SCIENTIFIC ABSTRACT KONSTANTINOV, B.P. - KONSTANTINOV, G.N.

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• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000824410008-4
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: December 30, 2016
• Document Release Date: June 19, 2000
• Sequence Number: 8
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

KONSTANTINOV B P akaderik, red.; AIZABOYEV, A.F., red.; POPOVA,
tekhn. red.
[Theory of plasma] Diagnostika plawW; sbornik statei. Mo-
skva, Gosatomizdat, 1963. 301 p. WIRA 16:12)
(Plasma (Ionized gases))

STEPANOV, Aleksandr Vasill-evich, prof., doktor fizilco-r-atem.
naitk; YONSTANmt)j;0j,_L 11! mdernik, red.; LEP324, A.E.,
_,. al
red.; SHER-11USHENKO, T.A., takhn. red.
[Future ol' metalworklng) Budushchee metalloobrabotki. Le-
ningradp Lenizdat, 1963 * I (PURA 16:12)
(Founfinj*

KONSTANTINOV., B.P.; TRWHIN, V.P.
E3.ectr)oamDtic movement of highly concentrated LiCl solutions Zhur.prikl.
khim. 36 no.2$447-449 F 163. (IMU 16t3)
(Lithi= WaOr#e) (Electroosmoolo)

KONSTAYIPINOVj B.F. ; TROSHIN, VdP.
---------- -T
Determination of the kinetic h7dration inmbers of Id Iona in highly conp-
centrated LiGl solutionp, Zhur.prikl.khim. 36 no.2z449-451 F 163.
1' (MMA 160)
(Lithium chloride) (Hydration)

S/020/63/146/005/021/029
B190/B102
Konntantinov, B. P. Academician, Oahurkova,'O. V.
~AUTJIORS;
TITLE: Express microanaiysis of chemical elements by the method
of the'movin&r interfaces
PERIODICAL.,. Akademiya nauk.SSSR.- Doklady, v. 148, no- 5, 1963o
1110-1113
TEXT. The method of the moving interf aces was checked as to its
applicability in analytic chemistry. The experimental conditlone are.
such that'Cl/n C /n., C,,C being the concentrations of the two
.1 2 2
electrolytes, n and n the migration numbers of the,non-common ions. One
2
of the electrolyte contains ions of.higher mobility. When a separation
tube is-used and the non-common ions are monovalent, C
2/Cl
u 11 U2 e vx
b-exp where b is a constant, u and u are the
U 7T 7 2
mobilities of,,the non-oommon ions, vis -the velocity of the interface and
Card'1/3

S10201631146100510211629
Express microanalysis of chemical ... B190102
analysis. The least amount of substance contained in a 0.1-mm. tube per
interface width depends on the indicator concentration and on Z of the
substance. It is usually lo-7-10-8g, but 10-9gfor certain elements. The
!duration of the analysis depends on the ion mobilities, the field
,-Ptrength and the quantity of mixture, and varies between some minutes and
.peveral hours. The interface positions are determined from the differences
in the refractive indices, the resistivities or the temperatures, the
first method being most exact. The authors have constructed an apparatus
in which they studied the motion of a great many of cations and anions.
There are 3 figures.
ASSOCIATION: Piziko-tekhnichbskiy institut im. A.F. Ioffe Akademii nauk
SSSR (Physico-technical Institute imeni A.F. Ioffe of the
Academy of Sciences USSR)
SUBMITTED: July 2, 1962

KOCHERGIN, Konstantin Alekseyevlch; XONSTANTINOV... B.P.,, akademik,
red.; BORSHCHEVSKAYA, S.I.,, red.
(Now welding procemses] Novye protsesBy svarki. Leningrad,
Lenizdat, 1964. 122 p. (MIRA 18:2)

ft , . , .. i,.,I ,- -. 17
-,. , ~.,. ~ I .. i ~I t.- IB.P.; FiRS, V.D.
~ : ~.~ -I";,, ". ~ )
10- -11. 1- , .- .,. -
Lsctope separation by the ionic mobillity Imethod. Zhur. fiz. khir..
38 n-(j.6:16-47-1651 Je 164. (MIMA 18:3)
1. Fiziko-tel-linicheskiy institut -imuni lofl,'e AN, SSSR.

B I P. j F I I~S', "J. B.
p ar a (;n of -'I sc' to p0 -3 by- the rn~ t 11 cAi on mi- F; u l-, f
t., mu ~ .3 8 L-i D . ;3 z ll 90i~- Pe, E.A.
z' 1--teMil Lcbesk' J DO Ll tu t AIN S ~~S f A. F. ft-3

KONSTANTINOV, B.P.1 FIKS9 V.B.
Spearation of isotopes by the ion mobility method. Part 3.
Zhur. fiz. khim. 38 no.9&2255-2257 S 164. (KM 17%12)
1. Fiziko-tekhnichookiy institut imeni Ioffe, AN SSSR.

ACCESSION NR; AP4031172 .3/0056164/046/00if/1470/1472
AUIHOR: Kcnstantinov, B. P.; Kocharov, G. Ye.
TITLE: Interacticn between ultrahigh energy cosmic rays and neutrinos in the uni-
verse
SOURCE: Zh. eksper. i teor. fiz., v. 46, no. 4, 1964, 1470-1472
TOPIC TAGS: cosmic ray, neutrino, nuclear reactiai, neutrino concentratiGn,
neutrino energy density
ABSTRACT- It is shor,,m that the interaction between cosmic ray particles with ener-
gles larger than 1020 eV per nucleon and neutrinos may be- offset by the possible
enormous concentration of neutrinos in the universe, so that the nuclear in'Mract-
ions with the neutrinos must be taken into account in addition to the interactions
with hydrogen and thermal photms. The possible values of the neutrinc ccncentra-
tions are -first estimated, and the effect of the interacticn of -the zo---nic rays
with neutrinos is then ccmpared with that of the nuclear reactions wit,", hydrogen
and thermal- photons. It is shown~ for exa=le, -Chat for maximLn nEutrino density,,
the lifetima of ircn nuclei against reactims with neutrinos is < 1012years, where-
as for min:[mua density the lifetime is -. 1021 years. The correiFonding values for
Card 1/2

ACCESSICK NH: AP4&WS. SAM/64/156/004/0763/070
A
V
ZHOR: Asa=# S. A.; Subashiyev,'- V. K.; Konstantinov, B. P.
TITIZ: Structure of the conduMan bud In gallium PbosphM
SCURM'. M SSSR* DOkIBAY*o Ve 346#
no. 1g&,, T63 -765
VIT."AM,.TAM SIOLIUum v4"'API'ALIG MkIlICU011 uand,. amdeonductorp forbidden bands
aZ~j= Uoa ado.. coaductivity.1aad structure
iABSTRACT: Since the structure Of pMuz phosph bawIa Is not yet well knownp
the authors vndertook det&Ue& measurements wA analysis of the 0 e
abr
rption dge
in the region frm 2 to 2*75 eve The transmissim measummts were made on
specimen of 5 to 200/A. thick# obtained either by natural growthj, or by cutting
and polishingo The absorption was measured with the IR-10 spectrophotmeter. In
calculating the absorption coefficient a p the multiple reflection was taken.
Int
'0
consideration* The frequency dependence of ot agrees with the theoretically calcuft
'Uted for 4M'rect pemittal transitions. The width of the fozb4AI- band was
kound (at rom taVerature) to.be 2.21 k 0.01 eve no abs~rptlcn edge can be ex-
91"ned by two indireat and can direct transitIone The authors an grateful to
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ACCESSiai HR-. AP14kU43
AWHOR: Kocharov,, Go Ye., K~nstanttnov', B.
TITIZ.. Proton-proton c" OXMI solar Mutriwas
SOURCE. AN SSSRo Doklaay*o vo256# no-* 4v M&# 781-784
TOPIC TAGS: solar proton proton aclej, neutrino detections, neutrino astrophysics.,
star energy production
ABSTRACT: The author discusses the possibilities of detecting solar neutrinoes
resulting from the two cycles which might be responsible for the energy "-~productioa
in thg run. Of these two., the pfZt!A-proton cycle may.produce neutrino of 13.6 MeV
(by B decay). if the nucleus U exists, its decay may produce a 18.9 Mev neutri-
no. The-author calculates the possible concentrations of the intermediate products
of the geactions,, and their life-timesq for assumed solar temperatures from 5 to,
30 x 10 Ke These data are needed for the estimation of the neutrino flux to be
eiTected. The attervt by H. Davis (Bull. Am. Pbya. Soe. 4j 4j 217# 1959) ar
.datectiag solar nautrinces and 1t& negative result is discussedo Orig, art* bas:
.2 figures and 2 tables.
C rd
1/2

7 _7 -:7L
AUTHOR: K ovi, B.-P.., Grinber KastallskiyA. A. A.
R-~- AIL
R-1*vkin, S. M.
TITLE: Generation of ultrasound in thep-ajunction of a nonpiezo-
electric material
SOURCE: All SSSR. Dokladvf- v, L59, no. 1, 1964, 49-52, and 4ottom
half of insert facing p.44
TOPIC TAGS: ultra4oiind tilti-asound generation, semiconductor
--- --- - ----- --
..ultrasonics p-a junction::u tras'4,mica
v
ABSTRACT: :Proceeding-from~-the -v 0 r kof Df L. White (IRE, TVE-4' 1962)::
ou the generation of ultrasound in a GaAs-to-metal transition layer,
.,I
the authors investigated analytically and experimentally the possibil-
ities of ultrasound generation in a usual p-n junction or in any
!F1 barrier layer of nonptezoelectric materials, The generating mechanism
in this case is the attraction between the donors and the acceDtors
of the space charge zone. An outside potential applied to the junction
10.
Card

L 14292-65
ACCESSION HR: AP4049127
will effect a change in th6 thickness of the space charge and
thus
change the force of attraction, which in turn determines the stress
within the crystal. Resonance conditions are investigated in the
case of a high bias potential applied in the barrier direction and a
low sinusoidal exciting voltage, the diode belng acoustically loaded
from the side of the n-regton by a continuoua medium of the same
material as the Junction, while its p-region is bounded by vacuum.
Expressions for the amplitude and the acoustical energy at resonance
are derived and applied to real conditions where the regions of a p-a
junction adjacent to the space charge are finite and the energy is
radiated into a medium with an acoustic resistance differing from
that of the junction material. Three limiting cases are then con-
sidered: the case of a symmetric system with equal p and n regions,
equal acceptor and donor concentrations, and the thickness of the
p and n regions ldrger than the thickne s a of the acceptor space
charge; the case of the acceptor space charge being much thinner than
that of the donora and both being much thinner than the and n
regions; and a similar r~aae modified by the p region being much
thinner than the n region of the junction. The second is considered
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ACCESSION NR: AP4049.1-27
to be the most favorable theoretically as well as experimentally.
Calculations show that in a Ge junction in air, with the donor
concentration of 1017 per CM3 beingmuch lower than that of the acceptors$
at a sinusoidal voltage of 3 v, a bias of 30 v, the p and n regiOLa
having a total thickness of 0.5 cm the pregsures developing in the
snecimen reach the order of 3 kg/c~2 and the radiated power is
-5 -11
aDOUt 0.4 x 10 (2n + 1)1 W/cm' (n In an experimental
test, the anplitude of the oscillations proved to be proportional to
the sinu6oidal voltage, and the relative lactfcc displacement in
the direction perpendicular to the p, and a contact plane reached a
value of the order of 10-1 at a sinusoidal voltage of 3 v and a bias
of 15 v. Due to internal losses, however, the experimental width of
the resonance region greatly exceeded the theoretical valuewhich
caused the amplitude to drop by about 3 orders of magnitude below the
theoretical. Orig. art. has- 1 figure.
ASSOCIATION t--Ti lk- 1, - -
t -A
a-tekhtt A* F -Teffei7 eiLf-'
nauk, SSSR (P~hysicatechni'cal Inarituteo, Academy of_ScLence;& SSS
Z)
Card 3/4

KONSTANTMIMP B.P.~ BAKUTAN, Ye.A. (Leningrad)
Separation of chlorine isotopes In aqueoua solutions of LIG1, NaCl,
and HU. Zhur. fiz. khim. 39 no.3z592-596 mr 165. (KRA 18j"f)
1. FizUko-takhricheskiy inatitut imeni Ioffe AN SSSR.

FEDORENKO, N.P., akademik; SUKAGREV, V.N., akademik; KARAKEYEV, K.K.; FRANK.,
G.M.; XQNkjAWEOV,_ Bj~~, akademik; ASTAUROV, B.L.; YEFIMOV, A.H.;
SHUMILOVSKIY., N.N.; ISHLINSKIY, A.Yu., akademik; GERASIMOV, I.P.,
akademik; KAZARNOVSKIY, I.A.; BYKIIOVSKIY, B.Ye., akademik; ZHEBRAK,
A. R., akademik
Discusolon of the annual report. Vest.AN SSSR 35 no-3:95-112
Mr 165. WIRA 1814)
1. Prezident AN Kirgizakoy SSR (for Karakeyev). 2. Chleny-korreo-
pondenty AN SSSR (for Frank, Astaurov, Yefimovj Kazarnov3kiy).
3. AN Kirgizakoy SSR (for Shumilovskiy). 4. AN BSSR (for Zhebrak).

L 3~59-66 DIT(1)/EPA(s)-2/hVT(M)/FTC/-g'IG(M)/,EPA(w)-2/T/gP---,, t;/hNP(b)/5-1A(m)-2/hWA(C)
'ACCESSION NR: - '-'AP50172.05--,-LJP(o)- -FjYd/JD/JGUR/OOP-0/65/162/006/1269/12701
AUTHORS: Ivanov-Omskiy, V. I.; Kolomiyets. B. T.; orodnikov,
~V. K. Smekalova, K. P.; Konstantinov, B. P.
-57
,TITLE: Electron mobility in HgTe
1:
!SOURCE: AN SSSR. Dokladys A2, no. 6, 1965, 1269-1270
TOPIC TAGS: mercuryAompound, telluridel-lHall coefficient, semi-
'conductor car-r-fe-relectron mobility, magnetoresistance
IABSTRACT: In view of the difficulty of determining the type of con-1
:ductivity of HgTe from measurements of the Hall effect, owing to the 1
~larger ratio of the electron mobilit* to the hole wobility (,100), th6
authors investigated sirigle-crystalltamples of HgTe, prepared by zone~i
;melting with subseque-n-f-annealing-in mercury vapor, over a large range
i,of temperatures. From the temperature dependence of the Hall coeffi-11--
,cient it is concluded that HgTe is a semiconductor of the n-type,
iwhose carrier mobility has a temperature dependence typical of the
,degenerate electron gas in semiconductors and In metals. The electroh
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'ACCESSION NR:'--
2
~mobility is quite high at all temperatures, reaching 200,000 cm V-sed.
.The Hall coefficient exhibits a strong dependence on the magnetic
field intensity. This is attributed either to inhomogeneity to the
crystal or to the complicated energy spectrum of the electrons in the'!
,HgTe. The magnetoresistance of HgTe is characterized by curves -having
;a continuously varying slope and exhibiting no saturation. This
report was presented by B. P. Konstantinov. Orig. art. has: 2
:fi-ures
ASSOCIATION: Fiziko-tekbnicbeskiy Institut im. A. F. Ioffe Akademli 1
.nauk SSSR (Pbysicotechnical Institute AN SSSR)
SUB14ITTED: 16Dec64 ENCL: 00 SUB CODE: Alp
~NR REP SOV: 003- OTHER: 005
6NI Y\
Card
2A

- KOCHARPI, G.Ye.
,E., akademik,
Aotrophynical phenomena and rad-iocarbon. Dokl. All S~SR 165 no,l.,63-64
N 165, (KRA 18:10)
1. Fiziko-tekhnicheskly instituf Im. A.F.Foffe AN SSSR.

KONSTANTINCV, B.P.
Serafim Nikolaevich Zhurkov, 1905- ; on his 60th birthday.
Usp. fiz. muk 87 no.2:367-372 o 65. (MIRA 18:11)

KONSTANTINOVp B.P.; KAYMAKOV, Ye..A.; BASARGIN, I.V.
De ter mi-nat-ion of"'the r4ative difference In the mobility of
i0ot a Ions of uran*. Zhur. fiz. khim. 39 no.4:836-839
Ap 1 ?5. 1 (141RA 19: 1)
1. Fiziko-teAnicheskiy institut imeni loffe AN SSSR. Submitted
June 19, 1963,

MISTANTINOV, B.P.; BMLIN, Ye. A.
Separation of isotopes Mg(24,26)2 +and Ou (63-65)2 + in aqueous
olutions of Mg"12 and CUC:'2'
Fiziko-tekhnicheskiy institut imeni F.F. loffe AN SSSR. SiAb-
;tted June 19, 1963.

L
ACC NRt "5027836 SOURCE CODE: UR/0020/66/165/001/0063/0064
AUTHOR: Konstantinov, % P. (Academician); Kocharov, G. Yo.
ORG: Physicotechnical Institute im. -A. F. Joffe, Academy-91-00gncts SSSR ffizft-tekh-
nicheskly- institut Akademil Nauk SSSR)
TITLE: Astrophysical phenomena and radiocarbon
SOURCE: AN SSSR. Doklady~ v. 165, no. 1, 1965, 63-64
TOPIC TAGS: supernova, stellar radiation, gamma radiation, carbon
ABSTRACT: Although the determination of the causes of variation in the C14 content of annual
rings Of trees constitutes a complex problem, a comparison of the radiocarbon activity of such
rings with known astronomical phenomena may turn out to be a very promising method of inves-
tigation. As an example, the authors cite th p IWrease in C1 4 content in the year 1700 and
ardund 1050. It to known that the supernova.-Cfisiopcia A exploded in 1700, and that the super-
nova in the Crab nebula jxploded in 1054. If the composition of the electromagnetic radiation
emitted by the explosion of a supernova contains gamma quanta with energies of tens of MeV,
then it can generate 01 " atome in the earth's atmosphere by the re ~nL
p)CI 4; C~ 4 actions er(1 C!, /9. iel.
N14(n,p)C14; N'14(f,1QN13, N14(n. (~ 6 (~q 2p) . An estimate shows that the probability
of such formation of a, C14 Isotope by a gamma quantum of several tens of MeV is 1%. An es-
timate of the amount of energy emitted by the explosion of a supernova in the form of hard
gamma radiation was made asmuning that a 1% change in the activity Of CIL 4 could be measured.
For Cassiopeia A (about 1700), the value obtained is 10" ergs; for the Crab nebula and Kepler
1-Card 912

-12 If
=_~ - .
ACC NRs AP6027800 SOURCE CODE: UR/0126/661022/001/0157/OiSB
AUTHOR% Kan Zimkin,
StAnhinox- B P j 1. Stapanovs Me 11
ShestopardSIV; L. He
ORG: PhyaLcatechnical Institute is. A. F. loffe, AN SSS (Fisiko-
takhnicheskiy instfttut AN SSSR)
TITLEt RardeninAf steel surface by wire explosion
SOURCEt Fizika metallov I notallovedeniye, v. 22, no~ 1. 1966, 137-158,--
TOPIC TAGS: smvwL hardoninAt WCUML-surface hardenin wire
ABSTRACT: Copper or steel wire, 0.38-0.4 mm in diame and 40-50
long, placed 10 mm above the face of a cylindrical UW~treel arKeimen--.-
c
was exploded by a current pulse produced by the discharge of a spa L"
tore As a result of this explosion, the surface microhardnesol ncr
from the original 170-200 kg/mm2 to 950-1200 kglmm2. Although the
average thickness of the hardened layer w& --30 us it was uniform
and varied from 0 to 60 a. X-ray dLffracti patterns shoved that the
surface layer contained up to 70% austenito, the rest being mostly
ferrite with no significant quantity of martensite. It could be that
the metal surface was decarbonized, or the ferrite had no time to
:ard-1 L; QVCs 621,785g5

ACC NRt AP6015318 tAi IV) SOURCE CODE, UR/0057/66/036/005/0942/0957
T
AUT110R: Konstantinov, B.~P.; Oshurkova, 0. V.
'23
O~G: Physicotechnical rnatitute in. A.F. roffe , AN SSSR, Leningrad (P~izlbb~tekhnichew
kiy institut AN SSSR)
TITLE: An instrument for analyzing electrolytic solutions by Ion mobilities
solutI4
SOU'WE: Zhurnal tekhnichaskoy fiziki, v. 36,.no. 5, 1966, 942-957
TOPIC TAGS: quantitative analysis, alcrochemical analysis, electrochemical analysis,
ion nobility, electrolyte
ABSTRACT: The paper describes an instrument for rapid microanalysis of electrolytic
solutions containing several species of anions but only one species of cations, or
several species of cations but only one species of anions. The analysis Is effected
by confining the unknown solution in a tube between end solutions each containing on13
one ion species of the polarity being analyzed and passing a current through the solu-
tion. Under these conditions, and if the mobilities of the ions in the known end
solutions are suitably chosen, a stead state will be approached in which the unknown
solution mixture Is separated into a number of pure solutions in accord with the mo-
bilities of the several ions, and the boundaries between the different solutions will
move with a constant velocity along the tube. The concentrations of the pure aolu-
tions in the steady state condition will satisfy relations given by Mohlrausch

L 33403-66
ACC NRs AP6015318
(Ann. Phys., 62, 209, 1697). In the present instrument the motion of the boundaries
in the steady state is compensated by apply!4g a hydrodynamic flow of equal and oppo-
site velocity; this not only facilitates masurement In the steady state, but also
obviates the necessity of using the excessively long tube that would otherwise be re-
quired for establishment of the steady state. The boundarias between the different
solutions in the steady state are not absolutely sharp, owing to the effects of dif-
fusion, the radial temperature gradient that Is established in the tube as a result
of the evolution of Joule heat, and the fact that the motion of the boundary is,over-
compensated near the axis of the tube and undercompensated near tho wall by the.hydro-
dynamic counterflow because of the parabolic velocity profile of PolseuIlle flow.
These effects axe calculated quantitatively and it is found that adequate sharpness of
the boundaries can be* achieved only by using chpillary tubeg of ire'ry small diameter.
This accounts for the unsatisfactory results obtained by L.G.Longsworth (National
Bureau of Standards, Circular, 524, 58, 1953)-and J.Kendall (Nature, 150, 3793, 136,
1942) in earlier attempts to employ the differences between ion mobilities for the
separation of ions. In the present instrument an approximately 20 cm long capillary
tube was employed, the internal diameter of which was about 0.1 mm. The instrument is
described in some detail and techniques are discussed for fabricating and filling the
capillaries. The boundaries between the different solutions in the steady state were
located by an optical technique depending on the differences between the refractive
indices of the different solutions. The instrument has been successfully tested by
analysis of 28 different anions and 42 different cations. Results of test analyses of~_

L 44792-66 EWT (1)
ACC NR. AP60312t-6 SOURCE CODE: UR10057166-16-S6-Xd~li-if6yii~i,-~;
AUTHOR: Konstantinov, B. P. Zaydel A. N.; Konstantinov, V. .; Ostrovskiy, Yu. I
ORG: Physico-technical Institute im. A. F. loffe AN SSSR, Leningrad (Fiziko-
tekhnicheskiy institut AN SSSR)
TITLE: Holography V xperimental techniques and the resolution of method
SOURCE: Zhurmal tekhnicheskoy fiziki, v. 36, no. 9, 1966, 171&i7n
TOPIC TAGS: holography, hologram, laser photography, C,11AIIZ11-1~t_- -5
ABSTRACT: Experimental holograms of half-tone and two- gLnd three-dimensional objects
were made by means of standard equipment assembled on OSK-2 oDtical bench-10 A
Zenit-3m0camera was used with a 35-mm Mdkrat-600 emulsion, whose maximum response was
at 6400 A. -Resolution was not less than 1420 lines/mm. The quality of reconstructed
images was enhanced by suppression of nonaxial modes. The angular resolution of ..
5 x 5 mm holograms was 3 x 10-4 radians for high-contrast reconstruction. Apparent'
quality degradation was observed in holograms which were 10 x 10 mm and larger. The
degradation was attributed to effects caused by film bending and emulsion surface
inhomogeneities. Orig. art. has: 3 figures. (YKI
SUB CODEA 20/ SUBM DATE: 27Apr66/ On - REF: 002/ ATD PRESS: 5080
Card i/1 b

L 21506-66 EiYr(1)/'EWA(d) GW
AdC ER: AP6007736. SOURCE CODE:
Uft/0293/66/oo4/001/006610073
AUTHOR: Konstant-Inov, Be P 0; -Bredov. M. H.; Belyayevs ly, A. I.: Sokolov, I* A*
ORG: none
TITI-T-': Possible antimatter nature of ricromateors
SOURCE: Kosmichoskiye issledovardvi, v. 4, no. 1, -1-966, 66-73
~TOPIC TAGS: antiparticle,'gammi flwc -ganma radiation, gamma background, meteor
trail, meteor tracking, mateor'stream, Iretoor detCotion, comet, sdintillation.coun-'
ter radar meteor observation, cosmic radiation, cosmic ray measurement, neutron
radiation
ABSTRACT,-An experiment was conducted to verify whether meteor showers are
duct of cometary disintegration,- in which case they would, according
tile pro
to one hypothesis, consist of antimatter dust particles. Theoretically, it
appears po .ssible to identify the radiation produced by the disintegration
of such antidust particles coming into contact with particles of the earth' s
atmosphere. It is suggested that the major meteor showers may be formed
by the disintegration of comets; the connection between comets and Meteor j
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L 215M-66
ACC M: AP600773
:showers, therefore,. is directly related to the questi6n of the nature of
,meteors. At this point it should be noted that the problem under discussion
does not involve meteors of noncometary origin reaching the earth, the
number of which does not change during periods of meteor showers.
The problem is approached on ihe assumption that comets are macrd-~
scopic bodies consisting of antimatter and coming to us from other solar
systems of our galaxy which may consist entirely of antimatter. From,-,
this, a-plausible theory can be derived to explain the extrasolar- system
g, or
riTin of comets. A comet' s capture by the sun could, acc ' ding to calf
o
culations, result from a small change in the comet' s totod effergy, ade-
quate to transfer it from a hyperbolic to an elliptical class, due to the
annihilation of protons in the solar wind on the comet' s surface.
Of 4he primary and secondary radiation produced during annihilation,*
the most satisfactory for detecting ~he investigated phenom"erlon are hard
gamma rays (with an energy exceeding 73 Mev), which can be recorded
at a great distance from the point of annihilation.-. Due to the radiation
length in air of gamma rays at this energy level, -measurements of average
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L 21506-66
ACC NR: AP6007736
gamma radiation flux at sufficiently high altitudes permit several maxl-
mum values to be derived for the quantity of antimatter which may enter
the earth' s atmosphere. The intensity of gamma radiation at an altitude
having a residual atmospheric density of about 100-10 g/m2 was found
to be approximately 10-1 cm-2. see- I - sterad-1. Taking the above
maximum antinucleon- flux- intensity value, and considering the earth' s
orbital velocity to be '1, 3 x 106 em/see, the concentration of antinucleons
in space is estimated at about 10-7 CM-3.
Measurements of average, gamma-radiation intensity at altitudes of
25- 30 km during periods of.Varying meteor activity have shown that
variation in the intensity of gan~ma radiation during a period of maximum
meteor shower activity exceeds by not more than 5016 the radiation in-
tensity in the absence of a shower. This finding permits maximum values
kI
.foi, the mass of antimeteors to be estimated. The number of meteors
falling on a given area of earth per unit of time during the.heaviest showers
is abotit 10- 16-10-15 cm2 - seC-I. Talkiog, as earlier the maximum gam-
ma-radiation intensity due to annihilation al 3O'-ILcnI_j 2 - sec- 1. sterad-1,
Card 3/6

L 21506-66
,-ACC NR- AP6007736
with its variation not exceeding this value during a period of
meteor-shower activity, a maximum value for the mass of an antimeteor
was found to be about 10-9 -10-10 g. If such *meteors are antiparticles,
their mass of 10-9 g would release a total energy equivalent to that of a
conventional meteor with a mass of 10-1 g. The task of registering the
annihilation radiation from, art individual meteor should be fairly difficult,
considering that annihilation would occur at an altitude of about 100 km.
age intensity at altitudes of 25-30 km,
Along with measurements of aver,
experiments were conducted to detect radiation at altitudes of 13-18 lcm f
Troduced by an individual meteor entering the atmosphere. Gamma rays
and neutrons were registered by scintillation counters and proportional
gaseous-boron counters; meteors were detected by a- radar technique at
the 4-m wavelength. The directivity pattern of the radar station, the
selection of meteors' radar echoes by distance, and the area in which to
expose radiation detectors were coordinated in such a way that it was
:possible to assume that a given meteor had entered the atmosphere
approximately above the detector.
card 4/6

L 21506-66
ACC m: Ap6oo7736
A number of contr 0*1 experimiints were used to reveal any systematic
errors which could possibly have:occurred. Despite this, and since the
experiments were conducted using only one method, the possibility remains'
that unaccounted-for systematic errors were made; however, actual
reasons for their appearance could not be found at.that time. With the
Jormation of meteor trails at an altitude of about 100 km, an increase in
the intensity of hard gamma radiation and neutrons, amounting to
approximately 2% of the background or I impulse per meteor, was
inoted at altitudes of 13-18 km.
Among the possible physical origins of the observed effect, besides
the explanation related to the investigated hypothesis, may be suggested
the presence of background modulation of cosmic radiation during the entry,J
of a conventional meteor into the earth' s atmosphere. Theoretically,
such modulation can take place either because of a change in the derisity
I of the upper atmospheric layer or, because of the influence of the magnetic
pole on primary cosmic radiation arising during the formation of a
meteor trail.
card 5/6
C
6/6 d&
arcl

AUILEOR: Konstantinovs B. P. ; Kotousovp L. S.
ORG: Poly ~ec IcInstitute., Leningrad (Politekhnicheskiy institut)
TITLE: Calculation of m~ultistage thermal diffusion in a field of rotation forces
SOURCE: Inzhenerno-fizicheskiy zhurnal) v. llp no. 4, 1966p 455-462
TOPIC TAGS: thermal diffusionp thermal diffusion separation., isotope separation
equipment /
ABSTRACT: The authors analyze the theory underlying the operation of a thermal
centrifugal column and deter-mine some of its optimal parameters as well as the'-
settling time. The need for such a calculation is dictated by the fact that
of this type, first constructed by M. Farber and W. E. J. Libby (J. Chem. Phys. V6 8,
965, 1940) can be useful for concentration of an isotope from a sample containing o
several gram of matter. Its operation is based on maintaining the gap between the
hot and cold walls small (on the order of fractions of a millimeter), and replacing
the gravitational force by rotational force. Hydrodynamic calculations of the motion
of a gas or liquid inside a hollow rotating disc whose walls are at different temper-
atures are used to derive the equations of the centrifugal separation column. 7he
optimal circulation necessary to obtain"a maximum isotope separation is determined,
These constitute the conditions for the minimum i1i
plate)value at any railiuso It in shown that a minimil- ciii'b'We WbtilffieVW-a-
Card 3/2 uDc: 621.039.341.6

ACC NRs AP6033534
slight alteration of the gap. The enrichment of radio carbon based on the Isotopic
mixture C12#144 is considered by way of an example. It is shown that by using a
thermocentriPagal column it is possible to attain optimal HETP by reducing the gas
pressure. The equilibrium time reduces to approximately 1 hr at 5 atm and the optiMl
rotation speed is 10 rpap the column separation factor is 102 _ 103 for & thwrml
diffusion factor 0.01 - 0.02L, a relative temperature difference of approximatelY 1%
and a gap 0-3 - 0.5 mm at a radius of approximately 50 cm. The gap should be acewste
within 10 p. Orig. art, has: 2 figures and 30 f ormulaa
SUB CODE: 20~1f/ SUBM DATE: 15jun66/ oTH mw: oo4
I Card 2/2
or-cmus-greauer cnan ouraineo-oy --rroM-L," -rroton-;;y-:Ls- a -real spaice-
1:1aboratory weighing more than .12 tons. The two principal objectives of this
Lpard 1/2 UDC: none

ACC NR: AN7008945
station are: furtherment'of the investigations begun by its two predecessors
for control purposes and new studies for detection of particles with a frac-'
tional charge. The satellite has new complex apparatus for detecting funda-I
mental elementary particles, Ilquarks," in cosmic rays. On "Proton-V thiare
has been approximately a tenfold increase of the effective area of the appa-
ratus for study of superheavy nuclei in primary cosmic rays. [J?RS: 37,3971

GERR, Feliks Grigorlyevich- KCNSTANTIk~01: , WE-is Vasil'yoviell-,
"'
nauchn. red.; BOPOT-L
[ShaLlow, reinforced conc-rete wolls with porous conercte
filters] Shakhtnye zhelezobetonrWe kolodtsy s filltrami
iz poristogo betona. Alma-Ata, Kazsellkhozgiz, 1963. 11 p.
0
(MIRA 17: 10)

-j- fi
A/S
USSR r4eadow `Cultiv~ation L
Abe Jomr; Ref Zhur-Blol-) Vol 13, 1950U, 534511
Author : Nagornyy, Yu. M., Konstantinov, B. V.
Inst : Betpak Dala Experimental Station on Cattle Husbandry
Title : Organization of the Feeding Area and the Irri-
gation Along Cattle Driving Routes of the Detpalc-
Dala Desert
Orig Pub: Tr. Betpalk-Dalinsk. komplex. opytn. st. zbivot-
novodstva. Alma-Ata, Kaza!rhs1r. gos. izd-vo, 1957,
45-82
Abstract: A system for utilizing underground waters along cat-
tle driving routes is recommended. Full water sup-
ply of the Betpak-Dala desert can be guaranteed by
the simultaneous utilization of subterranean and
Card 1/2
past-,:xes of the Betpal:-Dala deBertj and of
ern zone of the Sary-ArIca steppe. This irrigation
System is ilecommended by the local e;:perimental
station for cattle husbandry.
Card 1/1

KON3TANTIMOV, D.
One more affiliated factory radio club. p.7-
(RADIO I TUMIZIIA, Vol. 6, no- 3, 1957, Sofia., Bule-.ria.)
SO: Monthly List of East European Accessions (EEAL) LC, Vol. 6. no. 12, December 1957 Uncl,

207-6-25/62
AUTHORt --Xonstantinov, Do# President of the Agitation and Propaganda
bectlon-kGara Irlih1mg Bulgaria).
TITLEt At Our Bulgarian Friends (U nashikh bolfarskikh drusay)
A Plant Radio Club (Radiaklub na zavod*).
PERIODICAL: Radio, 1957t #So P 169 001 1-3 (USSR)
ABSTRACT: In February 1957 an amateur radio club was created at the
State Cellulose Plant imeni Stefan Kir&d2hiyov,, with the
assistance of the Soviet Union.
This club is a branch of the Plovdiv District "DOSO" (voluntary
Organization of Cooperation and Defense) Radio Club.
The plant-workers# engineers and technicians, participate in
the activity of the short ways, ultra-short wave and designing
sectionsp and are designing their own short wave station.
A great number of workers are taking radiotechnical courses,
in which the engineers and technicians of the plant ar* aerring
as instructors.
Card 1/2 The management of the plant, provided a room, the necessary

C A/S-7~-A A,' J-1 IVO

n >1
a

0 0 0

1%1 If

0 R - t,
r
" "
1

B
i 4.
I
0 I Vp of.
0 0 v . c 0.
P, I, -I P, Tg

4 I p
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01 li If I
0 ~ 441. ~1
P I IPA

r r
I x

KOINSTANTBOV, Dechko
-New regaUtions for the rewarde of desipers and modelmakerse Trud
tmemi 4 no*2:58-U 262..

-XONSUNTM=,-B-,-4u4polkovnik
Innovators of fraternal armies, Starah.-serzh. no.904-35 S
~62. (MIRA l5t11)
1. Bolgarakaya Narodnaya armiya.
(Communist countries-Armed forces)

ORLINOV., V.; ZARKOVA., L.; KONSTANTINOV) S,
Gesium thermionic converter with tungsten tathods at high cathode
temperature. Doklady BAN 16 no.5:493-496 163.
1. Institute of Slectronic.9p Bulgarian Academy of Sciences,
Submitted by Corresponding Member E. DJakov LDzhakov., F..1-

DZAXGV, 9. -ifthakovp &.I,- CRUNOT, V.; ZARKOVA-, L.; XONST;XINOV &w
low-frequency oscillationein therb"o cormrter with cesium
vapors. Doklady BAN 16 noolz23-26 W63. . .
1, Physical Institute at the Wgarian Academy of Sciences.

DJAKOV., E. (Dzhakov, 9.1; ORLINOV, V.; ZARKOVA, L.; KONSTANTINOV, E.
High-frequency oscillations in a thermionic converter under
the low pressure of cesium vapors. Doklady BAN 15 no.7:
TY7-710 162.
1. Institute of Physics at the Bulgarian Academy of Sciences.

52646-65
r
i'i'P t b7i:A 6
'A (h) Pz- /Pab-IO/Pr-4/Ft-7/~Peb/Pij-4 IJP(c R V"H, J T17M;/-;/AT
AC77SST,ONI NR: AP5013550
A17-Hr~R: C)-linov, V.; Stefanov, B.;Zarkova L.; Konstantinov, E.
TITLE: High-pressure cesium thermionic converter vith a tu cathode
SOURCE: BiAlgarska akademiya na naukite. Doklady, v.. 18 no 1 1965, 15-18
.TOPIC TAfj',c,: hiRh pressure thermionic cor,ertef, =ium hermicnic converter,
ABSTRA-kr: A brief description is given of three series-of experiments-wfth~a-
thermionic converter using a tungsten wire cathode, an interelectrade spacing of
0.3 mm, and a cylindrical nickel anode. At Te = 1950K and t 260C, the maximUll
2 CS
Power Wmax -was 2.77 -4/cm. at 1.10 v, and the efficiency r) was Q-35'%..When vol-
UT = 2
Uage -was increased,wmax and n increased, respectively, from 4 v/cM and 9.7% to
W/CM2 and i6.6%. At T, = 2000K and tCs = 340c, wmax was 16 WICM2 and q was 24%.
In this latter case, the characteristic was typical of volume ionization, and a com-
theoretical data revealed that the value of the emf was determined by
T-rocesses, the electrode properties baNring a negligible influence. The ex-
periment3 were made with the use of an improved version of a previously described
converter (Orlinov, V., L. Zarkova, and E. Konstantinov, Compt. Rend. Acad. Bulg.
,Card 1/2

KONSTANTINOV, Emil, inzh.
Problems of reconstructing clamp bending mechanism in Bulgarian
stapling machines for packaging. Durvomebal prom 7 no.64.12-.15
N-D 164.
1. Zamfir Popov State Industrial Enterprise, Berkovitsa,

KODSI'ANTRICIV, ZMil, inzil.
~~,
Some possibili ties of increasing the prod i u, tivi ty- -If hall-arian
sei,dng macninEs for packing. Durvomehel prom 7 no.,-,./3.' 14-18 !~L-
Je 164-
i. IlZaafir Popov" Stat IDCIUStrial Enterprise, Berkovitsa.

KONSTANTINOV, F.
N15
101.1.1
AM
Basis and superstructure. Moscow,, Foreign Ianguages Publishing House, 1955.
50 P.
Translated from the Russian.
Bibliographical footnotes.

MAIMEV, M.A., doktor tekhn.nauk,, IVAKIIIN, S.I.,, kand.teklm.nauk;
KONSTANT-IN.Ov, B.G.0 inzh.; GAYDASH, B.I., inzb.
Use of pegmatiten of the Alek8androvok and KraSnovijk doporilti)
in the production of high voltage insulators. Stek. i ker. 22
no.1:30-33 Ja 165. (MIRA 18:7)
1. Moskovskly ordens LenLna kh.Lmikotekhiiolotiict-,efjkiy illotitut ime
D.I.Mendeleyeva (for Matveyev). 2. TSentralInaya nauchno-issledo-
vatellskaya laboratoriya treBta Armset' (for Gaydash).

ARZUMANYAN, A.A., akademik; BERG, A.Io, akademik; ZMKOV, Ye.M., akademik;
SIVENOVY K.N., akademik; VINOGRADOV, V.V., akademik; FRAXISEV, Yu.P.;
SHCHMUMOV, D.I., akademik; AVISIMOV. I.I.; QATOVSKIY, L.M.;
IOVCHUK2 M.T.; FEMEM, P.N., akademik; RCRASHKIR, P.S.; XCIESTANTINOV,
?,.3r.;,,MITIN, M.B., akademik; =TIN, V.P.; PWTVIKOV, K.N.;
PRUDiNSKIY, G.A.; YUDIN, P.F., akademik; RYBAKOV, B.A., akademik;
K(WSTA19TINOV, B.P., akademik; KHVOSTOV, V.M.; KEDROV, B.M.; MARKOV,
A.A.; BAISHEV, S.B.., akademik; ALEKSHM, M.E.,, prof.; SKAMIN, S.D..,
akadeimik; ALEKSANDROV, A.D.; POSPFIDV, P.bl., akademik
Discussion of L.F. Illiche7la rreport. Vest. AN SSSR 32 no.12-.19-50
D 162, (MIMA 15:12)
1. Chleny-korresporidenty AN SSSR (for AlekBandrovp Frantsev,,
Anisimov, Gatovskiyp Iovehuk,, Romaslikin,, Konstantinov.. Yelyutin,'
Plotnikov, Prudenskiy, Khvostov, Kedrov, Harkov). 2. AN Kazakhskoy
WR (for Baishw),
(Research)

KOSTAUTINOT 0 r. T.
hilpria an Uw rost to socianmo lad* 2*v Ispr, I top. Neekwe ClospoUUsdats
19". 3w P.

KONSTAiMBNOV, E.
"Device for Extablishing Short Circuits In Electric Colls."
P. L3 (RaOio I Televiziia, Vol. 7, No. 6, 1956, Sofiia, i)ulgaria)
Monthly Index of East European Accessions (EEAI) LC, Vol. 7, No. 11,
Nov. 1958

-KOITS-I'Aalin-Nov) r.. V*-
0 D%rizhushchikh Silakh RazvitlZra Sotsialisticheskogo Obshchestva Moscow., - 1951
31 p. A lecture in pamphlet form an the development of Socialist Society,
Includin- the economic foundation of Soviet Society, predominance of pblicy
aver economics in the transition period under Socialist conditions, and
the moral-political unity., friondship of nations, a nd Soviet patriotism a s motive
powers of the Soviet Society; published by "Pravda".

KONSTANTINOV, F V
Zakon obyazatellnogo
,,roizvoditelInykh sil
of : oduction to the
.,.r
1953-
45 P.
1T/4
78-2
sootvetetviya proizvodstvPnny!,h otnosheniy kharakteru ..K8
(Law of the obligatory corresL;ordence of relations
character of productive forces. Mos-.va) Gospolitizdpt,

KOT~;T.Ili"771'07, 7,--Inctor cC a -r-rt,
Lenir-irm cn the Role of Popular ,'.--Lsses an~ o,,:' -In -,,-:istory" at a sciertific
s6ssion in th~: USSR Aca,!. of' Sciences dedicat-d to th,~ 5-,th, firrIver-,,iry of the
~I.mrm-unlot Party o-P f,),, 'ovict Union. The session was held or October 19, 1953.
SO: 'Pravda (USFR), Octobor 20 1953, Unclassifir.0

Die Rolle Der Volksmassen In
36 P.
Translation For The Rw9sian,
Bibliographicl-1 Footnotes.
SO: 1415
805.4
.K81
Der Geschichte. Berlin, Dietz', 1954
Roll Narodnyl:h I!ass V Istorii,

POSPELOV, P.N., akademik; SMIRNOV, V.S.; LAVRENTIYEV, M.A., akademik;
GAFUROVIV B.G.;-KEDROV, B.M.; DUBROVSKIY, S.M., daktor istor.nauk;
KONSTANTINOV, F.V.
Discussion of the report. Vest. AN SSSR 33 no.8:29-39 Ag 163.
I . (MIRA 16:8)
1. Chleny-korrespondenty AN SSSR (for Smirno+,,, Gafurov, Kedrov,
Konstantinov).
(No subject heading)

KWSTANTINOV, F.V., akademik o
Interaction of nature and Ljociety and modfirn geography*
Izv AN SM Sir, geogs no64t 12-22 064 (MIRA 170)
1. Institut filoo6fii AN SSSR.

!'Xi " " , .,I ~~u .
. ( 3 :,1',, -N, * I I, v 9 - . I . p . -7
-
lir-.,..lj,-Z: , e"r,j - " e r,~,p c " '! ~, - .
.1. ' " - .-, -.,. --;!t7 W;~- ~ . ! t . 1 - ~ -I' ~?
- '64. ;.",! 1:, ".7 ~"

0113T.,k!'TINOV, G - I
I
"CattLe br*oedinZ on the collective ill lli,,Icov, I.MvI Pazar County" (P. 53)
KOOP811A.M.116 ZrKSMLIC,
(Yinisterstvo na zemedelieto) S'ofiya Vol 8 I'o 10/1-1 1953
SO: East European Accessions List Vol 2 No 7 Au--7 1954

KONSTANTIHOV, G.9 arkhitektor.
- -7~
Problems of econozW in construction with saved limestone. Stroi.
mat. 3 no,12t23-24 D 157. (MIU Ila)
(Limestone) (Building, Stone)

FZTIMOV., B.; KOBSTANTINOV. G.; ALF.XIF.V) D. (Alaksiev., D.1; AMOV, B.
4~ - -
Affa -.- ical and biochemical
Wo in heredity and in song- physiolog,
indid4under the effect of rsdl6actiWiaine. Doklady BAN
16 no.2:89-92 163. %.
Is Submitted by Correeponding Nember 1. Bratanov.

ALEKSREVA,A.; A110KIIIN, G.; BRZRUKOVA, Vt.; GONCHARENKO, 0.;
GRIGORIYEVA, L.; hON5TANTINOV, G.; KAPITONOV, L.; YAKUB, V.;
SOBINOV, M.G., red.; AVRAI-IRIKO, I., red.
(When trolls are sleeping; a story on how we became ac-
quainted with Norway] Kogda spiat trolli; rasokaz o tom, kak
my poznakomilis' s Norvegiai. Moskva, Molodaia gvardiia,
1964. 108 p. (MIRA 17:7)

L993-~- A55 EVI Wd) Pq-C& ripIc'
AFK(d d,X1--D(dp)/.AFETR/ASD(a);~0/
J
ACCESSION NR: AT4047140 kFTC. (b) MLK S/0000/64/000/000/0101/0109
-MYt=Q~t-~ - (Moscow); Lin, Yun-nien~I-
AUMOR: Chudov, L. A. (Moscow); Konstanti
(MOs cow)
=YLE: The problem of the probablia esUmates of rotmd-off orrora in the numerical
soluUon of differential e,,,tuatlong,
ZOURC E: Chlslennyl~yc metody* reshenLya differentstalluytkh 1 integr.,a!ny*k-h ura-vaenly
111 twadraturny*ye, forinuly* (Numerical methods of solving differential and integral equationg
tand quadrature forinulas); sbornik- st-atey. Moscovv, lzd-va Nauka, i964, 101-109
.TOPIC TAGS: differential equation, ordinary differentlil equation, Z-11ler meffiod numerical
inethod, alGorithm, iteration, normal di-stributton, -round-off erro.-
AWSTRACT:' In solving or&na diff-erential equa-Umns by ntmierrical ita,-,aion teahnfques, .
0 ry
perhaps the most serious source of error is round-off errors created by appr(=1mftUom,3*.
made in intermediate steps of an algorithan. The prouent paper examines tke equation
with the irdtfal condition yo y(o). 'rhfg Is essentially a Cauchy problem. Themethodof
Card 1/2

ACCESSMIT NR: AT4047140
is applied for the numerical soluUon of the equation. The 1-ifflal value yo is consid-
neim ac and s cr~_12, rliii i-ibutcd ;,ic-cardi rg to ,t normnl
-,I-ndom vnriable with I . prf,-
a-ud itprf-td U-2 ~~I- -I!
the fir-st. ropetition of the solution m1gor(thm. The Main reault Is to cle-cernime, au a fum--A6~a;
of aO, the probable round-off error of the allgorItInn, where the iteradons axe relaLeil by-
IT
dity of the probability 6f stribuff ons:
uinarwal eumperiments support the vad clariv
art. aas: 15 formulas and 4 tables.:

KONSTANTINOV, G. F.
"The Oblast Hospital and Its Mission," Sov. Zdrav., uo. 1, 1948.
Acad. ~~d. -5ci., Moscow

XONSTANTTNOV, G. F.
TI 41T67
Jan
60*0_1~: MAI-0-irile,
"Medical Services for the Rural Population in the
Fourth Stalin Five-Year Plan," G. F. Konstantinov,
Candidate Mod Scii, 4 pp
"Felldsher i Akusherka" No 1
Medical Five-Year Plan calls for establishing medical'
facilities up to prewar level, and improving the ser-
vIces to rural cocuAmities. Author discusses some of
the methods which will be of direct benefit to rural
populations.
7

XONSTANTINOV, G. F.
PA 12/49T92
Mfifedlolne - Wiolne,]Rural my
Mediolne - Mediciney State
"Tenth Year Since the Publication of the Decree by
the Soviet of the People's ComAxissarlat, USSF~-
'The Consolidation of Rural Medical Dlstrlotsi'"
G. F. Konstantinow, Cand Mod Soij, 2 3/4 pp
"Felldsher I "asherW fib 5
Recalls rural medical situation in 19380 Stresses
significance of Decree. Summa izes-results,
~qaoting figures shoving Increases in material and
personnel.
12 9-T%

PA 15149193
Jim" RU%l
06vlit Ph'blic ULM:`
IwvO puty Rea&, Ada of
FAical Prol;hYlactle ,Ald to ftrftl~ Population, MizIIstz7
Pub Health UUM 2j pp
"Sov Ned" No 7
Traces develo~wnt of rural medical services in WS'R.
Table shows.number of each type of institution in
1913, 1928, 1938, ani Plan figure foF 1948.
15/49T93.

LOWNedicim - Public .Beath Jul/Aug 49
Hospiialization,
Rural
"First A1.1-Union Conference on Medical Aid to
Uuraj Cormunities," G. F. Konstantinov, 3 PP
"sov zdrav" 11o 4
WN
cli
Difference between this conference and last
All-Russian Conf in 1924 was that the problem
then was organizing rural medical aid while
now it is raising the st of rural medical
aid comparable to that in cities. Reports by
Xnisters of Pub Health USSR, RSFSR, and Ukrai-L
nian, SSR, chiefs of hospitals in various oblasts,
1~. . 'I C:ORKq , -
UQOB/MQ4.r_;LW - rUQ.Lj.%; AC&L-6a t%;OUT'Q) OUL/ AUS,
et algave statistics on increased number of speciai-
ists and hospital facilities, and analyzed succes .see.
and failures in improving medical service in rural
conaunities.

KONSIVINTINOV, G.F.
25190 Xanstantinov, G. T. Zadacht l4editainakiki Rabotatkov V Period Uborochnylch
,101'skokhoz Yaystvennykh Rabot. Suv. Meditaina. 19,49, No. 8, c.36-38
SO: Letopial No. 33, 1949

XONSTARTINOT, G.F.
"
First data on organization of public health In rural
communities. Sovet. sdravookhr* no.4:37-42 July-Aug. 1950.
(CIRL 20:1)
1. Read of the Administration for the RLtral Network of the
Ministry of Public Realth USSR.

XONSTANTINOV, G.F.
-~'- 41in-, ~~- I "
il.'~-
: . - ;. . .
Tasks of the middle medical personnel in rural areas in relation luo
consolidation of collective farms, Mede sestra, Moskva no,4:3-5 Apr
1951. (CLML 20--7)

XONSTANTI'lov G, F.
Seltaknin uchas;okovaia boltnitoa. fRwal district hospita27,
Felldebw & Wmah, mo. 4 w- 51 P. 3-6.

KONSTANTINOV, G.F.; BYCHKOV. I.Ta.; KURYGIN, V.H., redaktor.
[Rural foldsher-midwife stations; work organization] Yel'dahersko-
akusherskii punkt na sale; organizataiia raboty. Moskva, Gos.isd-vo
mod. lit-ry, 1954 121 P~ (KLRA 7:12)
(Medicine: Rural

k1jo i-N a n ~ I ~ In -V
USSR/Medicine - Literature, Feldsher-Midwife Post FD-2194
Card 1/1 Pub io2-i4/i5
Author Chumak, M. M., Candidate of Medical Sciences (Reviewer)
Title Review-of "Felldshersko-akusherskiy punkt na sele; organizatsiya rabotyll
(Feldsher-midwife post in a village; organization of work), by Konstant-
inov, G. F. and Bychkov, I. Ya., Medgiz, 1954, 125 pages.
Periodical Sov. zdrav., 3, 60-62, May-June 1955
Abstract Organization of feldsher -midwife posts in rural areas was prompted by the
need for bringing medical aid closer to the people working in kolkhozes,
sovkhozes, KW, and field camps. This basic unit of rural health ser-
vice, with its large army of feldshers and midwives on independent duty
in remote rural areas, has long been looking forward to publication of
a reference book suitable for that branch of medical service. This 125
page book was, therefore, well received by the medical community. The
book contains an introduction and is divided into 16 chapters. Forty
thousand copies of this book were printed.
Institution
Submitted

X111
KONSTAETIMOV. G.F., red.
[Fablic health In the U.S.S.R.; a -statistical manual] 2ravookhre-
nazie y WWO; statletichaskil sprevoefinik. ?a& red. G.P.1oustalk-
tinove. Moskva Medgis, 1957i 178 P- (KtU 11:2)
(MLIC HNAIn-WATISTICS)

KONSTANTIMOV, G.F.
TrGlning ando"I"""ton of phystaiens. Sovadrev. 16 no.4:19-28
Ap '57. (MIRA 10:8)
1. lachallnik otdals meditsinakoy statiettki Ministerstva sdravo-
okhranenlys SSM
(PHYSICIANS. statistics,
world distribution (Rua))
(SCHOOLS. MIDICAL. statistics.
same)

111~ C~~ '17 - N 1--l-1!5" '111~' / -/1 4 (-- (91- .
XONSTANTINOV, G.F. .1
Some facts about public health services in Czechoslovakia. Pov.
adrav. 16 m.9:62 S 157. (KIRA j0:12)
(CHICHOSLOVAICIA-PUBLIC HEALTH)

A,
KONSTANTIIIOV,' (i Y.
Medical specialists in the Bulgarian People's Republic. Sovesdrav.
16 no.11:55-57 N 157- (MIRA 11:1)
(PMICIANS. statist.
in Bulgaria (Aus))

BRUSHLINSKAYA. L.A.; KASSATSLYER. M.Ya.; MkZUR, K.M.; KONSTANTIROV,
G.F-re&.; BRODSKIY, M.S,reC: GABERL&ID. M.I., "F-W. F-61.
(Statistics in a city hospital; a manual on recordn and analysis]
Statistike v gorodskol bollnitse; posobie no uchatu i arWlizu
raboty. Koskwa, Goo. tzd-vo mod. lit-ry. IQI;B. 102 p. (MIRA 11112)
1. Nachallaik otdala atedItsinskoy statistiki Kinisteretva
zdravookhranentya SSSR (for Konstantino~).
(HOSPITAIS--ACCOUNTING)

XONSTANTINOV, G.F.
Basic achievements and problems In public healtli.statistics,
Sovesdrave 17 no.7117-22 JI 158 (MIRA 11:8)
lo Nachal'alk Otdsla neditainskoy statintiki Miniaterstva
sdravookhranonlya SSSR,
(BAN ITAT ION
sanitary statist.. achievemtna & problems (Rus))
(STATISTICS,
same (Hue))
(PUBLIC MLAWK. stntistics
In Basals. (Run))
(VITAL STATISTICS,
in Russla (Rus))

~-
Some public health indientorf) in the Hongolinn Peopln's Republic
in 1956. Sor.zdrftr. 17 no.8157-58 4, '58 (MIRA 11:9)
(PUBLIC HIRALTH,
In Mongolia (Rue))

HISTSHY, MAYDROVA, Z.S.; MAY31VSKIY, V.I.; MAYSTRA ,
K.T.; ROSTOTSKIT, I.B. (Moskva).
B~ftmlm of Soviet eoclalistic public health. Soy. sdray. 18 no-3:
22-28 159. OCM 12:3)
(PUBLIC HAIWR
in ftesia (Has))

..,-.XONSTANTINOVO G.7. (Moskva)
In the German Democratic Rppublic. Sov. zdrav. 18 no-3:56-63 159.
(VITAL STATISTICS, (KIRA 120)
in 3. GermzV (Rae))

KONSTMITBOV, G. F.
"Imediate tasks of sanitary statistics.,,
Report sulmitted at the 13th All-Union Congress of Trlyi-,ienists,
F~Pidemtolo7ists and InrectIonists. 1.959

KONSTANTINOV, G.F., kand.med.nauk; IZTKO.9 L.V. (Moskva)
Hospitalization during acute infectioua diseases and their seasonkl
incidence. Sov.zdrav. 20 no.lz99-104 161. (MIRA 14:5)
(CO*MICABLE DISEASES)

KOSTANTIMOV, G. I.: Muster Tech Sci (diss) -- "The use of swin limstono In
civil construotion". Moscow, 1959. 19 PP (Acad Construction ad Architecture
USSR, Sci Res Inst of 'Now Construction Materials, Finishing, and Equipment of
Buildings)t 220 oopies (KL, No 15, 1959, 117)

KONSTANTINCV, G.I.1 CHUMLYkKOVA,, N.K,
Attaining greater precision in cgrt&-n climatic data on Kr"noyargk
Territory. Stroi. v ralon. Vest. Sib. i Krain. sev. no.ltl25-131 t61.
(MIRA 17,H)

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KONSTANTUOY.G.M.
Ketallogany of the northern edge of the Terkhne-Buroya
District. Sov.geol. no.26:60-76 147. (MM 8:8)
(Terkhne-Puroya District--Ore deposits)

KONST"TINDV, G.M.
Nw type of tin ores In dolositee of the Leaver Khlnpn
Hountaine, Gedlerudomestorosh. noo6:114-116 16D '59.
(MIU 13 '. 7)
(Zhinpn Malmtoins-Tim ores)
(Khingan Mountains-Dolosits)

k-JONSTANTINOV, G.M.
Device for antonstle cutoff of a chain conveyer. Der.pront. 9 no.10:
29 0 86o. . (MIR& 13:10)
(Conveying machinery)

KONSTANTINOV, GJ.'.
Blocking the orankehaft guard of the RD-75 gang saw.' Der.
prom. 10 nv.7!23 J1 161. (IvIIRA 14:7)
(SawmiUs--Safety measures)

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