SCIENTIFIC ABSTRACT SKVORTSOV, V.V. - SKVORTSOVA, A.A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001651220010-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 24, 2000
• Sequence Number: 10
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

SUORTSOV, V. V.
Frozen Ground.; Pile-Driving
Self--nronelled nile ciriver for breaking uD frozen
ground. 31ek. sta., No. 1., 1952.
So: Monthly List of Russian Accessions, Library of Congress.. larch 1952 x%W, Uncl.

SKVORTSOVY V.V. (Kazanl)
Possibility for the introduction of the ugallery method" of operating
oil fields. Izv.Afi SSSR.Otd.tekh.nauk.Mekh.i awhinostr. no.3.-299-201
to-.Te 161. (MIU 1146)
(Petroleum engineering)

SKVORTSOV, V. V.
Cand Phys-Iflath Sci - (diss) "Solution of several tasks of
underground hydromechanics with -the aid of electronic computers."
Kazan', 1961. ? pp; (Ministry of Higher and Secondary Specialist
Education RSFSR, Kazan' Order of Labor Red Banner State Univ imeni
V. I. Ullyanov-Lenin); 120 copies; price not given; (KL, ?-Gl sup,
220)

v K V,
PRAVDYUK, N. F., ASTR&MWnSEV, S. M
KARPUKM, V. J.,.ULOET~S~ NIIMLAYENE; V. A.,
"Investigation of Certain Processes in UOp Dispersed in akatrix"
Report submitted for the Conference on New Nuclear Materials Technology
including Non-Yetallic Fuel ElerAnto (IAEA), Prague, 1-5 july 1963

PHASE I BOOK EXPLOITATION SOV/3572
Nebeesnyy., Andrey Danilovich, Engineer, Vasiliy Vasillyevich Skvortsov, Engineer,
and Daitriy Vladimirovich Sokolov, E-ngffe-er
Mekhanizatsiya i industrializatsiya elektromontazhnykh rabot (Ifechanization
and Industrialization in Electrical Assembly Work) Moscow, Gosstroyizdat,
1959. 218 p. 1,000 copies printed.
Ed. of Publishing Eouse: G. M. Shirokova; 5ech. Ed.: L. M. Osenko.
PURPOSE: This book is intended for technical personnel engaged in electrical as-
sembly work.
COVERAGE: The book presents the fundam ntals of installation practices of power-
generating and distributing equipment. Devices used in the installation jobs
and problems of mechanization are surveyed. Methods applied te such
operations are described and evaluated. The material presented in this book
reflects the most advanced practices as applied, for exwTle)by the Glavelektro-
montazh (Main Administration for Power-Equipment Installation) of the Ministry
for Civil Engineering and Industrial Construction of the RSFSR and by the
Card-

GUMANSKIY., G.A.; STWORTSOV, V.V
Pulsed high-frequency ion source with impact excitation. Nauch.
0
trudy TashGu no.221.Fiz. nauki no.21:180-183 163. (MMA 17:4)

V. V. (Kazall')
Effect of the rancom o.-tentation of -4moermeable sections on the
average hydraulic conductivity of a stratum. Izv. AN S.SSR. Mekh.
i mashinostr. no-3:178-182 My-Je 164. (MIRA 17:7)

SKVORTSGV,__-V..V.; OSADCHIYEVA, A.L.; EYDINOVA, G.G.; ABRAMOVA, N.I.;
I------- -.-I IIVANOV, V.M.; SMIRNOV, V.D.
Reviews, criticism and bibliography. Zhur. mikrobiol.,,
epid. i immun. 33 no.7:145-152 Jl 162. (NIRA 17:1)

DAIJILOV, V.L. (Moskva); SKVORTSOV, V.V. (Kazan')
Calculating displacements of the water-oil contact and the time of
water flooding of wells with an electronic digital cDmputer. Izv.
All SSSR.Otd.tekh.nauk.Mekh.i mashinostr. no.4-182-1.34 Jl-Ag 160.
(MIR& 13:8)
(Oil field flooding)

S/194/62/000/007/023/160
D222/D309
AUTHOR: Skvortsov, M.y.
TITtB: Investigation
oil profiles
PERIODICAL: Referativnyy
no. 7, 1962,
no. 11, 31 -
of the regularities in the movement of
using electronic computers
zhurnal. Avtomatika i radioelektronika,
abstract 7-1-123 m (Neft. Kh-vo, 1961t
35)
TEXT: Using the example of solving hydrodynamic problems, the pos-
sibility and the advantaGes of using digital,computers both for the
theoretical investigation of Problems of underground hydromechanics
C,
and also for the planning of the exploitation of oil deposits are
shown. An infinite horizontal layer of constant permeability w1th a
given thickness and porosity in a water-pressure regime and linear
filtration law is considered. The flow is assumed to be laminar and
the boundar dividing the oil and the water, i.e. the oil deposit
contour-(OK~, is assumed to be a straight line. The displacement of
OK for three infinite series of hydrodynamically produced wells for
various ratios between the viscosity of water and oil Ii = 1AVIIIN is
Card 1/2

SKVORTSPV,-V.-V-(Kazan I )
Use of an electronic computer in calculating the movement Of
a nearly oircular oil-water interface. FMTF no.2*.139-141
Mr-Ap 162,, (MIRA 16:1)
(Petroleum geology)

L 2761-~66.. .~W'T (d)/F5S4/EWT (1 )/EEC (k)-2 GW/AST
1ACCESSION NR: AP5022261 UR/0293/6,5/o63/0d4/o66o/o662
551-508.94:629,192.2;55013.
jAUTHOR: Shyarts, Yl&!-M.; Markehey. H,.M.; Petunin, A. N.: Rudakov
.. V. P.
Skvortsor, V. V. L14055
TITLE: Testing of rocket electrostatic flu=eter
SOURCE: Kosmicheskiye isaledovaniya, v. 3, no. 4, 1965, 66o-662
TOPIC TAGS: electric field, spaceborne ionization measurement, ionization detectors
radiation detection A
ABSTRACT: Laboratory tests of an electrostatic fluxmeter of the rotary type with
thin wire meshes and a synchronous detector are reported. The meter is designe
for measuring the electric field intensity at the surface of a probing rocket and,
indirectly, the external electric-1ibld of the upper atmosphere. The sensor was
f 10-4
placed in a chamber under vacuum o _10-5 mm 11g and subjected to bombardment
of argon ions with energies wr 1000 ev or less. Determipations were made of mesh per-
meability for streams bf charged particles and of the effectiveness of the screen 1
plates and synchronous detector as noise suppressors. The coefficient of optical- t:
transparency of-the screen was 0.87i while tfie electrical perniesbility for an ion
Card. 1/2

L 2761-66
iACCESSION NR; 05M461
i
!flux of 10-9-10-7 ainp/cm2 was 0.82-0.86. The noise suppressing capabilities of
the device are such that a noise current density of 1.1 x 10-7 gMp/CM2 and an elee'l..
Itric field intensity of 8 vlam are needed to make the signal to noise ratio 1.
Orig. art. has: 1 :rIgure. [BD)
IASSOCIATION: none
ISUBYaTrED: IBMar65 kNCL: 00 SUB CODE., EMI up
INO REF SOV: 005 OTHERt 000 ATD PRESS:,
Card 2/2.

SKVOITLS07~1, 4 -n stratas.
'n
17:10)
~:o a
nl; t i tilt

SKVORTSOVI V.V.
Conditions for modeling banded pools and the dependence of gallery
production on the location of nonuniform sections. Nauch.-tekh. sbor.
po dob. nefti no.24:54-57 164. NIHA 17;10)
1. Fiziko-tekhnicheskiy institut Xazaaskogo, filiala AN S8SR.

SKVORTSOVI MI., inzh.; STEPM1121KOV, I.I., inzh.
Placing of reinforcad concrete spans by a GEK-80 crane with
transverse movement of blocks by joint expanders* Transp.
stroi. 14 nc..9219-20 S 161+ (MIRA 18:1)

.1 SXVCRTSOV, V.V.; SRATROV, I.I.; OSADGHIMA, A.L.; IYDINOVA, G.G.;
99mmW', M. I.
Rev-law of' Tourse in epldemiologyg by T.T. Skyortsor and others.
Zhur.milcrobiol.,epid.j immun- 30 no.12:131-133 D 159.
(KIU 13:5)
(XnDMIOLOGY)

SKVORTSOV. Vit Ii _Ya#~Iyevich, KIKMKO, Vasiliy Sillvestrovich;
-1 1 --- __~a_.y _
KIJUTMKO, Vasiliy Dorofiyevich; ROZHDESTVETISKIY, V.M..,
red.; SEDICHILO, K.K., tekhn. red.
[Viability and detection of pathogenic microbes in an external
medium]Vyzhivaer.ost' i indikatsiia patogennykh mikrobov-vo
vneshnei srede. Moskva, Medgiz, 1960. 348 P. (MIRA 16:1)
(BACTERIA., PATHOGEVIC)

- SOORTSOV , V.V. J, prof.
First All-Union Congress of Epiderdologists, Microbiologists and
Infectious Disease Specialists. Biul. Uch. med. sov. 2 no.6:33-36
N-D 161. QfIiA 15:1)
(EPIDEK1OLOGY_CONGH?,-SSES) (MICROBIOLOGY-CONGRESLES)
(COMMUhICABLE DISEA&S.-CONGRESSES)

SKVORT.Sav-,-- V.V.,-P-rof.
Interepideftle 'period is an important phase in the control of dfentery.
Sov.med. 25 n0'.3:13-16 Mr 161. (MIA 14: 3
(DYSENTERr)

SKIffiff2SOV., V VEYDINOVA, G.G.; LUPINA, I.I.I.;AAKUBOVA, G.R.; SURAY, A.Ya.;
T.V.; MIKHAYLOVA, A.M.; KRASITOVA, F.M.; KOBEIITSSOVA, A.D.
ZpideraioloEy of intestinal infections in children's institutions.
Zhur. rukrobiol. epid. i i-mun. 32 no.6-47-51 Je '61. (1,aRA 15'-5)
3~ Iz II Moskovskogo medit"sinskogo instituta Lmeni Pirogova i
swiitarno-epide,-u,dologicheskoy stabtsii Leningkogo rayorul Moskvy.
(INTEMINES-DISEASSS)

SKVOHTSOVI, V.V.; OSADCIIIYEVA, A.L.; EYDINOVA, G.G.; SOLNTSEVA, L.Ya.
Increased attention to the prevention of intestinal infections in
children. Vop. okh. mat. i det. 7 no.3:3-5 Mr 162. (KRA 15'-5)
1. Is kafedry epidemiologii II Moskovskogo meditsinskogo instituta
imeni N.I.Pirogova i sanitarno-epidemiologicheskoy stantsii
Oktyabrlskogo rayona Moskv7.
(INTESTB-ES--DTSEASES) (CHILDREN--DISEASES)

-SKVORTSOV, V.V., prof.
First All-Russiah Congress of the Scientific Society of Epidemiologists,
Microbiologists and Infectious Disease Specialisto (may 23-29., 1961
in Kazan). Sov.med. 25 no.1:148-152 Ja 162. (Mlitk 15:4)
1. Zamestitell predsedatelya pravleniya Vaerossiyskogo nauchnogo
bbshchestva dpidemiologov, mikrobiolog6v i infektsionis-tov. Sov.
med. 25 no.1:148-152 Ja 162. (MIRA 15:4)
(COMMUNICABLE DISEASES-CONGRESSES)

SKVORTSOV, V.V.
First All-Russian Congress of the Scientific Society of Epidemiolo-
gists, Microbiologists and Infectious Disease Specialists. Zhur.
mikrobiol., epid.i immun. 33 no.4:157-160 Ap 162. (MIRA 15:10)
(EPIDEMIOLOGY-CONGRESSES)
(MEDICAL MIGROBIOLOGY__CONGRESSES)

-3?:VC-RT.7,rV,V.V. (Kazan')
"Phe derendence of the Inf1cw or the r9ndo.-m Position of areas
-ith essentially difl'erent permeabilities"
Ber.ort uresented at the 2nd All-Union Congress on Theoretical
and Aprlied riechanIcs, M;oscow 20 Jan - 5 Feb 64.

------ ---------

v
S-700R.'60V- Y,,:;.) Cr~rm: Tezh Sci -- !'C- ion of c S'hipls heelil.- in 4~
circule-l'-d3n. on the brzis of tlie. &pciiezition of di-continued-c-irculction theory
0A, & viin". of Wem*ljewQlw, pernis'silde Len, 19611, (Len Inst of lVallar
0
Tr!i r, s.-m tOCL, 1-61, 197)
-244-

SKVORTS(YV, V.Ye.(g.Chkalov)
ZffIcient method of combating snowdrifts. Zhel.dor.trafflip-37 no.n:
55-59 19 '55. (MM 9: 2)
1.Glavu" Inshener slushby putt Orenburgskoy dorogi.
(Railroads--$now protection and removal)

3.-9P,7
3/64 1/6 1 /000/000/01. 4103;
BI 041BI02
Bonyu3hkin. YA.. K, . Zanyatia . Yu - 3, , Fir,:-,I
t!:,rtyniv, P., skvortno-j, Ye. A , 112hatsk,.y, V N
V- 2-15 .,, .1 3 6
Fraj;ment yinldn of Not nnutron fiselon of U el U
5 0 j R C Krupchitskiy~ P. A- ed. Neytronnnym fizika; aborn!k 6tat'~,.V'
Woscow, 1961 , 224-22j,'
T E'. X T ;Results of fragment yield measurements carripd out in '.953-1955 ar'!
dealt wItIl. U235 and U23,9 were fissioned by 14.5-Mev neutrons and
fission neutropss The relative fragment yield with respot tc, th- Vo99
yield and the absolute yield in mo" -ore determined. Pre 9 a ed 10 - 5 0 6
U3 0Ij tablets were put into a hermetically sealed container,
A U235 mu Itiplication system without a moderatorp and a conve=ter which
transformed thermal neutrons into fission neutrons were used ns 'ission
neutrGn sources. The specimen was bombarded by an integral neutrqrk flux
of 2-1013. A tritium-saturated zirconium target which was bombarded with
Card I

yle]145 0.1 rivot. B104/B102
150-kev protcnn r,.3rved as 14-5-14k~v noutron aours", The integrai ccutron
.1
flux '~llt-) the w%3 2 101 Thq irradiatiin time was & -o '.0 hri
fiarion fragments here separated from the irradiated sample3 by
Tlie
tnpo ~J!,.ztion. The 'raC;riqnt y4olds w-~re detormined from 'heir 5--activ-
tj by o:oi indo. cQ-in-.-ra with a !5-20 IL thick MICA -xinao-4 hv;-ig :',
diam-il.ov of 20 cim Th-) re,itilts aro xurimarizod in Table 2. T"-; I a ~ I -. e
probability of tL Symmetrical fisalon larrely dependa on ~h-
~neri;y c-C th-~ compound. For U255 tile ratio r t--!tw--r the
a zYMI-letri-Al flasion and the maximum yie 14 O,OV~.-
-n-as~tron iisslo.'a 'o 0,052 in fissloy indu-"
and to G 2 In the with '.4 1-"L*i neutroitu AD
of tile comp.,)Und nucl'Piz; te 14,5 1'.v-
jr,?bal,ility cf , ey.:)&-trical fi;alor' by a .3.' 1-` r~~3 -,-,I
255 2 15 f; 234 239
f r f U U U and PU is stufli-11 R;; a fun~t;.cn
d42tri~ufiozi ' rbe f-a,-=~nt y1elde of th~sc- -'sotopeo B.9 a funs'Lir*l
t~ Qf 17 ajyrnr.-r~tric Th,, aulh~ro thank A. A Vo, 1 *~ r. k,~ n
1, il-~znor, L. 13. Foretskiy and T;~- T, Sirotinin f--r *rrrvtzF.--t.-i; the
with n~utvona, V If SplAtor iro' L S. AvJ-,e,,,eja f~:'-
ta th- .,urcceatj, Lh-!akc
G a r d

3 7
S/6 11 161 ;'OI&/0r-,Dj 101,11'033
Fr~'--ant jields of faa'~ ... 3 1 0~' /3 -. C'2'
cninn- ova 7. R. :;r.-
.1 - Z _iwk. 11. 7. ShuvanovL, S. Ye. Sanina and
Kon.1r,"va fov th~~ sepa,':itior- A. IN. Protopopov (Atomnaya
uncrf:-;,-1. 5, vip. 2_19~,U) 4:; nentioAud. ~neri~ are 6 fit;ures, 2 tables,
ars-I 1) 5 30vict ;'~'vl 14 The four moot recent
r~,feroncea to publicationzi rcad ao follows: Fon" V.
Fhyr. Rev., 1(',)2, 434 (1956); Katcoff :;., Nucleonics, 16, 4 (1956);
Bun-cy L. H., Scadden E. M., Abriam J., Ballou 11. 0., report no. 643,
held at the Second International Conference on the Pencoful Une.; of
Ato.mic EnerGy, Geneva, 1958; IlemmendInCer A., report no. 663, field at the
Second International Conference on the Peaceful Uses of Atomic Energy,
Geneva, 1958-
Table 2. Total fraj;ment yield,
Le(;und: (1) luotopol (2) fission spectrum, (3) 14.5 Mev-
Card 314'

BONYUSHKIN, Ye.K.; ZAMYATNIN, Yu.S.;.KL-IIN, I.S.; WRTYNOV, N.F.;
SMIORTSOV, Ye.A.; USHATSK.TY, V.N.;
[Yields of fragments of U235 and U238 fission fast,
neutrons] Vykhody oskolkov deleniia U235 i U 241
bystrymi neitronami. Moskva, Glav. upr. po ispolIzaraniiu
atomnoi energii, 1960. 19 p. (MIRA 17:3)

a i L J1
1i 3
PHASE I TREASURE ISLAND BIBLIOGRAPHICAL REPORT AID 37
Call No.: AF596897
BOOK
Author: The Late Prof. SKVORTSOV, YE. F.
Full Title! ASTRONOMY
Transliterated Title: Astronomiya
Publishing Data
Originating Agency: Academy of Sciences, U.S.S.R.
Publishing House: State Educational and Pedagogical Publishing House
of the Ministry of Education, R.S.F.S.R.
Date: 1952 No. PP.: 301 No. copies: 25,000
Editorial Staff
Editor: Prof. Parenago, P. P. Tech. Ed.: None
Editor-in-Chief: Committee: Appraiser: None
Mikhaylov, A. A., Corr. Mem., Acad. of Sci., USSR
Vorontsov-Vellyaminov, B. A., Corr. Mem., Acad. of Pedagog. Sci.,
R.S.F.S.R. and Prof. Dubrovskly, K. K.
Others: Shorygin, S. A. compiled the references and bibliography
and made the greater part of the diagrams and figures.
Text Data
Coverage: The table of 3ontents completely covers the text. The
items which cDuld not be found in English texts, such as
R. H. Baker's Astronomy (1950) and J. C. Duncan's
Astronomy (194b) and others, or which have been given
1/8

Astronomiya
AID 373 - I
PAGES
geographic longitude. Determination of equatorial
coordinates of stars. "Service of Time" in USSRA)
Astronomical clock ("Nonius")(IOMaksutov's meniscus
telescope* Derivation of the basic formula of
spherical trigonometry. Methods of determining
the latitude and time.
Ch. VI The Earth 89-105
Sphericity. Distance and dip of the horizon.
The first measurements of the radius of the earth.
Triangulation. Elements of the terrestrial spheroid.
Geoid. Geographical and geocentric latitudes.
Rotation of the earth. Deflection of falling
bodies t6kards the East. Foucault's pendulum.
Deflection of moving bodies. Effect of the earth's
rotation on gravity. Gravimetry.
Ch. VII Determination of Astronomical Distances lo6-121
Determination of the distances to inaccessible
objects
A. Distances in the limits of the solar system.
Daily parallax. Determination of the horizontal
parallax anu the parallax of the sun. Determina-
tion of the size of celestial bodies.
4/8

Astronomiya
AID 373 - I
PAGES
Explanation of the motion of planets according
to the Ptolemaic system. Heliocentric Copernican
system. Explanation of the motion of an outer
and an inner planet according to Copernicus.
Equation of synodic motion. Kepler's laws.
B. The contest for a Y,?liocentric conception
of the universe.
The age of Copernicus. Giordano Bruno. Galileo
Calilel.
Ch. X Universal Gravitation 157-171
Basic laws of motion. Newton's inferences from
Kepler's laws. Problem of two bodies. Identity
of the force of gravitation and the force of
gravity. Determination of the masses of celestial
bodies. Perturbations in planet motions. Stability
of the solar system. Disnovery of Neptune and Pluto.
Precession and nutatiom Tides. Exercises.
Ch. XI The Sun 172-190
Size, mass, density of the sun. Significance
of the sun in life on earth. Radiation, tempera-
ture, constitution. Contemporary methods of the
6/8

Astronomiya
Hypotheses of Laplace, Jeans, Darwin.
gonic hypothesis of 0. Yu. Shmidt and
V. G. Fesenkov.(4)Meteorite hypothesis
origin of comets of S. V. Orlov.(*)
B. Origin of Stars.
Cosmogony of the Metagalaxy. Age and
of the sun. Infinity of the Universe
and space.
Appendices
Bibliography
Index of Names
Index of Objects
Maps of the Stellar Sky (attached)
AID 373 - I
PAGES
New cosmo-
of the
evolution
in time
277-285
286-293
294
296
Purpose: Approved by the Ministry of Higher Education of SSSR as a
textbook in geographical departments of pedagogical
institutes.
Facilities: Pedagogical Institute, Crimea
No. of Russian and Slavic References: 165, after 1939.
Available: A.I.D., Library of Congress.
8/8

ACC N
l-.pipeline5 2--control elemeat,, 3-actuator; 4-different
SUB:,CODE: 13/ SUBM DATE:' 14Feb64
Card 2/2

KOMAROVA, Ye. S., SKV09.TSO , Ye. S.
Grapes
Early Zolotistyi is a valuable variety for production
of dessert wines. Vin. SSSR 12 no. 8, 1952.
Monthly List of Russian Accessions, Library of Congress,
December, 1952. UNCLASS=.

\j
USSR/Chemical Technology Chemical Products and Their Application. Fermentation
Industry, 1-27
Abst icurnal: Referat Zhur - Khimiya, No 19, 1956, 63591
Author: Skvor-tsov, lv_~ -
Inst,if.utioi3: NC'De
Tit..Le: 1hpioving (duality of Wine from 1~ybrids
Original
Periodical: Byul. nauch.-tekhn. inform. Ukr. n.-i. in-t vinogradarstva i vino-
deliya, 1955, No 1, 14-17
Abstract: For the beat hybrid grapes Zeybell No 1, 14, 128, looo, 4986
(Zolotoy luch), Kuderk No 7120, Gayyar No 157, Bako No 1, Terras
No 20Y Kastell No 120J. Noa, Lidiya, Izabella, are reported-the
aspects of each variety and procedures for producing table and
fortified irine products and vines.
Card 1/1

1. SKVORTSOV, YU. A.
2. USSR (600)
4. Sedimentation and Deposition-Tien Shan
7. Geomorphology and the Quaternary deposits of western Tien 9,han and the
neighboring foothills (history of the development of the relief durin--
.1
the Cenozoic ara).
[AbstracQ Izv. Glav. upr. geol. fon. No. 2, 1947
9. Monthly List of Russian Accessions, Library of Congress. March 1953, Unclassified.

11,1111C yu. A.
S,
T -ta
analysIs nd, ma n
SvVOIfT.----'Oll Yu. A. lt,-lptho,-,s e- f, g, 'I
p 2 -'173.
-I.-nauk issue 3~, 1~11EY
SO: U-30U, 11 'I'arch 53, (i,ot(-,pis "hurnal Inykh Statey, No. 7 191.9).

SKVORTSOV, Yu.A., professor, dektor goologe-mineralegicheakikh *auk; UKOOV.
U. rodaktor; KORZHMMSKIY, N.L., rodaktor.
Memento of the most recent tectonic movements is. Uxbokistax.; geo-
morphological structure and Cenozoic deposits in the mountains and
pieftental Ilementy aevoishikh tektomichookM dvizheall Usbakistana;
goomerfologichookee strosaie i kalaossiskis otlozhealz garnet I pri&-
gervoi chastei. Tashkent, Izd. Srodneastatsksgo gosi umIv.. 1949.
J2 p. (Tashkent. Uxitersitst. Trudy Brodneasiatakege Oeudarstyeasigo
universitsta. s9.12, Geologe-geogrof ichookle aanki. se.1) -(NLRA 'j-.2)
l.Doystvitellmyy chlea All UzSSR (for
AN UsWR (f or Kersheneirskiy)
(Uzbekistan--Geology, Stratigrsphic)
Umarev).2.Chles-korrowpoadewt
(Uzbekistan--PhyuicaI geography)

SUORTM.-Yu.A., otvetstveanyy redaktor; SHIPUKRIN. A.Ya., redaktor
izdatel'stva; SRIPBLIKOV, A.T.. takhnichaskiy redaktor
(Transactions of the all-Unioa working congress on the results of
the study of the Quaternary Period, in Tashkent in 19481 Trudy
voasoiuznogo rabochego soveshchanita po itogam izuehenita
chetvertichnogo periods v gor. Tashkente v 1948 g. Tashkent, 1953e
283 p. (KLRA q..10)
1. 1kademiya nauk Usbakskoy SSR, Tashkent. Inatitut geologit.
(Soviet Gentral Asia--.Geology, StratiSraphic)

SKVORTSKOV. Tu.A.; RATSIK, V.I.; RYABGHIKOV, A.M.
Role of N.L.Korzhenevskii in the exploration of Central Asia
05th birthday). Izv.Vses.geog.ot~-va 86 no.4:359-362 JI-Ag 154.
NLRA 7:9)
(Korshenevskil. Nikolal Imeopolldovich, 1879-
(Soviet Central Asia--Description and travel)

SKVORTSOV, Yu.A.
',-
Genetic types of CtLmternary formations in river valleys. Izv. Uzb.
fil. Geog; ob-va 2:11-34 156. (MIRA 11:4)
(Uzbekistan-Geolog7, Stratigraphic)

,~ 0.4 ~-;. ~", I
CAUGORY
AB03. JOUR. I RZ3101., -To. 1959, NO- 87,134
TITLE The Problem of Putting to Use Golcdnaya
btep~-R .
GRIG. PUD Izv. Ali -UzSSR user. bipi.1 1957, No 11 7-14
A T Mk CT Discussion of the ;,robler-, of evolving a set
01~' measures for the control of secondary salination. and
of a system of agricultural technolo~gy for cotton an'd
other fam. crops.
CARD: ~1//

Vacuum Devices in Machine Building.
PA - 3615
The introduction of such vacuum devices offers new posjibilities
for the mechanization of working processes.
(With 7 Illustrationm).
ASSOCIATICU; Not given
PRESENTED BY:
SMITTED:
AVAILABLEs Library of Congress
Card 2/2

SOV112-91-1
-15/22
A."_'THORS-. Ryabchikov, A.1,1.,~,Skvortsov, Yu.A.,__Ratsek, V.I.
TITLE- N.L. Korzhenevskiy: In Memoriam (Pamyati Nikolaya Leopolldo-
vicha Korzhenevskogo)
P.]RIODICAL: Izvestiya Vsesoyuznogo geograficheskogo obshchestva, Vol 91,
Nr 1, pP 91-93 (USSR),i'j~~'l
ABSTRACT: This is an obituary on Professor N.L. Korzhenevskiy, scien-
tist and explorer of polar regions and Central A3ian deserts,
Honorary 1'ember of the Geo raficheskoye obshchestvo SSSR
(USSR Geographical Society~ and President of its Uzbek
branch, Corresponding Member of the Uzbek Academy of Sciences,
and Head of the Kafedra fizicheskoy geografii Sredne4ziatskogo
universiteta im. V.I. Lenina (Department of Physical Geo-
graphy of the Central Asian University imeni V.I. Lenin)
Card 1/1

GUSSAK) Veniamin Borisovich; NASYROV, Yakhlya Minaidovicb; .
SKVORTSOV,Yuriy Aleksandrovich;BOYN, A.N., red.; SOROKIIIA,
T-I.,
(Soil formation on loess accumulations of various ages and
the fertility of Sierozems) Pochvoobrazovanie na lessovvkh
akkumuliataliakh raznogo vozrasta i plodorodie serozemov.
Tashkent, In-t pochvovedeniia, 1961. 159 P. (MIRA 15-7)
(Uzbekistan-Sierozem soils)
(Uzbekistan-Loess)

SOORTSOV,_Xu.A~
Mdtvrials on the preliminary stratigraphic scheme of
Quaternary sediments in Uzbekistan. Sovogeol. 5 no.1.146-155
ja 162. (MIRA 15,2)
(Uzbekistan--Geology, Stratigraphic)

KORZHENEVSKIY, N.L.; DONTSOVA, Z.N.; KHASANOV, Kh.Kh., dots.;
VASIL'KOVSKIT, N.P.l--LkclU=OV-L&-A.; POSIAVSKAYA, 0.1u.;
KOGAY, N.A., dots.; MAHWV,,"--h'.-m'.4'-AKULOV, V.V.; BABUSHKIN,
L.N., prof.; SHULITS, V.L.,, prof.j GORBUNOV, BJ.; GRANITOV.,
I.I.; KOSTIN, V.P.; SMIRNOV, N.V., dots.; TSAPENKO, N.G.,
dots.; DEGTYARI, V.I.; CHERNOV, P.N.; HUICMINOV, F.G.;
SELIYEVSKATA, A.A.; RTABCHIKOV9 A.M.; DALIMV, N.D., dots.;
LOBACH, Kh.S.; TADZHIMOV, T,; ARKADIYEVA, A.N.; GALIKOV,
Ch.V.; SHTARKLOVA., 8.1,; BESSONOV, M., red.; BAKHTIYAROV, A.,
tekhn. red.
(The Uzbek S.S.R.] Uzbekskaia SSR. Tashkent, Gos.izd-vo
UzSSR, 1963. 483.p. (MIRA 16:8)
(Uzbekistan)

SKVORTSOV, Yu.A.
Geomorphology of the Angren valley. Nauch. trudy TashGU no.236
Geog. nauk-i no.28:289-309 164. (MIRA 18:7)

SKVORTSOV, Yu.I.; KOROLEV, Ya.G.
JCffect of iron ore additions on the properties of coke obtained from
fat coal. Trudy NMI no.28:79-83 159. (HEU 13:11)
(Coke) (Iron)

NE=e: I ~Yu * ~M
Dissertation: Obtaining formed metallurgical coke from -tbe poorly sinter-
ing coals of the Irkutsk Basin
Degree: Cand Tech Sci
Acad Sci USSR, Inst of Mineral Fuels
"~te, Place: 1956, Moscow
Source: Knizhnaya Ietopis', No 47, 1956

SPMNSIFAYA, G.V., kandidat tokhnicheakikh nauk; SKYOP230Y. Yu.N.
- lx~-.k"~,~_m- a"
Now coking method for producing metallurgical fuel from coals
with low caking power of the Cheremkhavo deposits. Koks i khim.
no-7:3-6 156. (NW 9:12)
1. Institut goryuchikh iskopayevM Akadenii nauk S=.
(Coal--Carbonization)

SPBRAITSKAYA, G.V.; SKYORTSOV, Yu.M.
Use of a now coking method for the preparation of metallurgical
fuel from Uheremkhovo deposit low-coking coals. Trudy IGI 10:51-59
'59. (MIRA 12:12)
kCheremkhovo-Coal) kGoke)

SHOSTkKOVSKIY, M.F.~ VLASOV, V.M~; SKVORTSOV, Yu.M.,; LIVOV, A.I,
Synthesis of vinyl ethers of acetylenic alcohols by irdirect
vinylation. Zhur, org. khIm. I no.8~1514-1515 Ag 165.
(MIPA 18;1!)
1. Irkutskiy instit-ut organicheakoy khimil Sibirskogo otdel-enlya
AN SS--`-R.

MOSUM, V.A.; FILWPOV. M*F.; SKORIXOT, A.G.; blVMTSOV, Yn.K.
High-current pulme stereobetatron,, Izv. vysuchebosave;
fize A4.5:35-" '59. (MIRA 13:4)
i
1. Tomskiiy politakhnichaskV Institut imeni S&K.Kirova.
(Betatron)

MOSKALEV, V.A.,-_ SKVORTSOV, Yu.M.
Two-chamber bttatron for medicinal use, Med. rad. 6 no.1.62-64
?61, (NIRA 1483)
(BETATRON)

KAISCHITS, I.V.; STRAKHOVA, K.A.; SKVORTSOV, Yu.M.
Composition of the products of destructive hydrogenation of benzene
In presence of high-temperature catalysto. Trudy Vost.-31b.fil.AN
S&%. no.3:88-93 155. (MLRA 9:4)
(Ben2ene) (Hydrogenation)

KOSOLAPOVY V.I.- SYNORTSOV Yu.M.; DE1,11YANCHUK, A,.S.; KISELEVA, K.V..;
14DUIALEN
.1
Exchange of experience, Za:,r.--iab. 2-9 no-21 :1388-1389 162.
'HaA 151")
1. Institut khLrnii. Sibirskogo otdeleniya AN SSSR (for Kosol-apov,
Skvort,gov). 2. inatitat elektrosvarki Imeni Ye.O.Patorla All lPkrSSR
(for DemtYanohnic). 3. Fizl~~heskJy instiuut imeni P,N,LBbedeva
(for Fdoeleva, Rikhalenko).
(Scientific apparatus and instruments)

ACCESSION NR: AR4022437 S/0058/64/000/001/AO36/AO37
SOURCE: RZh. Fizika, Abs. 1A331
AUTHORS: Moskalev, V. A.; Okulov, B. V.; Otrubyanhikov, Yu. A.;
Skvortsov, Yu. M.; Skorikov, A. G.; Shestakov, V. G.
TITLE: Results of starting a pulsed two-chamber stereo betatron
for 25 MeV
CITED SOURCE: Izv. Tomskogo politekhn. in-ta, v. 122, 1962, 50-53
TOPIC TAGS: stereo betatron, pulsed stereo betatron, two channel
stereo betatron, ionization measurement, radiation dose power,
optimal gar,=a ray intensity, stereo betatron radiation yield,
bremsstrahlung pulse
TRANSLATION: A two-channel pulsed stereo-betatron for 25 MeY with
increased radiation intensity was started 'and put in operation,at
L
Caid 1/3

ACCESSION NR: AR4022437
the Tomsk Polytechnic Institute in 1960. The electromagnet,of the
apparatus was fed with 2760 A current pulses at 7.5 kV and at a
repetition frequency of 0.2 cps. The injection voltage and current
were 300--400 kV and 1.6 A. A special system for dropping the elec-
trons on the target made it possible to obtain bremsstrahlung pulses
not exceeding 0.2 microsecond in duration. (For details see RZhFiz,
1963, 1A381, 382.) To register the radiation pulses, a standard
"Kaktus" x-ray meter was used with an aluminum one-liter DIG-1
ionization chamber. It was impossible, however, to measure the ra-
diation-dose with the available instrunents. Consequently,-a rough
qualitative estimate of the radiation dose power per pulse was made
'using a method in which a radiation pulse was transmitted through a
lead layer of maximum possible thickness. it was found that at op-
timal gamma-radiatiQn intensity a pulse from one accelerator cham-
ber can pass through a lead 14-cm layer located 1 meter away from the
'accelerator target. This corresponds to an approximate dose of 50
roentgens. If it is assumed that during one acceleration cycle the
Card 2/3'

ACCESSIOU NR: AR4022437
dose ii. the stereo-betatron beam amounts to only 5 roentgens, then
tl~e radiation yield of the stereo-betatron is 250--300 times larger
than in existing betatrons of the same energy. The dimensions of
,the focus spot did not exceed 4 x 2 mm in the right-hand accelerator
chamber, and 10 x 1 mm in the left. The number of accelerated elec-
trons is -5 x 1011. V. Voronin.
DATE ACO: 03Mar64 SUB CODE; PHj, SD ENCL: 00
Caid 3/3

ACCESSION NR: AP4041009 s/olzo/64/000/003/0032/0033
AUTHOR: Moskalev, V. A.; Shestakov, V. G.; Okulov, B. V.; Skvorts ov, Yu. M.,
TITLE: Method for measuring accelerated charge in a betatron
SOURCE: Pribory* i tekhnika eksperimenta, no. 3, 1964, 32-33
TOPIC TAGS: betatron, betatron measurements, betatron accelerated charge
ABSTRACT: A combined - direct and indirect - method for measuring a charge i
developed by the authors (registration no. 34311, priority of OlFeb63) is briefly
described. The target current pulse is recorded simultaneously with a signal
induced in a special "indicating electrode. 11 At an energy under I Mev, the
electrode signal is calibrated directly and then the ciffil~ration is used for
measuring the charge with any energy. Two oBcillograrns taken at 0.5 and 25 Mev;
illustrate the method. Orig. art. has: 2 figures*.
ASSOCIATION: none
SUBMITTEM 07jun63' ENCL: 00
SUB CODE: NP NO REF SOV: 005 OTHER: 002
,Card 1/1

AUTHOR: A11TONOV,YU.N., VAVILOV,YU.N., ZATSEPIN,G.T., PA - 2665
KUTUZOV,A.A., SKVORTSOV YU.V., KHRISTIANSEN,G.B.
TITLE: Structure of t-R-eTeriphery of Extensive Atmospheric Cosmic Ray
Showers. (Struktura periferii shirokikh atmosfernykh livney kosmi-
ohoskikh lucheyy Russian)-
PERIODICAL: Zhurnal Eksperim. i Teoret. Fiziki, 1957, Vol 32f Hr 2g pp 227-240,
Russian)
Received; 5 / 1957 Reviewed: 6 / 1957
ABSTRACT: The present paper investigates the spatial distribution of the
different components of a broad atmospheric cosmic ray shower at
great distances from its axis (200 - 800 m). For a detailed study
of this problem the Pamir-Expedition of the Academy of Science of
the U.S.S.R. (sujkmer and autumn 1950 and 1951) used a new method:
In different places of the observation plain the flux density of
all charged particles (and separate from it that of penetrating
particles) was simultanously determined with hoaoscopic devices.
(Method of correlated hodoscopes).
Summary of results; The shower domain investigated here consists
of an electron-photon component andefapenetrating component
(apparently myons).With increasing distance from the shower axis
the relative share of the penetrating component increases oonsiaer-
ably and at a distance r - 800 m. the flux density of penetrating
Card 1/2 particles and of electrons is equal. The spatial distribution of the

Structure of the Periphery of Extensive Atmo-- PA - 2665
spheric Cosmic Ray Showers.
total flux density of electrons and of penetrating particles is
determined by the formul4 (r) , 1/r" with n -j2,0. On account of
the relatively slow decrease of flux densities of shower particles
the periphery of the shower plays an essential part in the
general balance of the flux of the shower particles. The mechanism
of the transition of electrons to the periphery of the shower is
reduced to the Coulomb scattering of these electrons by the
nuclei of air atoms. The transition of Myons to the periphery of the
shower Is effected by their Coulomb scattering and also apparently
at the expense of the emission angle in the elementary acts of the
nucleus cascade process of the positive and negative myons pro-
duoing these myons. Finallyq data on the intensity ?f primary ifov
cosmic particles with extremely high energies of 10 up to 10
are given. (10 illustrations)
ASSOCIATION: Physical Institute 11P.N~Lebedevll of th,-. Academy of Science of the
U.S.S.R.
PRESLWTED BY:
SUBMITTED:
AVAILABLE: Library of Congress.,
Card 2/2

Yu. V. SK)IGRT-)Cllj (V.O-, Korrelkov), Yu. S. Nesterikin)
"CRE.'..TING OF STROjj'G DISCHkCiES IN DEUTERIUM"

IF AP. 1
mi
1 13 1 g 11jis
1!10 1! ~ -Is- M
Ps 148 1 v I
t3v fSAI ..ij IML
'till
I lab
gill 11

z~ V 11.(" // 1)
/ C. "2 CC 0
4=W_1 68157
AUTHORS: Komellkov, V_ S., Skvortsov, iu. V. BOV20-129-6-20/'69
""

TITLE: in a Liquid
The Widening of the Channel. of a Po wer
ful Spark
PERIODICAL: Doklady Akademii nauk SSSR, 1959, Vol 12P,; Ur 6~ pP 1273 - 1276
(USSR)
ABSTRACT: The authors investigated the primary stages of the widening of
a spark channel in a liquid (first period of current passage),
for it is just at this stage that high pressures and tempera-
tures may be determined. The discharge occurred in water alone
the axis of a cylindrical transparent glass vessel, The circuit
had a capacity of from 2.7 to 260 Af, a voltage of U 20 to
_'6 -,7
40 kv, and an inductance of, L = 7.'0 to 10 . henries. Am-
perage and vc1tage at the spark- chazinel were recorded by means
of a pulsed oscilloscope of the type OK-17 M. The ampera.ge aML-
plitudes attained 720 ka, and the greatest steepness was
1
2.1.10 11 a/sec. The motion of the shock-wave front in correspond-
inaly weak discharges could be observed only if the chamber was
illuminated by the light of an air di3charger~ In powerful dis-
_
Card 1/3 charGes the motion of shock waves is distinctly -visible, The ~"
K

6 8 15 7
The 71ideninG of the Channel of a Powerful Spark in a Liquid SOV/20-129-06-20/60
j .1
spark channel widens considerably more slowly than the fton.' of
the shock wave. In the initial sta.fre repeated breakdowns apd the
formation of from 2 to 4 parallel channels may be observed. Be-
hind the wave front relatively weak disturbances aro obser-!ecl,
which, for a Certain time, move with the front of thr, main. sh,,,ck
wave. A characteristic foattirc is ";be constan:_,y -.f th(- vel-:Aty
vsh of the shock waves durIna Mae time of observation T/2. Tlj,~
sah,e holds also for the 3park channel, -idens -with nearl,,-
y dnrinE; the firet semiperi~,d. The constancy
constant velocit
of the shock.-wave velocity may be explain~_d by the -nerLV trans.
fer from the channel to the front bY mearis of t-1,e small d i s ti -1 r -
bances, the velocity of which, by '.h-2 way., exceeds -! 311' th
I
increasing maximiLin amperage I In the following quantitles i-'sr;~, q s e
1) Damping of amperagre in the di3char6e circ-jit. 2) The mean
-rad-ents in the channel in 'the first and second. quarter of the
I U L,
The current density i't)~ 4) The en-e-rgy libz-.ra*ed r-
period. "~) -
the channel during the first semiperiod. The enerey t-._an_=po-rted
away by the radiation of the channel in the visible --cart o" the
spectrum may be neglected for the here discussed estimations.
Card 2/3 The channel temperature is proportional to the energy of

6 8 1 -Z !
The -,'Iidenin;- of the Channe' of a Powerful Spark in a Liquid SOV /20-1 29-6-20 /,lei
unit of volume. In the stronG sparks produced by the authors -61-he
temperature is at least 3.7 times as hiGh as ir- the weak ones,
Between the hot and the cold re-ion there is apparent!.y a 'Layer
of rather large excited particles, and the regions ~~f conduct.-
vity differ noticeably from one another. The authors thank
11. M. Kuznetso-.f for a useful discussion. and for his ad-i~~e.
Reference is made to S, L. Mandel-shtam and 11. K. Sukhodrev in
this paper. There are 4 ficures, I table, and 5 referenoes,
4 of which are Soviet.
P R E 3 EjNTED August 2, 1959, by L. A, Artsimovich, Academici-3"-
SUMITTED: JulY 10, 1959
Card 3/3

VASIL'YEV, V-I-, KOMELIKOV, V.S., SKVCRTSOV, Yu.V., TSEREVITINGF, S.S.
Stable dynamic current flux. Zhur. tekh. fiz- 30 no-7:756-768
il 16o. (MIRA 13:8)
(Electrical discharges in Cases)

AUTHORS%
84725
S/057/60/030/010/004/019
B015/ '~o6 3
Skvortsov, Yu. V', Komellkov, V. S., and Kuznetsov, N. M,,
TITLE, Expansion of a Spark Channel in a Liquid
1~i
PERIODICAL: Zhurnal tekhnicheskoy fiziki, 1960, Vol, 30, No, 104
pp~ 1!65-1177
TEXT: The work reported on here was conducted in the years from 1956
to 1958 and dealt with initial stages of expansion of a strong spark
channel after breakdowns The electric circuit of the experimental setup
(Fig. 2) is shown in Figz 1, its design has been described in Ref. 6.
Figs. 3 and 4 provide examples of oscillograms of voltage and discharge
current.. Some of the results obtained from the oscillograms are collected
in Table 1. Oscillograms of current I(t) and voltage V t) permit calculat -
ing the energy W liberated at a given instant: W(t) I(t)V(t)dt,
Results obtained by such a calculation are given in Fig - 5 a,b; Fig, 6
illustrates the dependence of the initial rate of energy liberation Wn
on the initial gradient I of the current., Fig 7 shows the time dependence
Card 1/3

84725
Expansion of a Spark Channel in a Liquid S/057/60/030/010/004/019
B013/B063
of current density j (a/cm2)1 Fig. 8 that of conductivity. The discharge
pictures of Figs. 9 and 10 show three characteristic sections, namely,
the spark channel, the shock wave front, and an intermediate region, Minor
perturbations propagating from the channel to the shock wave front are
distinctly discernible in the latter. The dependence of the channel radius
rk on time is shown in Figs. 9 and 11, while the modification of the
radius of the shock wave front rf in time is shown in Fig. 12. Table 2
contains values of Vk (expansion of discharge channel) and D (rate of
motion of shock wave'front) for various growths of current. A striking
aspect is the little dependence of these quantities on the initial con-
ditions in the discharge chain. Experiments have shown that the energy
liberated in the spark channelg the pressure and the expansion rate of the
channel, the velocity of the shock wave arising on a discharge in a liquid,
mainly depend on the parameters of the discharge chain. The initial
gradients in the channel attain 104 v/cm. EnerF liberation i3 protracted
over the whole half-period, and attains 2 5.10 joules at f - 2.10 a/sec
and t =-Z~ At a steeper growth of current, the energy maximum in the unit
4
volume of the channel shifts with time toward the beginning of spark
Card 2/3

A A 'I V-4
q I%T
jlq r-n"
17'.."u-i d I
:L V.,:) flL
Z-77 --z-j'77 "Ciff !t u q
Ql:-,
a PL
vy
-i o I --- 77-7
T
1 ;7.7

L 9885-63 EFRAPA(b)Ak(l)/~EC(b) -213S(W) _2/BDS--AFFTC/ASD/
SSD--Ps-4/Pd-4/Pab-4...WA4W(G)
ACCESSION KR: AP3001332 S/0057/63/033/006/0719/()723
i AUTHOR: Komellkov, V. S.; Skvortsov, Yu. V.; TereshcLenkaj V. N.:.
--------------------
TITLE: Directed shock waves in powerful sparks
SOURCE: Zhurnal tekhnicheskoy fiziki, v. 33, no. 6, 1963, 719-723
TOPIC TAGS: shock waves from sparks,:directed plasma shock waves,. plasma stream,
shock waves, plasma shock-wave generation
ABSTRACT: Dischar of 600 kamp-current. in the air at atmospheric pressure was
investigated in order to create a directed movement of gas formeil by a
plasma "piston!' in the required direction*, The plasma piston in'this case
was realized by the use of rod-and-ringlelectrodes. A 130-micrafarad
condenser battery at, 30 to 35'kv served,as the energy source.: The current--
period was 30 microseconds. Themaxim= diameter of the hot part of the.'
plasma beam was about 6 am; the coincidence of the shock wave front and the plasma
was observed at about 15 cm from the electrodes. The maximum s;eed in the
direction of the axis of the electrodes was 1.38 x 10 sup 6 cm/sec during the
first half-period. Separation of the shock wave occurred at a front velocity of
5.5 x 10 sup 5 cm/sec. The gas temperature behind the front was- estimated
Card 1/2

L 9885-63
ACCESSION RR: AP3001332
roughly at 8000K. During the second half-period the speed of the liminescent
front reached 1.8 x 10 sup 6 cm/sec. Analysis of the results indicates that-the
speed attenuation is much smaller in the axial than in the tr--~nsverse direction.
and that the length of the beam exceeds the diameter of the ring electrode by 2
to 3 times prior to the separation of the.shock wave. The intensities of the
shock vaves'and the power from the input circuit can be increased substantially
'by the use of simple adapters to make the electrodes axially longek. Adapters 5
to 15 CM long, for instance, eliminated the radial bulging of the atream and
concentrated the entire energy on acceleration and heating in the iLxial direction,
while increasing the average current density in the stream. With.5--cm adapters,
the speed of the shock front increased 1.5 to 2 times, while the length of the
stream rea-ched 36 cm. At a shock velocity of 9 x 10 sup 5 cm/sec the pressure
and temperature in the front of the wave reached the values of 1W) atz and
14,000K. "The authors take this opportunity to express. their gratitude to AP. TO
Shevtsov for help in the experiments," orig.'.art. has: 4 figureso
ASSOCIATION none
SUBMITTEDS 17May62 DATE ACQ: O1Jul63 ENCL: 00
SUB CODE: NO REF SOW 009 OTHER: 000
Card 2/2f V/

ACCESSION NR: AP4040296
S/0057/64/034/006/0965/0973
AMHOR: Skvortsov, Yu.V.; Komellkov, V.S. Tserevitinov, S.S.
TITLE: Structure of the magnetic fields in a plasma jet with internal currents
SOURCE: Zhurmal tekhnicheskoy fizilti, v.34, no.6, 1964, 965-973
TOPIC TAGS: plasma, plasma jet, plasma magnetic field interaction
ABSTRACT: This paper reports resulis of investigations conducted from 1959 to 1961
concerning the magnetic fields and currents in plasma jets. The jots were produced
by discharge of a 130-microfarad capacitor bank at 5 to 30 kv between two coaxial
cylindrical electrodes 2 cm long, 3 cm in external diameter,,and IS cm in Inter-:
nal diameter, respectively. The period of the electrical system was 22 microsec.The,
electrodes were located at one* end of and coaxial with a glass tube 1 in long and 19 Cm
in dtameter containing hydrogen at a pressure of 0.5 to 10 mm 11g. All throe compo-
nents of the magnetic field were measured with movable probes, and higIrspeed frame
and streak photographs were made. Extensive data were collected and are dis-
cussed in considerable detail. The velocity of the plasma jets was about 7 x 106
cm/sec and did not vary greatly with changing gas pressure end discharge potential.
'Card_~/2

L 10743-65
ACCESSION NR:.AP4046338
V
!photographs (time resolution 0.5 microseci recorded in IkS and Si 11 6347 and-
~6371 A light and in the neighboring continuum, The total luminous intensity- was.
served photoelectrically and was displayed on an 6scillograph. -The x4adiatibn from
different small regions was, recordea, both. photographically and by:mqanS of:a a cl n- -
tillator...The experimental techniques are-discussed.briefly, and-thO,results are
Many lines, of, neutral and - a ingly loored - Al - - 8 1 -
Idiscussed in somewhat more-,detall..
10 and other impurities were observed, The.impurity-Xines appeared Vto.i 5 ad
later than the hydrogen-lines, and asthe burst moved,do*wthe tubeia PladMdj&_0
n , w a- ren
parated in.which hydroee s predominant.- 1n. the, purity regi6h,--zidutral h
09
was concentrated at the walls of the chamber.-Temperature-of 105~~'UK'was deri-v
added to the hydri7
from the width of the N~11 3995 A.1ine 0% - was Igen for-1hi
a,
und
rpose) . The electron .temperature wits- iro'
U -estimated to~be consider
P
104
PK~ Two distinct. groups of x-rays were, -observedi The first ocow'VW ai't6
6
ginning of thedischarge, originated -af the I centrik t
1: e2ectrode,. and Las ed only
0 3
-to
Imicroseo; the quanttim -energy of these x-,~-rays corresponded,-to the -pt eatlal..
.1the'eapacitor bankInd been chargedcThe-second id I wh
group - q, x-rays appeart on y . en
the current.'reached Its maximum-and-. las ted - for several micros so cadnii--The mea-w,ener,;
80, keV. d' t'
gy of. these x-rays -was. an auan a df, -over 200 ~W -!~Qztergy.~.Welrs, present i~ - Thides.
12/3

ACC NRs AP6033415 SOURCE CODE: UR/0057/66/036,1010/1808/1815
AbTlYOR: Skvortsovtyu.v.
,ORG; none
TITLE: Current distribution along the electrodes of a coaxial plasma injector
!SOURCE: Zhurnal tekhnicheskoy fiziki, v. 36, no. 10, 1966, 1808-1815
TOPIC TAGS: hydrogen plasma, plasma gun, plasma acceleration, plasma magnetic field
ABSTRACT: The author has measured with magnetic probes the azimuthal component of
Ithe magnetic field between the electrodes of a coaxial plasma gun at different points
i
!along the axis and at different times after initiation of the discharge, The plasma
igun was 39 cm Ion- and the radii of the annular space between the copper electrodes
!were 5.5 and 2.5 cm. Hydrogen was admitted through a ring of openings in the inper
Ielectrode located 14 cm.from the flange Lind 25 cm from the mouth of the gun. The
Imagnetic probes were introduced through slots in the outer electrode. The gun was
powered by the 20 IN discharge of a 33.5 microfarad capacitor; the short circuit
inductance and resistance of the circuit were 230 cm and 0.01 ohm. The gun was
~operated under two different conditions: in the "high pressure regime" the hydrogen
prossurG in the 1 cm3 chamber of the fast electrodynamic valve was 4 at-a and the
'discharge was delayed for 150 microsee after admission of the gas; in the "low
pressure It regime these quantities were I atm and 50 microsec. The total discharge
rd 1,~2 UDC: 533.9

ACC NR, AP6033,115
current was measured with a Rogovskiy belt, and the electrode potential differences
was measured with the aid of an ohmic voltage divider, The results of the measure-
Iments are presented graphically; in particular, the longitudinal distribution of the
azimuthal magnetic field is given for each regime at seven different times, between
10.55 and 9 microsec after initiation of the discharge. The azimuthal magnetic field
idistributions show that during acceleration of the plasma the current is not confined
,to a thin sheet, as is frequently assumed, but is distributed along the length of the
Igun, and that closed current loops appear in the plasma in the early stages of accel-
ieration. Possible reasons for the observed behavior of the accelerating plasma are
Idiscussed at some,length. The author thanks M.V,Zol'nikov and V.N.Tereshchenko for
assistance with the work and V.A.Strizhanova for preparing the illustrations. Orig.
-art. has: 3 formulas and 4 figures.
SUB CODE: 20 SUBM DATE: 07Aug65 ORIG. REF: 008 OTH REF: 005
Card 2/2

CHU, SHM-YU, SKVORT.
,50V--TATARM-T. [translator]; KHVOSTOVA, D.K.,
redaktor; RAKOV. S. nicheskiy redaktor
[Always work creatively. Translated from the Chinese] Tsegla rabotatt
tvorcheski. [Perevod a kitaiskogo T.Skvortsova-Tokarina] [Xoakva]
1z&-vo VTsSPS Profizdat, 1956. 41 p. (NLRA 9:10)
1. Zamestitell nachallulka tookhe turbinnykh lopatok Shankhayokogo
gosudarstyennogo turbostroitallnogo zavoda (for Chu. Shun-yu)
(Efficiency, Industrial)

KOBRlNSKIY, A.Ye., red.; TAMM, B.G., red.; SKVORTSOVA, A., red.;
TOWSALU, E.., tekhn. red.
(Methods for treating information for program controUed
machine tools] Metody podgotovki informatsii dlia stankov
s programmiym upravleniem; sbornik statei. Tallinn, 1963.
183 p. (MnA 17:2)
1. Eesti NSV Teaduste Ak-adeemia. Kibernetika instituut.

GERTSOVICH, G.; AnEQRTSOVA, A.
Vigorous upsurge in the economy of the world socialist system.
Vop. ekon. no..3:124,135 Mr 163. (mm 16:3)
(Co=udst Countirea-4conomic conditions)

VILLMAWN, Ch.I., red.; GRISHIN, N.I., red.; DIRIKIS, M.A., red.; ROSS,
Yu.K., red.; KHVOSTIKOV, I.A., red.; SIKVORTSOVA, A., red.;
- ---------
TOOMSALU, E., tekhn. red.
[Transi3etions of the Conference on Noctilucent Clouds]Trudy
Soveshchaniia po serebristym oblakam. 3d, Tallinn, 1961. Tallinn,,
Akad. nauk Estonskoi SSR, 1960. 139 P. (NIRA 15:12)
1. Soveshchanive po serebristym oblakam. 3d, Tallinn,, 1961.
(Clouds)

KAAR, E.; KOLLIST, P.;LING, Kh.[Iing H.]; MAAVARA, V.; MARGUS, h.-
~ILISONYA.[Vilson,A.J; PAFaAASTO,E.; REBANE, Kh.[Rebane,Elj;
SEPP'l R.; VALK, U.; VEER-TTS, K.; SKVORTSOVA,A., red.;
TOWSALU, E., tekhn. red.
(Forestry research in the Estonian S.S.R.] Lesovodstvenrve is-
ledovaniia v Estonskol. SSR. Tartu, 1960. 64 p. (KM 15:1)
1. Eesti NST Teaduste akademia. Zooloogia ja 'botaanika Jnstituut.
(Estonia-Forestry research)

NESTOR, Kheldur Eduardovich; KALIO, D.L.(Kaljo, D.1, I-od.; ORVIKIJ,
K.K., akademik', red.; BAUKOV, S.S., kand. geol. nauk, red.;
VYXIILI R. .[MUnnil, R.], kand. geol. nauk, red.; FALIMRB,
Kh.G. [Palmre, H.], kand. geol. nauk, red.; SUORTSOVAIA,.)
red.
[Ordovician and Llandoverian Stromatoporoidea of Estonia]
Stromatoporoidei ordovika i llandoveri Estonii. Tallinn,
In-t geol. AN Estonskoi SSR, 196-/j- 111 p.
(MIRA 18:5)
1. Akademiya nauk Estonskoy SSR (for O-viku).

FOE'NA, A i ~-!;r- .7 - ~ i jr, aSe-rgeyteu-na.; POBUL . Lind,
~-*E G ~ E i i !,,', V A .. 2--naida Aleksandrovria; KIRHI~'i, O.,red.;
SKVORTSOVA, A., red.
[Ilaw,e of the kerogen of Baltic oil shale kukersite and
I.t:3 cheinical properties a3 raw material] Priroda kerogena
Priba-ltliiokogn goriuchepo sbantoa-kuker.,Ata i ego khimi-
ohii-tklo ryi-:myo kn, lit int'lui. U111mi. MI Eptonakoi ~ZRY
(mla '1818)
AN Estonskoy MR (for Kirret).
2. sovet AN SSSR (for Skvortsova)'.

OHVIKU, K.I,, akademik, red.; BAUKOV, S.S., kand. geol.-miner.
nauk, red.; KAL'O,D ;L'(Kal'o, D.], kand. geol.-miner,
nauk, red.; M1811L , R.M11%nnil, R.], kand. geol.-
minor. nauk, red.; FAL'MrZ, Kh.G. [Palmre, H.1, kand.
geol.--:miner. nauk, red.; --red.
(Lithology and stratigraphy of Quaternary sediments in
Estonia; for the 7th Congress of the International
Association on Quaternary Research held in the U.S.A.,
19651 Litologiia i stratigrafiia chetve--tichnykh otlo-
zhenii Estonii; k VII Mezhdunarodnomu kongressu INKVA v
SShA, 1965. Tallirm, 1965. 147 p. (IM11RA 19:1)
1. Festi N9V Teaduste Akadeemia. Geoloo.air- instituut.
2. Akademiya nauk Estonskay SSR (for Orviku).

197ENSON, R.Ye.;SKVORTSOVk, A.A.;GBWINK, B.L. -,
V-
Effect of theranentic doses of sulfidine on function of the thyroid
gland in normal children. Vow. z)ediat. 20 no.1:28-30 Jan-Feb 1952.
(CLML 22:1)
1. Of the Department of Faculty Pediatrics, Sverdlovsk Medical Institute
(Director -- Docent V. S. Serebrennikov).

SMAT-SOVAt A. A.
Equilibrium in solutions Temperatures of boiling at atmospheric pressure
and composition of vapor o~ binary mixtures: dichloZoethpne-ethyle~e chlorohydri-p
and dichloroethBne-ethylene oxide S.I. Keplen, N.-A. Grishin and`~A__A. Skyortsova.
J. Gen. Chem. (U. S. S. R.) 7, 538-44(1937)--The procedure described previously
(C.A. 30,-54899) was used to det. the b. p. at atm. pressure end the compn. of the
vapor at the b. p. of the above 2 systems, which are shown to be normal azcotropic
Mixte, ITT, W.Ollity and vaf)or pressure of solutions of rathylens oxide In water
and dichloroethono. S. I. Kaplan ting A. S. Reformstaknya. Ibid. 545-9.-A methoa
previously described (C. A. 29, 7157 ) was used for detg. the soly, and vapor
pressure of ethylene oxide in E20 et 50, 100 and 200, and in dichloroethane, at 00.
100and 200, all under pressures up to 1 atm.
S. L. Madorsky

SKVORTSOVA, A.A.
Reflex modifications of gas exchange in calves caused by changes in
nutrition. Trudy Inst.fiziol. 4:166-17o 155. MRA 9:4)
l.Laboratoriya fiziologii seliskokhozyaystvannvkh zhivotnvkh, zaver
duyushchiy I.A.Baryshnikov, I Nauchnb-opytna7a Btantaiya po izucheniyu
fiziologii se1'skokhozyay9tvennykh zhivotnykh, direktor I.F.Shullzhenko.
(Calves--Feeding and feeding stuffs) (Respiration)

SIVORTSOVA, A.A.
3ffect of lactation on blood circulation, gas exchange, and respiration
in cows. Trudy Inst.fiziol. 4:217-229 155. (MA 9:4)
l.Laboratoriya fiziologii sellskokhozvaystvannykh zhivotnykh, savedu-
yushchiy I.A.Baryshnikov i Ilauchno-op7tnaya stantsiya po izUcheniYU
fiziologii seltskokhozvaystvennvkh zhivotnvkh, direktor I.F.Shultzhonko.
(Blood--Circulation) (Respiration) (Lactation)

SIVORTSOVA, A.A.
. 11 ~- ,
Changes in blood circulation, gas exchange and respiration during
the calving period. Trud7 Inst.fiziol. 4:230-236 155. (ML'RA 9:4)
l.Laboratoriy,a fiziologii sel'skokhozyaystvennVkh zhivotnykh, zave-
duyushchiy I.A.Baryahnikov i Nauchno-opvtnaya stantsira po izucheniyu
fiziologii sellskokhozyzvstvennykh zhivotnykh, director I.F.Shultzhenko.
(Cove) (Blood--Circulation) (Respiration)

USSR / Farm Animals'. Cattle.
Abs Jour Rof ZhUi- &- 8iolbgiya~ 4o 2, 1959, No. 7360
Author Skvortsova, A. A.
Inst
Titlo The Effect of Planned Raising upon the
Milk?s Pat Content
Orig Pub V sb.: Vopr. fiziol. B.-kh. zhivotnykh.
M.-L., AN SSSR, 1957, 130-137
Abstract As 10 heifers of the Ostfriesland breed were
nursed with fatter milk and raised on rations
with an increased fat content (30-40 percent
higher than normal), a marked affect upon
their milk1s,fat content and their develop-
ment did not occur. -- A. D. Musin
Card 1/1

S X 191REVOV, Ivan Ivanovich; -BARYSHNIKOV.,
I.A.J. prof., otv. red.; NATAROVA, N.V., red. izd-va; AREFIYEVA,
G.P., tekhn. red.
(Technique for studying blood circulation, gas and energy
metabolism, and pulmonary respiration in farm animals; a
practical guide] Tekbnika issledovaniia krovoobrashcheniia.,
gazoenergeticheskogo obmena i legochnogo dykhaniia u sel'sko-
khoziaistvennykh zhivotrykh; prakticheskoe rukovodstvo. Mo5kval
Izd-vo Akad.nauk SSSR~ 1961. 82 p. (MIRA 15-1)
(IETERINARY PHYSIOLOGY) (BLOOD-CIRCULATION) (RESPIRATION)