SCIENTIFIC ABSTRACT SHVARTS, V.A. - SHVARTS, YA.M.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001550330003-1
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 31, 2001
• Sequence Number: 3
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

LISETSKIY, Nikolay Leontiyevich; ~BYA19S_,-Y.A., inzh., retsenzent;
SHUBENKO-SHUBINA, L.A., red.; CHISTYAXOVA, L.G., inzh.,
red.: GORNOSTAYPOLISKAYA. M,S., tekhn. red.
(High-capacity gas turbines] Gazovye turbiny bollshoi
moshchnosti. Moskva, Mashgiz, 1963. 69 p.' (MIRA 16:7)
1. Chlen-korrespondent AN 4r.SSR (for Shubenko-Shubina).
(Gas turbines)

ZCJZULYA, 1.-.V., kand.tek:m-nauk; ailIVAl"'TS, V.A., inz.-..; IL-11,IIIII-41, 13.L.
Heat ur,nsfor and hyc:.-wulic raoistt~ncc -1n -a c---" tubes vith
lori-ritudinal ribbing. Izv. vys. uchob. zav.; anerg. 6 no.8:114-
0
119 Ag 163. 16:c,',)
1. Institut toploenur.ooluiki A!.' UrSSR i Khartkovskiy turbinnyy
zavod i-meni Kirova.
(St".ar. P--pes)

ShIVARI'S, V.A., kand. i~
Characteristics i~i-: '.-i-ci>ed i-.Pat exchanging surfaces.
Energomashinostrcienip, 9 no.9:22-28 S 163. (MIRA 16:10)

S WA T'~ a n d . t e rVIL: i il; L U 0-.;
n z I i
Cholce of the geometric paramr~ters of fim7tjd
faces of the regeneraLcrs M7 gan turbine sy;~twns. Fnr-r-;.
ele~lxrtll,tjkll. prom. no.4.,2~-24 O-D 164.
,'4i 180)

SHVARTSP V.A., kand. tekhn. nauk
Heat emission and hydraulic resistance of loose clusters of
pipes with longitudinal plate fins. Teploenergetika 11 no.10i
57-59 0 164. (MIRA 1833)
1, Kharlkovskly turbinnyy zavod.

4 WW
1. 59374-65
/011/0
ACCESSION NR: APS017870 UR/0286/65/000
621.438-~-61
46
Shvarts,
AUTHOR: Kaplan, M. P. 11
A.; Povolotskiy, L. V.
TITLE: A double shaft gas turbine installation. Class 46, No. 171697
~SOURCE: Byulleten' izabreteniy i tovarnykh znakov, no. 11, 1965, 117
'ITOPIC TAGS: Ine
_!!s lq!rbine eng
ABSTRACT: This Author's Certificate introduces: 1. A double shaft ne
gas turbi
installation. On one shaft axe a medium pressure compressor and.a low pressure ttii-
T:~ bine, while on the other shaft are low and high pressure com.pressors, and' a. high
pressure turbine. The installation is"desAgned for~high economy under partial--16a&
The device has a valved bypass line which connects the air channel after,the.mediiii
2
pressure compressor with the gas channel after the high pressure turbine*'-'..-
modification of this design with'a regenerator..heate'd by the'.-Aases which Are-oar;~,-',
tially removed after the.low pressur;e turbine
1ASSOCIATIONt none
Al,
[Pard
all
%

L 59374-65~.
1 lr ACCESSION NR: AP5017870
SUBMITTED: ~IgMar64J EN UB'; CODE i
CL-, o
xo REr sovs- ooo 0
OTHER.
O;~
q.
7k~
211
Card 2/3

ACCEssiou xR. Apsol787o
~ENCLOSURE:
01,
A-
~jf
G
:7
Fit.L1
medium pressure com-
"pressor; 2--low-0 as
-lurb ne-
re um
3--low pressure;.compresson
Jf
_,_:~l-.Tressure compres!16r; _5"high-plMosurd"z
~Ius 6-4~paab
.4gwiiiaior
-1 '14
T~t
'1~;%,~,~%. Z
Card
-x:x"
J77

5WARTS V. A ~ kand . tekhn. nau~ , VIVNI'T, I ~ Sh, , inzzh,
Heat emission and hydraulic resistance of an oil cooler with "disk-ring"
type pr-.rtitions. Energamashinostroenie 1-1 no.6,25-26 Je 165.(KRA 18-7)

SHVARTS, VJ,; LEONOV, M~A~; SUAKIMOVICH, V.A.
Heat-resistant iron-base alloy, Biul. TSIICM-f no.3:49 261.
(MIRA 14:12)
(Heat-resistant alloys)

L 1~274_66 EWT~m)/Et4A(d)/EiiP(t)/LW(Z)/EWP(b)/ETWA(h)- --JD--------
ACC NRs AP6002907 SOURCE CODE: UR/0286/65/0001024/OOT3/OOT3
INVENTOR: Shyarts, V.I.*. Tsypkina,-Ye. D.;'Rogachevskiy, Ya. Ye ; Shakhnovich,,V. A S
Uvaiov, V. A.; Rovenskiy,, I. L.; Balter, M. A.; Likhovskikh, M. N.
ORG: none
TITLE: Cast, heat-resistant, iron-base alloy. Class 40, No
- lTTOT8
SOURCE: Byulleten' izobreteniy i tovarnykh znakov, no. 24, 1965, 73
''ij
TOPIC TAGS: alloy, cast alloy,'heat resistant alloy, iron base alloy, chromium
containing alloy, nickel containing alloy, tungsten containing alloy, molybdenum
containing alloy, niobium containing alloy, manganese containing-all
ABSTRACT: This Author Certificate introduces a-c&st-,.heata-resistantFil
roh-baseL
To improve mechanical and technological properties, the alloy composition is as
.follows: 0.18-0.22% carbon, 19-21% chromium, 24-26% nickel, ~-5-5% tungsten,
0.9-1.1% molybdenum, 0.9-1.1% niobium, 0.1% nitrogen, 0&02% 6ftum, 0.005% boroni
0.8% ma silicon, 1.2-1.5% mangspesej 0.03% m= each of.sulfur and phosphorus. JAZI
SUB CODE*. 1l/ SUBM DAM, looct63/ ATD PRESS:: C//,f
UDC'
Card

Say've2s, V.14.
CiLrietherapy in precancerons uterine dieeuses. Zdravookhranenie
2 no..3:33-'35 ltv-Ja '59. (141aA 12:10)
1. Iz glinol-cologicheskogo otdelenlya 4 klinicheako.,.r bollnitsy
g.Kishinpva (glavnv*y vrach II.A.Ashumov). Ifunchnyy rukovoditel' -
prof.A.Z-Korhorginskiy.
(U9L!RUS--DISFAaS) (WITRI-TiamhrmlITIC ubm)
(THOILIUM-TIMIJUIBUTTIG Ubli)

AYZENBERG, V.P.; SHVARTS, V.M.
Diagnosis of malignant tumors of the ovaries. Zdravookhrane-
nie 6 no.3a.44-47 My-%Te'63 (MIM 16 0-1)
1. IM 4-y klinicheskoy bollnitsy g. Kishineva (glavnyy vrach
M.A.Ashumov).
-)fC-

TSURKAN, T, A,, inzh.; SIWARTS, V, M~, -- Inzh,
Drying unit with a capeicity of 80 tons per hour for drying
industrial products. Obog. i brik. ugl. no.24:32-37 '62.
(MIRA 15:10)
(Karaganda Basin-Coal prepfiration plants-Equipment
and sunplies)
(Drying apparatus)

S/051/62/013/004/020/023
E039/E491
AUTHORS: ,:cyklyar, P.V. , Shyar Kharitonova, Z.V.,
Borin, A.V., qyskina, S.I., Siletskaya, N.V.
'A"ITLL; Photographic films for spectroscopy and astronomy
PElil0j1C,~L., OptiRa i spek-,~roslkopiya
v-13
no.4
1962
607-6og
,
,
,
,
TEXT: Recent work at the Kazanskiy filial Vsesoyuznogo
nauctino-isslet-lovatcslIskov kinofotoinstituta (Kazan' Branch of the
All-Union Scientific Pesearch Institute on Cinemaphotography)
has beea aimed at increasing the sensitivities of photographic
films for long exposures and of infrachromatic films. Films
having greater sensitivity were developed for long exposures in
the nuar ultraviolet region and for different regions of the
infrared up to 1050 "'P. Films for th6 visible region are
designated by the letter A (Astronomy) and a number corresponding
to the wavelength for which the sensitivity is a half of the
maximum and on the long wavelength side. This film is
wanufiActured at the Kazanskiy khimicheskiy zavod (Kazan' Chemical
Works). Filras for the infrared region are designated by a number
corresponding to its maximum sensitivity. Spectral sensitivity
Card 1/ 3

S/051/62/013/004/020/023
Ihotographic filnis ... E039/E49i
.- 'ilt~;s A-500, -,-G5c,, A-0660 and -700 are given.
curvr--~, o ' i
in the table-- the sensitivity of these filti-is is compared,with a
sensitivities are compared at
corre.4pondin, Kodak film. "lie
ItUO iii~L for the non-sen.5-itized film, and at maxii-aum sensitivity for
the Spectral sensitivity curves are also given
1 -900 (1-900), 1,1-1050-1
for ; -VIG (1-7`0), -620
(1-1050-1) and films. The sensitivity of
1-1050-1 and can h,~ significantly increased by the wethod
of hypersensitization described by S.M.Solov'yev (Fotografirovaniye
v infrakrasnylih luchakh )Ihotoi4raphy in infrared rays -
lzd. lliskusstvoll, IM., L957). An infrachromatic film A-850 is also
niallufactured whlch is sansitive up to about 9(,0 m,,L. The density
I,of background fogging for all these films does not exceed 0.3.
The filmis should be sLo-"E:d at 2 to 40C since storage of filins for
use in th,; visible region causes an increase in fogging and in the
case of infrachromatic fil-ms there is a decrease in sensitivity.
The ga:;,.ma of the d;~-.scribed --Pilms lies in the range 2.0 to 3.0.
There are ~-, figures and 1 table.
3UIj!-IITT--D: --,ay 17, Ic)62
Card 2/3

11 4 C fi JjjS . . .
S/051/62/013/004/020/023
E039/E491
Compared types SKa zan
No. Kazan' filw, Xodak S
K
odak
1 A-500 Oa 0 1.8
2 A-650 Oa C 7.0
3 A-66o Oa E 6.o
4 A-700 Oa F 7.0
Abstracter's note: This is an abridged translation.
Card 3/3

DOLGOPOLOVA, N.R.; MEYKLYAR, P.V.; SHVARTS, V.M.
Effect of developmeirt conditions on the shape of the spectral
sensitivity curve or =sensitized photograDhic lavers. Zhur.
nauch. i prikl. fot. i kin. 8 no.3:185-189 My-Je 163.
(MIRA 16:6)
1. Filial Vaesayuznogo nauchno-issledovatel'skogo kinofoto-
instituta, Kazan'.
(.PhotoRraphic --ensitometry)

DONSKOV, Vasiliy Yefimovi(,V; SHVARTS, V.M kaudidat ekonomichaskikh nauk,
retsenzent; XAMZNITSIRS-9'.~ W.'-i0h;t ekonomicheskikh nauk,
0
nauchnyy redaktor; MASIDVA. Te.F., redaktor; CH=TSHIVA, To.A.,
tokhnichaskiy redaktor
[Potentials for an increase in labor productivity in the fool
industry] Rezervy root& proizvoditellnoott truda v pishchavoi
promyshlonnosti. Moskva, Plabehepromisdat. 1956. 147 P. (MNU 9:8)
(Food industry aA trade)

DONSKOV,.Vasiliy Yefimovich, dotsent, kand.ekon.nauk; ZUYJCVA, Reiss Vasillyev-
na, kand.ekon.nauk; KRUZHKOVA. Raise Vesillyevns. kand.ekon-neuk; KISH-
KOV, Turiy Konstantinovioh, dotsent, kand.ekon.nauk; NOISSTAT, Petr
Hikitich, dotBent, knnd.ekon.nauk; POKOKARNYA. Irina Andreyevna, kand.
ekon.nauk; KHINKIS, Lev Akimovich, starshiy prepodavatell; KANNNITSIR.
S.Ye., kand.ekon.nauk. retsenzent; nauchnyy red.;.BULGASOV. 1;.T..,k9nd.
ekon.nauk, retsenzent;,gWA=;S*:.V.K.. iuzh.ekonomist, retsenzent; PRI-
TYKINA, L.A., red.; SOKOLOVA, I.A., tekhn.red.
(Production organization and planning in fooctindustry enterprises)
Organizatsiia i. planirovanie -oroizvodstva na predpriiatliakh pishchavoi
promyshlennosti. Moskva, Pishchepromizdat, 1959. 605 P. (MIRA 12:9)
(Food industry)

DONSKOV, Vasiby Yofimovich, prof.; ZUYEVA, Raisa Vasiltyovna, kand.
ekon. nauk.; YMMKOVA, (ai;in Vaoll'yomi, krind. okon. nauk;
MESHKOV, Yuriy Konstantinovich, kand. ekon. nauk; PONOMAPMA,
Irina Andreyevna, kand. ekon.nauk; KHINKIS, Lev Akimovich,
st. prepodavatell; SHAMIN, Andrey Nikolayevich, st. prepoda-
vatelt; KAMMUTSER, S.Ye., doktor ekon. nauk, prof., retsenzent;
_~WALIT,4, V.M., inzh.-ekon., retsenzent; FUKS, V.K., red.;
PECHENKRIA,'O.'P., tekhn. red.
[Production organization and planning in food industry enter-
prises] Organizatsiia i planirovanie proizvodstva na predpri-
iatiiakh pishchevoi promyshlennooti. [Byl, V.E.Donskov i dr.
Moskva, Pishchepromizdat, 1963. 454 P. (141IRA 17:2)

- - ; ".K: :--
q ..~. ;D t ; . 1,1~r .; - " t .'e.
tri spec-rcZ, a S tr- C 777,
j~ f -_sf nd
Pi,~',Ure and
J~y the Kamn Branch 0'
Iasi
P ht g-, a F, hy S ce n I.-, f -i oRe '- . Atute. hu*.
spekt. 3 no.1:9~.-1-101 JI 165.
1 - zrly-.f kinofotollistitat, Moskva.
ru

SlIVARTS, Vlad.lmir MkWlovich; BRUM, S.I., kand.tekhn. nauk
rt-t.,;,-~nzent; VINOGRADOV, N.V., prof., doktor okon. nauk,
red.; KRUGLOVA, G.I., red.
fZones of raw materials for the food industry) Syrlevye
zony pishchavol pronWshlennnsti. Moskma, Pishchevala
proqrshlennost', 1965. 95 P. (MIRA 18:12)

SHVARqTj", V.S.; KLIIC-'IIKO, V.G.
I- ~
Study of salt-soluble p.-oteins in the seeds of the millets Setaria
moharitim and S. ita-lica by paper electrophoresis. Trudy po khiz.
prirod. soed. no.~503-57 162. (141RA 16:11)
1. Laboratoriya khimii belka Kishinevskogo gosudarstvennogo univer-
0
siteta.

PETROV, I.V., lnzb.; SHYARTS, V.S., inzh.
--------- --
Organizing the operation of mortar plants. Bezop.truda v prom, 3
no.1:16-17 Ja'159- (MIRA 12:3)
(Building materials industry)

PJCTROV, I.V., inzh.; SFIVARTS, INIAN
--.-
New methods of organizing the mortar production for the Main
Administration of Housing and Public Construction in the City
of Moscow. Mekh. strqi-. 16 no.1:25-27 Ja '59. (MIRA 12:1)-
(Moscow--Mortar)

PETROV, I.V., inzh.; SHVARTS, V.S.,, Inzh.
000- 1, , 61 ~--
Automation of the preparation of building mortars. Mekh. stroi.
18 no.12:10-12 D 161. (MIRA 16:7)
(Mortar) (Automa tion)

BASHKIROVAY G.M.; XHIMACH, M.A-.; SHVARTS, V.T.; SHISHKIN, N.S.
How to bring about winter precipitation by means-of Italian
hail-preventing rockets. Trudy GGO no.126:3-7 '62. (MIRA 15:7)
(Snow) (Weather control)

ACCESSION NR: AT4045158 S/2531/64/000/156/0060/DD82
AUTHOR: Chuvayev, A. p.9 Shvartep Ve T-
TITLE: Characteristics of,the development of hail phenomena over the Armenian
SSR
SOURCE: Leningrad. Glavnaya geofizicheskaya observatoriya. Trudy*, no. 156,
1964. Voprosy* fiziki oblakov i aktivny*kh vozdeystviy (Problems of the physics
of clouds and active particles), 60-82
TOPIC TAGS: meteorology, hail, atmospheric turbulence, climate, climatology,
cloud physics, atmospheric physics, weather forecasting
ABSTRACT: Hall occurs more frequently in the Armenian SSR than in any other part
of the Soviet Union. This paper gives information on the areal distribution of
hail in Armenia based on mean monthly and mean annual values of the number of days
with hail at 55 stations. At 20 stations there were 5 or more such days per
year, hail being most frequent in the northwestern part of the republic. At the
Aragats high-mountain station the average was 14.6 occurrences annually. The
complexity of orographic conditions in Armenia is one of the principal factors
behind the relatively high frequency and nonuniform distribution of hail. Almost
Card 1/3 . I - . - - - - -.-1- 1- . 1,

ACCESSION NR: AT4045158
190% of Armenia is more than 1,000 m above sea level; there are many mountain
ranges with different orientations relative to the predominant paths of movement
of precipitation-forming air masses; the mountain slopes themselves are consider.
iably dissected and there are numerous river valleys, basins and isolated high
peaks. Elevation itself is not the basic factor responsible for hail frequency,
but tabulated data show there is some relationship. Another table shows that
stations only short distances apart can have entirely different hail rec6rds.
flail falls in the warm season, mostly In May and June, somewhat later than the
jprecipitation maximum, when the atmospheric instability and humidity are high,
Iand the surface air layer is strongly heated. Attempts were made to relate the
dates of disappearance of the snow cover to hail oc 'currence. Variouls tables
give data such as the following: a) monthly number"of cases of hail for the
years 1946-1950; b) diurnal variation of hail (by hours); c) frequency of hail
by 6-hour intervals; d) mean annual number of days with hail and thunderstorms
at individual stations; e) number of days with hail associated with air-mass
1 conditions and fronts; f) relationship between hail occurrence and type of
pressure system aloft. These data and relationships are useful in weather (hail)
forecasting and in development of methods for cloud modifications for the pre-
2/3
Card.---. -

ACCESSION N-R: AT4045158
vention of destructive occurrences of hail. Orig. art. has: 10 figures and
11 tables.
ASSOCIATION: Glavnaya geofizicheskaya observatoriya, Leningrad (Main Geophysical
Observatory)
SUBMITTED: 00
NO REF SOV: 014
ENCL: 00 SUB CODE, ES
OPiER: 000
Ca,d 3/3

CHUIIAY-4V, A.P.; SUVARTS, V.T.
C'naracter.'s tics c,'L the develo.ment, of hail p~:enomera over the
Ammenian S.S.R. 71~-,idy GGO no.156,n(,6-82 164. (,MIRA 17:10)

GIIUVAYEV, A-P~; ORENBURGSKAYA, YO.V.; OSIPOVA, G-I.; SIIVARTS, V.T.
... R
Metho-Iology of estimating the Cli=~4C i,
- resources cf an artificial I
increase of precipitation from convective clouds (,kased or, materials
of Lake Sevan Basin). Trudy GGO no.156:101-117 164,
(?,IIPLA 17x1O)

OSIPOVA, G.I.; Cl-UVAY7-,V, A.P.; SHVARTS, V.T.
Some characteristics of the Precipitation from v&--ious kinds
of clouds during the warm season in the basin of Lake Sevan.
Trudy GGO no.1632156-180 164 (MIRA 18.-l)

he wr-z-- half
'32- -Lr - 77-97
f !a. o. !76.
year IV t'nz- run. I -
(,%f-,,RA 18:8)

r
TLUSTT, Ari (Tluetyy, Irzhi. inzhener, laureat Gosudarstveanoy premii,
Chekhoslovatskzya Akademiya nauk]; SPACK. ladialav [SHPACHU,
ledislav, doktor, laureat gosudarstvannoy prexiij;
[translator]; KUDINOV.V.A.. kandidat tekhnicheskly nank. redaktor';
IWAROVA, A.F., takhnicheekly redaktor
[Self-induced vibrations in machine tools] Avtokolebanits v metallo-
rezhusbehikh stankekh. [Supplement: Isdislay Speask. The theory of
coordinate relations for systems with several degrees of freedom.
Translated from the Czech] Prilozhents: Ladislav Shpackek. Toorila
koordinatnot evissi dlia sistemy so.mnogimi stepentami swobody,
Ferevod a chashokogo V.V.Shvartea. Moskva, Gos.nauchno-tekba. izd-vo
mashinostroit. lit-ry, 1956. 394 P. (MIRA 10:1)
(Machine tools--Vibrations)
(Differential equations)

SHVARTS, V.V.
Effect of relative shift of axes of the part and the cutting
tool an machining precision of helical surfaces. Stan.i instr.
33 no.8tl2-15 Ag 162. (MIR-A 15:8)
(Metal cutting)

CHEHN'OKH, S.,,Cernoch,S-J- SHVfiRTS,__X.-V. [translator j,- MELITSER,
R.Ye,[translatorl; -GZL-15-STTiy-N, M.S.ftrarslatorj; DUIA,
I.Ya. [translator]; M11URTS, I.V. ~translator]; YAKTWVICH,
L.V.[translatorl; ACHERKAIT, N.S., prof., doktor tekhr..
nauk, red.; GILIDENbERG, V.I., red.izd-va; TIKHANOV, A.Ya.,
tekhn. red.
[Handbook on the manufacture of machinery in two voluraes]
3pravochnik po maohinostroeniiu v dvukh tomakh. Moskva.
14ashgiz, Vol.l. 1963. 734 p. Translated from the Czech.
(MIRA 16:12)
(Pechanical engineering) (1-letalwork)

SIP,1111111*~'~ , V~ V.
4 1, c; -, ~ - t - r, n d
the ;- -,, a c" !,- ;~rlndf =-,- Slotte
- I - - A I li I - -
.7 ,
,'2 ;: no. 4;1-t--,a AP 164- (IM 1 Ft--l - 5 "
I. s . Stan. i insLr,

0 II.V.
SUVARTS)
Effect c)f the devllazlons cf P--r,trlEraF- "-ers-cns cr, the errcr
of t,,:~ copied pr3fila. Stan. i Instr. 31. nc.12:14-16 L-i
(MI U, 17: 11)

fl., -- -- 7
i ,, . -11, ~ ) I . sil .
- - - I I.-; Y~-*.,~.~ i.:"
-
--.x-,Pr.sion elements of semiF-rou: s un~~Y. ~5,-.
m.at. nauk 10/ no. '+: 2og-P -',/ I (LIE.A 17:10 -)'

0 1 17 A R, IfIc I
v k A.
L A "3
9The La-
,Tingg of Gas Pipelines in the I-inter," (Montazh gasoprovodov v zimnlkh
usloviyakh), State Scienti-fic a:y_4 Technical Publishing "ouse for Literature on
Petrolem -and Vined Fuel, Iloscow-LeninCrad, 1947.
Gom-.ents - D 221457, 2 May :55

SiNARTS, Ya. A.
G--Ologf
"6xperiencc in Sinkina Ultra-it-ep Oil Wells",
0ostopte-kidulat, 19118
Surmmry No. 60, 2") I-Ilay 52; BR-52056,399

A
-A, 0- C-
.0 6) 1)51,, %Ze zr.':tn i~1Lme
The author iwjca,~es. the fundamentA narameters of a wel'L !-,nd of a
cla- -,r bind cepaent solution which in h:!s o-Anion influence the ~:-Uccessful
.;e L,
result of cementiny -,in oil well. He then derives a munber of rite -ia
wnich turn out to I%t,. in ~ontrudiction with ea~!h otlier. "his fact robs
tale- arLi?le of mu,~h of jt~i v.ilue. (R71:411-kh, No 3y 1955j)
SO: Sum. .-o. 5":A', 6 "ul 55

MARTS, Ya.A.
-
Raising the cement plug abo7e the drill collar of an operating col=n
during the period of cemee. setting and hardening. Dokl. AN Azerlb.
SSH 10 no-5:313-319 '540' (KWU 8-.4)
1. Neftyanaya eksped-itsiya Akademii nauk AzerDaydzhanskoy SSRO Pred-
stavlew deystvitelinym chlenom Akademii nauk Azerbaydzhanskoy SSR
GJI.Gaziyevym.
(Oil well drilling)

AID I
Author,s A31yev, M. A., Ioannesyan, R. A. and Shvarts, Ya. A.
Title More rational production organization Is required for
oli well drilling
Fer!od i N e 1" t . Eh c, zv. ".~2, 7, 6-0, J1 1954
A b Discussion of the article "Some problems on the organi-
zition of worTz in oil well dvilling." by M. A. Saakov,
(Nef t. Knoz. , #11, 19530 -
Ac,cording to Saakov, the basic production unit covers the
territory of the whole oil field, including assembly crew,
repair brigades, material and pipe supplies and drillers'
;,rew. Contrar-1, to this opinion the authors consider that
the office Of the oil well drilling is a.controlling cen-
t-r and other services such as geological prospecting,
n3sr--ribling,, repair etc., are auxiliary services and must
be controlled by the so-called "Chief controlling forerrian".
inEtit~i~"ion: None
Subm.' trec", No date

SHVARTS. Ya.A.
Model preparation of a well shaft for lowering casings. Dokl-
AN Azerb.SSR 11 no.2:93-96 155. (MLRA 8:10)
1. Neftyanaya ekspeditsiya Akademii nauk Azerbaydzhanskoy SSR.
Predstavleno deystvitelInym chlenom Akademii nauk Azerbaydzhan-
skoy SSR. G.N.Gaziyevym.
(Oil well drilling)

MIRZADZHANZADS, A.Kh.; MARTS, T&.A.; ABBASOV, A.A.
Displacement of drilling fluid by cement in the water string.
Dokl.AH Asorb. SSR 11 s9.12:845-850 '-55. (KWU 9:7)
I.Neftyamaya *kopedltelya AN Azerbaydzhanskey- SSR. I?redotavlono
daystvitellnym chlesom AN Axerboydshanskoy SSR Z.I.Khalilevym.
(Oil well drilling fluids) (Petroleum engineering)

SOV/124-58-4-4215
Translation from: Referativnyy zhurnal, Mekhan;ka, 1958, Nr4, p 75 (USSR)
AUTH011: . Slivarts, Ya. A.
i'lTL E: On the Model Sin-vulation of the Displacement of Clay Mortar
by Cement Mortar During the Process of the Cementing of
Vertical Gaps (0 modelirovanii -,.,yte-sneniya tsementnym
rastvorom glinistogo v protsesse tsementirovki vertikal'nykh
skvazhin)
PERIODICAL: Izv. AN AzerbSSR, 1956, Nr 10, pp 67-74
ABSTRACT: The author enumerates the basic factors which influence
the process of displacing clay mortar by cement mortar,
applies the iT theorem of similarity, introduces pertinent
criteria of similarity, and discusses the question as to which
of these criteria are substantial and feasible. Bibliography:
14 references.
i. Structures-Simulation 2 Givs--!:~'--rformnce if
3. Cerpents--Perfor.Tamce 4, Mathematics N. A. Slezkin
Card 1/1

IOANNESYAN, R.A.; LALAYAN, M.L.; MARTS, Ta.A.
Results of drilling the despest well In Burope
Azarb.neft.kboz. 35 no.2:8-10 F '56.
(4812 motors).
(MLRA 9:10)
(Oil well drilling)

KULMV, S.M.; SHVARTS, Ya.A.
Effect of the rotation of the drill column on the intensity of clay
sheath formation on the wall of the well [in Azerbaijani with summary
in Russian], Dokl, AN Azerb. SSR 14:747-751 158.
(MM 11:11)
(Oil well drilling)

MIRZOYAN, A.A.; RASI-ZADE, Ya-M.; SEID-RZA. M.K.; SRVARTS. Ya.A.
Factors determining the maximum capacity of turbodrills (to be
concluded). Azerb.neft.khos- 38 n0.1:17-19 Ja 159. (MIRA 12:4)
(Turbodrills)

MIRZOYAN, A.A.; RASI-ZADE, Ya.M.;SEID-RZA, M.K.; SHVARTS, YgL.A--
Factors determining the maximum capacit7 of turbodrills
(conclusion]. Azerb. neft. khoz. 38 no.2:14-16 Y '59.
(MIRA 12:5)
(Turbodrille)

Ile si 'a
2 a
4k vi A.
713.j -, -1 -, . . "
iz
Irv
:1 4l
'98 9 2 3
CIA
lit
11 3
.19
j 4 A 'Al

SHVARTS., Ya.A.
Excluding aquifers from oil-bearing layers in drilling operations.
Trudy AzNII DN no.9:187-193 160. (MIRA 14:5)
(Oil fields-Production methods)

MIRZOYAN, A.A.; GULIYEV, B.A.; MARTS, TA.A.
~, -, -!
Selection of the number of stages of turbodrill, based on maximum
drilling rate. Azerb. neft. khoz. 39 no.7-.10-14 J1 160.
(MIRA 13;10)
(Turbodrills)

MIRZOYAN, A A.; GULIYBV, B.A.; 3HV-=5--1a.
Selection, of the number of turbobit stages based on maximum
drilling capacity. Aserb.neft.khoz. 39 no.8:16-18 Ag 160.
(MIRA 13:11)
(Turbodrille)

SHURTS, Ya.A,
Method for testing the watertightness of production casings.
Azerb.neft.khoz. 39 no.9:23-34 S160. (MIRA 13:10)
(Oil well casing)

SHVARTS, Ya. A.
Doe Tech Sci - (diss) "Technology of cementing of petroleum wells.
Moscow, 1961. 23 PP; (Academy of Sciences USSR, Inst of the
Geology and Development of Flammable Mineral Resources, Azer-
baydzhan Scientific Research Inst for Petroleum Extraction);
250 copies; free; list of author's works an pp 21-22 (18 entries);
(KL, 7-61 sup, 231)

SHVARTS, Ya.A.
Installation of a blowout preventer. Neftianik 7 no.2:10-1-1
F 162. (MIRA 15:2)
(Oil wells-Equipment and supplies)

SHVARTS, Ya.A.
ProsPecting drilling down to a depth of 15,000 -meters. Azerb.
neft. khoz. 41 no.9-23-24 S 162. (MIRA 16%6)
(Boring)

ADD111RAGIMCN, A.[.~ inzh.; VIIASOV, S.K., lnzh.; PlRVERDYAN, A.M.,
doktor tekhn. nauk;'SUARTS, Ya.A.p doktor taklin. ruitik;
LISTEfBARTEN, L.B., 'Tn-ir.; Y)r]K-UB-O,V, Yu.G., inzh.
Practices in building tunnels in soil with great hydrostatic
pressure. Transp. stroi. 15 no.11;17-19 N 165.
(MIRA 18:U.)
1. Baktonnellstroy (for Abdulragimov,, Vlasov). 2. Azerbaydzhanskiy
nauchno-issledovatellskiy institut po dobyche nefti (for Flirverdyan,
Shvarts., Listengarten). 3. Bakmetroproyekt (for Yakubov).

L 26461-66
ACC NRt AP6017380 SOURCE CODE: UR/O2_
AUTHOR: Abdulragimov,, A. L. (Engineer); Vlasov, S. N. (Engineer); Firverdyanp A@ Me
(Doctor of technical sciences); A. (Doctcr -)f technical sciences);
Listengarten, L. B. (Engineer); Yakubov, YuMd- (Engineer)
_qlragimgv_ Vlaso3v Baktonnell stroy:Zirverdyan, *warts, ListengarteM7 13
ORG: / Abd
AzWU 01; LYakubcL7 hakmetroproyekP
TITLE: Construction of tunnels in soils with high hydrostatic pressure
SOURCE: Tra*naportnoye stroitel'stvo, no. 11, 1965, 17-19
TOPIC TAGS: railway tunnel, construction, hydrostatic pressure
ABSTRACT: Part of the Baku subway sypten had-to be passed througW
fine-grainid sandy loam with underground water pressure of over
.4 atm. Experiments Ohowed that continuous out-pumping could lowert
ithe water table somewhat In the area of the o orations. After
!analysing several plans I It was decided that &3 wells would be
:dug, 27 In an out4r ring, 16 In an Inner ring, to lower the water
,pressure in the work area; as the tunnel was dug under compressed
!air, the wellt were sys.tonatioa 1y checked and freed ofJ11tored
air. The preseuire~ 1n'* the work tunnels was 1.5-1.7 atm. Orig. art. has: gu"98
[JPRS3
SUB CODE: 13 SUBM DATE: none
Card 1/1 N

T, 31816-65 &TWIKAW Feb ON
AU4045250 BOCK ELPLOITATICH S/
Akadcalya nauk SSSR. Inatitut flziki zemli Im. 0. La. Shai&t&
)2(
Structuro of tho etirth n crust in the zone of transition from the contluent of
Auia to the Pacific Ocoan (Stroyenlya semnoy kory v oblasti perokhode at Ast-
atakogo kantinonta k Tikhoam Ckeanu) Moscow, lzd-wo 011aukam, 1961.. 3M 'p.
Illus., biblio., foldin charts (in portfolio). Zrrata slip Inserted. 1200
1 copies printed. RoDponsible editorst Ye. 1. Gallperin, L F. Koominskeyal
Editor of the publishing house# So 1. Havaroklyl Technical editors& To To
Uakuni, So 0. TIkhomirows
tTCPZ; TAGSs area seismic soundIng, earth crust, geop4sics, international geepbyw
sical year, ocean, seismic wave
FURPOSS AND COVEMEt This monograph is devoted'to studies by the vothod of deep
,/qoismic poundi
ismic acundin (GSZ) in the sone of transition from the Asiatic continent to
the Pacific Ocaan (Kawhatka, the KurIIs peninsula, BerIng Soo, etc.) during the
International Geophysical Year (UGO). The eaterIal Is presented as a colloctlem,
of individual chapten, althwab all are dowated to a single probles and ore
'71
C.'d
----------

L 31816-65
AW45250
sosontially parts of one book. The authors express their gratitude to Professor
V. V. FodZMakly, Chairman of the working subgroup of the Sovetskly Natelonallopy
Noraitot, initiator and organizer of complex geophysical research, and also to
Correepanding Uember of the AcadenW of Sciences of the USSR V. V. Belous
The concluding chapter use prepared by A. G. Averlywor, P.-J.-Vartsman
I r1n. S. Al. Zverov, and Z. P. KosaWksys. a TA-4-4-
TAKE CY CCN7%Ms
Introduction (0- A. Gamburteav) 3
Ch. 1. Brief information concerning the research mathedelogy and apparatus (To.,
L Cal I porin) - - 7
Ch. 2. Dividing the region for investigation Into some according to "a of
seismic material (L P. lossInskaya) - - 22
Ch. 3. Special kinematic characteristics of multiple waves connected with deep
discoutimitles (Too. L Gallperlo) - - 21
j; Ch. 4. Oyrade charecterIftles at deep uaves for eartaft saftle of the earth*@
crust, (A. 0. Averty"MA L IN 96"bumop, 09 39

L 31816-65 -71.
AM4045250 9 1
Ch. 5. Results of studying a sedimentary stratux In the Sea of Ckhotsk and the
Kurile-Umchatka Zone of the Pacific Ocean (S. M. Zverew) 90
Ch. 6. The Ungadan-Kolys continental contour (FA-J.-_D#yAcy*, ra, B, hVert
Ch. 7. The northern and central parts of the Sea of Ckhotak (SectIons
9-9 - 14-H) (L P. Koeminakays, R. ". Kr :k Im, I. W, Pavlvw 128
t:h
Ch. F. The southern part of the Sea of Ckh 1, (1. N. pavlova) 180
Ch. 9. The southern and central parts of the Pro-Kurlls Zone In the Facirle
Ocean (LU V, Tulina, V, L Vironova) - - 199
Ch. 10. The northeastern part of the Kurlls4anchatka Zone of the Pacific Ocean
(P. S. Vey-tsman) - - 229
Ch. 11. Pro-Komandor sectIone of the Baring Sea and the Pacific Orsan (11 Pe
Koomlankaye) - - 264
Ch. 32. General features of the structure of the earth's trust In the transition
zone (I. P. Nom1nakeys, B. V. Zverev, P. 8; Toyt~n, Yu. V. Tellne) 271,
Conclusions 294
initial treatment of "Ismograos (T. 1. 01ronova) (Appendix) 299
Literature 302
card 31415,

50v4k~_, SP 'Y"; ,P.
AUTHORS: Tsiklis, D. S., Shvarts, Ya. D. 76-10-19/54
TITLE: Gas-Liquid Equilibrium in the System Acetaldehyde-
Methane Under High Pressures (Ravnovesiye zhidkost' -
,Faz v sisteme atsetalldegid - metan pri vysokikh
davleniyakh).
PERIODICkL: Zhurnal Fiziche3koy Khimii, 1957, Vol. 31, Ur 10,
pp. 2302-2305 (USSR)
kBSTRACT: Referring to the paper of one of the authors (Tsiklis)
in Zhurnal Fizicheskoy Khimii, 1957, Vol- 31f p. 100, the
solubility of methane in acetaldehyde and of the
acetaldehyde in methane at a pressure of 100 at and
temperatures of from 0 to 400 C is determined here. The
solubility of the methane in acetaldehyde was determined
at 1,20 and 400 C and pressures up to 90 at. This can be
expressed by the equation of I. R. Krichevskiy,and
N. Ye. Khozanova, for solutions of polar liquids in non-
polar gases. The solubility of the acetaldehyde in
compressed methane was determined at 1,20 and 400 C and
pressures up to 110 at. The equation of Krichevskiy-
CARD 1/2 Khazanova gives the data for the solubility of the

Gas-Liquid Equilibrium in the System Acetaldehyde-Methane 76-10-19/34
Under High Pressures
acetaldehyde in compressed methane satisfactorily,
The equation see "Acta Physicochem." 15, 327, 1941.
There are 2 figures, 3 tables, 7 Slavic references.
iSSOCIATION: Institute for Nitrogen Industry, Moscow (Institut
azotnoy promyshlennosti ; Moskva).
SUBMITTED: July 24, 1956
AVAILABLE: Library of Congress
CARD 2/2

SHVAIrS, Ya.B. (Odessa, ul. Bebelya, d.22, kv.5); GESEELIN, S.A. (Odessa, ul.
kv.19)
Two cases of cancer of the large intostins. TOP.Onk. 5 no.7:85-87
'59. (MA 12:12)
1. Iz khirurgicheskogo otdeleniya (zav. - prof. doktor med.nauk B.Te.
Frankenberg) Odeaskoy gorodskoy klinichaskoy bollnitsy (glAvnyy vrach -
V.M. Levandovskiy).
(ADFYOGARGINOK& - case reports)
(COLON - neoplasms)

KPW
Obteorclegiced Abet. 1..7-64 551-510-42
Vol. 4, No 1 7 Shwarts# IA. I. and Zillberg, L. A-* Zonallnos
July 1953 Issledovente zagiaznannoatl atmoorernogo vosdukha
Structure mW Physics "krug tolevogo zavoda. [Zonal Investigations of
.of the Atmosphere atmospheric pollution around a glue factory,] Gigiona 17
Sanitarlist 7:53-54, July 1952. DIZ--Air samples were
taken at level of 1.5 to 2.5 a above the ground at varying:*-
distances from the factory. The distances varied
according to the nature of the contaminants tested, Dots
on the conceqtration of hydrocarbon, S02 and dust at the
respective fdur zones are pre3ented. Subject Headingst
1. AtmospherAo pollution '2.,A r sampling and Analysis...
-1. L. D.

V
uS S. R
:VDetermination of soot in the atmosphere of Riga,

rts, 1. Beremian, and L. A. Zil'ber Arga,
Shva ; (Lab in
-
-r
ti
FMb
P
t
l
or
ro
ec
on.
n
SINITTIRMPLenlagradSm. Rescare
s
All-Union Ceti Council - Trade4juians). Gitieng ~:i
'
12, 14-18.-Extensive tabulated &ta are
Sanil.,1954, No.
given as a. rendt of analysis of Riga abn. for soot, ~ To det.
~soot, ext,jht dust specinien. with. CHClj, leaving- behind
'the mineral disstifilter.through paper, and from.the'darl,
spots left im the paper,- est; the enntent by means Of pho--
totnetry;-, The_prc.~cnm.of miucral dust laterferei,with the
'

soot was the ndnor
4ote~ -:In the ini-ijority-of cnses.
dotA. of 8

mponent.' -For in ]raw the air samples
C( are enrrect detn.,
through cotton fitters, det. the wt. gafiii'mn~d ext.-the filters
24 firs. with CHC4 at rooni temp.; filter the liqui
meaukre, Oe rmiduc colorimetrically; compare with a
and
,
t-CHCIS mIxt. of
standard scale pr6pd. by filter, Soo
Ua
,kumv,n conen. through stand rd er paper. The-method
Is �"Itive to 0..002-0.004 m~jcu. ni. of soot. G.

7

-v irz T-_r~-
IA
o 3 'ISE,
EMU
E
a
3 t
t'_4 t
R
w il
5A
MUZ
! S% ,
J-1
h r
. ; 4.
A~ 2 -4z
Ai
is-
g.
,: i '.
3 F.,
IS 39
p w
I a
E: *.;! -' &,

BLOKHP M.V. inzh.; GARKUSIIA, P.N., inzh.; DORFAN, Yu.I., inzh. ;
SHVIRTS., Ya.I., inzh.
Dynamic strength of the cooler fan wheels of TEZ and TE10 diesel
locomotives. Vest.TSNII M 20 no.5:21-25 161. (MIRA 14:8)
1. Kharikovskiy teplovozostroitelinyy zavod im. V.A.Malysheva.
(Diesel locomotives--Cooling)

GLOVINSKH, Ya.G., inzh., red.; PAVLOV, S.M., inzh., red.;
VOLIBERG, N.Ye.) inzh., red.; SHVARTS, Ya.I., inzh., red.
[Construction specifications and regulations] StroitelInye
normy i pravila. Moskva,, Gosstroiizdat. Pt.3. Sec.G. ch.10.2
[Compressors; regulations for the performance and acceptance
of assembled work] Kompressory; pravila. proizvodstva i priemki
montazhnykh rabot (SNiP III-G. 10.2-62). 1963. 17 p.
(MIRA 17:3)
1. Russia (1923- U.S.S.R.) Gosudarstvennyy koritet po delam
stroitel'stva. 2. TSentrallrjyy proyektno-konstruktorskaye
otdeleniye Glavkhimmontazha Gosudarstvennogo proizvodstven-,
nogo komiteta po montazhrjym i spetsialInym stroitelInym rabo-
tam SSSR (for Sh-varts).

IMYANITOV, I.M.; BEIVARTS, YaJI.
Abatement of interference currents occurring at the input of an
electrostatic fluxmeter operated in a conducting medium. Isk..sput.
zem. no-3:77-83 159. (14IRA 12:12)
(Artificial satellites) (Electric measurements)

SJIVARTS, Ya. 14.
Determining the electric potential of bodies in a plasma.
Isk.sput.Zem. no.4:161-164 160. OMA 13:5)
(Plasma (Ionized gases))
(Blectric fields-Roasurement)
C"=1 "W OOLIWOM 08MIM or If W"01" aftuft 910 ocloatme 41ste M --
Moviot wkiftdid seeft SatolUt" CAU) a& scowde rodcou. The tqAto Us-
mosa limlaft swoummou at as amity at the v"r sumesters, souca of
M, wwwwovow at Edermosoorttoo 04 Messawle Visitor, sopotamouto War4ro-
swu at "ad. "JO, olodated P""U41, Md opetrwo or "*Iu" 1CRA. 7b*
Ilo-tim to put C a s.Ao&'V&Uob.4 rogdarly. Womm rallow socb
Gettelo.

21439
s/io9/6i/oo6/ooi/oi8/O23
2 3 0 r, -2--70 C EAVE163
AUTHOR: Shvarts, Ya.M.
TITLE: The theory of operation of the electrostatic
fluxmeter in plasma
PERIODICAL: Radiotekhnika I elektronika, Vol.6, No.1, 1961,
pp. IL53-159
TEXT: In ordinary electrostatic fluxmeters the effects of
conductance current can be neglected. In the case of a plasma -
for example, the ionosphere, measured from an artificial earth
satellite - it is necessary to consider noise voltages arising from
conductance currents. The analysis shows that in vibrating plate
fluxmeters the noise voltage is several orders of magnitude greater
than and in quadrature with the signal voltage. ordinary
synchronous detectors, as shown in Fig.2a (1 - electrostatic
generator, 2 - amplifier, 3 - synchronous detector), are inadequate
to reduce the interference voltage sufficiently. The author
proposes the use of his feedback phase-sensitive detector (Fig.26)
where, in addition to the notation of Fig.2a, 4 - basic
Card 1/192

21439
s/io9/6i/oo6/ool/0l8/023
EIL40/Ei63
The theory of operation of the electrostatic fluxmeter in plasma
synchronous detector, 5 - auxiliary synchronous detector.
The electrostatic generator is designed in such a way that the
feedback voltage is in phase opposition to the noise voltage.
The precise arrangement is described in the author's patent
(Ref,4: Author's certificate No. 123247, class 21c, 5o1, 1959).
For the electrostatic generator with screening frequency 1500 cps
this arrangement permits measuring fields of the order of
3 x 10-2 V/cm. Acknowledgements are expressed to
I.M. Imyanitov for his attention to the work.
There are 2 figures and 5 Soviet references.
SUBMITTED: April 4, 1960
Card 2/0

45109
3/531/62/0001136/007/007.-'
(V //(_/1
A052/A101
AUTHORt 9h3far_ta_*__YA._1G__
TITLE-z On working conditions of electrostatic fluxoste're in the upper
atmosphere
SOURCE: Leningrad. Glavnaya geofizioheskaya ob6ervatorlya Trudy.
no. 136, 1962. Atmosfernoye electriohostvo, 83 ;5
TEXTz It is proposed to use the rotary electrostati6 fluzmeter for
measuring electrostatic fields at the surface of rooketa'and ea+,elXitoo,.'-
Since the working conditions of fluxmeters are affected by the electric
field intensity, the thickness of space charge layer at the ourtioe *of, a . ..... .
sounding body and by electric current on its surface under various condi-
tions of the upper atmosphere and interplanetary space, the autho r -oak es-
an �tttempt to evaluate the probable values of these. factors. The con-
clusion is drawn that the electrostatic field at the our face of a a ounding
body is conditioned mainly by the body' a own charge. Maximum field values'--.
are to be observed at maximum concentrations of charged particles, thai*is
Card 1/2

L 19445-63 EWT(I)/FCC(w)/BDS/FS(v)-2/EF.C~-2/*ES(V)/FS(w)-2 AFM/ASD/
AFMDC/ESD~3/APGC/IJP(C)/SSD Fi-4/Fo-4/Fe-4/Pab_4/Fq_4 TT/GW/K
ACCESSION NR: AT300 7030 S/2560/63/000/017/0059/0065
AUTHOR: Imyanitov 1. M.: S-Tivarts, Ya. M.
TITLE: Measurement of.electrostatic field intensity on the third
artificial earth satellite
SOURCE: AN SSSR. Iskusst. sputniki Zemli, no. 17, 1963, 59-65
TOPIC TAGS: third Soviet earth satellite, Soviet earth satellite,
satellite, artificial earth satellite. earth satellite, electro-
static fluxmeter, fluxmeter, electrostatic field measurement
ABSTRACT: Measurements of qlectrosgat.ic fiel-d intennity at the
surface of the third Soviet artificial satellitelymade by an
electrostatic fluxmeter attached to& the satellite, are discussed.
The measurements covered a range of +2 VIM 1. Linearity of the
dependence of output signal on measuTed field intensity was en-
sured by the use of synchronous detectors. Equipment error did
not exceed +15%; to keep it to a minimum, the constancy of gain
and zero was checked every four minutes. The excess of the duratidni-
Card 1 2

L 19445-63
ACCESSION NR: AT3007030
of a positive over that of a negative field at the satellite sur-
face testifies to the presence of a negative charge on the sateI-
lite surface during those sectors of the trajectory in which the
electrostatic field was measured. Variations of the intensity of
the electrostatic field at the satellite surface which do not cor--~'!'
relate with the position of the pickup in relation to the direction
of motion, the sun, anti the magnetic field are due to the intense
charging of the satellite. "S. I. Zachek, N. P. Ziganov, V. V.
Mikhaylovskaya, and V. G. Borodulina participated in the develop- 7
ment of the equipment." Orig. art. has: 9 figures.
ASSOCIATION: none
SUBMITTED: 07Aug62 DATE ACQ: llOct63 ENCL: 00
SUB CODE: AS, GE NO REF SOV: 005 OTHER: 002-
Card 2 2

L 20255-63 n-jr (i ) tjE!pS A~D/ARW/F.SD_3/APGC Pe-4/Po-4 GW
I _A~~L -7 - _ _ ~ - - -1T
A.CCESSION NR: AT3007031 s/2560/63/000/017/0066/0081,
AUTHOR: 'I I. M.; GdAlevich-G, D. Shvgjj&, A. its
WAILL-Um.
17
TI-TLEt Measurement of electrostatic field Intensit at the our-
face of geophysical rockets moving in upper atmospheric layers
SOURCEt AN SSSR. Iskusst. sputniki Zemli, no. 17, 1963, 66-81
TOPIC TAGS: electrostatic field intensity, field'intensity"S'
electrostatic field, geophysical rocket, rocket, ionospheric
electrostatic field. ionospheric current
ABSTRACT: A discussion is presented of methods used to measure
electrostatic field intensity at the rocket surface during flights
of nonstabilized geophysical rockets on 14 July 1959 15 June 1960,
and 24 June 1960 and during flight of a stabLlLzed?)ft7/;_0__
rocket on 15-November 1961. The basic measuring circuit is sh wa
0.
in Fig. I of the Enclosure, diagrams of the sensing slemeuts,~Ln
Figs. 2 and 3. Disk-shaped igeasurLng plate I (Fig. 2).was
situated at the rocket surface and responded to the local space
card 1/ 6

L 2o253-63.
Amssiom WRt AT3007031
charge In the vL cinity of the rocket. 'Rotating and fixed slotted-
disks 2 and 3 were located above the' sensing di "a_k;_.th&- ro'tijik- 1-
disk was spun &-t_90q-.cp"o--give-a--ch-60~l~i-d-o-utput signal In load I
resistor R pfoportional to the field Intensity. (A cross section
-of the entire pickup Assembly is included, showing wountLn de-,
19 1
tails of the disks and the drive motor; fabrLcation.detai a are
also given.) The distance between the measuring and rotatinp.
disks was 1.5 mm and between the measuring and fixed disks 5 mm.
2
The effective area of the sensing disk was about 24 cm The'
drive motor also drove a generator whose output served as the
reference voltage for synchronous detection; during callbration,
the rotating disk could be adjusted with respect to the rotor to
give optimum signaJ.1-to-noise operation in the synchronous detec-
tor. The most inieresting-results were those obtained on 15 Nbvem-:[*
ber 1961 with theid,tabilized rocket, which attained the highest
altitude (430 km) and had the smallest measurement arrorso The
full scale-of its-field sensing equipment was . .v x cm-1 I .and the I
sensitivity ~hrelshold was 0.06 -v x cm-1, Prefliiiinary tests had
shown that the error of the device did not exceed 5% or 0.3 v
,.-.Card 2/6

L 20255-63
ACCESSION M AT3007031
In addition to the field se*noors, a current pickup was installed,
ntercepted by the sensors. The current
to register charges not i
sensitivity threshold was 10-9 amp x cm-2, which was not actually
reached during the 15 November flight. The pickups were placed
at diametrically opposed potnts on the cylindrical part of- the
rocket, pickup 1 facing north and pickup 2 facing south at ap-
proximately one-third the distance from the rocket nose* Solar
rays fell on pickup 2 at an angle of 4' while pickup I remained
in the shade. Measurements showed'that the rocket was negatively
charged throughout the recorded period. At all altitudes, except
for a small sector between 100 and 120 km. field intensity a!1the
rocket surface remained almost cons'tant at 1.5 to 1.6 v x cm
within the same altitude range, the depth of the space charge
varied within 1,2-5 cm at a temperature of 1000K,, and within
1.7 -7 cm at a temperature of 2000K. Results of measurements
made for the~nonstabilized rockets confirm those obtained for the
stabilized rocket-and suggest the existence of a slgnlflcant
electrostatic field in the region@ studied. "The authors thank
K.-I. Grinvaus for dLscussLng the result& of the Invest1gatLon
Card 3/ 6

L 2o255-63_
ACCESSION MRs AT3007031
and V. Q. Borodulin
V.
-I. Zhdanov, and V. A
. Krilyne for.their---l

assistance
in developing It
the equLpaeut

t-r
I
figures table

-ASSOCIATION: none

SUB_kITTED:
24Aug02 DATE ACQ: llOct63
02
ENCL:
SUB C*ODEt GE, AS NO REF SOV: 010 OTHERt 000

ACCESSION NR: AP4043691 S/0109/64/009/008/1536/1537
AUTHOR: Shvarts, Ya. M..
TITLE: Estimating the maximum signal-to-noise ratio attainable by the
introduction of a feedback in electrostatic flux meters which operate In low-
conductance media
SOURCE: Radiotekhnika i elektronika, v. 9, no. 8,-1964, 1536-1537
TOPIC TAGS: flux measurement, flu.~ meter
ABSTRACT: The possibility of noise suppression, in an electrostatic fluxmetcr
oscillator (ui;ed for measuring the electrostatic field in the upper atmosphere),
by introducing a feedback was explored in the author's earlier work (Radiotekh. I
elektron. , 1961, 6. 1, 153). In the present short article, formulas are
developed and a typical numerical example is given evaluating the efficiency of
A rough estimate shows that the signal-to-noise ratio can be
the, feedback.
i Card 1/2

777777777777771
L h1838-65
M) /M.C (k) -2/&,G (v) /FC Q/EEC (t) /MIA (h) pe-514441P -V
Y1-4/V0-47Pq-4/Pae-2/Peb' GW
0.
ACCESSION NR,- APS005439 S/02193/6~/003/001/0102/011
-i:-i", "uz
AUTHOR: Gdalevich. G. L.; yMita, 1, M Shyarts, Ya. M
IM
TITLE: Electrostatic fluxmeter designed for measurements in the upper I&er of the'
\r
atmosphere
SOURCE: Koamicheskiye issledovaniya, v,' 3. no. 1, 1966, 102-110
TOPIC TAGS:. upper, atinospAere, electrostatic fluxiaeter fluxmetor design electro
static field
ABSTRACT; An instrument for measurinx the strength of the aeitr' tatic field dedigmd"
Os
,- -M-
for measurements in the upper layers of th6 atmosphere 4s described. ~ The block
and circuit diagramare given and1he sensor Is described in detail, Tlle~ measurement
'Thi-
ran-e is 1-2-3 v-cm-1 and the measurementerrior is +0.25v-ci-,6-1 0.25 Emeis,
block diagram is shown in Fig., I of the Enclosure. and D2'are sensors whose prinol
purpose is the conversion of the measured voltage E of the electrostatic field into. an
alternathig voltage V whos e value Is proportional to the strength of the: electrostatic field
and the phase is determined by field direction. This function is performed by the electro-
static oscillator E. The synchronous electromagnetic oscillator 0 of the sensor produces
a reference voltage which is fed to the synchronous detector. The sensor conbLins a
Cordll#2

L 41838-65
ACCESSION NR: APS005439
s
ecial electrode, thecollector C, for t of the electrical current created by.
p measuremen
the flux of charged particles penetrating through the rid plates oi the:sensor. Th6.
9
measurement unit MU consists of a two-chainnel-amplifier A, used for amplification, of 1he'.'-
voltage V, a matching device UD for. connection with the felemetric system, two cath6de-
followers F for measurement of the voltage created by the electrical current flowing th. M~
collectors of the sensors and two synchronous detectors B for voltage rectification- after:
amplification and determination of the sip of the field. The general appearance of the_*
a ensor is also shown. It consists of three main components: 1. a motor with brushes;;...
2. the sensor head; 3. an additional screen; 4. a lid. The principal working part of the'
f
head of the s ensor is a measuring plate (Figure 9 of, the Enclosurd) consisting o a - ing
2 to which is welded a wire grid 8. The grid Is of a molybdenum-nickelalloywith grid
openings I millimeter square; the wire diameter is approximately 0. 06- mm. -The -1
measurement plate sits on an insulating ring 5. It has a leadout 7 to which' is soldered
a wire going to a plug. Inside the measurement plate there is a collector 4 insulated -
from it by a ring 3. The collector has a leadout 6 to which is, soldered 'a wire which
also runs to the plug. The instrument base is denoted 1. The ixiotoi-generator with
brushes sits on the base. The circuit diagram is described In detall. - "The authors wisb~...
to thank V. G. Borodulin and V. A. ~e~v who participated in the development of the
instrumentr. UrIg. art, has: 2 formulas -and 7 figures.
Card 2/5

--------- Q-W
L,62%1-n65 --EWG(v)/EWT(1)#CC
GW
/2531/65/00 177/ 1 1/0104 ~2-T
ACCESSION MR: AT5019959 UR 0/ 0 0
AUTHOR: Shvarts, Ya. M.
TITLE: Use. of synchronous motors in electrostatic fluxmetem
SOURCE: Leningrad. dla aya geofizichepkaya observatorlya, T rudy, no. 177 19 65.
vn
Atmosfernoye elektrichestvo (Atui6spheric electricity),, 101-104..-
TOPIC TAGS: meteorological instrument, synchronous motor, atmospheric electricii~4~'
ctrostatic fl-uxmeter
1e IA."
e
ABSTRACT: Experience with the useof electrostatic fluxmeters has shown that it
is desirable to use synchronous motors as the drive for the fluxmeter,shieldin*'g
plate in order to decrease electrical interference.from the drive. The rotors of
synchronous motors especially hysteresis motors tend to oscillate when therie~a'roi'
variable loads. The author therefore has sought to take this factor into account''a.
by deriving computation formulas which.give the spectral characteristics of,the;
voltage produced by electrostatic,fluxmeter generators for a given nonuniformity'...
of rotation of the shielding plate A196 considered is the influence of the non-I.:,
uniformity of rotation of the shieiding plat t
e on the operation of two independen
pickups whose electrostatic generators are connected in a differential circuit6
Card 1/4

L 62501-65
ACCESSION NEL: AT501 9959
The pickups of the motors receive current from the same stable source . The
ference between the working currents of the electrostatic,*generators.
i of the two

tic.
a
pickups (i1 - 12) whose measttring plates are exposed in eleettost 0
fields. f
strengths El and 92 iscomputed. It is assumed as an illustration th at El vrE
EE, H2 EQ El. This gives
iL
Ua)

(where,S is the area of the measuring plate).

4- S4
Eii. d(Sj- IE d (S1
dt
,
It is also assumed that,
'j,
OL sin

+ sin 2 (2)

Substituting Sl,and S from into jib) and differentiating, 'taking
2 into account.
Card
4 7,

_:77
L 62501-65

ACCESSION NR: AT5019959

'with.an identical. load
should tend to zero. For a series of motors
opera t n
.
,
under the same conditions the sum

can be replaced.by d&J- an/A mean and for
me e f f

operation of the differential circuit expressed.-as
is
mean
ii- 0.
CP,
a U) and can be det
The value ermined,experimentally using the circuit-bri6fli
rp t 'Ori,
described in the paper ~.A number of speciat-casps. a no ed, art, h;si/~.:'Ii-,~
a
formulas and I figure#,~
'
tya,~ Leningrad (Main Geo
Glavnaya geotizicheakaya observat
ASSOCIATION: or
physical Observatory)

SUB CODS:
SUMMED: 00 -00
E
NCLF
-n
OTHER: :",000,..
NO.REF SOV.-_ 003
.
C
~
or

7777,77T-7,77 i777

L- 2761-~66 J~Wt (d)/FS&-2/EWT (1 )/EEC (k)-2 GW/AST
.ACCESSION R: AP502126i
UR/0293/65/003/664/0660/0662
551.5o8.94:629.192.2:550.3
AUTHOR: Shvarts.-Yat- M.; rkchey. N. 'Ett-gnin., A.1!
Rudakov, V. P"
Wrl
Skvortso ..-2 41.i5K
TITLE: Testing of rocket electrostatic fluxmeter
SOURCE: Kosmicheskiye issledovaniya, v. 3, no. h, 1965, 66o-662
TOPIC TAGS: electric field, sRaceborne ionization measurement ionization detector,
radiation detection
ABSTRACT: Laboratory tests of an electrostatic fluxmeter of the rotary type with
thin wire meshes and a synchronous detector are reported. The meter Is designed
for measuring the electric field intqnsity at the surface of a probing rocket and,
indirectly, the external electric:fi;--ld of the upper atmosphere. The sensor was
placed in a chamber under vacuum of 10-4_10-5 mm Rg and subjected to bombardment
of argon ions with energies icr.1000 ev or 2ess. Determipations were made of mesh per-,
meability for stream bf charged particles and of the effectiveness of the screen I
plates and synchronous detector as noise suppressors. The coefficient of optical-r
transparency of the screen was 0-87, while tfie electrical permeability for an ion
Cord 1/2

L 2761-66
!ACCESSION NR: AP50212~61
flUX Of 10-9_10-7 amp/cm2 was 0.82-0.86. The noise suppressing capabilities of I
~the device are such that a noise current density of 1.1 X 10-7 amp/cM2 and an elec-i
1tric field intensity of 8 v/cm are needed to make the signal to noise ratio 1.
0
rig. art. has: 1 figure. [BDI
t-ASSOCIATION: none
!SUBMITrED: 18Mar65 ENCL: 00 SUB CODE: EM, J(P
iNO REF SOV: 005 OWER: 000 ATD P
A
Card 2/2

L 246hh-66 EK M/FCC GW
ACC NRs 6014854 SOURCE CODE: UR/2531/66/000/188/0051/0054
AUTHOR: Shvarts, Ya. M.; An
ORG: none
TITLE: More on the relationship between the electric potential gradient and thunder,
storm activity
SOURCE: Leningrad. Glavnaya geofizicheakaya observatoriy ..Trudy, no. 188, 1966.
Atmosferiio-yeelektrichestva (Atmospheric electricity), 51-54
TOPIC TAGS: thunderstorm, atmospheric electricity, electric potential gradient
ABSTRACT: Whipple's method (Whipple, F. J. W. On the association of the diurnal
variation of the electric potential gradient in fine weather with the distribution
of thunderstorms over the globe. Quarterly J. of the Royal Meteorol. Society,
vol. 55, N 1, 19291 of determining the surface area affected by thunderstorms in
the region between 30* North and 30* South latitude is examined critically and com-
pared with the findings of other investigators. An inverse relationship is found to
exist in winter and summer months between the values of the electric field potential
gradient in fair weather and the values of the areas affected by thunderstorms vhezt~-
computed by Whipple's method using Krumm's primary data (Krumm, H.C-Die veltzeitlicla
Tagesgang der Gewitterhaufigkeit. Zeitschrift fur Geophysik, vol. 28, N 2, 1962).
T. V. Lobodin [Geofizicheskiy byull. AN SSSR, no. 13, 34, 1963) also found that the
I Card 112

FRAMNBERG.B.Te.,, professor; SHVARTS. Yaje. (Odessa)
Isolated lymphogranulonatovis of the stomach. X112621ed., 33
no.11:77-80 N 155. (MUL 9:7)
1..1s vtoroy khirmrgichaskoy kl1nJLk1 (xar.-prof. BeYe.Franksuberg)
Odeask o institute, usovershonstvovaniya vrachey Imasi M.Gortkolp
IHOMKINIS DUAM,
stomach)
(STOUGH. neoplasms.
Hodgkin's die.)

SHVARTS,.-Ye..
Confp-nncp or n1--nicocherlilcal armlvsis. Vestis Latv ak nc.5:10-1-182
I (A.

SIIVARTSO Ya.H... ~
Some causes of errors in vorking vith an electrostatic flu3meter
in a plasma. T~nWy GGO no.136996-102 162. (MM 15--12)
(Atmospheric electricity)