SCIENTIFIC ABSTRACT PUSTOVAYA, A. I. - PUSTOVOYT, V. I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001343630005-6
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 14, 2001
• Sequence Number: 5
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

33713
S/686/61/000/000/005/012
Plastic deformation and ... D207/D303
carried out at sliding rates of 0.005-9 m/sec under normal loads
of 10 - 55 kg/cm2 in air, argon, oxygen, oil, water, dilute sul-
phuric, nitric and hydrochloric acids, and in alcohol.. The main
work was carried out on Armco iron; some tests were made on the
formation of brass by diffusion between zinc and copper plates in
contact. Rates of diffusion and of chemical reactions were found
to rise sharply on plastic deformation due to formation of cryetal
defects. Metal surfaces became saturated with oxygen from air and
with carbon from lubricants. "White" surface layers which could
not be etched away were formed. Below these layers there were
strongly deformed regions which were very easy to etch. Plastic
deformation intensified formation of brass between zinc and coprer,
aided formation of pearlite in Armoo iron due to diffusion of sar-
bon from lubricants, and increased penetration of S35 intc Armcc
iron. The results were used to develop mechano-chemical methadF of
cementation of iron and steel in liquids and hardening of iron and
steel surfaces using saturation with oxygen in liquids. /-Abst-ra.--
-'Corls note: These treatments are not described. There are 10
Card 2/3

--1,713
3/636/61/'Ooo/ojO/005/C12
Plastic deformation and ... D207/D303
figures and 9 3oviet-bloc references.
ASjjCIATION: Kiyevskiy institut grazhdanskogo vozdushnogo ficza
(Kiyev Civil Air Pleet Institute)
1
11",ard 3/3

SMEWV, N.S.; YEGOROV, G.I.; KOKOLIN, A.I.; KSANFOPLJLO, P.I.; RAKRWOVA, N.V.;
IRYLOVA, Ye.Ye.; RYKOVA, L.K.; PER, M.I.; PETRUSHKVSKIT, S.I.; PUSTOVATA,
A.I.; TUNGSKOVA, A.I.; VELICHKO, Ye.V.; PLAVIT, P.Ya.;
Evaluation of results of the treatment of early syphilis according
to 1949 scheme. Vest. vener., Moskva No-1:29-33 Jan-Feb 52. (cLML 21:4)
1. Professor for Smelov and Per. 2. Central Skin-Venerelogical Institute
(Director--N.M. Turanov) for Smalov, Yegorov, Sokolin, Ksanfopulo,
Rakhmanova, KrTlova and R7kov; Hospital imeni Korolanko (Hand Physician
Docent V.P. Volkov) for Per, Petrushavakiy: First Venereological Dis-
pensary (Head Physician--K.A. Vinogradova) for Pustovaya and Tungunkova);
Second Venereological Dispensary (Head Physicia@--*._@d. Bronshteyn) for
Valichko, Plavit and Golldenberg.

TOPOROVSKrf, L.M.; OVSYAIIDIIKOV, L.M.; PUSTOIIAYA, A.I.
Late diagnosis of infective forms of sy-philis and its causes.
Vest. derm. i ven. no.5:75-78 165.
(XI RA 18: 1:L)
1. Mtizhskoye venerologicheskoye otdeleniye (zav. - L.M.
Toporovskiy; konsulltant - prof. M.A.Rozentul) klinicheskoy
kozhno-venerologicheskoy bollnitsy imeni V.G.Korolenko
(glavnyy vrach A.I.Pustovaya), Moskva. Submitted March 28,
1964.

V.A S,-- IRJI NA. "7
anc r,
ne S

L 41913 P--4/P--5/
17-7 a
, @Fp GW
;ACCESSION N AP UR/0293/65/003/002/023T/024
,AUMOR: Babichen!@o.S. 1. Karpinskiy.,. I. inb . V.
Kaplan, S. A.; Katyt@j@_&
j
N.; Kurt, V. G.; Pustov@i, R. M.; Shifrfi@,_A._V.
!TITLE. Investigation of scattered ultraviol t radiation in the upper atmosphere.
2quipment
ISOURCE: Kosmicheskiye iosledovaniya, V. 3, no. 2, 1965, 237-243
TOPIC TAGS: UV radiation, ri1diatIgn Spunter', photon counter, Geiger counter/SFM-l
iradiation counter
ABSTRACT: Photon counters used in investigations of scattered UV radiation in the
iipper atmosphere are described. The two counters, of the SM-1-type, are filled
with 1:0 and have LiF radiation windows for measurements within 1050-134o A. The
counters were selected for their narrow sensitivity band and comparatively high
quantum yield (0.01-0.1). Pulses from a counter are recorded by a two-channel
logarithmic rate meter within the interval from 2 to 2 X 103 pps, Hovevers slot.
,width and brightness were selected so that the counting rate does not exceed
11000 pps, which keeps it within the linear portion of the counting characteristic.
Co,d__1 /2

L 41818-65
ACCWSION 11R: AP5009640
The operating voltage of the counters is 1000 v. The counter circuitry Includes a
preamplifier, trigger, pulse normalizer, storage circuit, tranoistorized d-c ampli-i
fier, supply-voltage regulator, and high-voltage converter for pover supply-. The
modular design or the system provides a high degree of miniaturization and relia-
bility. Orig. art. has: 5 figures.
ASSOCIATION: none
SUMMITTED: 23.Tul64 ENCL: 00 SUB CODE: OP, *A
NO REF SOV: G05 OTHER: 002@ ATD PRESS: 323510

FUSTOVIT, A.
ffLet Up Study Well and. Work Successfully." p.141
(GOPSKO STOPANSTVO Vol. 9, no. 3, Mar. 1953 Sofiya, Bulgaria)
SO: Monthly List of East Erropean Accessions, Library of Congress, Vol. 2, No. 9,
Oct. 1953, Uncl.

USSR/Weeds and Weod Control N
fibs Jour :Ref Zhur - Biol. . kfo io, 1958, No 44439
Author :Chernenko Ye.G., F1iz-toYi:t-LV,, Vinnikova T.T., Garayeva A.A.
Inst :Stavropol Agricultural Institute
Title :The Number and Botanical Composition of 'deeds Which Choke
up the Land Used in Crop Rotation by Brigade ITO 3, Stalin
Kolkhoz in the City of Stavropol'.
Ori.- Pul, :Sb. nauchno-issled. rabot stud. Stavropollsk. s.-kh. in-t,
1956, vyp. 4, 56-58
Abstract No abstract
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- , r " t " -
're as iar --i;e man.,ifacture of caus-ifz scc;a ipy the
ix--l@,ry elinc-@-roiyslB 2Iethod. Khlm@ -0-1=1z no:- 4-2?-34-301
"A -l7.7)

/EWp( 1) Ijp(c) G BB
L 1267-66 EEn,2/EWT(d) G/
ACCEMSION NR: AR5008451
.Zj!@65/000/002/BO07/BO07
10
68
SOURCE: Ref. zh. Avtomatika, telemekhanika i vychislitelnaya, tekhnika.
Svodnyy tom, Abs. 2B41
AUTHOR: _Rybak, A. I.';' Eu_otovit, N.-O
TITLE: Conversion of nlm_erMf"@eriial from a binary-decimal system into a
decimal system in the "Ural-l" computer
CITED SOURCE: Sb. Tekhn. kibernetika. Kiyev, Gostekhizdat USSR, 1963, 104-111
TOPIC TAGS: binary decimal binary conversion / Ur -1 computer
TRANSLATION: It is noted that the conversion of nXerical material introduced
..into the internal storage of an " Ural- I " computer from a binary-decimal into a
decimal system is usually perforrned by a special subroutine. The conversion
subroutine occupies over 100 cells in the internal storagej the conversion time for
one number takes over 100 work cycles. A single-cycle conversion operation intol
the binary numbers with a fixed point is suggested which uses the method of
summation of binary equivalents of one-tenth, one-hunciredth, etc. This method
permits using the multiplication operation and does not require essential
remodeling of computer units (only a unit for controlling the equivalents is built).
Card 1/2

L 1267-66
ACCESSION NR: AR5008451
This formula is used for conversion:
where a a and a are the coefficients taken on 0 and I values; m is
r, a ri. ri ry
the number of decimal digitai 9,,-, is the binary equivalent of the unit of r-th
decimal order. The conversion algorithm is realized by a specially developed
equivalent control unit which controls the arithmetic-unit elements. A principal
circuit of the niait and the circuits of individual elementi are presented. The unit
j operation is describedi a time diagram is supplied, as@is a table of digit
istribution P, -AY4 Bibl. 3, figs. 4, tab. 1.
d
!SUB CODE: DP ENCL: 00
Card 272--

PUSTOVIT, V.T.; GRATSIANSKIY, N.N., kELnd.tekhn.nauk
Studying the polarization of electrodes during the electrolytic
forming of Pb-T1 alloys. Met.i gornorud.prom. no.5s7O-72 S-0
,62. (MIRA 16:1)
(Lead-thallium alloys-Blectrometallurgy)
(Polarization (Electricity))

KONOM"PUK, L.P.; KC)F:]HC,, Fj'@,'TC"TTT " -F @
? - . j i - @ , I . . . ,
BONDAHNKO, ili.v. --- - --- I
I -
Effect of the addition of to the brine on "he
y cathode. Khi m. prom
electrolysis process with a mercur - . 41
no.gt599-600 Ag 165. (MIPA 1819)

PUSTOVIT, Yu-A-
Physicochemical principles of the separation of thiophene in the
course of'the production of benzene for synthesis by washing with
sulfuric acid. Koks I khIzu no-10:38-41 160. (XIBA 13:10)
1. Ukrainskiy uglekhimlcheskir-.Inotitut.
(Thlophene) (Benzene) (Sulfutic acid)

EWTM/4VIA(h) Peb '3SD/AFP1L/AFETR/ESD (t) GW
ACCESSION NR: AP4041179 049/64/060/006/0639/0846'---,
S/0
AUTHORS: Solov1yev, S. L.; Pustovitenko, A. N.
TITLE: Possible reduction of the period of longitudinal waves from,
deep focus earthcruakes
t X
SOURCE: AN SSSR. Izv. Per' eof i zi6heskaya, no. 6, @1964
1ya 9
rthcl 'ke
TOPIC TAGS: aeiomic, wavef.;eaL
ABSTRACT: In view@of th6-1-dibk of: detailed`iri!@6st gations.,:o the
f
spectra of the direct P and &volumel;waves f r-om 'Orthq'uakes, ari
attempt was made to determine and c6inparethe spectra of the P
waves from earthquakes havinig,diffe-rent energies and different focal,'
depths. The material employed were theseismic station data of the
Kuriles-Kamchatka earthquakes from 1952 through 1962.. The analysis
was limited to the abscissa of the maximum of the spectrum. To in-
crease the range of earthquakes covered, data obtained with two
Card 1/2

L.T., inzh.
Spm-inar or, '.hf- study of advanced practice. in rr.'-nin;-. Shakh..
stroi. 9 no.7:51-32 4 165. (MTRA 18: 10)

ty
2, 60-
T a d k k n c 1 k y

PUSTOVOYS I.F., kand. veter. nauk; ILIYASCYV, I.N., aspirant
Piperazine hydrochloride against ascariasis in hens. Veter-inariia
41 no.7,54-55 J1 164. (MIFL4 18:111
1. Tadzh'Lksk4 y nauchno-issledovateltskiy veterinarnyy inatitut.

RSTOVOY , I.;xj; vasi i lye vich, do LL;.
r,4,e,-t i 14 ze7-@@ a-r-'@-I c rr;F Y I
L . eidsl Uldobrenfe i J;-ozhai. Vol:-c,
grad, Nizhne--Vc---zlisX'L-()e knizhnoe 1 ?6, - 40 P.
18- 3)
i. Vo@oogr-adqkLy sells!cckt~,ozyav!,,vr--rlp.2,~.,., initibit (frjr

AADOV, A.S., prof.;_.T@PLiTOVOY,j.V., dots.; KUOLIKOV, A.V.,
dots. ASKINAZI, D.L., prof., retsenzent; ZHEZH-'-'Ll, N.G.,
prof., retsenzent; KOREYSHO, Ye.G., red-
(Laboratory manual of agricultural chemistry] Praktikum
po agrokhimii. Moskva, Kolos, 1965. 374 p.
(MIhA 18:7)

NOVIKOV, F.I.,assistent; PUSTOVOY, G.T.,student V kursa.
Effective method for preparing salep mucilage. Apt.delo ? no.2:46-48
Mr-Ap 158. (MIRA 11:4)
1. Iz kafedry tekhnologii lakarstv i galenovykh -prepnrntov (zav.-
dots. A.S. Prozorovskiy) Moskovskogo farmatsevticheskogo instituta.
(MUCILAGE)

BUKSHAIIM, B.I.@ 1-113'rOVOY, I.G.
Pecreasing crater length in welding large-diameter atraight-
seamed pipe. Avtom. svar. 18 no.&56-57 Ag 1659 (MIRA 18@11'1
1. Chelyabinskiy truboprokatnyy zavod. Sutmitted June 11,
1964.

Pual'OVOY, I.V.
[Study of the therapeutic and prophylactic requirer.Lents of workers
and employees in an industrial enterprise] Opyt izucheniia. potreb-
nosti rabochikh i sluzhashchikh promyshlennogo predpr-',iatiia v
lechebno-profilakticheskom obaluzhivanii. Moskva, Med-iz, 1959.
I
81 P. (MIRA 13:8)
(KKDICINE, INIXJSTRILAL)

VO
Name PUSTOVOY, I. V.
Dissertati@Dn Studying the necessity for therapeutic
and prophylactic services among
industrial workers
Degree Cand Med Sci
Defended At I Min Health USSR, Central Inst of
Advanced Training for Physicians
Publication Date, Place 1956, Moscow
Source FrAzlinaya Letoplsf No 61 1957

PUS7.10VOY I.V., kand.med.nauk
"Study of the requir6ments of an,urban population for infirmary
care" (materials on the Yourth'Seilsion of the N.A.Semashka
Institute for the Orp@iia@tion of the Public Health .System and the
History of Medicine, edited by A.B.Shevelev) by F.M.Ilupina, V.D.
Dubrovina, L.I.Gribkova. Reviewed by I.V.Pustovoi. Sov.zdrav.
21 no.8:81-82 162. (MIRA 15:11)
(HOSPITAL CARE) (ILUPINA, F.M.)
(DUBPOVINA.,V.D.) (GRIBKOVA, L.I.)

PUSTOVOY, 1. V. (Moskva)
Determining the requirement of workers for prophylactic wervices in
an industrial enterprise. Sov.zdrav. 17 no.1:21-25 Ja '5-9.
INDUSTRIAL HrGIOX (MIRA 11:2)
prev.med, serv. (Rus))

BAWW1.9 EJ1.;_PUSTpVOY,-1.V,_
Ten-day courses for local organizers of pu1blic health. Zdrav. -;@os,
Feder. 6 no.l,:1,3 Ap 162@ ( 14IRA 15: 4)
(PUBLIC HEALTH--STUDY AND TEACHING)

A.K.t. RE INK L. T.;
M -0. G.N.; FUSTGVDYI @ YUPKO, V.L.; FUCil, B.M.
Natare of chemical bonds in rare-earth dicarbides. Izv.Ali' SSSR.
Neorg.mat. 1 no.10!1787-1-190 0 164@.
(MIRA 18:12)
1. rnstitut problem rmtlorlalov,@donlva AN RrSSRt Klyev. Suhmitted
J,ul,r 5, 1965.

PUSTOVOY, P., inzh.; BURSON, M.
Merchant marine on the eve of the second year of the seven-
y9ar plan period. Mor.flot 19 no.12:6-8 D '59.
(MIRk 13:3)
1. Ministerstvo morskogo flota (for Pustovoy). 2. Nachallnik
otdola Planovo-okonomicheakogo upravleniya 14inisterBtVa
morskogo flota (for Bruskin).
(Merchant marine)

Epp
-R93379
r
PUSTOVOY,PAVEL VANIFATIKEVICH
Opyt, Raboty Gruzovykh Sudov po raspisaniyu Work 6chedules of freighter,
ty P.V. Pustnvoy I Yu. V. Medvedev. Moskiva, 11?4osrskdy Transport", 1956.
85 P. illus.clisagrs. , tables. Biblioteka Obmena OpYtom na
Mor3kom Transporte)

BA.YEV, Stepan I-likhaylovich; BRUSKIN, Mikhail Illich; PUTOVOY, Pavel
.V@L @ifatl@-vevic@@; LYAM, L.M., red.; TIKHONOVA,Y@@.A.,tekhn.
red.
[Merchant marine at the time of the 22d party congress] Mor-
skoi transport k XXII s"ezdu partii. n.p. Izd-vo "Morskoi
transport," 1961. 30 p. (Merchant marine) (MIRA 15:5)

N.M., T@TLU';A, N@M. -
B.4 okh im 18. 1 -,.@4 N-D 'ns.
19ti)
c@r,,,-anicheskoy kh-iniii ,birsk,)gc oLji--!c-n-,ya
IQ-65.

,PUSTQVQ)70 B.V., kand.tekhn.nauk, dotsent
Speed of the transformation of a laminar to a turbulent motion
of a liquid. Izv. vys. ucheb. zav.; energ. 7 no.3:90-94 Mr
164. (MIRA 17:4)
1. Severo-Zapadnyy zaochnyy politekhnicheskiy institut.
Predstavlena. kafedroy gidravliki i gidromashin.

3 996 e
,162/0O.'/CO8/GG= 1041
312z//3104
_t_ov cc, t
V. and @ALs
___.L
2 7 L'---'
Secondary electron emission from antimony chalcogenides
Fizika tverdogo tala, v. 4, no. 8, 1962", 2L)@1-2030'
sjh-e.L,ical collector was used to inves a '- e
YI- : A C-evice ,vith a t
Ocd@.-;-cienz Lf o-" secondary electron emiss4on and -.he co@'-Pic4en-. Ti o" elastic
refl@@ctio- of electrons -From th-in layers of antimony chalcoz-enides (Sb 3"
k 2
Sb 50@, an' -"-. 2e=), C 0-.d el.13ed on molybde-num d--*s'f-.s or p 0' 4 S- s, as
2 2
functions of the e`ectron ene.-Ey El . The secondary elenron speczru.- was
P
also examined. 'The res4 * '-"y Q of the Sb -C an d S'b S e layers -vas
12 1 SI; 1VI 1 2 3 2 3
m
1C. ohm-cmn, and that of the Sb Je layers was 10 ohm-cm. Under the action
2 3
o-' visible I.i,-ht of 200-400 lux, the resis-vivity of the 5b Se layers
1 2 3
11/5 - 1/10, and that of the Sb 2S 3 layers to !/20 - 1/=O.
Pi@@. 2 s-L,-.,.,s the energy dependences of a and '11. Variations in 6 are due -to
(I d
@ar

3125
oecondary e'@,.actron emission from. . 13104
the micr@,-elief of the sa:--D-ie surface. Dur-.*--- crystallizat-Jol, of
S'O S to 10 10 and Q,, of SbqSe dropped to 9- cm
2 3 dropped t - 3 10 1016 ohm
r'rys@@ailizat-'on c-anged t'-e energy dependence of Sb S, and Sb Se, by
2 2
110- aL mos-C. The iemperazure dependence of a of all' the com@ound3 under
consideraz;on is hardly lar@er than the error in measurement 2 The
C
-@@-;mperature coefficient of secondary.elec'uror, emission is 1T-r deg-1 at z--Cst.
:'-e secDnd-@ry electron spectrum shows a maximum at 3 ev, dro@nins
zx.-,-aru@ lower enerlzies and smcct*-I@v ener.@ies. -2- e r el --- t 4 v e
s-,.al,l values of a are due --- mhe unfavorable conaitizns Of seconaar-.-
electron amission. T'-ese results are attributed to dominan-. roe
play-ad '--y -uha interaction of secondary electrons wit?-vaiancy alect=.rs.
'2here are 4 fieures and 1 table.
February 15, 19062
ez,. 2. c- 0 f Sb S Te an 0 S
(1), Sb Se 2.) Sb
2 3 2 3 2 3 2
Sb 2Se,(21), and Sb 2Te 3 W).
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FITSTOVOYT, B.V., "and. lekhn. nauk
I
Fres5ure losses during the flow of a 'liquid through rc;u7h --Jp@!-:
and channelq. 1-,v. vys. ucheb. zav.; enF-rg. 8 no.8:112-118
Ag '65. (MIRA 18:1@)
1. Severo-Zapadnyv zaochn3,y politekhnicheskiy institut.
Predstavlena kafearoy gidravliki i gidromashin.

- -: @ - 9 @- -,@-
. ?v, Ii@,-,---,,:@ --"@ --- @ @@ @l-- '-7', - ,, z ---
PUSTOVOYT, G.V., nauchny-y sotrudnik
Breeding sunflower for resistance to rust. Zashch. rast. at vrad.
i bol. 8 no.9:10-11 S '63. (KRA 16: 10)
1. Vsesoyuznyy nauchno-issledovatellskiy institut maslichnykh
i efiromaslichnykh kulltur.

0
03 0: 1
0 A
go
00
00
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A volumetric metbod for prepumit Asuspeasions in -0
ectromohic quisthydrone determizuktion of the pH of the
a
l
Issod. N. D. flustuvoltov. JW4@cv (t . S. S; R -1 1939,
C'Atmimlimo Nh iah;lii if rr. i S. R.)
No. 11. 1110,1; S..
S. N., 1, W 4jW39), - Don, 4 1111 by %he 'plinhydimi, 0
nacthiml with a definite ratio by wl. of ")'I to vt%ter CAvc
valtivi no diff-rml front tbmc ftund with a ddinitr ratio
11',, %Ammtli, "wth-t
1,v .1. LA ml to
I"Iml L S
00
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S
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gel*

ACCESSION NR: AP4029012 S/0143/641000/003/0090/0094
AUTHOR: Pustovoyt, B. V. (Candidate of technical sciences, Docent)
TITLE: Rate of change from larninar to turbulent conditions in a liquid flow
SOURCE: IVUZ. Energetika, no. 3, 1964, 90-94
TOPIC TAGS: laminar liquid flow, turbulent liquid flow, intermittence factor,
laminar to turbulent change, larninar flow turbulization, turbulization,
turbulization rate
ABSTRACT: Conditions of transition from Ian-dnar to turbulent flow are theoreti-
cally considered, J. Rotta's experimental data (Ing.-Arch., v. 24, no. 4, 19506)
being used as a source material. A differential equation is set up for the
"intermittence factor" which represents the turbulent share of the total larniaar-
turbulent-flow time. These conclusions are offered: (1) Turbulization 6f a
laminar C:,-.,w develops in time in the direction of flow, the ra'-e of turbulization
Card 112

ACCESSION NR: AP4029012
existing at the first critical Reynolds number grows a thousandfold or more at the
second critical Reynolds number; (2) The equations developed in the article
describe a kinematic pattern of transition conditions and permit estimating the
turbulization rates within Re a 2,300-3,000. Orig. art. has: 3 figures,
13 formulas, and 1 table.
ASSOCIATION: Severo-zapadny*y politekhnicheakiy institut (North-Western
Polytechnic Institute)
SUBMITTED: 13Apr63 DATE AGQ; 30Apr64 ENCL: 00
SUB CODE: YX NO REF SOV: 000 OTHER: 001
Card

PUSTOVOY, I.F.; KHABURZANIYA, K.F.
Abstracts of Soviet medical literature. Reviewed by I.F.Pustovoi,
K.F.Khaburzantia. Sov.zdrav. 16 no.4:61-62 Ao '57. (MIRA 10:8)
(M.RDICINI-PICRIODICAIS)

PUSTOVOY, I.V., kand.med.nauk (Moskva)
Public health planning in the light.of resolutions adopted by
the 292d Congress of the CFSU. Zdrav. Ros. Feder. 6 no.1:3-6
ja 62. (11IRA 15:3)
(PUBLIC FEALTH)

PUSTOVOYT, V.S., akademik; PUSTOVOYT, G.V., nauchnyy sotrudnik
Breeding sunflower for resistance to broomrape. Zashch. rast.
ot vred. i bol. 8 no-4Z15-17 Ap 163. (MIRA 16.-10)
1. Vsesoyuznyy nauchno-isaledovatellskiy institut maslichnykh i
efirmashlichnykh kulltur, Krasnodar. 2. Vaesoyuznaya akademi
yt@a
sellskokhozyaystvennykh nauk imeni Lenina (for V.S. Pustovo
(Broomrate) (Sunflower breeding)

F Y 6.
USSR/Cultivated Piaxrrt.-s.- Tre-chnical 0 eia,_eae, .3,.War Plant-s
POS Jour : Ref - Bic!., No 1., 19510', No 1659
Aut.hor ;G.V. PuLsi,ovoyt
Inst RO.F -Given
Title A Prelir-12 nary Appraisal of &jyuflower Varieties According to
Their Snsc_-pt_J*-_@_111t-y t-o the Fungus.
Ori 57 Pub V sb. : Kra-@-rliy otchet o rtauc-h. --issled. rabote Vses. n. -i. in-ta
maslich.. i efiromas-lLch. VASEMIL, za 1955, Krasnodar,
1956- 32-36
Abstract Me a-DDraisal of 2040 rnmt-ers and varieties (almost the entire
assortment ir- the Union) of -.he sunflower, carried out dwing
the years 1954-i955, deperLL'Lng on susceptibility to the pseudo-
pars.sitic fungus, failed to expase a single variety resistant
to tb_is disease. Interesting material for selectlion as a
means of resisting t-his disease is offerei by the inter-variety
hyb---id "Heliaxn-thus t&,eros-as".. having cultured varieties.
ramilies 't-rere seie:itad among these hybrid, resistant to this
disease an(I at the same i'.1me, !;Ossessinc' f:Lrst rate producti-VIty
Card 1/"@
Plants.- 'Ibchnical Oleaceac, -)U&12' Pl,'LntS M
Abs J:3u-- Pef Zhur - Biol., 170 1, 1958, fzo 1659
and oiliness. It is noted that H. tuberosus has absolute
immunity against all diseases of the cultivatefi sunflower
under the conditions prevailing in the Krasnodarskiy area
(kray) .
Card 2/2

PUSTOVOYT, I.M.
Result of aTmlication of tissue therapy at a rural medical center.
Khirurgiia, Moskva no.9:57-59 Sept 1953. (GI14L 25:5)
1. 1hbansk Rmral Medical Sector of Dnitrovskiy Payon, Chernigov Oblast.
I@n

7929-66 EWP(e)/EWr-(m)/E&,IP(i)/qC/E,,IG(ih)/Fh'P(t)/E',-IP(b) IJP(c),
JD/JG/AT/Wk,_._.__'
ACC NR: "5027935 SOURCE CODE: UR/0363/65jfD0J/010A78_7A.790
Yupko, V... L. ; Rud B. M.
AUTHOR: Makarenko, G. N.; Pustovoyt, L. T._,
ORG: Institute of Materials Science Problems, Academy of Sciences, UkrSSRX Kiev
(Institut problem materigo-vedeniya Mademit nauk UkrSSR)
TITLE: Nature of chemical bonding in rare earth Ajearbid S@l
SOURCE: AN SSSR. Izvestiya. Neorganicheskiye materialy, v. 1, no. 10, 1965, 1787-
1790
TOPIC TAGS: yttrium. compound, lanthanum. compound, cerium compound, praseodymium.
compound, neodymium. compound, gadolinium. compound, chemical bonding
ABSTRACT: In order to study the chemical bonding in rare earth carbides, the composition
of gaseous hydrolysis products of yttrium, lanthanum, cerium, praseodymium, neodymium,
and gad6linium dicarbides Is investigated chromatographically. The evolution of acetylene
as the main hydrolysis product indicates that in the dicarbides the carbon-carbon bonds are
much Mnon-gor thgA tho carban-wetal bonds, which are broken during hydrolysis. The
amount of acetylene Incroases froth 1A to Od tuid thm to Pr aid Nd; thhA W vvlained 1A
terms of the electronic structure of the rare earths. Physical properties (melting points,
Hall effect, electrical resistivity, thermoemf, and thermill expansion coefficient) of the
Card 1/2- VDC: - 546.651261+541.57

L 7929-66
ACC NR: AP5027935
dicarbides were measured and plotted against the elements and temperature. A Structural
model is proposed for LaC2, PrC2, NdC2, and CeC
2: in a tetragonal face-centered cell
containing four metal atoms and four C2 groups, ten of the twelve valence electrons of the
four metal atoms participate in the C-C bond, and the remaining two (0. 5 electron per
metal atom) are free and participate in the conduction. It is concluded that the covalent
bond is the strongest one in rare earth dicarbides, and that it is combined with an ionic-
metallic bond. Orig. art. has: 2 figures and 2 tables.
SUB CODE: IC, GC SU13M DATE: O5Jul65 ORIG REF: 007 OTH REF: 006
Card 2/2

A@ Si'(*",i(- 'Y T ,L.T
AMINSKAYA, ".V., KOVAISI
y.a
H-vdrolvs4is of ra-re-ea-rth mehal dicarbides.
noc.31:21453-2-'46 IN 165.
1, Submitted May 5, 1964,

ACC NR, AP5027205 SOURCE CODE: UIR/0078/65/010/011/2453/2456
AUTHOR: Kosolapova, T. Ya% Kaminskaya 0 V Kovalenko N,A Pustovoyl
Y'll f5-- @-@e V;
L.T.
DEG: None
J)
TITLE: Hydrolysis of dioarbides of the rare earth@letals
SOURCE: Zhurnal nearganioheskoy khimii, v. 10, no. 11, 19659
2453-2J4.56
TOPIC TAGS: carbide, yttrium compound, lanthanum compound,, cerium
compound, praseod*ium compound, neodymium compound, gadolinium com-
pound, hydrolysis I
:,ABSTRACT: A study was made of the composition of the gaseous products
F'of the hydrolysis of the dicarbides of yttrium, lanthanum, cerium,
praseodymium, neodymiua,, and gadolinium. Weighed portions of the
carbides in quartz reactors, purged with carbon dioxide gas, were
treated with water at room temperature, The gaseous products evolved
during this process were analyzed chromatographically. The article
shows a schematic of the chromatographic apparatus. The composition
of the hydrolysis products is shown in tabular and In graphle form.
The evolution of acetylene as the principal product is evidence that
in rare earth metal dicarbides the bond between the atoms and the

L 8144--66
f ACC NR- AP50272o5
carbon is considerably weaker than the bonds between the carbon atoms,
and that during hydrolysis the metal carbon bonds are broken, Passing
from lanthanum to oerium, and then to praseodymium and neodymiim., the
acetylene content in the hydrolysis products increases; this is con-
nocted with the characteristics of the electronic structure of the
rare earth metal carbides, The evolution of ethylene and ethane is
the result of the catalytic activity of the lower oxides of the rare
earth metals.. "The authors thank G, V. Samsonov, r his valuable
advice and help, and G, N, MakarenIrp-jor prepakht on of the rare
tacbnology." Orig. at-t.
earth metal carbides by powder me
has: 4 formulas, 3 figures, and 4 tables, W. Ts- A
SUB CODE: GCO IC/ SUBM DATE: O5May64/ ORIG REP: 007/ OTH REP: 005

-are f w-r.,; 1.,.i@.-oriotive Dart
"'I" C)
or d07 f "evj@va
-c-at =J sun-"-@es)
rca_
t -, @v

ACC NRi
Monograph
Antomonov, YUrly, Gurlyevich; Kotova, Alina Borisovaa; Ponomareva,, Inna Daitriyeynaj
Pustovoyt. Oksana Gavrilovna; Reshod1ko, Leonid Vasillyevich; Tankqy _Gennaidly
11 evich
Mathematical patterns of excitation (Matemiaticheskiye modell vozbuzhdeniya)
Kiev, Izd-vo "Naukova dumka," 65. o146 p. illus.L, biblio. (At head
of title: Akademiya nauk-Ukrainekoy SSIR* Institut kibernetftl) 2,,000 copies
printed. I
TOPIC TAGS; cybernatics, mathematic model, tissue physiology., muscle physiology,,
marologyy neurologys nervxnts system
PURPOSE AND COVERAGE: The book discusses the properties of elenit!ner of nervous
and muscle tissue by constructing mathematical models. A simple mathematical appara-
tus is used for cinstructing the models. The book In intended for biologists,
engineers, mathematicians, and doctors interested In using cybernetl methods for
the analysis of living tissue. /bc.
TABU OF COMNTS (abridged):
Introduction --3
Ch. 1. Ntermination of the excitability
Ch. II. Threshold regularitles --24
Ch. III. Models of the ne m --57
Card 112 ADC1

ACC NRs
Ch. IV. Models of the'muscle --75
Ch. V. Particular problem ft-108
Appeddix --L-n
Bibliography_ --136
Litexature -144
so cmu: o6,1# SM D=i OPIU,65/ WM RUPt 031/ OrK MWI o15

AN'-PG!!CT:OVI. Yuriy Gurlyevich; KOTOVA, Aliria Borisc)vp-a; POVOINAHEVA,
Irma Z--,iiir,yevrna@ `:PST, , r'a ; :2@-- -S@4 ID --- I KC, ,
Uonid k,,.@-illyevich; T.SEFKOV, GenrvAiy Valsl7l'-aT@-,hf
SI!ABANOV-KUSTiARENKO,Yu.P.,kand.tekhp-.nauk,-,v~re,i,
imodels of ex,:itation] MatewaticheskLe mods-li
vozl)uzhdeniia. Kiev, Naukova dwnka,, 1965. 1-1+6 p.
(ML@A 18t 5)

PUSTOVOYT, S.F.
The regime of river runoff in the Kiev Economic Region. Geog.
abir, no.6:91-99 162. (@URA 15i9)
(Kiev Economic Region--Runoff)

PtJ 'S'T( f 1, 1 f YYY " I .
I' @ -, , I, I prope:.,L, i e i of sci -1 - -,f, r-;.C- - S"-;- @,J_11
Y -. @ - - - .- .1;1= _.,@ eria, PiafL..
I i , . Es
Lri.idy Tashi(,U no.2141. B;ol. nat.ki 164.
. I
O.URA 18:?-)

f.!,liFGSFOK, B.Ye.; ZHIANOV, M.M.; B.6
i U"s :@9; @ I IF.
S
in e.
1, v nf,@f t@,ri,noy nauchno-11
n@!ftyanoy promynhlemiontj '!'Mi4l",!Ik@-,'fA
nf@ftyanoy proff.7shlennisti

S/044/61/000/010/04r)/051
C111/C222
AUTHOR: Pustovoyt, 3_p@
TITLE: On the application of the method of L V., Kantorovich ior
a ry,
I.)w solution of problems of the in_qLatlow . heat con,-r@
in closed sptces
PERIODICALI heferativnyy zhurnal@ IM--tterr.,atika, no, 1,C), 19,67, 4101
-abstract 10 V 241- (I'Sb. nauchn. tr, Permsk, poI1_tf:Ahn. in--
1960, no. 7, vYP 1i 77-86)
TEXT: The author solves the plane problem for the system of equa:ionA-
of the instationary heat convection
Grot(Ot ) + )4,
at
+ (V V) a
t
for the @n-_tial and boundary conditions
Card 1/3

On the application o-- fte TmeLhoc
0
Y
@7
/0 10 104 ;/O@-
I
C! 2 2
0
X. d Ylp
f
F
-aherp If IIC@w fan,-@Iori. h d r -r.
or t t
velocity V
-IeC L -r d r tf
RC E
!1 P -@G 7,1 V t V GTnSshof numbeT. P C, e r , a r,
s m a 1 F" a @1,-
rm, 0 t r, I r- 1 p
of the problt@fr. in e f G ,
s u b s t
-ard 2!

32479
S/04 61/000/010/045/051
On the application of the method ... C111YC222
equations for the successive approximations. The author writes the
equations and conditions (initial and boundary conditions) obtained in
the zero and first approximation, he assumes the solution of the equation
of the zero approximation to be known and for the solution of the
equations of the first approximations with the corresponding conditions
he uses the method due to L.V. Kantorovich.(L.V. Kantorovich, V.I.
Krylov, Priblizhennyye metody vysshego analiza [Approximate methods
of higher analysis] M.-L., G I T T L , 1949). An error estimation is
missing.
[Abstracter's note : Complete translation.]
Card 3/3

D237/D304
AUTHOR2 Fustovoyt, S@ P.
TITLE. On applying the method of L. V. Kantorovich
to solving problems of non-stationary convec-
tion of heat in enclosed cavities
PERIODICALz Referativnyy zhurnal Mekhanika, no. 12, 1961,
93, abstract 12B644 kb. nauchn, tr. Permsk.
politekhn. in-t, 1960, no, 7, 1, 77-86)
TEXT: Non-stationary equations of free convection of heat
are considered. If velocity and temperature are expanded into
series in Grashof No,, then systems of linear equations of suc-
cessive approximations are obtained. Velocity in zero approxi-
mation is equal to zero, while the equation for the zero approxi-
mation of the temperature can be solved by known methods. Sys-
tems of equations for 1st and higher approximations (a plane
case is considered) are solved by the approximate method of
S/124
,/61/000/012/024/038
Card 112

S/124/61/000/012/024/038
On applying the method... D237/D304
L. V. Kantorovich by approximating unknown functions by a part
of the series of coordinate dependent functions, the coefficients
of which are time-dependent. Galerkin's integral relations are
constructed in order to determine the coefficients, and that
leads to a system of ordinary differential equations of the 1st
order for the unknown coefficients. As an example, the problem
of the motion of P. fluid is considered--stationary at the start
of temperature T 0 and placed in a horizontal cylinder, the
wall temperature of which is Ti. The problem is solved with
an accuracy up to and including 1st orde r approximation, Ab-
stracter"s note- Complete translation-2
Card 2/2

KPUTIKOV, B.S.; PERTSOV, A.Yu.; FUSTOVOYT, S.P.
Developing and testing equipment for separate water injection
into two beds through one injection into %wo, beds through one
injection well. on the Romashkino oil fiel&. Nefteprom. delo no.722
11)-23 164. (MIFLA 17: 8)
1. Vaesoyuzrqy neftegazov3ry nauchno-issle&vatellskiy institut,
i neftepromyslovoye upravleniye uLaninogorbkneftill.

82330
S/l3q/6o/oOO/03/Olo/o45
L, 00 E032/E314
AUTHOR- Pusto-voyt@ V.I.
TITLEz Linear Theories of Gravitation
PERIODICAL7 Izvestiya vysshikh richobnvkh zavedeniy, Fizika,
1960, Nr 3, pp 63 -- 71 (USSR)
ABSTRACT: In spite of the fact that the general theory of
relativi-ty is widely accepted at the present time,
attempts are still being made to approach the gravi-
tation problem in a somewhat different way. This state-
ment, applies principally to all the possible linear
theories of gravitation (Refs 1-10, which are based on
the usual pseudoscalar space=--time metric. The three
so-called critical effects, namely, deflection of light
in a gravitational field, the advance of the perihelion
of planets and the red shift, are found to have the same
1.ralues on the 11neav theovies as 3-n the general theory
of relativity (Refs 1, 4-6)@ This "agreement" is due to
the tct that the efferts are very small so that first-
order approximations are usually employed both in the
general theory and in the linear theories The linear
Cardl/3 theories of gravitation meet with serious difficulties ckr

82330
S/l3q/6o/ooo/o3/oio/o45
Linear Theories oC Gravitation E032/E3.14
one of which is that the energy of the gravitational
field is not positively defined (Refs 7,8)- However,
attempts have been made to overcome these clLfficUties
(Ref 9)@ It is therefore of interest to find differences
betweett the getxural theory of' telativity and the liticar
theories which could,at. least in principle,be tested
by experiment. The present paper is concerned with the
lat,ter problem. The oirlchoff (Vef 1) and the Belinfante
and Si,;iharL (Ref 4) theories are discussed. They are
compared with the general theory on relativity due to
Einstein and differences are found which at least in
principle could be detected with the aid of arrificial
Earth satellites. In particular, a detailed discussion
is given of the ef*fe--@t assor-iated with the presence of
rotation in the ceniral body and it is shown that when
this ef f ec t is taken xnto ar.count the dif f erent theories
lead to different re5ults. In particular-, the Belinfante
th-e-ox-)@. -.Aa--C&-1 cm - while on the genera-1--theory of
rejat-Lv-lt@j A a = 0 z Ginzburg (Refs 6,33) has in fact
shown ilia.. the artifi,@ia-l Earth sai-AliteEz: can be used' 'to
Card2/3 Ver i f v rot at i onal r-ff e@ ts and herjc!@ , t may te - ons ider ed4z

36466
S/1 0,9/62/007/00-0/011/024
@O 0 0 D2 6 cc) / D5 08
%J, z; Gertsenshteyn, Ye. and -)u-t-tovoyt, V. I.
'Oro o a
--azion o-f space charge acoustic aaves in semi-
CAL: ',@Iad@ote,Vhnika i elektronilk-a, v. 7 no. 6, 1962,
1009-1013
T "@`:
.L:_ Two -approaches are presented: The first and simpler one ta-
z@.es no account. of ine microscopic properties of the crystal and
only :-ssumes -@'he existence of a space charge wave. it is shown on
This basis t*-a-,I- t'@e a.c. -oes to infinity if the-7 phase velocity
of eliectroma:rn-el.1c @.!ave a-reeS with the drift velocity of the
carriers (only electrons are considered). The second approach
starts wizh t,,c hydrody-amical equations of charged meaia
2a + div vpP = 0,
ot
Card 1/4

S1 k)9/62/007, /006/011/024
Propa,@ation of space ... D2066/D308
6v
__2 -f- (vP,,I-/)VL) = -PIP + qE (V V_
0 t 0 (10)
-h
_@re v velocity pertaining to lattice vibrations, 'p - -che cor-
respDndlng charge density, p - pressure, charge in a volume elle-
ment in the absence of carriers, 'coefficient of ionization',
ra-.Lo of the carrier concentration to the concentration of atoms in
-ti ce,,,?, , 1 ,average value of the electric eld in 'he
Ystai collision frequency, v-_ - a.c. velocity of the car-
--lers, m, mass of the carriers and ions respectively. Negle-ct-
tne a.--. densily component of lattice vibraluions and assuming
a plane electromagnetic wave Eqs. (10) are solved yielding the cha-
racteristic equation. introducing
k-v + (.0
s
2/4

S/ 1 6 2 007/006/011/024
o -6 j n .3 a c e D266/-joS
;j
Z',e -ec-@- velocity of SoUna
tromagnezic wave, v
e absence of carriers) and assuming that@-'
e
Is obtained:
2
2 + .72- (21-)
e e J
---,e-re @Ls -,I-e :)--'@Isma frequency of the carriers, 2 v V
- lec-
V -,--ift velocizy of electrons, v phase velocity of the e
@.rjma'-'netic wave. Growing waves arise if im,", 0, i. e. 3 /0 or
The lower frequency limit is given by the condition
_0
(8)
Card 3/4

3/1 J-,:@//b2/'I"!J7/00O6/O1 1/024
lropa.@;azion of @3--,ace ... D2606/1,508
,"ere effec-, tion time o@' t1le zeroth harmonic of the
0 ive relaxa U
d7i2tribution -fulrction Czetermined by the inelastic scattering of
i----e carri-ers on p-.--onons. The upper frequency limit is
e 1-3
7
- is conjectured that the excess noise found in semiconductor
d,-o,--;es is caused by this mechanism.
July 7, 1961
(22)
@;_vd 4/4

7
0 0
AUTHORS:
TITLE
34007
S,,'Oa'6,/62/042/00 //025/04e.
B i 04/B 102
Pustovoyt, V. I Gertsenshteyn, M- Ye-
Gravitational radiation from a relativistic particle
PERIODICAL: Zhurnal eksperimental'noy i teoreticheskoy fiziki, v. "2.,
no 1, 1962, 163-170
TEX": A charged relativistic particle is examined traveling alone. a given
curvilinear path in a magnetic field. As the gravitational interaction is
weak, the trajectory is fully determined by electromagnetic interaction,
The energy of gravitational radiation is computed, Not only the mass
tensor of the particle itself, but also those electromagnetic stresses
which are caused by the charge are the source of the gravitational waves, V1
their contribution to the radiation being of the same order as that of the
mass., The small additions to the metric tensor correspond to two processes
of gravitational wave formation: the usual type of mass and charge
emission, and the resonance emission of gravitational waves by the
electromagnetic field in the presence of a constant external magnetic
field, It is shown that the energy dependence of the intensity of
Card 1/02

34007
S/05 6/62; 'C-@ 2/'UO z,:,-"C
Gravitational radiation from a,. B11041'B102
radiation of gravitational waves in the ultrarelativistic case is the
same as that of an electromagnetic field. Professor V, L, Ginzburg is
thanked for assistance, and Professor L E. Gurevich for comments, There
are !2 references: 7 Soviet and 5 non-Soviet- The four most recent
references to English-la:iguage publications read as follows: L. Infeld,
A- E. ScheideHer Can J. Math., J, 195, 1951; J N, Go'dberg, Phys. Rev-,
1877, 1955; 'A E Schelde.-ger. Phys. Rev '1883. 1955; P. Havas,
P@,,,7, Rev , 108, 1351, 1957,
ASSOCIATIC11" Fizicheskiy institut im. P N. Lebedeva kkademii nauk SSSR
(Ph-sics Institute imeni P- N.. Lebedev of the Academy of
j
Salences USSR)
SUB11,1ITTED: June !6, 1961
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GEPTSENS11TEYN, M.Ye.; PUSTO-IOY'r, V.I.
High-frequency conductivity of a plasma in the presence of a direct
current. Zhur. eksp. i teor, fiz. 43 no.2:536-542 Ag 162.
(MIRA 16:6)
1. Fizicheskiy Institut imeni P.N.Lebedeva AN SSSR.
(Plasma (Ionized gases)) (Electric conductivity)

GERTSENSHTEYN, M.Ye@; PUSTOVOYT, V.I.
Detection of low-frequency gravitational waves. Zhur. eksp. i teor.
fiz. 43 no.2:605-0'07 Ag 162. (Gravity) (-MIRA 16:6)

A
AUTHOR:
TITLE:
U243
S/05 62/043/006/053/067
B102 180'
Pustovoyt V.---I.
Plasma conductivity in the presence of a drift
Pr-"RIODICAL: Zhurnal eksperimentallnoy i teoreticheskoy fiziki, v. 43,
no. 6(12), 1962, 228172289
TEXT: The author considers a plasma, e.g. the carrier plasma of a
crystalline solid, that shows a drift in the direction X@ff , and cLlculates
its a-c conductivity in the 7-direction. The calculations are based on the
use of the electron kinetic equation
+ V7,f + (E + -L NH 1) 17,f + S'- 0,
M C
where 3 is the collision integral, whose solution is
cc
f (r, Y, t) 2] Ph (cos a) fh (r, v, 1). (2)
k-0
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Plasma conductivity in the ... B1021@186
and
f A + (PO + (v/V) U1 + (PI)+ (4)
the weak variable field fl- causes the presence of a nonsymmetric
part f of the distribution function, S Y(v)yl, the Legendre transform
of S. The conductivity cx = (I t 00 V3 (v)dv is given by
E_ Tix
3e2E_
2T(,d, + 'se 4,p@d, + 'e' v2f,,dv. (12)
ip: -RT-
0 0
or by
ad U- Cos 0+ -@-- O"TP sinG (16).
1 + w2wr' vO I + (02 T2 UO i + (02 r2
P H p H p
vo = GJA is the phase velocity of the 2wave, 9 the angle between k and E =
V= = QE-/m4 is the drift rate, co = e n 01mV is the d-c conductivity,
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Plasma conductivity in the... B102/13186
1,OH = eH/mc, no is the number of particles per unit volume, for -rpthe
-'inequality v-u 2/V2