SCIENTIFIC ABSTRACT PISTOLKORS, A. A. - PISTUNOVICH, V.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001341110012-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: January 3, 2017
• Document Release Date: August 1, 2000
• Sequence Number: 12
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

'ACC NR-AP7005584
than along the Y-axis. ThIA suggests that viewing of an image is more con-
venient if the line of eight forms a small angle with the Y-axis. This
can be accomplished readily if the virtual instead of the real image is
considered. OrIge art, liast 4 figures and 20 formulas. IYKI
SUB CODE: 20/ SM3M DATE: 28Sep66/ OTH REF: 001
Card 2/2

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cc R: AP6014233 SOURCE CODE: UR/01091br)/011/005/~7791'3',S.I
AUTHOR: Pisto-kors, A. A.
ORG: nore
TITI-E. Method for determining the spectrum of an extraterrestrial source of
radio emission
A 0 V. i D ,
TO P.'
cr)s.-.--ic radio source, cosmic radiation composition
TLe %ew method uses the relation between spectral
signa: azi,. :zrequency at the output (if a re,-eiving cophased array': tro,
in,~ is ;rnal; as compared to the wavelength - t~,-
tne c:- maxima of the lowest orders. Nuis(-. signals are r- 1;- ';IC
-bes; it is shown that, with a proper selection of the rek
UDC: 523. 164.4

A, R ,, iluo 1 .11 , j
: - :., 1, !,arx,, the reccive~.i powers In the ina),ir aiid si(iv 10-es rv
T c radio suvi rc e s houlc! be t r ac,,.eu Uy a ~ 0I-,1L V,_
r t requency logel he r \vit h the sl(!,- -lobe (,, I rek t ~on III 1 0 1 re
ijition wit h rvhpe, I tu t Ike a I r,iy axi i, It) wippri in I v~
z-, c!', rectionh , it , 6 rec ommenced that t1w copiasal a - rav -),
2 1 a parabolic -L ylinder reilector; also, a modif,ed rauia*_
cu;,:,c,t-:. cherne can be used for undeiiirable -signal rejection. Thv '~
tracking ;. :-thod ensures analysis of the radio spectrum wiLhin a mort, zir-~i-
'"r e C
1- r1k , uand and can also be used for studying brilliance distributi,)r'
I
weak _~-;rce6. Orig. art. has. 7 figures and 14 formulas.
SUB CODE, 03-Ag / SUBM DATE: 27Jul65 / ORIG REF; 00 UTii REF:
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19432-65 EW(1)/EEG(t)/EM(b)-2 ASD(&)-
ACCESSION NR:, AP4048879 S/0109/64/009101J/1948/1957
Ao; Pintol'kors,. A. A.
--:~-AUTHOR: -!Laplun,
TITLE:. Diffraction of a plane electrormg,netic'wave b a tylindrical wire
y
embedded in a flat dielectric layer.
SOURCE;. Radlotekbnika I elektronika, v-, 9, .no. 11, 1964,11948-1957-
TOPIC TAGS: diffraction, electromagnetic wave difizattion
ABSTRACT: An equation (17) Is developed which connects the propagation
Constant of the electr.ormgnetic -waves moving along a thin wire embedded In a flat
dielectric layer parallel to the faces. of tht latter with the parameters 'of a wire-
dielectric system. - The propagation constanta- can becalculate'd from the
equation by referring to the curves (Fis 4) representing a numerical Bolution of
the Integral R (0~') winch is a 'part of 'the equation. A formulafor the current
induced by a plane electromagnetic wave falling upon the- above Wire is developed.
Card 1/2

In
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GCLOVASHCHUK, S.I. tHolovashchuk, S.1.1; SOKOLOVSKIT, 1.L. LSokolovG'kjri,
I.L.J; BONDA.RCHIM, V.G. [Bondarcbnk, V.H.J. Arr-demik. Otv.ret.;
DTATKOVSXATA, N.P. (Dzistirivelka, N.P.J, red.-lekalkograf;
BABINICTS. A.S. [Babyneta', A.11.1. kand.gool.-mineral.nauk. rod.;
DTADCHINK0. M.G. [Diadchanko, K.H.J. kand.geol.-mineral.nauk, red.;
LAPTARZNKO-CHIMOUSOVA, O.K., doktor geol.-mineral.nauk. red.;
NOVEL, K.O.. red.; PISKORSI)LA, O.K., red.; SOROCHAN, O.A..
red.; USMO. I.S., kand.gool.-minaral.nauk. red.; SHULIGA. P.L.
[Shultha. P.L.J. doktor tool.-mineral.neuk, red.: SHTULIKAN, I.F.,
red.izd-va; BUNIT, R.O., tekhn.rod.
[Russian-Ukrainian geological dictionary; 19000 words] Russko-
ukrainskii geologichaskii slovar'. 19000 terminov. Sost.S.H.
Golovashchuk I I.L.Sokolovskii. Kyiv. Izd-vo Aknd.nBuk USSR,
1959. 280 P. (MIRA 1):6)
1. Akademiya nauk USSR. Kiyev. 2. AN USSR (for Bondi,rchuk).
Chlen-korrespondent AN USSR (for Novik).
(Geology--Dictionariss)
(Ukrainian language-Dictionaries-RusBion lankninge)
(Russian 1 animage-DI ct I onaria a- --Ukra In inn Inngunge)

RUTNIE.Marian; PISKORZ.Adam
Comparative clinical and histopathological studies in cases of
arteriosclerosis obliterans and arteritia obliterans of the
extremIties. Poznan.tow.przyjaciol rA&uk.wydz.lek. 18 no.4:
55-91 -60.
(ARTSHITIS )
(LRTIRIOSCLEROSIS)

TMMIN, I-V.. kand.tokhn.nauk; PITIN, R.N.. VmriA.tokhn.wuI-..
CHERKDKOVA, K. 1.
P"rMFMbllity to gun and the fracturing Of BOMO Kuznntnt Bazin
coals. Podz"m.gaz.ugl. no.4:13-17 '59. ( MRA 13:4)
1. Institut goryuchikh lekopayeWkh AN SSSR.
(coal gasification. UadorLground)
0

S/079/60/030/06/'07/ 009
B002/Bol 6
AUTHORSi Levchenko, Ye. S., Fiven', Yu. V., Kirsanov, A. V~
- MORMIUMMUMM-
TITLEt Alkylektionlof Phosphorus Dilodide
PERIODICALt Zhurnal obahchey khimii, 1960, Vol. 30, No. 6, pp. 1976-198'
TEM In the present paper the alkylation of PI 3 and especially of P 214
by means of alkyl halides is Invostigated. The phosphorus iodides are
strongly nucleophilic compounds (the addition of an electronophilic group
such as alkyl halides takes place readily in this case according to
A. Te. Arbuzov (Ref. 5) and other scientists). The reaction mechanism is
explained. The reactions were carried out with benzyl iodide and benzyl
chloride, further with CH,-, C 2B5-9 n---C3H7-L n.-C 4H9", and iso-C 5H11-
iodide. The cLixture of P 214 + benzyl iodide was heated up to 110-1150,
the reaction at this temperature was exothermal. kn intermediate complex
was formed first, which was converted to tribenzyl phoophine, Iyield 95%,
under the action of alkali and reducers, but not on moderate heating in
Card 1/3

Alkylation of Phosphorus Diiodide S/079/60/030/06 07/00q
B002/BO16
vacuo. The reaction also proceeds in solvents with chlorobenzene bein'E
most suitable. The reaction was further shown to be possible also with
red phosphorus + iodine + benzyl iodide and red phosphorus + benzyl
iodide. P 214 + I must be added in this connection in catalytic quantity
only. It was concluded therefrom that the reaction presumably takes Flace
via P 214 being formed. PI 3 + benzyl iodide gave only a small yield of
tribenzyl phoophinic oxide and dibenzyl phosphinic acid. The alkylation
proceeds via the formation of P 2 14which was confirmed by the fact that
the yield was considerably increased in the latter reaction by further
phosphorus addition. p-benzyl chloro--iodide reacted like benzyl iodide.
p-nitrobenzyl iodide rapidly formed resinous products. It was not possible
to isolate mono and d1benzyl phosphinic acids from the reaction P 2 14 +
+ benzyl iodide, since the partly alkylated products are further alkylat-
ed much more easily than P 214 itself. The reaction P 2 14 + alkyl iodidea
took place only in a sealed tube at 200-21200 C After hydrolysis the
oxides of the corresponding trialkyl phosphines were formed. The properties
of the compounds thus obtained -orrespond with data from publicationg
Card 2/3

Alkylation of Phosphorus Dliodide S/079/60/030,06/0.1
B002/'BO16
(Table). This reaction, tco may be performed in the autocliye -nd
vigorous mixing of the reaction prcduc~s with 11 + I -# a2kyl iclide )r
also with P * alkyl iodide alcne and catalytic quantitlea of I An8 P,,I,
But the iatter 1hust ~- pyesent, from which It Mal be concludpd thA+
in this case the alkylatlon of phosphnrus does not take ylac- dire(f1y
bA only via F214* There are I table and 16 non-Soviet references.
ASSOCIATIONi Inatitut organiche8kay khimii Akademii neuk Ukrainetkoy SSR
(Institute of Ort-,anif: C11emis-try of the Academy of Scier-ez
of the Ukr.-,SRI
Card 51

Trans!at~on frOT11 R
A UT HOR P, s a r e
T'T LF: 1,TJ t r ek
I Ul * tr 3 z%
PERIOD:CAL. I r
ABSTRACT P:-,~
fort,- a%d
W~ -
a
di rect'\t t.t
A- exileri n,-,
T--. AI T
SOV, 1,
t o f. P, 1-n. S's R
N r :-jp 84-89
nard materials are set
LMZ (Leningrad Metal
STr tILIn vibrator Kaving
1,,near or exponential
v-9 tools were soldered
--%Las 02-0 03-r=
~ - , C, t. v 0 f
CA -

o(q)
AM I IORS Pistol'kors, A.A., 11arshak. U.I.
SOV 112-"~-
TITLEs On Reflexion anl Rpfr.%ction of Elortromagni-tic V~v-s ~1
SoundnrN of Air-Fevrite in 1% RectanLruliir
PERIODICALs Irv,stivr% %Nsshikh ucht%bnv'kh i~%%oiteniv - r,%,iiotPkhniki%.
pp 594-108 (USSR)
ABSTRACTt The article discusses the reflexion and refraction of hich tv;~
waves (waves lil,) on the boundary of air. It also discusses
slightly magnetized ferrite by a transverse field. It is shown,
that these phenomena can be neglected. The authors Ftate, th~,t th.
article of Sharpe and Heim does not overlap the rosults f thin
article (Ref.1). The article is reconmended bv the Institut
tekhniki i elektroniki AN SSSR (Institute Of Radio Eagineerin,
and Electronics AS USSR). There are I figure, I tsble 11
equations and I references, I of which in Soviet ~nd 2 Fnglif_
SIMMITTEDs July 4, 19-58
Card 1/1

PIJAWM-W. A.A... mwism. M.:,.
Phsaft.gpi of mloctrormtnotir wnvnf% Virn,igh it -,)Itttf3 wIt cf
,Crrotrupic propcirtlen In a wivo g-ilde. I ZY . VYR. IC'111~1 . ZIA7.
riiAliotelch. no.t):711-?)8 M-D ",R. (MIRA 1;1: 4)
1. Rekowndovana Inatitutom radiotokhniki i elektroniki All iSa.
(RM10 wi,ves) (WRVO g,:Ides)

SOV/10(- 9- 3 -- 1/ 12
AUTHOR: Pistol kors, A. A.,
TITLE k-lekni-n-di- t pan ovich Popov and Prekent-D&y Ralic
Engineering (Aleksandr Stopenev".zh. Yap47--~ i sc,-;remennaya
radiotokhnika)
PERIODICALiElektrosvyazl, 1959, Nr 3, pr "~-- ~USSR)
ABSTRACTi The l6th March 1959, will bs zelebrated in the 6oviet
Union as the centenary of the birth of h" is
celebrated for him disco%ery cf radic. Althc,~gh 'he
discovery was made in Russia in 1899. the sta-e ci
industry at that time did not permit i's iminediatt
d*v&1opment and it was left t. M~-- rt.-, _r 19'--)' 1
demonstrate radio- te I egr apt-, -&-er an _-.ean ?&tf r,
those days wavelengths ef 900C - 1,1900 m wex ~ used and as
aerials the curtain arrayb %-t ta!p;c.,Ld w_t., ar-f,~, -f
1-2 km2; the receivers r.~S,a2 dote- , , i , ~ ~ i t in
and the armed services b.?gan ', ..i6# t.( *!, spe!k oild ti;,f
frequency machine transmi,sat -,e r-n mtdium wa-~es -rhl~
radio art was revoluticnined i i -tie secciid Va!l _f 'he
First World War by the 1hiention of the -alvt
by Loe de Forest. It was fir.,,t 'ised as a ID- trequ,~nc_v
Card 1/3 amplifier but was lat*r ty M~A ~bon-11, brl~v~ i--h

comas
Alsksandr Stepanovich Popov and Present Day P*,11( Eng'.-Pering
as a water-cooled power amplifier U t- -)&.1 as, i rig bt a it ed
in Moscow in 1922 on a wavvlen4th -f 1()(-)0 m an-A aiL t~#r a I
power of 12 kW, at that t Ime the, mc!5t jw%~~kk 1~11 it. '.he
world. Fur thor developrw~-Ti' - . fix rc; A. I. NI-nr s tt4N s
led to the preamtnt positik.r, *I , +1 e
long waves is 1200 kW. 1, h P - ~_ I J., E -
broadcasting becatue lower tile "'?,ame
occupied and by the earl-,, t~i.- -Wele --c--ldcasting
had been initiated at wa-eleng'~--i J~,w i t 1 _` x L3V 'tie
outbreak of' the Second W,..r-li W- tl,~ Irr V
short waves, coupled witK tllie -e .t a ri t r P
powerful valves and w3re Feoa-~ . , - i
introduction of a pr-&_-Tica, Aj
The war years saw the dev!!1opment of radar an,l it s
accompanying technology of whveguides, resonators and
centimetric valves. The post wa- vaazs hak- tet!n ~he
introduction ot vht bio&(14-asting tnd cl ~l ir ' e I e, t 1 s ion.
The mos t r ec en t -, dvatic e i s r ad ~ :- as'~r, n c.m i , Itie ntxt
advances appear to dej,pnd (-.n tf,.e n-wly d,?%,e ~-d Jev,-,-es,
Card 2/3 such as semiconductor unit-- It-i-ites Pr-; masers. T h ~

SOV/106-59-3-1/12
Aleksandr Stepanovich Popov and Proseni-Day Radio Engineering
future applications of radio engineering would ajq~ear
to include the following: further extensiO118 of
broadcasting and television systems. more intensive
d*velopment of radio and radar devices for war
purposes, the application of information theory to
communication, the use of electronic contral and
communication devices in space technology, a considerable
improvement in reliability of the very comllex devices
whicn will be used in the future. A gr eat Job~ im owed
to A.S.Popov for his pioneer work in this f ie I J.
Card 3/3

FI-37nLYAKA, I.F., ag-r,-nom
We are moch&nizing the placement of fertilizers. Zemledelie 2~
no.12M-79 D '63. rKRA :-.4~

PISTORA, Z.; pro!n(vany, gerlog; STAVA, M., promovany got J op,
Filter galleries In wells with horizontal collectors. Vodni
hosp 14 no.7t251-253 164

GRFY linV, N. T. , in zn. ; P 1,ST:;c '~' Y.,,.N. , I nzn. . 2ERNITSKlY, V.G. , In zh. ;
KAR-CKHIN, I --
Paising heat I )rvict lu:-,.ng the combustion of low-grafle "ueln.
(JbcO:,. i brtk.ugl. nr 2R-5R-68 I nZ . (VIRA 1,:4)

r,5~FFTWV, : ' ~ . kPinei.t.-i0in,na4 : Ya.N. , Inah,
F! )I.- no rodynxiit I , on nd I I r)n.,) on the combis, ion of ~ow-grpidn
fuel.- In lay#~rpl-bod furnaces dith an storatzer. Obog.i brik.ugl.
n .) . 10 . 140 - I --jO 't) I . (MIRA 1"-~)

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PISTRU, M. Ya. , inzh
Maxim,= contro' angles )f a reversible electronic converter. Elektri-
Chestvo no.6327-32 Je 965. (MIRA 1817)
1. Vaesoyuznyy na,ichno-isaledcvatellski.y i. proyektno-konstruktorskly
institut po avtonatizirovannor silaktroprivodu v pronyahlennosti,
sel'skam khozy&y,3tve t trnnsparte,

BYKCV, G.A., inzh.; FIRFELID, A.G., Inzh.; GENDELIMAN, B.h., Inzh.;
YEGGRYCHEV, G.M., inzh.; KRIMIEVSKIY, G.M., inzh.;
PISTRAK M Yn., Inzh.j TAYTS, A.A., kand. te4hn. nauk;
Mi~~. Inzh.; G(,PDIN, Ya.A., g~av. red. IVANOV,A.N. red.;
LA14OVSiAYA*,M.R., red. izd-va; DOBUZHINSKAYA, L.V., tekhn.red.
,Electric power engineering)Elektroenergettka. (BylG.A.Bykov i
dr. Moskvn, Metnll,:rgIzd&t, 1962. 190 p. (MIRA 16:4)
(Electric motors " (Automntic control)
(MetallurRical plants-Electric equipment)

PISTRAI,, H.U., Insh. (Moskvu); SILAGAS, L.Ya., insh. (moska)
Zlectric drive of the flying shears in cantinu= billet Mi-IIB.
Elaktriebeetvo no.5:31-38 My 161. (MIRA 14:~)
(Shears (Machine tools)) (Electric driving)

GENDELIMANI B.R.,, inzh.; ;I.Ya., inzh.; FIijMIyjj, V.G., inzh.
Electric equipment of the 250 high-speed C~ntinuouB MiI1 f,,r
aluminum wires. Vest.alektroprom. 32 no.8:1"-24 Ag 161.
(:/d,.LA _. ~.~
(Wire drawing)

PISTBAA, m.Ys., inzh.; BAIABUYEV, L.M.
Tube excitation of machines in the main drive of reversing
rolling aills. Elektricbestvo no.4:13-20 Ap '60. (M:IU 14.4)
1. TSentrallnoye konstruktorskoye byuro "Elektroprivod" Vsesoyuznogo
nauchno-issledavatel'skop inBtituta elektromekhaniki.
(Rol-ling mills-Mectric driving) (Electric machinery)

zo~.
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(91"Lru Drill &,~ZMLA zod~t ".2 ST.t.-,
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p.,_. S., 31,U, " N.G.
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PUNPCMe ?be ~U~Ljm of mp~ 1. Ut-jld -d
of lcimt1fl, ~k Us%jLlLl,. p L,4
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dalf. L"'O-U, As &= 7-h-I.Cr
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Is LSIA PurPNNN of Lbe EdIcarW am ~ arr-V mp~ in
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pr"Immoo ftle LU4 to 4rj,lN lld -tmIs ~f
AU100 NO" U, -U,lm ".-b- f 1.ft.U7. B-1. pr-1- r
dft" ~4 Lb.Lr ~IUtlll a,Il Nl,%11AAd. rbe bmb &1~ ~%*Lml
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P. L-.4y Pbllbd 1. 1---." - rfUW L.- -
db4 abboww1a'adl tb~ "" U,,g &Tpllrod IN l,j~ I f $11 17
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k-blast
C'Nob"01)

MJZHANOVMT, 01'gerd Tladislavovich. PrinimBl uchastiye PlSTRAII. K.Ts.
UA=ININ, R.N., kand.tekhn.nBuk, retsenseiat; APAWASIT3T. V.D..
kand.takhn.nauk, red.; KISHLKTA, T.I., red.izd-va; KIMTWYA,
T.Y., tekhn.red.
[Ilectric driven on reversing rolliag mills] Ilektroprivod
reverairnykh etanov gorlachei prokatki. Moeirva, Goo.nouchno-
tekhn.itd-vo lit-ry po chornoi I tevetnoi metallurgil, 1961.
444 p. (MIRA 14:1)
(Rolling mills--Electric driving)

S/137/62/000/001/OBO/23'
A060/Al0l
AUMORSt Gendel'man, B. R.. Platrak, M. Ya., Fishbey-n, V. 0.
TITLEi The electrical equipment of the high-speed continuous mill 250 for
rolling aluminum wire
PERIODICAL, Referativnyy zhurnal, Metallurgiya, no. 1, 1962, 9, abstract ID55
("Vestnik elektroprom-sti", 1961, no. 8, 17 - 24)
TEM The mlil is designed for rolling Al wire 7, 9, and 11 mm dia. from
billets with cross-section 100 x 100 mn, length 2 - 2.6 m, and weight 55 - '2 kg.
The wire is rolled at Ek speed of -x, m/sec . The mill has 20 stands, arranged in
roughing, intermediate, and finishing groups, 7he tecnnical characteristics of
the principal equipment are cited. In the finishing group the pinion stands are
absent, and each roll of the stand Is driven by Its own motor. The system for
controlling the mill is analyzed.
N. Yudina
[Abstracter's note: Complete trarellatl~,-,]
Card 1/1

AUTHORS:
TITLE:
PERIODICAL
Pistrak. M. Ya., Engineer. S11 O5/6O/OC0/04/0C3'/024
Balabuyev, L I., Engineer B007/B006
Electronic Excitation for Machines of the Main Drive of
Reversing Rolling MillsH
Elektrichestvo, 1960, Nr 4, pp 13 - 20 (USSR)
TEXT: It is the purpose of this paper to show the advantages of electric ex-
citation of d.c. machines in comparison with the use of electric machine ampli-
fiers. The use of electronic exciters with three-phase circuits for rectifying
the current Is to be considered most suitable Linder consideration of the high
inductivity of the load. The exciter current of the generators feeding the
rolling-mill motors to usually not more than 150-200 a, and the exciter current
of the motors 500 a. Sealed valves with 3 anodes are used in the first
sealed multianode and single-anode valves In the second case. Circuits with
2 valve sets, or with 1 valve set and a pole reverser In the rectified circuit,
can be used for the excitation of generators. The former circuit is usually
preferred in practice. The valves can be connected with each other either ac
cording to a arose circuit or a counterparallel circuit. The cross circuit is
more suitable for the excitation of d.c. machines with reversing ';ontrol. The
existence of a joint grid-control system for 2 valve groups (feeding the
Card 1/3

Electronic Excitation for Machines of the Main Drive S/105/60/000/04/003/^124
of Reversing Rolling Mills B007/BOO6
exciting coils of the first and second generator, and the first and second motor,
respectively) is the characteristic of the circuit shown in figure 1. The joint
exciting-voltage level is controlled with the aid of a phaeo-shifting capacitor.
The unbalance of voltages in the 2 valve groups, necessary according to the
working conditions of the system, is achieved by a polarization of peak chokes.
The control of electronic exciters is described here. It is shown that a cir-
cuit with 2 simultaneously working anode groups is to be preferred. The control
system of the main drive of a blooming mill with electronic exciters is shown
in figure 1. The simplified curves of the &node voltages of the electroni- ex-
citer, as well as the compensation voltages and compensation currents of the
4 characteristic ranges of the angle a, are given in figure 2. a - P was as-,
sumee for the total range of angular variation. The problem of extrem-e values
of the angle of lead 0 min in the ignition of the inverter in electronic ex-
citere 1.9 investigated. The control with electronic exciters, and the control
process, respectively, used in systems with individual drive for the rolls, is
investigated. The circuit of such a drive is shown in figure 4. Systems c'f elec-
tronic excitation for main drives of reversing rolling mills were worked out
during recent years at the TsKB "Elektroprivod" VNIIEN (Central Design Bureau
Card 2/3

Electronic Excitation for Machines of the Main Drive S/10 60/000/04/00/1024
of Reversing Rolling Kills B007YB008
"Elektroprivod" of the VNIIEN), and takin into operation in
trol system of the blooming mill 1150 with individual drive
in figure I is described here, and the oscillograme for its
operation art given. The results of industrial operation of
electronic excitation have proved their advantages an oomp&red
with electric machine amplifiers. There are 9 figures and 3
industry. The con-
of the rolls shown
various modes of
the systems with
with the SyBteM~_
Soviet references.
ASSOCIATION: TsK3 "Elektroprivod" VNIIEX (Central Design Bureau "Elektre-
Drivod" nf tba VNIIEZ)
SUBMITTED: August 10, 1959
Card 3/3

FISTRAI, R.N.: MIIHATOVA, S.V., PISMVICH, Te.l.; VMTSUTA, I.N.
SMONAMOM"m
Stratigmphy mid litholoar of the lower Carboniferous of White
Russia. 1xv.AX SM.Ser.gsol. 21 no.4:59-76 Ap '56. (NLRA 9:8)
1. Soyusnaya goologo-poiskovakys kontora Ministerstva neftyanoy pro-
myshlennosti S MR , Hooky&.
(White Russis,--Geology. Stratigraphic)

3ALAYEV, Vasiliy Alekseyevich- FIST:~M I- retsenzent; SAREISYAJ~,
H -h,-jK, , "
S.G., retsenzent; T101. - Tsenzent; KOROBOVA, I.E.,
red.; ZE2,'13;, V.V., tekhr,. red.
[Devonian sedirents in the ,entral and southern regions of the
Volgn-Ural Province in connection vith oil potential. 28
diagrams ana maps) Devonskie otlozheniia tsentr&llnykh i luzh-
nykh raionov Volgo-Urallskoi provintsil v sviazi a perspektiva-
mi Ikh neftenosnosti. -")Iqratov, Izd-vo Saratavakogo univ., 1''I.
294 28 skhem i kart. (MIRA 15:6)
(Valra-Ur-al region-retroleum Feology)

PISTUX, R.N.
, ..Irr .-
Carboniferoue deposits of the Pripet depreWon. Biul.HDIP.Otd.
geol. 30 no.6:92 N-D 655. ( MLRA 9: 4 )
(Pripet 1krahea-Geology, Stirstigrephic)

)F
, .~ : I I t : I -. . - . ,
r d
c;v

TIKHOMIROT, S.V.; PI5T_k6jO,,#j,14j,
O-jw!" . _.,
Developmeat of the Pripet Depression at the sad of the Frasulan "d
Famenuian stages. Dokl.AN SSSR 105 se.6:1315-1317 D 155.(KLRA 9:4)
I.Predstaylese akademikem N.S.ShiLte)dm.
(Pripet Marshes-Gaelogy, Stratigraphic)

MMIACH. A.B.; PISTRAK. R.H.; STSFAM10, A.Ta.; TlKWMIRCV, S.V.
Stratigraphy of Devonian subealt deposits of the Pripet depression plain.
Izv.AN SSSR. Ser.geol. 20 no.3:122-124 Xy~Je '55. (MIRA 8:9)
(Pripet marshes Geology, Stratigraphic)

Ai6ully, Yu.A.; BLANK, M.I.; i3"'iZIMK, V.F.; G115I.KC, V~V.;
KLITQcirZ,II'?,cI I.i.; LI-AV:11OV, V.A.; PALIY) A.M.; ~.,' .;
14~IJTHAKP R.M.; C"Zid'AK, S. Ye. ; CE.-WINSKAYA, !,:.V. ; 1"." , - .. .
Plan fc;- the ar,)al study of the Dnieper-Donetc, Lowland.
V','T.I&IZ ric-la,--3-Y7 '62.
(Drdepor-Donets Lawland-Petroleum goology,'
"DIiieper-Ijunets Lmland-Gas, Na'-ural-Geolog-,y)

I..,
itole ~A ma-mment-9 ir. the UBtcry of ti.e dffvll-~7-1
tne :.- ;-A)wland. Trudy V?;IIGA-Z no. Ll. 13-Q ~'.
(MhA 15:,;
bnicope;- Donets LowIrmd.. Petrolown g,,clogy~
. :,lop- U. t a ,( wlani. - -Go i, , I;Rtura 'A Ajo (i I)

PAS HM, I C ff. Yo. I.: FISTUK, R. V. : SA I 'CRSK I Y. F. A.
Devoniar a trati~-rapny cl' t ho, so . tnern marri nal zone 0' ' - r-
Dnieper-3or,etB I.,owland. 2r-iLd- VNI 1,~IZ `~.
( yj I. , I .
(Nieper low land- 'ipr:cjr,?, Stratipraphi c )
(Done tB B!kaj I opv, Stratigraphic )

DIKINSHTET11, G.Fh., doktor gool-nin.nauk; LIVINA, L.M.; LITIWINISH.
P.P., MKSTAKOVA, k.M.-, PISTRAE, R.M.; SHKBUTNVk, I.N.;
(MIMADIMA, I.M., tfvlrhn.rnd.
FGsology. and oil and Can pntentiale of White lbjRnia and
the Baltic r#Wion] Geologichaskon Fttroenio i psrnpoktIvy
noftegazonoenoott Pribaltilct I Beloruasil. LenlN;rad. Gn%.
nauchn.-tpkhn.izd-vo neft.i Corno-toplivnoi lit-ry.
Lnningr.oti-mie, 1059. 179 p. (knecow. Vse9oiuznVi nauchno-
iesledovatal'skcii geolngoraxwedochnyl neftianoi inatitut.
Tnidy, no.18) (ICRj, 13:2)
(White Russia--P"troleuD gooloff )
(Whitov Phisele-Gas, Natural -Geology)
(Baltic Son regioro-Petroleum geology)
(Baltic Sea region-Gam, Natural-Goology)

IUL",-r, A;1-- , - ":, t -~
AL , - - - . . ~ I. I . . n.-, . .
Q. Manth, List c f P-ss iir, Accessi n.,. . ~ f , ~ -4"Im- ~~ 7. -

JT
=I APSM720 8/03WM/1405/1407
.Y. S<
Y
AUMORS Amovshly P To OW&OVskil 1 1. 1.1 vf~ ~&Iqv We M11 Pi tElek, V.-Me
TIM$ &A the motion of v1sams bursts in a uniform axially nyismetrie magnetic
field
SOUWXt Morsel tekbrAcheskoy finiki, we 35, no. 8 0 1905, 1405-1407
TOPIC TMss plassold, magnetic field plume effect# plume tesipersturef plums
deswityo homogameous magnetic field
ANTRMTo The wthors have continued their previous Investigation of the notion
of plans bursts In axially symmetric fields (ZhTF0 34, Nosla, 1964)o The work
repor ad,here concerns mainly the motIon of the pluma In the uniform portion of
the field, The apparstue In described In the previow papere The plus" hod
charged particle densities of about 2 x 1013 Qn-3 and velocities near 6 x 100
oWsed# and contained 10% of heavy Ions# The goo pressure within the plasmas was
measured with a compensated mWetic probe of the type described by 1sweelbroeck at
@I. (Malear fusloa, supple 1, STS, 1962) and the dismetern of different seotions
of the plasmas were measured with a pulsed plessescope compisting of a light-
shielded T an diameter scintillstor with control grids* The variations of the
CWd 1/2

L 2494-66
AMUNION XNt AP BOSOM
0
'duration of the magnetic probe signal, the charged particle density, and the plaw-
me temperature a the plasma drifts In the uniform field we shown graWcally for
different values of the magnetic field strength* he the plasma mow down the
field its length Increased, Its radius remained practically umhuww# and its
temperature sad charged particle density decreased* The possibility of a do-
er**~* of temperature during longitudinal expansion of a plasma In a magnetic field
bas been pointed out by FeWsalbroook at als (lace cite) and by Folkeloott and O.C.
Eldride (Phys. Fluldmo-4# 1550# 19606 Orlgo orto hast 3 formula and 3 f1gures.
ABSOCIArIONt mons,
Isawlin I ND"64 1WLs 00 BUB COON I ME
PR Or BW 1 004 Of as 002

ACC NR, k A k k
A", " _1 i C iAzovskiy, Y1,- Guzho K~J Yu. T. , 1,,strya/., V. M.
CiG : none
Ta : :r~*,e-riction of i__arm(Ad8 witi. ni. LLx~a."~-11~,7;-It-l"r~r1k.
',~GURCE: LN UkrSSE. :ssledovaniye p_azmcTuVkh sgustkov ( Study of -,lasma C !.,~Stbrs
Kiev, Naukova duzika, 1505, 68-76
TOPIC 'TAGS: plasmoid, plasma interaction, plasma magnetic field, plasma injection,
plasma density
ABSTRACT: The first part of this paper was published in ZhTF v. 33, lo, 1963. Un-
like in the eaxlier investigation, pure hydrogen plasmoids were used produced by a
chemical source with pulsed inlet of gas (described by the authors in ZhTF v. 34,
&41, 1964)'. The min purpose was to determine the interaction of the plasmoid and
the character of its motion in an inhomogeneous magnetic field, in the case of dense
niasmoids for which the adiabatic conditions are not satisfied. The apparatus and
the 'lest procedure are described. Me tests yielded plots of the dependence of the
density and radius of the plasmoid on the position of the plasmoid in the magnetic
field, the dependence of the position of the plasmoid on the time, and the radial
distribution of the particles In the plasmold, the dependence of the vacuum magnetic
field, the induced-current field, and their ratio on the vacuum magnetic field at the
center of the solenoid, and the dependence of the radius and density on the magnetic
Card 11/2

L 439i4-oc)
ACC NR- Aa602C)403
field. While most of the results can be reconciled with the qualitative theoretical
descriptions of this phenomenon published by others, the plasmoid exhibited an unex-
pected acceleration in the region beyond the point corresponding to the Ma imum cur-
rent. It is noted in conclusion that the results differ greatly from the earlier
investigation, primarily because the plasma used there consisted essentially of heavy
carbon and oxygen ions. The maximum compression rate in the magnetic field was pro-
duced where the magnetic field had a maximum gradient. The induced current first in-
creased with the field, and then more rapidly than the field. However, once the
plasmold has been radially compressed, the induced current began to decrease rapidly.
A noticeable crowding out of the magnetic field was observed, causing the axial field
in the plasma to drop to about 15% of -~he vacuum field. The induction of the current
was accompanied by a certain slowing down of the plasmoid motion, thus indicating
that the translational energy was converted partially into radial and rotational
energy. Orig. art. has: 9 figures.
SUB CODE: 20/ Sum DATE: Li.Nov65/ ORIG REF: oo6
2/2 pb

ACC hR:
AI Azr,vski_.~, t
r. Rt ryai,,-Y.-M.
n(jrt-
:,I*, (' T ~Lct I or, of plal;moi CIS W i t). ~c. ax, 1'k ;,,x.
SOURCE: All UkrSSR. Issledcrvaniye plazmennykh st-,ustkov
Kiev, Naukova dumka, 1965, 70-84
TOPIC TAGS: plasmoid, plasma interaction, plasma magnetic field, plusmi acns~',y,
plasma shock wave, placma injeftion, plasma radiation
ABSTRACT: This is a continuation of the preceding article in the same suurce kAcc.
Nr. A760204(,3), which in turn is a cantinuAtion of an article publ-I'Shed
3), 10, 1965- In this rkirt of the irvestigation, a denser was 1;nct~
cr-3 '1 and -'hv ag'-wi (-"~'nc st'~c 6 Wa s s a I -y ~"y
f-- --er: t. ~IF Flf,d S~~eef-! C(LM# ' El r.
C
Cord

A(.C 14R '%,' ~-
j". . ),w '11f, thr- t;,,-
vo, .:it I : .;k
t,f the Ar. i --~arc ho ri,~rxt
field increared all the comi-xaient.,; o' Lhv
ation (approximateLy by 3 timer, an the fio,d Fig. Dia~,,ram of reti.p.
increased from 0 to 0.2 - 0.3 Tesla'), after - - i nduct i on sourc e,
which the increase slowed down. Measurementr, 4 - magnetic coUs.
were also made of the dependence of the radius,
density, and electron temperature of the plasmoid as functions of the ana~y-,.`c fie!J
and the dependence of the position of the injected plasmold and the reflected shGck
wave in the plasma as functions of the time. Attention is called to the fact that at
fields up to 0.20 - 0.25 Tesla aLl the plasmoids are compressed to an equal degree,
but at larger magnetic fields only the first plasmoid is compressed, and the others
are not. This is related to the occurTence of a shock wave at stronger magnetic
fields. Orig. art. has: 6 figures.
SUB CODE: 201 SUBM DATE: IINov651 ORIG REF: OG3/ OTH REI'~'.
Card 2/2

A" Vyrl- cc,DL 33/0212
A -,ovskiy Yu. S. Plazas ov , Yu. P. , Pia L~Ejar V
GR-- 110nc
Plasmo i d mot ior. .. 3 f , e Ad t ree rep, ion
S&J?CL : AN L:.r'>SR. I ss le ~uvan i ye p - ?meia,yo h )v k '~!udiy of isma clust ers
Y, ic v , Nauk (-.vo dunka , 19t, 5 , 2C 3- 212
7OP:C TAG". plasmaid , p, asina gencrat ( i- , plasma i t,I
ABS-K1%,:T :P lasma expansions in a I : e. - ire,~ r v,- wore ii,vest iFalod !)y oLss-rvii.,~, t',e
density and energy profile of the plasma. A thporetical review of a simple plasma con-
figuration is given and ompared with the expvrlmvr,la~ res,lts. The plasma wa7, g-nf.-
rated 'Ly a conical electro6cless and in;e-te,~ irilr) a 250 cm tube. The -nea-
- 3 to 101 2 Cm- 3 ). 1-1,e
surements were limited to the thim. -..~ onsest ...a-,moid ~10 11 Cm
density LListribution at any time wa~,, m,asired wit', d micr-wave interferometer. The mea-
surezier-,ts of ion and electroi, veloc~t,, S 'ID(i in all thr,- dLmensions arf,
tabulated and the weak dependence or. ,'!e initial and type of expansion of tht-sa
quantities is pointed out. A rather effec-I -,f neutral gas density became appa-
rent from studying the expansion par,;u-i*-te-s as d ",rctirn of the delay between the neu-
tral gas injection into the plasma geiierator and t1w dincharpe of the capacitors to pro-
Card 1/2

L 41C69-66
I- ACC NR. AT6020419- 0
duce the plas;ma. However, the theoretical predictions indicate that the experiMentdl
results can serve as an estimate of plasma expansion. Orig. art. has: 6 formulas, 6
figures, I table.
SUB CODE: 20/ SUBM DATE: IlNov65/ ORIG REr: 005/ OTH Rcr: 003
Card 2/2 44--.1 1

- --- ---- -----
8 6' (1), W/EPAO'p),~-2/2PAM- Z~W-P,/SMA(:%) P
Pz_6/P*-4/Psb.-1O/Pi-4 NP(c) AT
ACCUSICKIM. ~AP!5000835 SA057/64/034/012/2129/2134
Guzhovski3r
Azqvs1dj.Tu*S 1 .1. Mazalo vtyu,'P!~ Pistryakg.m.
M=i 'Interaction of plasma bunts with an axially symmetric.magnetic field. 2.
it:-; SOURCRI,. thurnal tekhnicheakoy :Eizikl,. v.34, no.120 29649 2129-2134
TOPIC tAGSs- plums Intoractionj plasmold, magnetia field plasma effect, plasma difr
A13STRA07s The present study was &,continuation of earlier work (K.D.Sin9l'n1k0V'
Vu.S *Azovskiy, I.T.GuzbovBkiy* V*Te.Panchenko and B.G.Safronov,ZbV 33,10 1963) der
voted to Investigation of the interaction of plasma bursts with an axially ay=e-
tric U&VaW--- field. :As oompaved to the sarlier:vork, in:tha:present study there
vor* used purer hydrogen plasma bursts, produced.by a conical source with pulsed
gas Injection* Primary attention was given to the interaction of the bursts witb an
inhamogoneous field (only preliminari reasuremenis were made. in a unilorm lield).
The theoretical aspects of the phenomenon are zovievol"brielly. The appa.~atus was
basically the same as in-the earlier vor1c. Typical ozoill*grams of the signals Irca
the nagnetlo probe are "produced. Those indicate the distribution of the lield aTd

1WLWA'1qJ41k, WVWW 64M AWUS&&A %#A &UW MUA70fj WAV A".AUAMA UV"DA~Gy V1 TDO OUZZWO WaS eVajUZ-
4.ted by,the microwave cutoff tecibuique. 7be results sre~ presented i th'
n 9 for= of
curves zharaotorixing the induced current versus the positim of th
a burst in the
xagnetic Sield., the va2ue of -the induction coefficient versus the position of the
burst,, the density and'radius of the burst Yarsus Its position, the position of the
I burst versus time, ~ the radial density distribution of the partlelesAn the burst
the variation of the llvaouumlp magnetic lield, the induced current. field and their
rctio in function of -the. :f ield at the tenter of the --sa-lenoid, and the variation in
the densiq and radius og tho buret in funollon of 'the magnetlo fleld. It Is tAn-
i zavlweI7 v~oucluded -n-low -Me Z~Iven experlimnZaM oondi'tIons. the idItluslon 9;r
the D1HU U ]&at AMMI&wl-v Y*PU twe"'urements in a. much larger :UiDld region are
nacessar:k to confirm this). "In conclusion, th .e'authors express their 49ep grati-
tude to K.D.Sinellnikov, N.A.Mishuysk and D.O.Safroncy fordiscussion of the ex-
perluental rosulta." Orig4arth"j 7 figures.:
A"OOTATIONt -now
SU=]37Zbj Mec$3 ZNM1 00 BUD CCDS1 NX
IM MW SOV3 007 Omit: OW
2,*

61_G_(m)/EEC-4APA(w)_2 Pt-6/Po_A/Pab-10/
IJ~(c) WWIAT
AP5010802 upfts
JACM810K Mgt
% 7/65/035/004/0643/0049
"Y
'AUMM Asovskly,Yuss'; Gurshovskly,I.T. I. Jkx&loYTui.P#; PistryakV.M.
'TITIRt On the'notion of,
plasma,-bursts In field free
MURCRt 2hurnal tekhaicheskoy :Elxiki* ve 35, no, 4' 39651 643-649,
TOPIC TAOSt plassas plasmold,, veloolty meavurement -effecto oxpanding 945,
L
iABSTRkCT: The authors have measured the-veiocities ot plasma bursts 2rom a conical
plasma guzz by means of the Doppler -effects,_Two diffeient frequencies wore employed
(3.2 and 9.0 Gc/sec)f-tho measured velocitl6a therelove correspond to the motions
~of two different density regions with~in the burst. The:plaoma - burs.to were pro-
duced by, the .28 kV dischai of 27-pfd capacitor thi,ough. a -conical plasma Sun con-~,
tainIng .7.02 b~rogen, and traveled 4n a 9 an diameter 00 cm long!
glass tube.and subsequently In a 18 CM diA%&ter 200 cm long plastic tube. The
measured motiow *9 -the two partial* density regions (14 x 201-1 anil 1.1 x 1012 ee(~
are Presented grephically. A theory of a ;fteely expazz ji-M plasma- -do- -
v ft -,the -tue- -j Ahree~d4 160al ory VAS imil
QYw to
7~
~~n "Oft

SURJLAY an ZZ IV 0
Paraneze" ~ 171cluenz z0 ZA01 MAzeraczxon.. ~AL P1 VrWOmuA7gOLpI1er. %U U- ) Z
d*toct the integral - xidiations, and ISP-52 spectres-ispla with a short-focus camera
.,".'.for pbotograpbIng tbe plasma radiation s~pvctxvm, au ISP-51 Spectrograph with a
~.1ong-locus - camera for 1 o2lowing the b*b w1or oqj irAividual spectrum lizies and the
continuous radiation, a bigh-speod phottigraphic device for recording the radial
compression of the burst, and a magnotio probe for recording the current Induced
In 'the burst. The photomultiplier amd p!s-bbe. output signals vem displayed on an
t~Oiblljo & -3 1 -typical oscillcgrams Sara reproduced. The exparizental results
an Pftsentod A'Kinl in'the fam of. curves - gIV14 ~he variation of, the burst radi-
U-911
4:".LA1* 441hSitj and islectrou'Umpersturi AS: 2 tuna a nagnotic field and the
is "n, tw, shook wave with t in&
Var litift of the posAtion vt thelnjeattd~burs as 60
~.Vith arrival oi successive plasma bursts in the n'onuniformIlieldregion there
.builds up a "cushion", resulting in'A stook wave. p)mpagating in the opposite direc-
tion to'th* Pla'"a, stream. "ln zonclusion, the authors wtpress their gratitude to
~-Xj). ainikalt, N.A.XhixbyazlwW B~.08xfronov for, discussion of:Ue results, to
_~y ndaU for =@Sul A4VJce, ~ find kF.OaydWtS&-; p, partiolpsto& in $me of the

'
02. StM CODS: NE
F*Mpl
Rl 002-

q,
d f

'ACM lcn
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Xmmiosmt
01
, ~
_

1
2
.

Bias- is uts'

'=ter)
utguet 0: 0013S.-

4/4

ACC NRI AP6028606 SOURCE CODE. IIR/0057/66/036/00ii/1357/1363
AUT11OR: Azovskiy, Yu,S,; Guzhovf;kiy,I,T.; Pistryak,V,M,
ORG: none
TITLE: Interaction of plasma bursts with an axially-sy-mmetric mn_&neti_c field. 4.
SOURCE: Zhurnal tekhnicheskoy fizikt, v. 36, no. 8, 1966, 1357-1363
TOPIC TAGS: moving plasma, plasma density, magnetic field plasma effect, plasma
temperature, plasma structure, plasmoid ~Yloq 6 ALI OC'~e A. /a, /)L5
/ A-) 7 le IP F) (" 7-10 AJ
ABSTRACT: The present paper presents ri~sults of a continuation of earlier work of
the authors and Yu.P.Mazalov (ZhTF, 34p 21299 1964; ZhTFp 35p 1405p 1965) on the
interaction of the plasmas from a conical-electrode plasma gun with an axially
symmetric magnetic field. The appnratu.,; has been described in the earlier papers.
The plasmas from the conical gun entered the 20 cm diameter plastic drift tube with
a velocity of about 6 x 106cm/sec and a charged particle density of about 2 x 10 13
cm-3. A longitudinal magnetic field of up to 1.2 kOe was maintained in the drift
tube by a solenoid. In the work reported here the plasmas were investigated with a
double electric probe consisting of two parallel 0.13 mm diameter 5 mm long molybdenum
wires mounted 2 mm apart. The probe could be moved both radially and axially and was
used to investigate the structure of thm3 p1bawas and their radial and longitudinal
expansion in different parts of the drift tube. Three regions of extipene values of
Card 1/2

ACC NR ~ AP6028606
different olasma parameters were noted; a region of maximum induced current (recorcbd
with a magnetic probe), a region of maximum particle density, and a region of minimum
radius and maximum tomporature. The maximum Indticee current and particle density
regions occurred in the inhomageneoua portion of the magnetic field, the minimum
radius region was farther from the plasma gun in the homogeneous port of the NOW.
In strong magnetic fields a portion of the Plasma wait "')flectod by the tiold and
formed a pecultar plasma cuithion which extirtod n definite influence on the inter-
action botwoon tho plasma and the field. The longitudinal expansion of the plasma
In the uniform field region was much more rapid than the radial expansion. Plasma
temperatures derived from longitudinal expansion velocities were In good agreement
with the temperatures given by the probe measurements. The authors thank K.D.
Sinel'nikov and B.G.Safronov for disciussing the retsults. Orig. art. has: 2 formulas
and 8 figures.
SUB ODDE: 20 SUM DATE, 07AugG5 ORIG. REF: 005 OTH REF: 002
Cord 2/2 7

1 , , ~. . r, . ~ I , 1'. :
. -,, I.. I .
~ i r , -. 1, ~ ~.") - , 'I p , . , 7'' , " . . . T I . . : I
II : -t r-,- -: :~ - !,. p , , , - , - , , - .,
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, , I I - . . . -
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I : : t I I ~ . I . I . . ..C - . ~. ) Al I , IL. I 1 0 - . I . 1)
Fv 1' 1 ~ . I

PTISTSITTYNSKT, T.
The Polish Scientific Institute of the Sugar Industry Lidinj- tj~e Prodiict~on.
IAka Promishlenost (Lij-ht Industry), #7-12:43:July-Dec 1955

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7 1 7

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ACC 1k.1% AF 006341 SOURCE _C046E _s_U97bW1'Y'r66ff6_0 10`621-007 0-10 0TF__1
INVENTORs Kisel&3L, JJ__ T ; Loovingy, 1. A.; VAMAUT& L
Peretyaglea To No; Pistsov.* &t_l,; TsarevgXLu_YA_;t,
ORGs none
TlTLZs A splrometabolozxm~~_, Class 30, No. 178027
SOURCE: lsobretenlyas pronyahlennyys obrattay, tovarnyye snaki,
no. 2. 19669 70-71
TOPIC TAGSs spirometabolographs human physiology. human respiration,
hunan metabolism
ABSTRACT: An Author Certificate has been issued for a spirometabolo-
graph consisting of a dry cavity sensors absorber. valve housinR,
mouthpiece, and a system of tubes, To reduce dead space and to
maintain the physiological conditions for respiration of the subject,
a stopcock has been situated between the inhale and exhale valves and
between the absorber and dry cavity sensore A variation of the above
can purify the breathing system by virtue of a bellows connected to
the dry cavity sensor which In mounted by seen@ of screws on a
stationary lid, The bellows has a movable cover which can be dis-
connected from the recording mechanism. A third variation is designed
Card I / 2 UDCt 6 16. 2 4 -0 7 3 o 17 3 - 7

ACC NRs
Fig. 1. Spironstabolograph
I - Stopcock; 2 - inhale valve; 3 - exhale
valve; 4 - absorberl 5 - bellows con-
nected to the dry cavity sensor; 6 - sta-
tionary lid; 7 - movable lid; 8 - spool;
9 cable of the balancing mechanism;
10 weight; 11 - cam with adjustable are
to Increase the accuracy of the Investigation: A @pool is attached
to the movable bellows cover. A cable Is attached to the spool which
leads to a balancing nechanins consisting of a welgbt connected to a
can with an adjustable arm (see Fig. 1). Orige arbe hass I figure. JCDJ
3103 CODRs OG/ SUBM DATE: 08Sep641 ATD PRESS:4407
CaNd 2/2
AP6006347

FISTSOV, D.V.. kand.tekhn.nauk
'~sl.ng graphic nethode to ieter"91ne ilesel fiel c-.8 -i ' - cn. :,:' -P,. I
tepl. tiaga no.6:26-2P Je '5P. I . I
(Diesel locomotives--Filel cons~imptien)

PISTSOV. D.V.. kand.tokho.nauk (g.Tashkent)
TS-1 fuel gauge for diesel locomotives. Elek. t tepl. tiaga 4
no. 12:14 D 160. (MIRA 14:1)
(Diesel locomotives--Testing)

PISTSOV, Dmitriz Vile ii 'yovich: SIVAI, Vlitdimir Yofimovich; IlKLMOKlY,
Xlelclanar va"YoMnvich: RA)GIMAWLIN, M.D.. Inshaner. redaktor:
KHTTROV, P.A., tekhnichaskiy redairtor.
[Fuml aronnny on 1ccomotiveal l9konomita topliva na toplovozakh.
MoakvR. Gns.tritnsp.zhal-dor lzd-vo, 1955. 71 p. (KLRA 8:11)
(Locomotives-ftel mnawiption)

RODDI, I.M.; SERGEYEV, N.N.; PISTSOV, N.G.; SHOSHIYEV, L.N.
Expe rimer tal serotherapy in Omsk hemerrhag!c fever. Vcp. v.rus
P nn.2t193-109 ~h-4163 (MIRA It:-:12)
1. Inst-Illut 1,olllomiyellta i virusny~h entsefalitav A111; SSSR,
!,loskva.

'AT , ~ ~U;EV, f : - - K ', C I to ~, t, r i . ria u ~ . -~ , C . ; P ' ~ -
- . , . I f - ~ I` ( .' 0 Yu, N. , I n ;~ h .
Opq ra tl )n c' a f -,,me a ,;-i- !'~ -ra e 1-1 r, "a ~ (3 ~-fl ~ !, I nj7 W h - '. P - r, - : . '- .
Prom. emerg. , n( . I ! , .4 - . .. a I t, " . V,. :-~ " - - - .~

I
PISTSOV, YU.P.
I-- - ~ -
Xfficient geological prospecting. Etarved. i okh. nedr 23 ao.7:
35-37 JI '57. (MLRA 10:11)
1. Chitinskoye geolupraylentys.
(Prospecting)

AUTHORs kistsov, Yu.i,. 14
TITLEi The Age of Poly-metallic Ore-Formation of the Nerchirisk-Lavod
Group of Deposits in the East Trans-Baykal hegion (C vozraste
Polimetallicheskogo orudeneniya Nerchinsku-:,avodskoy gruppy
mestorozhdoniy v Vostochnom Zabaykallye)
PER10DICALi Izvestiya Akad*mil Nauk 653h, Serlya Geologicheskayn,
ft 5, pp 110 - 112 ~U35R)
ABsrRACTi The author states that the questiGn of the age of the Nor-
chinsk-Zavod group of deposits has not as yet been determined.
The largest part of these deposits is found in the cartonate
rock3 Of the Faleozoic Period to a lesser degree in the depo-
sits of the Jurassic Period, and none in the deposits cf the
Lower Cretaceous Period. On this basis, the epoch of their
formation is placed between the Post-Jurassic and i're-Creta-
ceous periods.
ASSOCIATIONs bertzov8kaya goologorazvedochnays partiya Chitinskogo geolo-
gicheskogo upravleniya BerezovskayaJeologic ProsTocting leam
of the Chita Geologic kdministration)
SUBRIrTEDi January 25, 1957
AVAIL&BLEt Library of Congress
Card 1/1

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P rr. r'
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AdministraticM).

BUNIN, K.V-, prof.; B'JIASIUIIKOVA, N.M.1 VEiUSOVA, M.A.; GUTOP, O.G.;
KRUGLOVA, Ye.V.; LAGOVSKAYA, N.A.; FISTSOVA, FI.N.
Som, compiications after smallpox vaccination. Sav. med. 25 no.5:
73-80 My 161. (MLI 14:6)
1. Iz InfektBionRoy gorodskoy klinicheakey bollnitsy No.1 (glav'nyy
vrach - ewluzhenny-j v-racri itSFSR N.G.Zalesk-ver, nauchnyy rukcrvoditell
profs-K.V.Bunin).
(SMALLPOX)

PISTSOVA. M. N.
D78entery &nd its thcrup7. Med. sestra. Moskva nr,.' :1--"
Jul.v 1951. (CIKL .-. :11)
1. Author is a physictiLn.

fD;,.WV, A.Ye.; SI'MONCV,
A2! ~7-n,, rig s * r4 .- s *-e.- L.
St-ar-.;hiy otzYijajls:;--:~'k tsv-~nfi boloy zl~P.,'l !Aro-,r~*'-o i-, -f---C)Kc
metallurgicheskogo kombinata (for Yegor(,v' Na,,~-A
I ,I
otdo',eniya neprer7bnogo o*-z-.Jga be~cy V
13 kogo me -_9 I lurg i cht'- o KOR Cl, 01111 ~ r..-c.n 'or 3 1 mon ov 3.
ma.- tpr-e 1 e k tr' x Uie ~ ~-n Ib, .,- , "! - - .., ,I-Og (.,T. t~
s k olyn ~- -,t- L;: r, a ta ~ fo r F~ Fr ) -

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,~-. - w -3.- : , -~ : - . ~ 1. . . - .
" I ~l 5 . 1* 11 t . -. ", r . .. , ,
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PISTUNOV, Nikolay Ivanovich(Pistunov, M.I.J; LIVENSKAYA, O.I.[Livens'ka,
O.J.], red.; GLUSIMO, G.I.(Rlushko, H.I.1, tekhn. md.
(Expert com growers IMalstry - kukurudzovody. Dnipropetrovslk,
Dnipropetrovs1ke imyzhkove vyd-vo, 1961. 44 P. (MIRA 16:1)
(Ukraine-Com (Maize))

PISTUNOV, S.
We have a continuous proAuction linel Poxh.delo 7 no.5:4 11~y 161.
(MIRA 14:5)
1. Nachallnik otdela Novotorshakogo savoda protivoposharnoy oborony.
(Fire extinction-Chemical systems)
(Fi.re dep&rtsents-Equipmnt and supplies)

I'IST'114~ VIC'H, ;,.,. .
Bil.,ot -I'l K,,j !~ r, I n , s tr , , I to- 1 , j ". , t --
(MIRA 1 ~ 1 -4 )
(Cu' ting machines)

-L, 20- r- ,
AUTHOR TELIKOVSXIY V.G., PISTU~?1OjC11_Y, c~7-`^,7
TITLE The Transition ot-fon's of Different Gases Through a ,,in
roil. (Prokhmhdenlys onov razlichnykh gazov cherez tonlkuyu
serebryanuyu iol,gu.- Russian)
PERIODICAL Doklady Akademli Nauk SSSR 1957, Vol 113, Nr 5, PP 1035-1058 (USSR)
ABSTRACT The authors of the paper under review developed a method with the
aid of which it is possible to obtain a thin silver foil (tilinness
UP to 40 millimicrons), and investigated the transition of ions
of Be+, K+, C+, N+ and 0+ through the foils of a thickness of 40 to
60 21111olorons. The dimensions of the crystals must be oonsiderab-
ly smaller than the thickness of the foil. The m&nufaoturinC and
production of the foils are discussed in great detail. The investi-
gations were carried out with the aid of a device of the type of a
large magnetio mass spectrometer of a length of approximately 5 M
and with a rotation of the bundle by 25 degrees. An are discharge
in a longitudinal magnetic field served as Ion source, The density
of the ion current in the nsigh','-:~-.:rhood of the slot of the gas dis-
charge chamber amounted up to 100 milliampires/=2, and it was
possible to continuously regulate it during the operation of the
device. The receiver is surrounded with a copper cover at the
temperature of liquid nitrogen. The energy loss of the ions at the
transition through the foil was determined by me%nB of the method
CARD 112 of the retaining potential. The measurement errors remained belov
zjU1%M1TT1KD 5.11. 1956
AVAILLBLE: Library of Congress.

AMZw65 SdT(l )/EPF (n)-2/5'1G(T,),/EPA (w) -2: PZ-6/Po-4/Pab-10#1-4 mp-(C)
AZCMION AR i
AT3020k"
MV3136/64/OO0j4qTjQ0O1/W8T
AUTHOM Pietunavicbp V. 1.
TnU t Cyclotron Instability of an anisotropic lama
SOURCE1, Moscow. Institut 81011MOY Is il Doklady, Tsiklotron-
no
_8T
i MOT& pUzzy., I
TOPIC TAGSt plaamap pla-A stabilit-yj, cyclatron instability,, anisotr4ople plasma,
bat plasma, plama, trap, uagnetic trap/ Ogra
oral x!
AWTRACTs This Is a Doct Dissertation devoted to a study of the e- Stence of
an Instability mechanism which Yould afford an e2cplanation of the experimental be-,:..
havior of an aniaotropic plamme Principal attention Is paid to cyclotron Insta-
b1lity, A comparison Is made between the ~ obtained ~ wTerimental resultz and tbeory
for an unbounded plasma. The devel6pment.of a cy*clotrow Instabl2ity Is analyzed by
using a Sodel in.vbich the plasma in replaced by an aaaamblage of Ions rotatiMB a-,
bout a ocomon &ids.at the different radii
the electrons being assumed ,tt rest. Thil
stability of such a p3AWM Is analyzed against 'build-up of longitudimal oacilla-
tiong dusto'charge separation.. The conditions undor vb1ch. cyclotron Anntability
card I

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f PLaFms
M. A.
AVF1 :3

S'ICH
A TIT H ~-R Pis-jnov:-t.
T ITLE. Se-- ~n -j C ~r, f Magri&t hydr-dynair-. !3
PERIODICAL. Atomnaya energ'.ya. J60 7 N,, j 4
TEXT, Th " V tn r ) y s --, 9 L4 h -, L an'. y -? p~, '-ert-t,~_hesk~)y i rrikladr.~~) Mao~r
noy gidrodinamik,~ Se,-,nd Confer,~n-.e or. Tt~e'~reti-al and Apj~l ied Mag
netohydrodynamics~ was held in Riga frr-T lune 27 t~, July 2 1160. 11
was organized ")y thu Inst'.tut fitik, Akademii nauk Latviyakoy SSR
(Inat.itutg of Physics of tht Academy ~,f S_,en_,es, Latviyakaya SSR)
The work of the conferen-?o was d, v~dqd )nto four se~ I ~. ons. Seven F,-r.
oral lec ureB were held inrlud;ng these by D. A Frank Kamenetaki
(Flasma '~~ the Fourth State of Matte!-) ani V. D Shafrarnv (Stahl F-
Plaam7aread by B. B Kadomta- 5' 1 e Lures w-re he) d on -,- : '.
plasma physi -a ther6~__were fo: 1 -)wing lertures by w--,-kpra .,f' tno 1AE
AN SSSR (Institute -1 Atomi, Ene:gy of the AS USSR) V I Kjpar
(Fluctuation Effects.1 A M Mor-zov and L S S y -7777 a ' c ~i 1, E, r t!
o f T rans i t i o n Lay e r s Be t w ee n P ~ as ma an,J -Vi e7rT
Card

Second Cjnfe-,Pn,:P )r. MaKne t I,j -1 - lynax 9
-~Ot. XG 0
D. A. Frank-Kamen~tsi(.y Chara, '7 9 ,I ~q t a . n a 'n ~), r.
% ' N- :~
P I a a ma ) ; L - I . Ru d a k ~ ' 1 : 9 , ~r Dam,, ing W, -s n Un b
-
Plasmas ; B B. Kad:,m.s-v ard A V Nedc s
_pa v
t!ve Column in a Magrat: F. o ! dI An -,mal ,uci D1 f I .a i S.
-f Matemati,~heskiy insti~,it ~m V A. Stek, - -.-i LN 98SR jr.&t. tut.
Mathematics Imeni V A. St"kl -% AS USSR~~ 3~ -k - ~t~ ~' 1-h. ex tat,,,-,,
::near Plectron vibrati)ns -. n a plasma. M V K,n,ukc~v if Tul 8Ki-,,
gosudaretvennyy pedag..-~g,.-nes k.:y ~nstt;t te P~dav~g~-,a,
tute) spoke about r---n I : n c a r Lanbrwu 1 'tra'. . as of i,)rs ir, piasma
L, 3 Bogdankevicn B M Bc a,i d A A R,.i k h ad z e - ' F I A N
(Institute of Physi'cs ~f thto 5 at -,,~t trans: t~ ~r rari. ;i*.
AS USSR,
j
on el-o-cT-wavq fronts Th~-:-e _
w~ r e tu r e s Dr P x p- r i ry, en a, t s m -t
~V
physi -a - I .
Podt-',) rn-yy and V N Suma rok , v f t ~-,q I r a t 1 T -i A * ~7
kinergy nf t1i USSR sp ab-~,,4. exppri ~ uf
clusteraj D V Orlinek,y - L .ha aame lnstlt~"e aT~Ik- ab ut sh(- i,. wtv-.,
in conical -&T-s-rT-argq tubes L V Dubovij 0 M Sf- v 9 t s bind A ;
Ponnmaranko spoke about th-, -7-;---T-,:asma -,-,ndu-'..vi ty ~- 4 t r r.
tric fi(-',ds; I F Kh a r - n - n)~ jr I Y a B Faynberg S: K~ It
6 ra: t 1 0 n 0 f 13L Mr) du: a ~ ed ~ 1 W v : i a ma ~ n wA m
Card ~/5

Second Conference on Magna'-ot.,(JIro1,ram,.-s S I -8-41v -, , /- , ~. I - -
I - i , . - ~
Bcot)/BC-7 C
and B ~; Saf ronov and R. V. -Xi ti-p s;, 4.,, at, ut. t, ~ph f requen. y j ', w3 a, ~,
osci Ilat ona; all these sj%eakers bel,t-.~-vd t,- FTI 0 USSR ', Insti tut.~ !
Physics and Technology of the AS UkrSSR
Card 3/3

PWS I DDOK EXPLOUATION BOY/5425
Tedorov, 11,D, Candidate of Tecbnlc&l Bcl~Dces, Compiler
Kratkiy apravvehnik intbotem-fiLikAu Tadernays fiLikA. Atomnays Mika
(Concise Dandbook for the Engineering Physicist: Nuclear Mysics. Atomic
physics) Moscow, Atomizda t p 1961, 507 P, 28;000 copies printed,
td.: A.F. Alyablyev; Tech. Ed.[ To. I. Mazall.
K"05E: This rfr,,,,c,, book I, Intended for engineers wd physicists vorking
in the field of at4omlc " nmcla&r physics,
C07MAGE: The fIrst seven parts of the book contain the most necessary reference
mat~ri&l an atc=ic and nuclear physics. The remaLning parts present Information
and data f. ther related fields. The last part gives the information on
systez= of Mots compiled from the nerv OOST speelfications, physical constants,
and some mathematical data. So personalities am mentioned. Reference@
scoonpany each part of the book.
4
Card Ili-Y-