 1615
shape, by means of which a rapid formation
of a protective calcareous layer on the metal,
is effected.
Card 5/5

.RMINA. V.; ZCBACHIV, TU.; tMNSTSOV, V.; SHCHIRBAKOV, ?-; MUMM P-I-skand,
takhn.nauk, otvsred.;-IMR-mLOV. V.H.,nauchnyy red.; PROW, D#Yso,red.;
YMSHKAII. Z.S.,rsd.izd-v&; NOTMAROVA, Ool.stakhnored.
[Protection of tanks used on oil tankers] Protektornaia sashchita
tankoy neftenalivnykh sudov. Leningrad, Isd-vo Morskol.transport.
1939. 47 p. (Leningrad. teentralinyi nauchno-iBoledovatellskii
institut morskogo flota. Trudy no.24) (MIRk 12t5)
(Tank vessels) (Tanks) (Corrosion and anticorroolves)

ZOBACILICV, Tu.; KUZNETSOV, V.; SHCHmMa0y, P.
Use of anticorrosive protection for the internal surfaces
of petroleum tank vessels. Mor.flot. 19 no-11:32-34 It '59.
(MUU, 13:3)
1. Nachallnik laboratorli korroxii TSentrallnogo nauchno-
Isslodovatel'skogo instituta Morskogo flota (for Zobachev).
2. Starebiye Inshenery laboratorii korrozii TSentrallnogo
nauchno-Issledovatel'skogo instituta Morskogo flota (for
Kuznetsov Shche~bakov).
Nank vessels--Cathodic protection)

KuzNrMGV, V V.; VMHBITSKAYAO L. V.
Role of micro-organisms in the process of iron corrosion in
water. l4ikrobiologiia 30 n0-31511-514 My-Je 16L
(MIRA 150)
1. YeetsetvennonauchW institut pri Fermskom gonudarstvann=
universitate imeni A. M. Gorlkogo.
IRON BACTERIA)
AMA RYDROEUCTRIC POWER STATION-IR011-CORROSION)
R
I

ZHETSOV9 V.V.1 VERZHBITMrAt L.V.
Study of the conditions leading to the formation and developmt
of pitting corrosion in the plant units and metallic structures of
the Kama Power Station. Zhur. prikl. khim. 34 no.1:187-193 Ja 161.
(KMA 3-4: 1)
1. laboratoriya elektrokhimii Yeatestvenno-nauchnogo institute
Pri,Permakom goeudarstvannom univeraltete imeni A.M. GorIkogo.
(law-Hydroeleotric Pow4r Station-Iron--Corrosion)

ARrW34810 - (/Vj-SOURCE CODr,: UR/03913/66/000/008NOMM08
AUTHOR: Vcrzh bits kaya, L. V.; Kuznctsov, V. V.; Posyagin, G. S.
TITLE: Cathodic protection for steel in river water
SOURCE: Rcf. zh. Vodnyy transport, Abs. 8V45
REF SOURCE: Tr. Yestestvenno-nauchn. in"ta pri Permsk. un-te, v. 11, no. 3,
1965, 85-88
TOPIC TAGS: protective coating, cathodic protection, corrosion protection,
steel corrosion
ABSTRACT: Coatings made of Kuzbass varnish, EKA-15 paint, foamed plastics,
EP-15 epoxy enamel, epoxy compound, and cement have been tested for use in
cathodic protective coatings of steel 3 against corrosion in water from the Kama
River. It is established that EKP-15 paint, Kuzbass varnish, foamed plastic, and
EP-15 enamel all disintegrate under the effect of superimposed current, while the
epoxy compound and cement coating of Portland cement were found to be good
insulating materials, and, can be used for cathodic coatings with external current
in Kama River water. [Translation of abstract]
SUB CODE: 11, 13/
Cerd 1 1 UDC: 620.197.5

ACC M1, AP7000335 SOURCE CODE: UR/0413/66/000/022/0093/0094
INVENTOR: Tairokberova, D. M.
ORG: none
TITLE: A polymerization method. Class 39, No. 188666 [announced by the Kazan
Chemical Technology Institute Im, S. ", Kirov (Kazanskiy khimiko-tekhnologicheskiy
institut))
SOURM Izobreteniya, promyshlennyye obrazteys tovarnyye znaki, no. 22, 1966
93-94
TOPIC TAGS: radical polymerization, unsaturated compound, polyelectrolyte acid,
itacomic aicd# citraconic acid ArA'oe.
ABSTRACT; An Author Certif-icate has been Issued for a method of radical polymeriza-
tion of unsaturated compounds. in amino media. The method is intended for the pre-
paration of polyelectrolyte acids and involves the use..of.itaconic or citracanic
acid as the monomer*
SUB CODE: 11, 07/ SUBH DAM 2414ay65/ ATD PRESSs 5107

N 'I L I h 'I R:!~, A, K, AI. S.
Effeqt of the ultraonand on the aboorptlon of hy~r,)gen 'by rela2.-
during Zhur.prikl.khim. 38 m).&O310-1315 ;e 165.
(WRA 1&10)
1. taboratoriya slektroWilmli T.4steatvenr,.);;nnAchnago Inutituta pri
Parwk-im gosudarstvannta unirtrelt.!?t Imt-ml A,M..Ckir*lcogo,,

Kuns-'sovo V.V.
Wiarko on article %Vdrcgwn diatritcti= in
ot,a,el during cattod1c trnfitasat In acid and Ita effect cm
m1arohardness,* Fix*-mLs I v*iA'i1Acjvod. 20 no,51797-7W N 11~-
OC4 18:12
I, Pormskiy geoudarstv*nryy universit-vt -'rerii A,W#Gorlk!~'gu,
Sulaitted -Tuly 16, 1964o

TUGARTNOV, V.V.QL7~ETSLV, V.V. '__
Combinod effect of X rdpo and otreptomycin on tho mutability in
Chlorella. Doklo AN SSWOR 166 no.31722-725 Ja 166.
(MIRA 19:1)
1. Laningradakiy gonudarstvennyy universitat im. A.A.Zhdanova.
Submitted March 1. 1965.
1 . 1~
'o 'I-

YLUM-1r."OV, V."'.
Mr-thodologry of aerial mapping of soils for irrigation purposes@
Pockwovedenle no.8:10-17 Ag 165. (MIRA 18:9)
1. Luboratoriya aerometodov, Leningrad.

.j. -,-,-,j-T7 -1.7.
. , 11
K-uznct-,ov, II.V. "On the charac teri3 ties of Uzbf:-k P-),.uIran,-.tc- ty~~Csll,
Doklady Akad. nai k, Lzbek. SSR, No. 11, 1911,,, p. 2~i-30, (.(csu,r~t In Lzbek).
SO; U-3261, 10 April 53, (Letopis1zhurnal Inykh Starey, No. 12, 190

USS~(Cultivated Plants.- Fruits, Berries M-8
Abs Jour Ref Zhur - Biol.., No 1, 1958) No 1741
Author V.V-Kwneteov
Inst
Title on the Characteristics of the Almond of the Ferganskaya
Valley.
Orig Fab Tr. Plod.-yagod. in-ta AN UzSSR, 1956., vyp 21) 73-88
Abstract The author conducted research during 1949-1952 on almonds of
Ferganskaya Oblast'. Prom 50 species of Amygdalus L. in cen-
tral Asia, 8 species are encountered which can be incorporated
into 2 subgenii. This is the karagachelistnyy almond (A.
Ulmifolia, M. Pop.)) a species of the sub-genus of Amygdalopsis
and of 7 species of subgenus Enamygdalus: the comr-a almost
(A. commvnis), very thorny almond (A. spinosissima Bge)) bukhar-
skiy almona (A. bucharica Kopsh.), brushy almond (A. Scoparia,
Apach.)) almond of Petunnikov (A. Petunnikovii Utw.), almond
Sveginzov (A. Sweginzovii Kochne) and Vavilova almond (A.
Vavilovii M. Pop.). In the valley of Ferganskaya three species
Card 1/2
USSIR/Cultivated Plants - Fruits, Berries M-8
Abs Jour : Ref Zhur - Biol,, NO 1, 1958, No 1741
are noted: Petunnikov, very thorny., karagatchelistnyy and the
common:a-ImOnd, which are described in detail. The descrip-
tiOn of the 31 most interesting almond samples is given. The
cultivation of the almond in Ferganskaya valley is most suc-
Cessful-ly developed In the foothill regions and in the valley
Zones with rather rare appearances of late spring frosts.
According to the weight of the fruit (.1-2.0 g frequently 3-0
9 and more), the output of kernels W-70%), its oil content
(on the average 66-5%), the F0r9an0kaYa almonds are not in-
ferior to the world standards, Thirteen of the best samples
have been Selected, recommended for wide utilization in the
rayons of the oblAst.
Card 2/2

USsR/cultiv,atod "Alant s ruits, Darrius.
kbs Jour : Rof Zhur-Diol., No 15, 19539 68340
lisimi oonditionst tho earliest bearing strains
are tho folioviini;: Ronot Sinironko Boykon
Winter Golden ilavion, which yi"10, Loin 41.6 to
56,7 of their total production in tho first
sixteen years. 1.11hon Lmetsborg Ronot anC Early
Samarkand wro crossbred in 19331 187 hybrids
were obatained. From the first yoar on those
hybrids were grown on enriched soils, Their
hybrid progeny is doseribodt as viell as the
fourteen now apple strains tihich were isolated,
It is rointod out that whon quick-bec-cring
strains are croated, it is quite nocossary to
have one bnsic forn which is both quick-bearing
ancl also early-riaturing. Th(- early apple forns
of Central Asia doservo special attention . The
Card 2/3

USS'-VCu1tivL1t0d Plants. Fruits. Dorrics. J~r
ILbs JOur Rof Zhar-Dioi., Plo 15, 1958, 683-Ao
strain gibirk..., is tilso a strain which trans-
r1its its quick-boaring chnractaristics to
its progony vio'Ll., -- 1, So Sluruidr;-.ikova
Card 3/3
162
USSR / Cultivated Plants. Subtropical. Tropical. m-6
Abe Jouro, Ref Zhur-Biol., NO 6, 1958, 25212
Author Kuznetso_yv~ ~ Shreder, A. 0.
Inst Th"F-Yr-uit and Berry Inst. of the Academy of
Sciences, Uzbek SSR
Title Pecan Varieties for Tashkentskaya Oblast'
Orig Pub: Byul. nauchno-tekhn. inform., 1957, vyp. 1, 16-18
Abstract: The study of the pecan (Caria olivoformis) was
begun in 1943 by the Fruit and Berry Institute of
the Academy of Sciences, Uzbek SSR, and has shown
that under the conditions prevalent in Tashkent
the vegetation period lasts 200-220 days. The
pecan is more frost-resistant than the walnut,
starts to bear fruit from Its 13th year and yields
10-16 Xg. of nuts from a single tree. Late flower-
Ing at the end of May protect the pecan from spring
Card 1/2

C 0u V 1, A y
CALAORY
.1913. -Jrffk~. 4. RzBiol., A0. 1959, No.
AUT HOA KuZriet.-'ov, V. V.
t*r
T,,,E: Pro'blert (.f lricreasirq~, US: FrodlUctilli j
orch".Vdls -:Ari(i itreas of Fruit
OR IG . PUB. silair. Uzbi~:~rlstana,
lc571 No ~j 31fj-3~O
Ij .!a
A '-3 12o T qR 0 TIn the, 4eriAv21vtn3k1y b:i--Art t~hx~ orc!
colfri, an arva of 10 1~c) huct%r(~,-:3. -.ccc,-,. mend-tionc- urfi. made
ccnc,- vning zelection ,A' -syf~cies and V".Ar!Eties, und tl.e
J'w*
of '~-.Yj-' rl-1:1teda arA 'ivail,~ble in tix foothill and
--tricts, w.'-:ere precipil-zicn
In tLE! rr;oL;ntzJn 4's
's of' a~- ie-:~t 7!)0 rv--s mv- 11= 31;7(- cr-)-.s c~-~n bc prodixt-d
CARD:
T./'w'SR // Cultivated Plant5. Fruit Tree6. Sm a 11 M- 7
Fruit Treeo.
Abs Jour.* Ref Zhur-T31ol., 195,8, i4o 16, 73151.
Author : Kuznetsov, V. V.; Shreder, A. G.
Inat : Not given.
Title : The Pecan - A Forst-11colstant Crop.
Orig Pub: Sac! i ogorod, 1956, No 1, 53-55.
Abstract: In Tashkentskaya Oblast, Pecan trees survive frosts
tO minus 270 and bear fruit; valuable forms have
been ijrought out.
Gard 1/1
137

KUZNSTSOV, Y.Y.; SIMM, A.G.
Pecan as a front resistant nut crop. Trudy Bot.inst.Ser.6 no-7:
169-170 '59. (MM 13:4)
1. Plodo-yModWy Institut Ia. RAAredera AN UZSSR, Tashkent.
(Tashkarkt-Pecan)

MIRZAYEV, M.M.; U~NETSOVL_I.Y.; GHEREVATENKO, A.S.1 CHERNOVALOVA,
V. P. j WrEmr., KI-rux0vp O.P.1 AMINOV, Kh.;
ZIIIVOTINSXAYA, S.M.; SHREDER, A.G.; LEPLINSKAYA, A.A.;
PAVLOV, A.K.; SHAPIROVj S.K.; KALMYXOvt S.S.;YAGUDINA,
S.I.; GULYAMOV, Kh.; DZHAIAIDV, Dxh.[tranalator];
SAIDAKHMEDOV, S.(translator]; BUNDARENKO,M.,, red.;
KADYROVA, R., red.; BAKHTIYAROV, A., tekhn. red.
(Fruit of Uzbekistan] Frukty Usbekistana. Tashkent, Goa.
izd-vo UzSSR, 1960. 6 books in fold. Abrikos, persik,
sliva. 84 p. Granat, Inzhir, khurma. 40 p. lAblonia,
grusha, siva. 96 p. Mindall, orekh. 26 p. Vishnia,
chereshnia. 18 p. Zemlianika, malina, smorodina. 36 p.
(MIRA 16:7)
Wzbekistan-Fruff-Varisties)

NATSVIN, A.V.; MMEVATEITKO, A.S., VASILIM, K.V.; N.'OTOSEVICII,
L.A4; CIMNOVALOVA, V.P.; LEPLINSY4YA, A.A.; FAVLOV, A.K.;
TASHKATOV, L.T.: 3-IMOV, P.K.; SOIDATOV, P.K.; KIMAYDARKULOV)G.I.;
TSEYTLIII, M.G., kand. ael'khoz.nauk;,L1jZI kand.
sallkhoz.nauk, otv. red.; IMIVONO.SOVA, N.A., red.; VROKINA, Z.1.1
tekhn. red.
[Best fruit and grape varieties for drying and preserving in the
southwestern regions of Uzbekistan] Luchshie sorta plodovykh i
vinograda dlia sushki i konservirovaniia v iugo-zapadwjkh ob-
lastialch Uzbokistmia. Tashkent, VISKh UzSSR, 1961. 162 p.
(MIRA 15:7)
1. Institut oadovodstva i vinogradarstva im. R.H.Shredera. Sa-
markandskiy f Mal. 2. Samarkandskiy filial Instituta sadovod-
stva. i vinogradaretva im. it.n.Slwedera (for all except Ku,-Letsov,
Nrivonosovay 5oroXina).
Wzbokiatan-Fruit-Varietias)
(Uzbekistan--Grapas-Variaties)

AUTHOR:
iiTLE:
FMIODICAL:
Kuznetsov, V. V.
The study of soil cover of deserts
8/270/63/000/002/015/020
A001/A101
Referativnyy zhurnal, Geodoziya, no. 2, 1963, 28 - 29, abstract
2.52.200 (In collection: "Aerometody izueh. prirodn. resursov
M., Geografgiz, 1962, 156 - 166)
TEXT: In desert zones, where vegetation does not form a continuous cover
and in some places even is absent at all, the properties of landscape image on
aerial photographs are due mainly to specific features of the soil cover. The
texture of surfaces is then of a special importance: soils with mat surfaces are
represented by a brighter shade 'than soils with a rough surface. Moreover,
brightness contrasts depend on the moisture, mechanical and mineralogical compo-
sition of soil, as well as on the content of humus, ferric oxide, and other dye1ng
substances. Specific features of images of soils covered with vegetation are
determined mainly by the state and species composition of the latter. Seasonal
natural phenomena greatly affect appearance of soils an aerial photographs. The
Card 1/2

S/270/63/000/002/015/020
The study of soil cover of deserts A001/A101
author lists criteria for identification of main-types of soils In desert zones
(brown soils, solonetz and solonahak, meadow-brown and alluvialstriated soils,
gray-brown soils, gray desert soils, sandy massifs, 11takyra", solonchaks, meadow-
gray desert soils, and old irrigated soils. In so far as in deserts is observed
a particularly close relation of soils with geological conditions, relibf and
vegetation, decoding should be performed on the oomprehenaive basis taking into
account all main elements of the landscape.
[Abstracter's notee Complete translation]
Card 2/2

~KUZNETSOV, V.V.
11henoclimatic evaluation of the germination conditions of
the main fruit and berr7 crops and grapes in Tasbkent Province.
Mat. Fen. kom. Geog. ob-va SSSR no.D71-84 162.
(MIRA 17:3)

KUZNETSOV, %v., kand.sellolwkhoz#nauk (Tashkent)
New early varieties of apple. Priroda 51 no&8tl22 AN 162.
~~ 15:9)
(Sattet Cezda%I.Asia-Apple-Varieties)

lj.V.;
Fo3sil land turtle of Kirghizia. Vat. po geol. Tianl-Shan"a
nu.4:135-146 164. (MIRA 17- 101

AR7000880 SOURCE CODE: UR/0058/66/000/000/L-097/LO97
AVTHOR Kuznetsov.
E. N.
TIT LE: Diffusion of electrolytic hydrogen through iron of various structure
SOURCE: Ref. zh. Fizika, Abs. 9E776
REF SOURCE: Tr. Yestestvennonauchn. in-ta pri Permsk. un-te, v. 11, no. 3,
1965, 21-23
TOPIC TAGS: annealing, electrolytic heat treatment, gas diffusion electrolysis,
hydrogen diffusion, ~u-v--
ABSTRACT: The diffusion of an electrolytic H2 through nonannealed and annealed!
Armco-Fe at 16-18C is studied. It is determined that if Fe polarization occurs
the H diffusion rate through the Fe
in a solution of chemically pure I N H2SO4, 2
membrane depends only very slightly on the grain size of the membrane material.;
Introduction of Asi03 (10 mg1l As) into the electrolyte Increases the H2 diffusion
rate through the membrane of annealed Fe, almost 10 times as compared with the,
diffusion through a membrane of nonannealed coarse grained Fe. It is assumed
Card 112

~-'ACC NRI"'-.AR7"---
000880
that the presence of As in the electrolyte increases the contribution of the
boundary diffusion of hydrogen. I. Marchukova. [Translation of abstract]
[GCI
SUB CODE: 111.3
Cord 2/2

KUZNETSOV,..V V., inzh.
Characteristics of the operation of the OS-4,5 grain
cleaning machine. Trakt. i sellkhozmash. no.12t3g
D 165. (MIRA M12)
1. Voronezhakiy zavad oellakokhozyaystvennogo mashinostroyeniya.

KU4NETSOV T.V.; KONISHIKAp E.N.
Diffuaian of electrolytic bydrogen througb bimntallla mmlmrar~ea.
FAekt--okhW- la I no.g:IJ.L5-11153 3 16j. ",4ri-
1. Yes tej tyenno-mmichW Ia5LItub pi-I I-rmskom ~;)suaarsbv!iow 'R
'imiversiteta Imeni A.M. Gerikogo.

SOLDATOV# G.A.; LEVITSKIY, V.X,j KHAINSON7 A.Mj YTJZNE7~O.VV.V.j SPEKTOR, M.P*
Drying of mettlaah tiles in radiation driere. Stak. i ker. 22
no*3133-33 Mr 163, (MIRA 18110)

KUZNETSOV, V.V.
Magnetic properties of rocks and ores in some iron-ore
deposits in Central Asia. Trudy Sred.-Az.politekh.inst.
no.l2tl68-175 161. (MIRA 18:12)

21(7)p 21(9)
AUTHORS: Kuznetsovt V. V., Mekhedov, V. 11. SOV/56-35-3-5/
TITLE: The Formation.of Tritium in Metals Under the Action of
120-660 MeV Protons (Obrazovaniye tritiya v metallakh
pod doyotviyem protonov a energiyey 12o-66o mev)
PERIODICAL: Zhurnal eksperimontallnoy i teoretichoskoy fiziki, 1958,
vol 35, 41ir 39 pp 507 - 5qX (USSR)
ABSTRACT: It was the purpose of the prosent paper to supplement
the data published in other papers (Refa 1-6) an well
as to obtain new material concerning the formation
of tritium in metals. Sampler; having the dimensions
2.6.15 mm were subjected to a proton beam of the
synchrocyclotron (Duration of irradiation: 2-5 minutes;
intensity- 1011 : 1012 protons/ser.). The tritium
content in the irradiated tar-et was determined by means
of a "vacuum system" (Fig 1). This device consists
of a system of tubes and containers in which precoure
is lowl the sample, the tritium content of which in to te
determined, is melted in a 140 cm3 quartz tube for
Card 1/3 1,5 to 2 hours at a ter:,.perattire of 900-1050oC in a

The Formation of Tritium in Letalu Under the Action of S~)71/56-3
120-660 MoY Protons
hydrogen atmosphero at v pr,,ontirc of 50 to-"), on
which occasion about 90% of tho tritium o:;cr,-yjos
from th+ample. A Gei-or cou;it(.,r a s*.icld of
0
40 mm thicknous in used as II recorklit:.; dovLoo. T~av~-Otu
of the following materiala woro inveotii;:~t,nl: Al,
Cu,Znj Ag, Cd, (Po), Pb, Sb, Au, Sn, Bi. Th,~, results
obtained by the exporimonto (avuiaUe uvo,ls rectionn
at EP= 120, 200,300,450,500,550,600 and (360 II,.,V and
the corresponding number of tests) re co:,,iled in a
table. Figure 2 shovrs the dependence of ao on the
atomic weight of the tarfet material at 660 ai'd 450 lza'l
(nlightly ancending otraight line). FiLltre 3 shows
the dependence of the H3-production cross section
in Al,Pb,and Fe on the proton cner'-r. T,-.c renrlts
U.)
of measurements are discussed. Final%, ~~uthors
thank V.A.Khalkin, LI.Ya.Kuznetsov% and V._7'.Sc,.I,~tsI.:IY
for their acoifitance nnd Yu,D.Fro.,:o_,xh`In for his
valuable comments . There arc! 3
Card 2/3 11 reforencoo, 1 of' v.,hich ifj Sovirt.

The Formation of Tritium in Metals Under the Action of SOV/56-35-3-5/6,
120-660 MeV Protons
ASSOCIATION: Ob"yedinennyy institut yadernykh iosledovaniy (United
Institute of Nuclear Research)
SUBMITTED: April 2, 1958
Card 3/3

VOU)SHCHUK,. V.I.; PZ4EW3[4-V.,,_Y,;,SULYAYEVp R.M.; FILIPPOV, A.I.;
SHCHERUKOV, Yu.A.
Measurement of particle ionization by the relative photometry
of track photographs. Prib. i takh. sksp. no.3-34-36 My-.Te 160.
(HIRA 14; 10)
1. Ob"rdinemiyy institut yadarnykh issledovaniY.
(Photography, Particle track)
(Ionization)

83165
3/056/60/039/002/002/044
44f, 660 0 B006/bO56
AUTHORS: -Van Yun-yuyt Xuznetsov, V. V., Kuznetsova, M. Ya,
Khalkin, Y. A7.- -_
TITLE; Investigation of the Seoondary_(at n) Reaotion/fon Bismuth
PERIODICAL: Zhurnal eksperimentallnoy i teoreticheskoy fiziki, 1960,
Vol. 39, No. 2 (8), pp. 230-234
TEXT: The authors determined the ablolute production cross section and
the relative yields of At2lo and At2 1 from bismuth irradiated with
120- to 660-Mev protons under rigorous experimental.conditions; the
experimental data hitherto available in this field (among others those
obtained by N. A. Perfilov, V. I. Ostroumov, and B. V. Kurchatov) partly
show considerable divergence. High-purity bismuth (impurity concentration
410-4%) waa irradiated on the synohrocyclotron of the Laboratoriya
yadernykh problem OIYaI (Laboratory of Nuclear Problems of the Joint
Institute of Nuclear Research) with 120-660 Mev protons. In order to
prevent astatine losses during the irradiation, the bismuth was filled
Card 1/4

83165
Investigation of the Secondary
(a,,Xny Reactions on Bismuth
3/056/60/039/002/002/044
B006/BO56
into a quartz ampoule up to half its capacity. Irradiation lasted from
five to 15 minutes. The proton beam intensity was determined from the
Na24 production in the aluminum foil surrounding the lower half of the
ampoule. The astatine was extracted from the bismuth three hours after
the end of irradiation, and was precipitated together with the elementary
tellurium. the a-absorption in the tellurium layer and in the film by
which it was covered was experimentally determined, and it was found that
25% of the alpha particles of At211(E a - 5.86 Mev) and Po2l 1(7-44 Mev)
and 30% of those of Po2lo (5-3 Mev) were absorbed in the tellurium layer
+ film. The alpha activity of the astatine preparations of tellurium was
measured by means of a scintillation counter (natural background
10 - 20 pulses/hour). Two half-lives, (7.3t0 02) hours and 140 days, were
measured which corresponded to At211 and po2lo. po2lo forms in At2lo
decay (Tj/2 . 8.3 hours; K capture). The production cross sections
measured for At211 and At21O as well as their ratios are given in a
Table. Among other things, the following values were obtained:
Card 2/4

Investigation of the Secondary
(agxn) Reactions on Bismuth
83165
S/05 601039100210021044
B006YB056
at EP . 130 Mev - 0-52 and 0-33*10-29CM2; at E p - 66o Mev - 2.6o and
2.14-10- 29 OM2 (for At211 and At2loy respectively). These values are
accurate to within t30%. The results obtained indicate that in the range
of 120!S EPI.S660 Mev the spectrum of the a-particles produced in bismuth
disintegration hardly changes its shape. The production cross section of
a-particles with E >20 Mov was calculated and one obtains:
Ep Exei) 130 170' 300 400 4804 530 580 66o
6(E,> 20Mev), 110_250m~ 0-42 1.03 1.56 1-55 2-03 2.28 1.82 2.1
The values with asterisks were calculated from a formula by V. V.
Babikov. According to P(E) . E-V exp(- with V. 6 Mev, V = 12 Mev,
the spectrum of the fast a-particles was calculated. The result obtained
is shown in curve 1 of the Fig.; for comparison, the spectral curves
from Refs. 2 and 5 have also been entered. The causes of the quantitative
Card 3/4

83165
Investigation of the Secondary S/056/60/039/002/002/044
(a,xn) Reactions on Bismuth BOO6/BO56
deviations are discussed. The authors finally thank V. N. Makhedov and
also B. V. Kurchatov for his interest and advice. There are 1 figure,
I table, and 19 references: 7 Soviet, 8 US, 2 Dutch, I Canadian, and
1 British.
ASSOCIATION: Ob"yedinennyy institut d rn kh issledovaniy (Joint
institute of Nuclear Resea ch
SUBMITTED: February 5, 1960
Card 4/4

IM960
8/056 60/039/003/046/058/XX
B006YS070
kUTHOR3; Van Yun yu , guzn9tsoY-&-Y,-L I Kuzneteovap M. Ya.j
Mekhedov. V. H. 9 Khjj%jLL_L_A,
TITLE: Investigation of Secondary Capture Reaction of Lithium
Nuclei by Lead
PERIODICAL: Zhurnal eksperimentallnoy i teoreticheskoy fiziki, 1960,
Vol. 39, No. 3(9), pp. 527 - 535
TEXT: The present paper is a report on the radiochemical investigation
/17 211,210,207
of the formation of the 411tott jig IgStopes At in the secondary
reaction 2Pb(Li oxn).5 At by bombarding lead wiun protons (80-660 Mev),
deuterons (75-370 Mev) and alpha particles (210-810 Mev). The apparatus
and method of measurement are described in Ref. 15. The lead targets
(about I g) were enclosed in a quartz ampoule, and irradiated for
0.2-2 hours. For determining the yieldp different thicknesses of lead
foil were irradiated for 2-10 hours. The dependence of the astatine
yield on the proton energy is given in Table 1:
Card 1/4

84960
Investigation of Secondary Capture Reaction S/056/60/039/003/046/058/XX
of Lithium Nuclei by Lead B006/BO70
Proton Energy 211 Yield 2in Vb At207/At"' Total Yield
in 11ev At At 10 in pb
66o 0-17 0.21 111-3 -1.3
500 m6 0.10 - -0-35
340 0-03 0.06 - -0.2
120 0-005 0.01 -1.1 -0.03
"80 -0.01 - - -
For Ep a 660 Mev, a case of At205 production was also recorded
(T1/2 w 25 min)l A005/Ajll~ 0.1. The yield of At211 as a function of
the energy of the bombarding partioles (app9d) is shown In Fig. 1. The
highest yield (-0-3 pb) was obtained by bowbarctment with alpha par.-
ticles, and this in only slightly dependent on the energy. When the
alpha energy is high, At211 may be formed also by the alpha capture of
208 207 (and z' emisaJon). The fraction of
Pb (and x-n emission) or Pb A
211
these 'reactions Is, however, unimportant. Fig. 2 shows the At yield
Card 2/4

8hg6o
Investigation of Secondary Capture Reaction 8/056/60/039/003/046/058/XX
of Lithium Nuclei by Lead B006/BO70
as a function of the target thickness. The yield increases monotonically
from 0-03 to 0.3 mm, and remains constant with a further increase in
thickness. In the discussion of the results, the authors compare the 9
p
dependence of the total production arose section of astatine isotopes
from lead with that of iodine isotopes from tin (Fig- 3)- An estimate of
the energy spectra of the Li fragments and their production cross sec-
tion from lead is made by a method suggested by B. V. Kurchatov et &I.
a - 6 1 a
(Ref. 10). An uming that Li 9 L-7, and Li have similar energy spectra,
the spectrum may be described by P(E)dE - T-2 (E-V)exp(,-(F,-V)/T)dE. The
excitation functions of the most important production reactions of At
isotopes by capture of U6 and L17 were calculated according to
Jackson's method, and are represented in Fig. 4 (a - f(E The ratio
between the Li yields from lead was determined to be
Li6:L17:Li 8'. 0.55:0.41:0.043. The par*motere'V and T from the spectrum
formula are given in Table 2 for several yield ratios. The beat agreement
with the experiment is found for V a 6 - 10 Mev and i - 10.5 - 11.5 Mev,
Card 3/4

MOO
Investigation of Secondary Capture Reaction S/056J60/039/003/046/058/X~'
of Lithium Nuclei by Lead B006/BO70
Fig. 5 shove the Li. spectrum for E >30 Mev (V - 6 Mev, -11.5 Mev). From
the astatine production B for a given proton energy and using the for-
mula B - N 0p 0Li 10 the production oroes section of U nuclei op , and
0 Li At 211 Li
the production oross section of At averaged over the energy Is calcu-
lated to be dy - 3- 4 mb and i'. 0.1 b. Al denotes the half thick-
Li ;ALt 211
ness of the Pb target in which the production of At begins to deviate
from the constant value. The authors thank To.-I.-Slaotoy-, KArA-
MXAD.&-and L,_A. Pleve for helpq and B. V. Kurchatoy for critical re-
marks. The spectroscopic determination of the lead impurities was car-
ried out by IA. F
Arafonov of Q9OKhI. There are 5 figures, 2 'ables# and
29 references: 13 Soviet, 12 US, I Dutch, 1 British, I Italian, and
I Canadian.
ASSOCIATION: Ob"yedinennyy institut yadernykh Iseledovanty (Joint
Institute of Nuclear Research)
SUBMITTED: March 12, 1960
Card 4/4

P,,,-t* prta-..t,-' %t th, trt- C. -nr~r-.-
A~,-t
0 A A x V X
~Livazt-15.t-Im ar a 1141" a R.Llnv

b. D 0 M-W,,

'.*--,~-~.-,,te .%f D=L-.C a 7-vtrta. ll-`r,
a..k !~r