SCIENTIFIC ABSTRACT KUZNETSOV, A. A. - KUZNETSOV, A. G.

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• Collection: Scientific Abstracts
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• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 20, 2000
• Sequence Number: 12
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

KUZMSOV A.A., starshiy prepodavatell
Investigationg the dependence between volumetric weight and the
heating value of coal. Izv*vyseuchebszav*; goroshur* noo4:28-33
158. (KIRA U: U)
1. Permakly gorrqy instituto
(Coal-Analysis) (Calorimetry)
7

I*.. KUZWTSOVY A.A. j TAVRINp I.F.
Sbma data on the tectonic structure of a greenstona synclincrium
on the eastern slope of the Southern Urals based on the results
of gravity and magnetic surveys. Trudy Gor.-geol. inst. UFAN
SSSR, no.34M-81 158* (MM 14:10)
(Ural. Mountains-a.--Zreenotone)
Qioepecting-Geophysical methods)
(Geology, Structural)

RUZNETBOV, A.A.
Study of the geology of the Magnitogorsk region bwed on geopbysical
data. Trudy Gorogeoloinst.UFAN SSSR no.6t207-2-12" 160* (HM 14:10)
(Magnitogorsk region-Geology, Economio)

TARMSOT, Mo; EE~~
Oil in Sahara. Vuesh, torg,, 30 no-2:50-51 160- (KIRA 13-12)
I.Ohlon-korrespondent AN BSSR (for Varentsov).
(Sahara--Oil fields)

TSATUROV, G.; KUZIa-;T,(30V, A.
Session of Oil and Gas Section of the Council of Geological
Testimony of the Main Geological Prospecting Administration
of the R.S.F.S.R. Geol. nefti i gaza 5 no.6:62-64, 3 of cover
Je 161. Petroleum geology) (MIRA 14:6)
ts., Natural-Geology)

KUMETSOV, A.; KORNEVJ Be
Further development of regional geological and geophy&ical work In
Central Asia, Kazakhstan, Western Siberia, and the Ukrainian S.S.R.
Geol. nefti I gaza 5 no.11:60-63 N '61. (M:LRA 14:11)
(Boring)

KORMj B.; KUMETSM. A.
Western Siberia is a large qov oil- and gas-bearing region,
Geol. nefti i gaza 5 no.12:57-58 D 1619 (MIRA 14:21)
Siberia, Western-Petroleum geology)
beria, Western-Gae, Natural-Geology)
t
5

I
KUMETSOV, A
Pruductior vork of atudents In the first and n~,cond courm- ar.1
imthods for developing and perfecting th.,s work. Izv.v)s.uchkqb.
Zav.; naft' I gaz 5 no.12i.117-118 162. IWIRA 17.1.)

KaWV~ B.;_KUYMTSOV., A.
Find of the first oil field in Fastern Siberia. Geol. rafti
i gaza 6 no. 6:$9-60 Je 162. (KM 25% 6)
(Irkutsk Province-Petroleum geology)

.FADEYEV~ V.A.; I-MIETSOV, A.A.
Differonce between ttie intrunive and effasive facies of trap magma.
lJohe zaps NITU Regogeol, no,3:87-94 164,
(MIRA 18slO)
7.

KUZNETSOV , A. A,
Magmatic differentiation of trap rocks in the Siberian Platform.
Vest LGU 19 no. 6:145-148 164. (%.IIRA 17: 5)
A

VAZARETOVAJ, N.B.; GOIDMSIITOK, I.S.; BASHIIDV, A.A.; KUNULTSOV, A.A.;
STEPURO, S.I.
Certain problems involved in the recovery of solvents.
Nefteper. i haftekhim. no. 11:18-21 163. (MIRA 17;5)
1. Groznenakiy neftemaslozavod i Groznenakiy neftyanoy institut.

A.A.; SIJDAK(,,V, Yf-,.N,
Place for the Intermediate Coolinp Of ay, absortent. !zv.,w-js.iicheb.
zav.; neft' i gaz 7 no.4:63-66 4. (MRA 17t5)
1. Groznenakiy neftyanoy Iqqt.4tut,.
gq

k 1935-61 _EWT(;) _W__
1ACCESSION NR: AT5022651 UR/28T4/65/000/003/0003/00i~]
AUTHOR: Bulashevich Yu. P#1 N.; Kuznetsov, A A ~2 -l'Ii
Khalevin, N. I.; TimofMev,
TITLE: Selection of a site In,the Urals for sinking a siQaxftoq_bQrshQje
''4~j'
SOURCE: AN SSSR. Ur&Llskiy filW. Institut geofiziki. Trudy, no. 3, 1965.
Geofizicheskly sbornik, no. 4: Hatodicheakiye voprosy rudnoy geofitiki Urals, (Geo-1
physical papers, no. 4: Methodological problems of mining geophysics of the Urals),
3-15
TOPIC TAGS: superdeep drilling, Moho discontinuity, Conrad discontinuity, gravity
survey, seismic survey, seismic profile. aeromagnetic survey, magnetic survey, earth
crust
ABSTRACT., Since 1961, several Soviet scientific organizations have carried out inyda-
tigations in the'Ural Mountains to determine the optimum location for drilling'a
superdeep borehole. The "a covered extended along the range from 51*201 to 5804o~,
3. Lat. The announced purposes of these studiesi both of scientific and industrial'!
import, were as follows: 1) thickness,, composition, and stratigraphic sequence of
geological formationst 2) nature ofthe geosynclinal sediment-"granltic" transit4-,
3) thickness and vomposition of the"',"granitic" layer; 4) nature of -the ."gran-1
1 2

:ACCESSION NH: AT5022651
itic" layer-"basaltic" layer transition zonel 5) physicochemical changes in the
rockes with deDtht -6)----typeo-of-igneous-intrusions--and-ore-bodiew~7)-phys'-dA'--~eo~i~
t es 0 e rocks-and the nature of discontinuities (ConreA and 14oho)l and 8) changes
in temperatures* with depth and the thermodynamic conditions at great depths. Results
!
of preliminary studies Indicate that the most favorable site for the borehole will fl~!.:,
probably be In the Tagil-Magnitogorsk synclinorium in the Verkhoturlye-Krasnoural$si
region where a number of industrial boreholes have already been drilled to a depth
of 1.2 km. Final selection or thesite, however, will require additional gravity
and magnetic (terrestrial and aerial) surveys as well as deep seismic sounding and
reflected-wave profiles* Orig. art. has: 6 figures, (ERI
ASSOCIATION: Akademiya' nauk 88SRe Urallskiy filial. Institut geofixiki (Ural
Branch Academy of Sciences,SSSR' Institute of Ge by
_4i
-- ----------
.7T
00 SUB"CODE: ES
ENCL,
arm.. 000 8:
NO IMF, SOV: 012 An PM
_Qrd
i _iKl

KUZ14ETSOV, A.A.
Possible structure of' the Magnitogorsk synclinorium and some
characteristics of its tectonic development based on geophysical
data. Trudy Inst.geofiz.UFAN SSSR no-3:17-23 165. (MIRA 1818)
3
VW

KUZNETSCV, A.A.
Quantity of water contained in the magma of differentiated intrusions
in the northwestern part of the Siberian Platform. Dokl. A11 SSSR 162
no.6sl394-1396 Je #65. (MRA ISO)
1. Hauchno-issladovatellskiy institut geologii Arktiki. Submitted
February 1, 1965.

KIJIINIFII~Mv A.A., IVATI'fj-~A, V..-'.,, 0 B.,"_
: 11 v I -M
Usa of tbarmogra, hy for the study of trap ronks in tbr~- northwestern part
of the Siberian Platform. rokl. AN SSSR 163 no.2%46~1-467 il 165.
(MITU 180) 1
1. Nauchno-lssledovatellakiy inatitut goolngli L-ktiki i V:*:escyuznyy
nauchno-Issledovatal.13kLy geolcglcheskiy InsUtut. Sutritted Fobruary 27,
1965.

STEPAW10, B.Ne; X=TSOV, A-A,
Chromatographic study of some sugar phosphates [vith summary in
Inglish]. Biokhimiia. 24 n0-1:25-32 Ja-7 159- (KMA 12t4)
L.Laboratory of Physiological Chemistry. Acadez7 of Sciences of
the Ue$.S*R., Moscow.
(YRUCTOSE PROSPRA72S)
(agROKATOGRAPHIC ANALYSIS)

KUZNETSOV, A.A.; STEPAKENKO, B.N.
Fate of fruqitose-1#6-diphospbate and frqctooe-6-phoophate introduced
into the animal orjiudem. Biokhimlia 25 no.4:705.-715 JI-Ag 160,
I (MIRA 13:11)
1. Institute of Biochemistry, Academy of Sciences of the U.S.S.R.,
Mosoqw. (YRUCTOSE PHOSPHATES) (PHOSPHORUS IETABOLISH)

KUZNETSOVP A.A.; STEPANEKKO, B.N.
Acid phosphatase from the roots of some Eremurus species. Dokl.
AN SSSR 155 no. 3t694-697 Mr 164. (MIRA 17:5)
1. Institut biokhimii im. A.N.Baldha AN SSSR. Predstavleno
akademikom A.I.Oparinym.

AUTHOR: Kuznetsov, A.A. and Stepanyan, L.S. 26-58-4-40/45
TITLE s The Finding of the Pyrrhospiza Funicea in th(.Tyan1-Shan1MoUatdn5
(Nakhodki krasnogo-Vyarka v Tyan, - Shane)
PERIODICALt Priroda, 1958, Nr 4, P 117 (USSR)
ABSThACT; The authors describe the Pyrrhospiza punicea, a bird which is
very rarely found in the USSR. Its habitat is the country in
the high mountains of Central Asia. The authors had been work-
ing in the Tian! Shane mountains and report their experiences with
the Pyrrhospiza punicea of which they discovered three specimens.
There are 2 Soviet references.
ASSOCIATION: Moskovskiy gosudarstvennyy universitet imeni M.V. Lomonosova
(Moscow State University imeni 14.V. Lomonosov)
Card 1/1 1. Pyrrhospiza Punicea-USSR 2. Birds-USSR

KUZNETSOV, A.A.
IkLterial on the geography of birds in the Alay Range. Trudy
Ali Tadzh.SSR 890.241-257 158- (MIRA 13:5)
1. Kafedru toologii Moskovskogo gosudarstvennogo podagogichookogo
inatituta imeni Lenina.
(~Iay Range--Birds)

The red Kashmir finch (Pyrrhospiza punicea humii Sharpe).
'6itologiia no.3:351-361 160. (MRA 14.- 6)
C (Soviet gentral Asia-Finches)

-ZZkMTSUV~-A.A-.-
Winter bird fauna in the alpine central part of the Kirghiz Range.
Izv. All Kir. SSR. Ser. biol. nauk 3 no.1:55-65 161. (MIRA 14:12)
(ALAARCHA VALLEY--BIRDS)

KUZNETSOV, A.A.
Composition, abundance and distribution of the avifauna in the hiphland
of the Kirghiz Range. Ornitologiia no-41237-255 162. (MIRA 16J,4
(Tien Sharo-kocentors (Birds))

KMNE"OVR A.A.
Biolo& of birds in the AiPine part of the Kirl-b-ii Range.
Ornitologiia noi.5415-= 162, (MIRA l6j2)
(Kirghiz Range--Birds)

AUTHORS. Kotov, 7. 1., 1".uznetsov, A. D., 53-2-1/5
TITLE: The Physical Poundationo of Uodern Resonance Accelerators
(Fizichookiye oonovy covrenennykh rozonarisnykh uskoritaley)
PERIODICAL: Uspekhi Finichoskikh !I--,ul:, 1953, Vol. 64, 1~1- 2, PP- 197-272
(USSR)
ABSTRACT: At present accelerators are projected or under constructionp
which perrit the acceleration of 1:articleu up to energies
nf 50 DeV. The present survey Lives a detailed treatment
of autophasin.- and the various aspects of its realization.
Morcoverv the 3tabilit~r of the motion of particlos within
the aia ',-,.otic fieldu of the circular acculerators --nd the
effecto of variou3 di--turbinz factors on this wotion are
discussed in det-~il. The first section of the surv%7 discusses
a number of rules --overninG the :4otion of char-ed particles
in a maGnotic field. At t.ac 'bcZ;innin,;, the aimplost case of
thio motion, that is to say, in --. hoxoZrenous and with respect
"o time constant ficla is co-.,iputed. The follorino circumstance
is of prime im,)ort.~nce: In circular accelerators it is
Card 1/3 insufficient for the na-lictic field only to Zuar--ntee a

The Physical Foundations of 111oaorn RcsonLnce ..cceleratorz 53-2-1/5
circular motion of tv~ particles; thic -action must also be
stable. The Liecond section deals with automatic phase
synchronization. T.Iae qu:,,.litati,,c analysis of the processes
takinC; place -.,ita a co;iuti:.nt a~,.i;netic fiold and with constant
frequency of the accolcratin.- field strength furnishes the
followini; results: 1. .5%. stable equilibriita motion exists,
which corresponds to "exnct" resonance. 2. A menx resonance
iu realized on carta-ii, conditions for particles, which do
not satisfy the reco:;_,ace conditiont that is to say, that
the radii of their -instantaneous tracks, the enerCy and the
angular frequency perform oscillations around the resonance
values of those qucntities. The methods of resonance
acceleration of particlec corresponding to these con-
siderations proved to be very tteeful. At first the authors
give a qualit*_-tive analysio of these methode: The method
of the variation with time of the frequency of the accolerating
field strength, the si=ult--neouo variation of the magnetic
field and of the frequency of the accelerating field strength.
This is followed by a Ceneral investigation of the motion of
particles in cyclic resonance accelerators. This motion
Card 2/3 consists of Vae following; three conponente:

The Physical Foundations of Modern Resonance Accelerators 53-2-1/5
AIIAILABLE:
Card 3/3
1. Rotation of the particles on an equilibrium orbit.
2. Slow radial phase oscillations with the frequency of the
accelerating electric field.
3. Past free oscillations around the instantaneous path, the
period of which usually is of tho same order of maCnituds
as the period of the rotating particles.
These three types of motion are eliminated from the Ceneral
equations and then a number of problems connected with it
are discussed. The fourth section deals with a few peculiarities
of the operation of the different types of circular resonance
accelerators (synchrotron, phasotron, synchrophasotron, micro-
tron). The last two sections give a detailed report on linear
accelerators and intensely focusing accelerators. There are
17 figures, 2 tables, and 64 references, 54 of which are
Slavic.
Library of Congress
1. Particle accelerators-Development
Characteristics
2. Particle accelerators-

0 0.
A 1;
06. 0:

KUZNETSOVP 14YZNIKOV, X.P.
A. B.
(CharacteriotioB of a beam of protons accelerated in a proton-
synchrotron up to an energy of ICBev.] looledovanie kharakteristik
puchka, protonovp uskorenrqkb v sinkhrofazotrone na. 10 Bev. Dubna.,
Obledinenmyi in--t iaderrqkh iseledovanii.. 1961. 13 p.
(M3RA 14, 10)
(Synchrotron) (Protons)

1677n
S/08- 62/012/005/001/014
B1 02YB1 04
,~2 t1. (c "22 o
AUTHORS: Xuznetsov, A. B., Myznikov, K. P.
TITLE: Investigation of the beam characteristics in a 10-Bev pro-
ton synchrotron
PERIODICAL: Atomnaya energiya, v. 12, no- 5, 1962, 373-377
TEXT: Methods of investigating synchrotron beam characteristics are
described and the results are discussed in brief. 1) Filling of the
stability phase region at the end of the acceleration, and the energy
spreads The method is based on the relation between relative spread of the;
i
phase nscillations and the amplitude of the radial phase oscillations.
The spread of the phases is determined from the duration of the signal
from induction electrodes (F. A. Vodoplyanov et al. Proceedings CERN,
1959P P. 470). The phase spread of a proton cluster at the end-of
2
accelerations was 8 - 0.41; S u 27t and q)2 are the extreme phanse
The maximum amplitude of radial phase oscillations wan 2ol ome The radial
Card 1/0

S/089/62/012/005/001/014
Investigation of the beam ... B102/B104
width of the stability region was 2.8 cm and the degree of filling of the
separatrix at the end.of acceleration was 0-75. The maximum energy
spread was determined from the maximum amplitude of the radial-phaae
oscillations and was +2.8 Mov. 2) Particle distribution with respect to
the amplitudes of the free radial oscillations j (a)s This characteristic
waa determined from an analysis of the pulse from the inner target hit by /I
the accelerated beam deviated by an increasing magnetic field after
s--itching off the accelerating voltage, I (a) determined trom the current
pulae oscillogram, is shown in Fig. 61 it is littab affected by the
particle distribution with respect to the instantaneous orbits- 3) Particle
distribution with respect to the amplitudes of the free vertical osoilla-
tions ~~ (z)t This characteristic was measured with a rotating target
L
described by I. B. IBsinskiy and K. P. Myznikov (Preprint OIYaI, R-484,
Dubna 1960). 4~ (z), shown in Fig. 89 was determined when taking account for
the dependence of the number of accelerated particles of a given energy
on the position of the target. There are 8 figures.
Card 2/3

~~_V 6 730
AUTHORSt
TITLEs
3~089/63/014/002/003 01)'
B102/B186
Kazanskiyj G. S. DzutsQy~ k. B., Mikhaylov, A. I.,
Rubin, N. B., Tiarenkov'q A. P.
Investigation of the beam fo'rmation of accelerated particles
in the proton-synchrotron by means.,6f induction electrodes,
PERIODIdALs Atomnays, energiya-, v. 14, no.. 2, 1963, 153 - 158
TEXTs The beam formation process in the first stage of acceleration at the
proton-synohrotron of the Ob"yedinennyy institut yadernykh iseledovaniy
(Joint Institute of Nuolear'Research) in DuVa was studie 'd with thehdlp,
oVelectrostatio signal electrodes' (Yodbplyi .no'vt, Kuzmin, -at SL*' - Proo.
Intern. Conf. High-Energy Accelerators and Instrumentation, CERN,.Genevap'
1959, P. 470# 4771 Kazanskiy et al., Preprint OIYaI, B-50-819, Dubna, 1961).
These electrodes are broad copper plates arranged tQ form two systems on
either side of the beam. The plates of one system are arranged symmetri-
cally to the mid-plane of the m net (vertical eleotrodes)l and those of
the other perpendicular ~heretoafradial.eleotrodes). The signal V(T) in.
duoed in the vertical-e.leatrodes ia-proportional to the change in the
Card 1/4

S/089/63/014/002/003/01,9
Investigation of the beam... B102/B186
azimuthal charge density in the flying bunchs -V(9)!:~ 2n, where 1 1a
C x
the electric length of the electrodes, C-the capacitance of the plates
relative to the earth$ and R the perimeter of the equilibrium orbit* V(O)
is led to an integrator which yields V IVACt Q being the charge pt,
mean
the accelerated bunch* For the proton-synchrotron of the OIYaI the adnei-
12
tivity of the vertical electrodes, a - C/el, was 'I-10 protons/vI,
n - 208 m, 1 - 0.5 m, 0 - 400jLpf- If the output volt9ge V out (of Fig.
is measured and the amplification factor K is known, the number of protons
in the bunch, N - V out CA# is determined* -The signal U(T) of the ',radial-
electrodes records the horizontal deviation of the beam from the equi-
librium radius; the radial sensitivity is 2~/cm. The electrode installa-
tion has a pass band of 0.1 - 3 Ito which allows a distortion-free recording
of V(?) and U(y) and their a 'mplitude modulation. A copsideration of-the
motion of the particles along the phase trajectories taking account of the
free oscillations shows that the 'amplitude structure of the beam must be ob-
served during 100 - 150 yseo after the switching-on of the accelerating
voltage; the beam formation takes place during the first 1 1.5 mseo. The
Card 2/4

8/06'9/63/014/002/003/019
Investigation. of the beam.... 0
BI 2/Ble6
radial phase oscillations of the beam are accompanied by the oscillations
of the azimuthal density with t he frequencies S1 and 211, where S)_ is the
angular frequency of the phase oscillations. The amplitudes of these
oscillations depend on All/b,,&M being the initial energy spiead and b the
radial separatrix half-dimension. If AMA 6 1,'the oscillation with,the
frequency ZI vanishes;! if A'M/b* i , the",dampkng of these oscillations. takis
place in 30 - 50 periods of the phase oscillations. The'greater,&M/b, tfie'
more rapid is the damping. The same is true for the oscillations of the
charge center. To the signal modulation with 40 - 50% depth observed at-'
i.he synchrotron there corresponds a-total initial-energy spread 0f-1.5%..
There are 10 figures.
SUBMITTEDt April 4, 1962
Card 3/4

S/089/63/014/002/003/019
Investigation. of the beam... B102/BI86
Fig. 1. System of induction electrodes.
Legends A - vertical electrodes, 5 - radial electrodes, B amplifier fo.r
the measuring system of the beam intensity, transmitter of the radial
beam positionj (1) beamdirection, (2) V 'M U
out' out*
Pard 4/4

KOLOMENSKIY, A.A., glav. red.; KUZNETSOV,,_A.j3.,,.red.; LEBEDEV,
A.N., red.; ALYABOYEV, A.F.., red.; MURADOVA, A.A., red.;
SMIRNOV, I.P., red.
Transactions ~ the International Conference on High
Energy acceierators. Trudy Mezhdunarodnoi konferentsii
po uskoriteliam. Pod red. A.A.Kolomenskogo, A.B.Kuznetsova,
A.N.Lebedeva. Moskva., Atomizdat, 1964. 1091 p. (In Rus-
sian and English) _ List of participants of the International
Conference on High Energy Accelerators. Spisok uchastnikov Mezh-
dunarodnoi konferentaii po uskoriteliam (Dubna, 21-Z7 avgust
1963 g.). Moskva., Atomizdat, 1964. 13 P. (MM 17:9)
1. Intern8tional Conference on High Energy Accelerators. Dubna,
1Q63. Z. Fizicheskiy institut im. P.N.Lebedeva )N SSSR, Moskva
(for Kolomenskiy, Lebedev).

L 3774-66 EWT(m) DIAAP GS
ACCESSION RRt AT5001949 06006/64/000/006j078.4/0790 ~L?
A xuznetsov A. B.t I
UTHORt vagina 1. Ali .veksletA. V'. to2
opovo Ve As j n2in-77-0-i tFowyik ollf# dekW1_o#,
K. VI Gemeplushking 14 N,
TITLE: Clectrodybamle separator of antlOotonpulth 5 Gev/c momentum
SOURCEi International Conference on Hlah tnergy Acqoleratoj!._j)ubna$ 1963,
Trudy, Moscow', Wt_omi_zTat# 19640 708-790
'TOPIC TAGS: high energy particle* antiproton# pion, particle Interaction
ABSTRACTt The study of processes Initiated by such particles as high-energy K-
mesons and antiprotons In often determined by the possibility of separating these
particles from an accompanying pi-meson background. The tremendous technical dif-
ulties-or obtain-
-f ic laing-In -thw-ude-of-theLelectrostatic --Beth ofse"ration for-
q4__
Ang pure beams of relativistic particles twgently dictate the ftecesafti-aft-se-ek
ev means of separating particlesa In 19S6, V. 1. Veksler and V. A. Petukhov pr04
n
posed an elactrodynamic method of separating particles according to wases. At thi
present time the high-enerity laboratory of the Joint Institute of Nuclear
Research to petfacting the application of M eli~_tt;di~iWfc -separator, creat-
Card 1/4

L 3774-66
ACCESSION MR: ATS007949
ed on the, basis of this-m-thod, of antiprotons with momentum up to 5 Gev/c. The
present report discusses the principle governing the operation of the electrodynamI6
separator. At the end of the acceleration cycle in the synchrophasotron the pro- I
tons are.recaptured Into the acceleration regime at a frequency of high multiplici-i
ty and are subsequently.,directed against a -target. The beam of secondary particles,
which then occurs possesses d corresponding h1gh-frequency structure. The negati"m
1y charged particles that interest us are extracted by the mpinetic field of the
accelerator to the outside. Further, an a restilt of magnetic nnalysis the part I-
cles era resolved In a narrov Interval of momenta. or pulses. A longitudinal dis-
tribution of the resolved particles begins to take place over a certain distance
of their flight.* The antiprotons being heavier particles retire from the pi-mesons.".
If the,total length b of fllght~ counted from the target (for the case of relati-
vistic particles) Isequal to L*
where g Is the operating wavelength of a multiple-acceleration,systen and pit 02 a
respectively the velocities of the pi-medons and antiprotons In units of the speed
of light, then the lag of the antiprotons is exactly equal to the half wavelength
A/2. On the oath of the 0articles at this place there Is created a high-ftvquenq
transtersd 61actrit field Vith the same Va"longth I which 16 rigidly "nd In
2/4
KI

L 3774-66
~ACCESSIOH M AT5007049
phase with the voltage that Is accelerating the beam at multiple frequency. In cas~d:_-
of--6-suitable-choico--of-the-phase~-of the electric field the antlprotons and the pi-
deflection fferent in sIgn -an-& _caii_b-e-9pAtI.4UY-mv-
mesons will obtain angula
busses the composition of the electrodynamic ae0ard-1---
solved further. The report dis
tor of antiprotons at the high-energy laboratory, which consists of a multipl Z
iacceleration system# deflecting device# and an Ion-optical system. Also discussed
are the separatovts characteristics. The device can also be employed to resolve
pl-mesons and antiprotans with smaller values of momenta and to separate X-menonso
lf~certaln necessary conditions are fulfilled for the separation of antiprotons and
K-mesons respectively,
10 L
(Pch"him
(POw-Mix, I I
jrn+~Ig
where the M6vantd of the aiitiprotono andi k-medohs are respectively c
P (Pe)k"'~"
and the rtat-tintt-gy of art antip"tah Ii i~tcl anA ii lib,4 OrW art,
3 figuresi
Card 3/4 V.ji

i, 4,

/EWA (m) IJP(p) GS
1, h232-66L.. EWT(m)/EPA(w)-?._.
ACCESSION NR: ATS007970 S/0000/64/000/000/0970/0975
!AUTHOR: Kazanskiy, G. S.,, ~uznetsov, A. D.; Mikhaylov, A. I.; Tsa
RUM
Chekalov, K. V., H7
TITLE: Certain special features governing the adjustment of the acceleration re-
gime on the Mal 10-Gev synchrophasotron
SOURCE: International Conferen nergy Accelerators. Du
ce on Hiih E bna-1963*,
_JTrudy. Moscow, Atomizdat, 970-975
TOPIC TAGS: high energy accelerator, proton accelerator, linear accelerator
ABSTRACT: The oscillogram form of the signals recorded by inductive electrodes in,
the quasi-betatron regime is due to the subsequent entrapment of the particles Int*1
acceleration. The signals are pro ortional to the variation in the density (e. g#
of the order of 2.5-1010 to 5.2-Mo protons.per pulse) of the particles in the -A
quasi-betatron state in the case of multi-rotation injection at the azimuth of the
'1vertical" induction electrodes (Kazanskiy, G. S., et al. Atomanya energiya 14
1153 (1963)). The oscillograms also indicate the state corresponding to particle
!storage In-the accelerator chamber. Measurements show that a small group of par-7-'
-1ticles, comprising about 0.5% (5-109 protons per pulse) of the total number of par-,
Card 1/3

L 4232-66
ACCESSION HR: ATS007970
ticles injected, takes part in the formation of the signal. The frequencies in 7
the central part of the signal correspond to the frequency of revolution or are.mU,1-;
itiples 'of it. The appearance of such frequencies can explain the presence of the
!charge fronX during input of the particles into the accelerator chamber (or the
I
'formation of the drop in density at the moment of intensive losses at the beginning
!of injection)$ and also the amplitudinal nonequilibrium of the injection current
extent is less than the perimeter of the equilibrium orbit. The connection between
:the form of the high-frequency signal under consideration and the subsequent en-
trapment of the particles into the synchrotron state is characteristic. If the
oscillations close-to the "rear" signal front formed by the parti-les with ampli-
tudes of betatron radial oscillations
damped, then the effectiveness of,entrap-:
are
!ment decreases, and in the absence of such damping the effectiveness is greater,
ias shown by the'oscillograms. In the case of the "differential" method of signal
~recording with induction electrodes, signals are observed whose form can be modL-
:fied from ainusoidal to a series of discrete pulse-formed signals. In most cases
'~(excluding those where the values n are resonant) the general picture represents
ithe result of superposition of this and another group of signals, as seen on os-.'
,Card 2/3

4A
L 4232-66
ACCESSION-1HRs AT5007970~
cillogram's. The present report discutsses. the following pertinent topics: quasi-
betatron state-, synchrotron state; system of high-frequency-accelerator supply,*
programming and adjustment of regimes suitable for physical experiments,, Te
authors show that, by combining the various methods of beam output against a
target and applying one or another method of selection. one can utilize intel
gently the intensity in the accelerator cycle, thus ensuring a combination of dif-
Orige art. has: 6 figures, 6 formulas.
ferent physical experiments.
ASSOCIATION: Ob"yedinennyy Institut yadernykh issledovaniy, Dubna (JoLat Institut
o
Nuclear Research)
f
SUBMITTED: 26May64
ENCI': 00 SUB CODE. NPi
NO REF SOV: 004 OTHER: 000
77-
4J
Card 3/3
~'4
6"~
Ya

ACCESSION NR: AP4013410 8/0057/64/034/002/0311/0312
AUWOR:
TITIX-i On the energy spectrum of protons in a Itnear accelerator
SOURCE: Zhurnal tolchn.fiz., V.34, no.2, 1964, 311-312
TOPIC TAGS: accelerator, linear accelerator, proton accelerator, energy spectrum,
energy distribution, proton energy distribution
ABSTRACT: An equation is derived for the energy of a proton leaving a linear ac-
celerator as a-function of its energy, distance from the axis, and direction of
motion on entering the accelerator. This result is valid for accelerators built
and operated in accordance with a certain design equation. A correction torm is
given which may be employed in case this design criterion is only approxima'My met.;
These results are obtained with the aid of'an equation for the proton phase motion
which is given elsewhere (A.B.Kuznetsov,Energetich*skiy spektr uskorenny*kh proton-
ov v lineynom uskoritele". Priprint, OIYal,1243,Dubna,1963), and in the derivation
of which the effect of radial motion was treated as an external perturbation. Orig.
art.has: 7 formulas.
Card (P

KUZNETSOV A D.- TRIFSIX, G.B.,, red.; NEKRASOVA, G.N.,, mlad. red.;
Ye.Sop tekhn. red.
[Development of productive and nonproductive spheres in
the U.S.S.R.; regularities of labor distribution in the
society] Razvitie proizvodstvennoi i neproizvodstvannoi
sfer v SSSR; zakonomernosti raspredeleniia truda vnutri
obahchestva. Moskva, Ekonomika, 1964. 227 p.
(MIRA 17:3)

STFtF,T.I~ OV
1~ 9 V.A.; GIJTL7vyEyp F.N.; SUYJiOVA., A.M.; .~.VZNFV,'OV, A.P.
JEw eruaher. Gor. shur. no.9t76 S 164. (MMA l7s.12)

KMIMS(71, A. D.
"The question of the Use of Hydrolyzed Gelatin in thehiblication of IUn Higher
Mucation USSR, Voscow Inst of Engineers of Geodesy, Aorophoto.-raphic SurvoyB, and
Cartography, Eoscow, 1955
(Dissertation for the Degree of Candidate of Technical Sciences)
30: Knizhnaya Letopial, No. 32, 6 Aug 55

I I I i I , ,
-! 1~ I ~w- - - __:, _F- -Y~ ------ - Ir -F 1-1- --- -- -- -- - -- ---- - - - -
DITAKONOT, Vasilly Yomich; KUZMRSOT, A#D., red.; MMMHM, L.P., takhn.
red,
[Determining a ship's position by the mm with a chook for aaouracyl
Opredelenle mesta sudna po solntsu e'isuledovanlem toohnosti.
Leningrad, Izd-vo I'Morskoi transport,N*1958. 218 p (KIU 110
(Navigation) (lautical as;rouomW)

KUZIMTSOV, A.D.
Performance of log-receiving systems located in the stern,
Trudy TSNIIHF no.23:3-8 159. (MIRA 12:8)
(Radio In iiavigation)
QE;

NIGHAINT, P.A., insh.; TAUISMMOT. A.A. , kand.tekhn.asuk; UTDRITICH.
K.B. , inzh. Prininali uchastiye: 1 r I insh.;
KHODUM. T.Ta., Insh. IKOMMOT . D.10-0 dotsonf;- spatered.;
MISOV, X.N., red.isd-va; MOZHZHDM, L.P.. tekhn.red.
(Electric navigation instruments] Ilektronavigatsionnye
pribory. leningrad, 12d-vo OMorskoi transport,* ig6o. 496p.
(Nautical Instrum'ent,a), (Electricity on ships) WRA 14o)

02NETSOV, A*D*
Using the projection enlargement method for the automatic recording
of a shipta course on navigation charts, Inform. abor, TSMW
no.79 SudavothA avias'. no.2049-56 162. (KM 160)
(Dead reckoning (Navigation)) (Optical instruments)

KUZNETSOI/P A.D.7 inzh.
Improving t1le technical and economic indices of ships with the
help of propulsion bulbs on rudders. Sudostroenie 29 no.lls7
N 163. ,% W-A 16:12)

-KUZNE-TSPVI A.D.
Each enterprise should have a concrete plan of Industrial
chenioalization. Sudoetroenie 30 n6.5t68-69 My 164,
(MIRA 17:6)

A
ACC NR% P7002235 SOURCE CODE: Ult/0280/661000/006/0012/0016
AUTHOR: KarvovsLy, G. S.~- Kuznetsov A D.(47.~~)
ORG. none
TITLE: . The maxinium principle in the theory of differential N-person games
SOURCE! AN SSSR.' Izvestiya. Tekhaicheskaya kibernetika, no. 6, 1966, 13-16
'W-PIC TAGS: max6urn principle, game theory, algorithm, linear differential equation,
economic organizatibn
ABSTRACT: The necessary conditions of the optimality of strategies in a differential N-perso
fixed-time game are formulated on the basis of the maximum principle of Pontryagin et al.
(Pontryagin, L. S.,, et al. Matematicheskaya teoriya optimalInykh protsessov. Fizmatgiz,
1961). The existence'of a unique solution satisfying the maximum principle is proved for a
N-person linear differential game. It Is shown that the pertineint algorithm for finding optimal
strategies solves simultaneously also the problem of synthesis, i.e. makes it possible to
determine the optimal strategies as a function of the Initial conditionbof the differential
N-person game. A game of this kind may be interpreted as the production process of N econo-
1/2

ACC NR~ AP7002235
mic associations functioning wIfl& the framework of a certain system. The ultimate goal of
each association Is the maximization of some indicator of performance (e.g. profits) as de-
termined with respect to a finite set of states of the overall system, in the presence of disjoint
I regions of pormissible economic stratgies of the associations. If all the associations but one
'adhere to their optimal economic strategies, only the indicator of performance of the asaocia-
tion deviating from the optimum may decrease. Orig. art. has: 21 formulas.
SUB CODE: 14, d-rl SUBM DATE: l5Jul66/ ORIG REP: 001
rd 2/2

IUZNITSOV, A.D.
-Automatic lubrication of-"basket* mill (disintegrators).
Ogneupory 19 noe'428-29 154. (MIRA 11:8)
(Crushing mehinery-Lubrication)

KUZNBTS Ilium, &"t iyevich; BUMINA, T., red.; MOMMO Re t
tel=,rea,
[Labor supply of the U.S.S.R. and its utilization; on the
problem of tho economic capacity of the country] Trudovya
resursy SM i M ispolizovanie; k voprosu ob okonomichaskol
moshchi strany. Moskva, lzd-vo sotsiallno-ekon.lit-ry, 1960,P
175 P. (manpower) (MM 13:3)

SOV/137-58-9-18587
'Translation from: Referativnyy zhurnal, Metallurgiya, 1958, Nr 9, p 59 (USSR)
AUTHORS: Kazantsev, I.G., Kuznetsov, A.F.
TITLE: Open-hearth Furnaces of the "Azovstal' 11 Plant Operate on a
Coke Oven-gas Mixture With Refined Gases or Gases Contam-
inated With Sulfur (Rabota martenovskikh pechey zavoda
"Azovstall " na koksodomennoy smesi s neochishchennyrn i
ochishchennyrn ot sery koksovyrn gazom)
PERIODICAL: Sb. nauchn. tr. Zhdanovsk. metallurg. in-t, 1957, Nr 4,
pp 11-29
ABSTRACT: The authors examine the effect of S contained in cast iron
and in the fuel material on the S content in the metal during
smelting, as well as on the duration of the melting period.
Graphs are shown which illustrate this relationship. It is
pointed out that the S is introduced into the fuel by the coke gas
(CG) which contains up to 20 g of S per cubic meter. Calcula-
tions are presented which take into account the fact that 507o of
the S from the fuel are deposited in the checker work, a cer-
tain amount of the S from the fuel being oxidized to SOZ, and
Card 1/2 demonstrate that the gaseous phase of the open-hearth furnace

SOV/ 137-58-9-18587
'Open-hearth Furnaces of the "Azovstall 11 Plant (cont.)
contains 0.2556 of SO by volume if the furnace operates on sulfur-bearing
coke-oven gas, and ~.121'6 if the furnace operates on a refined and pyeheated
gas mixture. The refining of the CG is accomplished by the arsenic-soda
method in special sulfur -collecting devices capable of reducing the S content
of the CG from 20 to 3.5 g/m3. A sulfur balance for smelting of steel in
open-hearth furnaces of the "Azovstal' 11 plant is shown. It reveals that the S
passes from slag into the gas at a rate of 0.1Z kg/m2 hr in the case of unre-
fined CG and 0.24 kg/m2hr in the case of refined gas. The employment of the
method of desulfurization of CG makes it possible to utilize slags with lower
alkalinity for processing of cast iron containing up to 0. 1% of S in open-hearth
furnaces without impairing the quality of the process.
M.Kh.
1. Open hearth furriaces--,Operation 2. Fuels--Performance 3. Sulfur--Effectiveness
4. Coal gas--Propertiev
Card Z/2
A

SOV/137-58-8-16555
Translation from: Referativnyy zhurnal, Metallurgiya, 1958, Nr 8, p 46 (USSR)
AUTHOR: Kuznetsov, A.F_
TITLE: On the Influence of Vibration*. s in a Steel Ingot, Undergoing
Crystallization (K voprosu o'vibrirovanii kris,'allizuyushche-
gosya stallnogo slitka)
PERIODICAL: Sb, nauchn. tr. Zhdanovsk. metallurg. in-t, 1957, Nr 4,
pp 51-60
ABSTRACT: A study of the quality of metal in ingots wci,"hing 65 kg and
9.2 t crystallized under the influence of vibrations (1500 cycles/
minute at an amplitude of 1.0-1.5 mm). The following facts
were revealed during investigation of the metal from "vibrat-
ing" ingots (VI) and standard ingots (SI). Compared with metal
from the bottom of 51, the metal from the bottom of VI contains
3.5 times as much 0, 1.9 times as much N, and 0.588 times as
much H. The top of a VI contains 3.2 times as much 0, 0.578
times as much N, and slightly more 14. It is assumed that the
contarnination of the lower levels of the VI by refractory
oxides and nitrides is attributable to the precipitation of iso-
Card 1/2 lated crystals which utilize these inclusions as crystallization

SOV/137-58-8-16555
On the Influence of Vibrations in a Steel Ingot Undergoing Crystallization
nuclei. Metallographic studies ofmetal from VI revealed that it contained
oxide-type inclusions which were larger than those produced under normal
crystallization conditions (3.2 units at the base and 1.25 units at the top of a
VI, as against 2.0 and 1.0 units, respectively, in an SI). The distribution of
sulfides was more uniform in the VI. It is noted that the oxide inclusions in
the metal of VI are arranged in chain-like patterns, whereas those in S1 are
isolated. During quantitative evaluation of the oxide inclusions it was estab-
lished that 0. 1956/6 of them are concentrated at the base and 0.05770 at the top
of a VI. In an S1 the distribution of oxide inclusions between the base and
the top was 0.06876 and 0. 1217o, respectively. Smaller hardness and greater
susceptibility to corrosion of metal from VI (266 HB as compared with 285
HB of metal from SI) is explained by larger amounts of inclusions and by the
porosity of lower levels of the VI. Under optinnal conditions the acceleration
of the vibration must not exceed 981 cm/sec2. Calculations indicate that
under experimental conditions the amplitude of vibrations must not exceed
0.4 mm.
A. R.
1. Steel--Crystallization
effecis
2. Steel--Vibration 3. Vibration--Metallurgical
Card Z/Z

KU"4NETSOV, A. F., Cand. Tech. Sci. (dif3s) "Method of Determining
Technical-Econoatic In"dioatore of Manufacture of Construction Ele-
memts from Low-carbon and Low-alloy Steels," Moscow, 1961, 19
pp. (Moscow Civil Engr. Inst.) 200 copies (KL Supp 12-61, 269).

KUZNETSOV, A.F.; KHARIMNOV, A.S.; MOLONOV, G.D.
Effect of the meth^jd of deoxidation and conditions of casting on
the quality of pipe steel. Izv. vys. uchat. zav.: chern. met. 4
no.8:43-47 161. (MIRA 14.-9)
1. Zhdanovskly metallurgicheskiy in3titut.
(Steel--Metallurgy)
MONN

S/137/62/000/003/148/191
A052/AlOl
AUTHORS: Kazantsev, I. G., Kuznetsov, A. F., Privezentsev, I. Ya.
TITIY.: Investigation of the corrosion resistance of high-alloy steels under
conditions of the coke chemical industry
PERIODICAL: Referativnyy zhurnal, Metallurgiya, no. 3, 1962, 81, abstract 31520
("Sb. nauchn. tr. Zhdanovsk. metallurg. in-t, no. 7, 1961, 92-95Y
TEXT: The corrosion resistance of four most Important grades of stainless
steel [Cr-steel X18 (Kh18), Cr-Ni-steel of X18H8 (Khl8N8) type, Cr-Mn-steel
X18'13 (Khl8Gl3) and chrome-mangano-nitrous steel of X18PI3 WUW13) type but
containing 0,5% N] was Investigated in application to the service conditions of
the coke chemical equipment. The steels were tested under laboratory conditions
in a chamber with moist air containing 112S and under Industrial conditions In
vapors of the coke slaking tower utilizing impure water of the coke chemical
industry. The composition of the environment In the corrosion chamber in %):
air - 89.8, steam - 10, H2S - 0.2; the temperature of the chamber - 80 C, the
duration of the tests w 450 hours. The conventional carbon steel MCT3 (MSt3)
has the rate of corrosion in the moist air containing -4 vol.% H2S amounting to
Card 1/2

S/137/62/ooo/0o3/148/i9i
Investigation of too corrosion resistance ... A052/AIOI
4.3 mm/year and in the vapor flow of the coke slaking tower - to 1.7 mrR/year.
The high-alloyed steels X18 (Khi8), X18K8 (Khi8NB), XWC13 (Khi8GI3 and Kh18G13
with 0.5% N under service conditions of the coke chemical equipment exposed to
the moist and sulfurous coke oven gas for all practical purposes do not corrode.
V. Tarlsova
[Abstracter's note: Complete translation]
Card 2/2

KUZNF,TSOV, A.F.
Modernizing the roughing stand of a 2150 sheet mill. Metallurg
7 no,6%27-28 Je 162, (MIRA 15:7)
1. Ifteballnik listoprokatnogo tsekha, Kuznotskogo metal-lurgichoskogo
kcmbinata.
(Rolling mills)

KUZXETSO,Vs A.F... inzh.
Word required to manufacture structural elements from low-
all6y stool. Mat. po met* konstr, no.6:177-187 162.
(MIRA 15:12)
(Ste6l,, Structural)

KAZANTSEV, I.G.; KII=T&QIj ,-Lj.,;.PRESNYAKOV,, V.M.; MOLONOV, G.D.;
KUZEMA, I.D.; GHERNYSHEVp I.S.; 014SHKEVIGH, T.I.; KISMIJO N.N.;
-AROKMN, N.T.; RJOYANOVI, V.V. . -
Manufacture of very thick plate from capped steel. Izv. vys. ucheb.
za.v,; chern. met. 6 no.6:49-50 163. (MIRA 16:8)
1. Zhdanovskiy metanurgichaskiy institut i-zavod im. Illicha.
(Steel ingots) (Rolling (Metalwork)--Quality acntrol)

ACCEZSION NRt AP4013549 S/0133/64/000/001/0050/0052
AUTHORS: Koby*zev, V. X.; Yershov, V. N.; Kuz.netsov, A. F.1 Mazuriks Pe Nej
Ryazanov, D, 09; Fiskoss Be Yas
TITLEt Rolling two-layer shoots with the basic layer made of low-alloy steel
8OURCE: Stall, no. 1, 1964p 50-52
TOPIC TAGS: rolling, plating, low alloy steel, steel, 16GS low alloy steel,
carbon steel, OKhl3 stainless steel, Xh18NlOT stainless steelp St-3 steel, stain-
less steel, corrosion,, steel corrosion$ steel mechanical properties,, X steel)
15X steel, 20K steel., regenerative furanco.. continuous furnace
ABSTRACT: This work was carried out in order to study the surface quality and the
mechanical properties of two-layer steel sheets. The-samples were a basic sheet
made of low-alloy steel (16GS) plated with stainless'steels OKh23 or XhI81110T.
The procedure followed was developed by the KMK (Kuznetsk Metailurgical Combine).
One part of the samples was hold at 1260C for 1.25 hours, at 1320C for 0.75 hours.,
and at 1310C for 1.5 hours. Temperature at the end of rolling was U70-3.180C, and
rolling was completed either with or without edging. In the former case the plate
Card 1" 2-

ACC&WION NRi AP4013549
metal was ruptured in some cases; in the letter case the quality of the metal
surface was much higher, and no peeling of the plate layer was observed. The
remaining samples wore*hoated in a continuous furnace to 1310-1330C for 4.5 hours,
Temperature at the and of rolling was 1000-1010C. All the samples plated with '.
steel KhISN10'r underwent thermal treatment at 900-930C after rolling, while samples
plated with steel OKhl3 were held at 660C for 314-18 hours. The results obtained
were satisfactory. They are presented graphically in Figs. 1 and 2 on the Enclo-
suross III, L, Vaywhtoynj M, H, Bazhenovj A, V, Yakubson) and 0. S, Bublik
participated in this work." Orig. art. has: 4 figures and 1 formula.
ASSOCIATIONt Kuznetskiy metallurgichoskiy kombinat (Kuznetsk Metallurgical Comi.
bine)
SUBMITTED: 00
SUB CODE: ML
DATE ACQt O3Feb63 =Lt 02
NO REF SOVt 003 OTHER: 000
Card 2 1W
. ."or '~-

KUZ "M j:La-BOGOMDLOV, A.M.; NERONOVA, G.P.
Experimental study of the functional nodes of a processing
device of the automatic hydrologic telemetering station.
Trudy GGI no-115:14-62 164. (MIRA 18sq)

MOLONOVp G.De; KMNETBOV, A.F.; PRESNYAKOVO VIM.
Nonmetallic inclusions in capped steel. Izv, vys. ucheb.
2aV.; chern. met. 7 no.2156-57 164. (MIRA 170)
lo Zbflanovskiy metanurgichookiy institut.

ZAYKOV, M.A.; TSELUYKCV, V.S.; KAMINSKIY,, D.M.;_XUUM=14-4Q~p;
BELINSM., Ye,D,; SHAMETSP Ya,V#; FEDOROV, N.Ae; BA KlYp
S.I.; ZAKWOVp A.Io; ZHURAVLEV,, M.A.; KOBYZEVp V.K.
Investigating energy and power parameters In plate rolling
on reversing mil.1s. Izv. vys. ucheb. zav.; chern. met. 7
no.2tlOO-107 164. (MIRA 17:3)

L 25677-66 ENT (1 )/EW T (m)/SM (h) JD/JG
ACCINR' AM6o13861 Monograph UR/
Ooryunov., Nikolay Nikolayevichj Kuznetnov, Anatoliy Filippovich;
Eksler, Aleksey Andreyevich
Tunnel diode cjrcgitQ96&Skhemy na tunnellnykh diodakh) Moscow, 'Lzd-vo
"Energiyall, 1965. 7 p, illus, 60,000 copies printed. Series notes
Massovaya radiobiblloteka, vyp, 586
TOPIC TAGSs- tunnel diode, gallium arsenide tunnel diode, germanium
tunnel diode, circuit design
PUPPOSE AND COVERAGE: This booklet, intended for advanced radio ama,-
teurs, may also be used by technicians and engineers engaged in the
design of circuits using semiconductor devices. Principles,of
tunnel-diode circuit designing are described. Basic paramE~oers and,
characterististics of tunnel diodes are listed and practical'airouit
diagrams using these devices are given.
TABLE OF CONTENTSt
Ch;1. Tunnel Diodes
Structure and principle of operation
Electrical parameters of a tunnel diode
Car I Zz 621,382.23~,014,,2

L 25677-66
ACC NR, AM6013861
Equivalent circuit of a tunnel diode and its parameters 9
Limiting.values -- 14
Ch.II. Use of Tunnel Diodes in Electronic Circuits 16
Power supply of tunnel-diode circuits -- 19
Sinueoidal-oscillation generators and amplifiers 21
Relaxation generators -- 28
Voltage converters
31
::
Switching circuits 36
Combined switching circuits using tunnel diodes and transistors -'51
Ch.11I. Some Practical Circuits Usin
g Tunnel Diodes 60
Multivibrator,---- 63
Counting circuit using germanium.tunnel diodes 66
Counter using gallium-aEsenide odes 69
Single-diode t_r g_gera--r- 74 -->-
Analog-to-Cigital convbrter 74
APPENDICES 77
SUB CODE-. 09/ SUBM DATEt 15jul65/
Card 2/2JC61

MIX rilp
-3m, ~-

- - 1!~1~7 ~ --li ~ : V`_.-
XUZNETSOV, A.F., kand.takhn.nauk
Oxygen cutting of heat-treated structural steel. Svar.proizv.
no.l2t24-26 D 165o (MIRA 18:12)
1. Chelyabinskiy politakhnicheskiy institut.

TSCV, A.F., IIAZUIIIK, P.N.
Redesigning the screwdown treahani3m of tw~,-Ihigh revorsing stand3 an
medium-thickness shoot mills. Metallurg 10 no.9.,,32-33 S 165.
(KRA 18;9)
1, Nachallnik listoprokatnogo tsokha Kuznetskogo metallurgicheskogo
kombinatA (for Xuznc.,,,jov). 2. Zamestitall mehallnika listoprokatnogo
taekha Nusnetakogo metallurgichoskogo kombinata (for hastirik).
ON

SALOV, Yo.M.;,'-LAYXDV, M.A.; TSELUKOV, V.S.;_~VNET~OV, A.F.', KAMINSKIY,D.M.;
MAZURIX, P.N.
Improving the production technology in the shoot-rolling plant
of the Kuznetsk Metallurgical Works. Biul. tekh.-ekon. inform.
Goo. nauch.-isal. tust. nauch. t takh. inform. 18 no.10:5-6
0 165, 18,12)

unfv&ology Jul 47
letDology
"New Data on the Devonian Deposits of the Southeastern Part of the Russian Platformp 0
K. R. Chapikov, V. N. Krestovnikovp to do Kuznetoov, 3~j pp
"Dok Akad Nauk SSSR, Nova Ser" fol LVII, No 2
Results of studies conducted on core samplings at PugurualanNeft Trust, taken by Volga-
Bashkir Mcpddition of Academy of Sciences, USSR. -epobts that devonian deposits in
Buguruslan region vary greatly from devonian derosits in other regions. Submitted by
Academician D. S. Belyanking 29 Jan 1947*
PA 60T25

BELMEMOV=O Yu.I.1 Mn'MOVO A.G,
Interpretation of gamma-gamma logging anomalies over
Donetsk Basin coal seams, Geofiz, razv0do no.22ilOO-nO
163. (MIRA 16:11)

A. G.
OVgen Pressure Breathing at High Altitudes
a paper presented before the 1st Congress of Aviation Surgeons, Warsaw. Nov 1956.
Is

olkovnik mod. olusnby, kand. mod. nauk
Oxygen respiration under pressure at high altitude. Voen. med. zhur.
no.2:70-75 1? 137 (MLRA 12:7)
(RESPIATOH51
for high altitude (Ras))
(AIMITUIM,
respirators for hi& altitude (Rue))

LMNITSOY* A,G
Phenomena of boiling and vaporization in the organism at high
altitudess. Ixv.AN SSSR. Ssr.biol.no.3.293-304 XY-J* 157.
(KLRA 10:6)
1. Nouchno-isol*dovatellskiy institut aviatsionnoy meditainy
Toyenno-yosdushnykh ail
tALTLTUDI$ IRMHO OF)

ISAKOV, P.K., polkovnik raed. sluzhby; ZTTMOV, A.G., polkovnik mod.
Conference of avintorn physicians in Wareaw. Voen. mad. zhur.
56-59 Ap 157 (HIU 12:7)
(WARSAW-AVIATION 143DICIO-CONGITUSS33)
sluzhby
no.4.-

, Ilmdre.,pr G,-- (Dr. y
"Some Results of Biological Experimnts on Rockets and Sputnik U."
paper presented at 3rd European Congress of Aviation Medicine, Louvain, Belgium
26 Sep 1958. 3pp.
Chief Physiology Dept, Sai. Exptl. Res. Inst. of Aviation Medicine (NIIIAM)
7P 0 Pj " "'d '-] -3 , Z? f F Ooj y r 7
. 3 3 7 , e q 17
, I

P. lk~
I-- .
'Turther Biological Investigations on Rockets."
report presented at the 4th European Congress of Aviation and Space Medicine, Rome, Italy,
22 October - 5 November, 1959.

"Mmanity must be sure before putting MOn into Specs
report presented at the Fed6ratiOn AOrMautiquO International (FA:[) Moscow, 25-31 MAY 1959-
Dir., Inst. of Aviation Medicine, Moscow.

I IVANOV, P.N.; KUZNF-TSOVy A.G.; MLKINv V.Be; FOPOVAJ YOOOO
Decompression phenmena in the human body at extremely lav
atmospheric preomwes. Biofizika 5 no. 6;704-709 160.
(KERA 1~-.10)
(DECOMPRESSION SICKNESP)

YEMELIYANOV, M. D. kand. mod. nauk;, MMNETSOV, A. G., doktor Med.
nauk (Moskva5
Role of the interactions of the-vestibulars visual and proprio-
captive analvsors in the formation of some illusory pares tions
in fliers. Vast. otorin. no.3:63-69 162. (MIRA 15:63
(VESTIBULAR APPARATUS) (VISION) (OPTICAL ILLUSIONS)
(AERONAUTICS-PSYCHOLO(IY)

ACCESSION NR: AT4042675 8/0000/63/000/000/0162/0165
AUTHOR: DianoX, A. G.; Kuzpetsov, A. 0.
TITLE: The poeoiblility of substituting helium for nitrogen in spaceship cabins
SOURCE: Konforentaiya po aviatsionnoy i koamicheskoy meditsine, 1963.
Aviataionnaya i koomicheakaya meditaina (Aviation and space medicine); materialyo
konferentaii. Moscow, 1963, 162-165
TOPIC TAGS: helium oxygen atmosphere, man, closed environment, helium oxygen
effec-t, central nervous system, respiratory system, cardiovascular system, gas
exchange, thermal exchange, speech, hearing
ABSTRACT: Experiments have been performed to test the effects on human subjects
of a prolonged stay in a helium-oxygen atmospbere. Two subjects were kept in a
sealed cabin for 10 and 25 days, reopectively, after which time atudien were made
on the functions of the central nervous system, the respiratory system, and
the cardiovascular system and on gas exchange, thermal exchange, speech, 82d hear-
ing. The experiments indicated that a helium atmosphere effects the thermal
regime of man._ Temperatures of 18 to 240Cq which are comfortable in normal atmos-
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ACCESSION NR: 'AT4042675
pheres, produced in a helium atmosphere a sensation of chilliness and a lowering
of the skin temperature, The comfortable temperature ranges in a helium-oxygen I
atmosphere were 24.5--27.W during the day and 26--2?C at night, when the
subjects wire sleeping. Investigation of the functions of the central nervous
system, conducted in the comfortable temperature range for helium atmospheres,
indicated a gradually growing inhibitory process in the cortex of the brain, which
manifested itself by the appearance of low-frequency oscillations on the encepha-
logram and by an increase in the duration of the latent period of conditioned
motor reflexes. Analysis of the experimental data indicated that these changes
were due to prolonged hypodynamia and not to substitution of helium for nitro-
gen in the atmosphere. General well-being and work capacity of the subjects were
not affected by the helium-oxygen atmosphere. The helium atmosphere also had no
effect on external respiration, the cardiovascular systeml gas exchanget Or
energy consumption. Minute changes observed at the end of the experiment were
due to hypodynamia rather than to the changed atmosphere. On the otheehand, it
was found that a helium-oxygen affects human speech, raising the frequency of
speech sounds by 0-7 of an octave. Clarity of speech ia leaaened somewhat but
i not to the point of unintelligibility, The auditory functibA of the subjects
in a helium-oxygen atmosphere apparently was not affected* These experiments
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ACCESSION NR'. ATW42675
establish clearly that it is possible for man to live in an oxygen-helium
atmosphere for 25 days,
ASSOCIATION: none
SUBMITTED: 276e03 ENCLz 00 SU'B CODE: LS
NO REF GOV:, 000 OTHE 1 000
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ACCESSION NR: AT4o42697 8/0000/63/000/000/0314/03181
AUTHOR: ~uznetRR!~~ Tsivilashvili, A. S.; Mansurov, A. R.,
TITLE- Changes of some physiological functions of the organism during explosive
>decompression
SOURCE: Konferentiaya po aviatsionnoy i koemicheekoy meditaine, 1963-
Aviatsionnaya i koomichookaya meditaina (Aviation and space madicine)t materialy*
konferentaii. Moscow, 1963, 314-318
TOPIC TAGS: explosive decompression effect, physiological function, dog,
rabbit, bradycardia
ABSTRACT: Experiments were performed under laboratory conditions in a special
pressure chamber for the purpose of determining the nature of changes in basic
physiological functions during great and fast pressure drops. Dogs and rabbits
were subjected to sudden pressure drops which ranged from 0.3 to 0.004 see in
duration. In all experiments, during the first seconds after the drop in pressure
all animals evidenced apnosis. Initial apnosis lasted from 2 to 15 see, and after
a single intake of breath apnosia resumed for an additional 3 to 4 sec. After
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ACCESSION NR: AT4042697
this respiration resumed, but its rhythm and depth were disrupted. Fluoroscopic
examination, which took place 0.02 see cfter the pressure drop, showed changes
in the lungs, diaphragm, and heart. A significant increase in the volume of Sea
bub~les.in the gastrointestinal tract and development of a process of steam form-,,
tion in organs and tissues were alao observed. Special bioelectric investigations
indicated that during apnosis a cr;istant stream of impulses proceeded from the
diaphragm. Similar constant strtams of impulses were observed coming from inter-
costal muscles. The amplitude and duration of these impulses changed depending
on ihe magnitude and the rate of explosive decompression. In cases of severe
and'very rapid decompressions, the amplitude reached 300 to 400 mv and lasted for
as long q6 3 to 4 sec. It was found that the increase in biopotontiala during
explosive decompression can be observed not only from the respiratory muscles,
but also from muscles not having any direct relationship to the act of respiration.~
This makes it possible to assuma that a generalized process of excitation takes
place in the motor "an of the brain which induces a large flux of impulses from
the periphery. Bradycardia was noted in the majority of the experiments during
the first seconds after explosive decompression. Bradycardia was most marked
in animals during the second and third seconds after the pressure drop. Bradyeardia,
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7 7!

ACCESSION NR.. AT4042697
like apnosis, is the result of reflex activity stimulated by the effect of negative",
pressure on the lungs and the gastrointestinal tracts At the same time changes
were noted in blood pressure@ In all experiments, immediately after decompression,
blood pressure in the carotid artery rose bY 50 to 70 mm, Hg. This increase lasted
only 1 or 2 see, after which blood pressure dropped by as much as 70 to 90 mm of
Xg below the initial level. The initial rise in blood pressure is apparently
due to mechanical action, but the subsequent drop appears to be based on reflex
activity. An analysis of the data obtained indicates that explosive decompression
causes, in the microintervals of time which follow it, serious changes in basic
pqysiological functions of the organism. Host of these changes are.reflex in
nature and depend on the characteristics of the decompression.
ASSOCIATION: none
SUBMITTED: 27Sep63 ENCL: 00 SUB CODE: IS
NO REF SOV: 000 0TW: 000
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