SCIENTIFIC ABSTRACT SOKOLOV, V.L. - SOKOLOV, V.N.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001652030002-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 25, 2000
• Sequence Number: 2
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

130KOIIOVY - KRIGREVSKIY, G.N.; WIDVEDFV, N.F.; POLYAKOVA, Ya.G.
t V.L., BUSH, E.A.,
Structure of the subsalt Paleozoic in the Caspian Lowland. Dokl. AN
SSSR 162 no.6:1370-1373 Je 165. (MIRA 180)
1. VsesoyLiznyy nauchno-issledovateliskiy institut prirodnogo gaza.
Submitted April 3, 1964.

SOKOLOV, V.L.; CHAROVSKAYA, LIN.
Distribution and characteristics of oil ard gas manifestation
in the western part of the Caspian Lowland. Trudy VNIIGAZ
no. 25:3-14 165. (MM 18:12)

ZORIKIN, L.M.; MhMVEDEII, N.F.; SOKOLOV., V.L.
Prospects for f:Lriding gas in the Ural structural salient,
Trudy VNIIGAZ no. 25.-83-88 165. (MIRA 18:12)

L 27327-66 EWT(m)/@1P(t)/ETI -IJP(C.) - JD
F-A 6194 SOURCE CODE:' UR/0058/65/000/011/DO26/DO26
AUTHOR: Osipov, 0. A.; Semenova, I. M.; Kogan, V. A., Minkin, M. I.; Sokolov, V. L,
TITLE: Infrared spectra of ZAIIJW, indium, titanium, and tin, chlorides with i6ie
organic ligands
SOURM Ref. zh. Fizika, Abs. 11D203
REF SOURCE: Tr. Komis. po spektr6skopii. AN SSSR t. 3,.vyp. 1, 1964, 76-83
TOPIC IVAGS: spectrum analysis, chloride, IR spectrumj galliump indi=, titanium, tin
I
ABSTRACT: An infrared spectrum arialysis was used for the study of the characterism-'
tics ot interaction between galliumAnd indium chlorides with acetone, methylhelql
ketone, cyclohexanone, acetophenofte, benzophenone, and some.othe.- oxygen-contai-ning.
compowids. (TranBlatibn of abstract.] [xp]
SUB CODE' 07/ SUBM DATE none -
7.
Lqard

SOKOLOV, V.L.;_BOROK, M.Ye.
'
New design of form-rails. Avt. dor. 21 no.5:24-25 Mv 158.
(MIRA 11:6)
(Road machiner7)

V.T .'
SOKOLOV, in.-h.
@' ";-CMotible-lift dobby usmd in manufacturing large-figured heald
0. fabrics. Tekst. prom. 18 no. 7:34-37 Jl 158. (MMA 11:7)
(Looms)

L 46113-66 _ _E Cmyh JD /11M
WT jWP Cy VVEW_41 I/ETT /EW Pj TP1,C)
,@CC NR: AP6031411
bOURCE CODE, '6@/013576K/000/009/0020/0023
AUTHOR: Chirkov, Ye. F. (Engineer); Sokolov V. L. (Engineer); Mellnikoy, Yu, V.
(EngineerT-
ORG: none
TITLE: Automatic ar@on-shielded weldini@ of M4O
_,alloy
SOURCE: Svarochnoye proizvodstvo, no. 9, 1966, 20-23
TOPIC TAGS: aluminum alloy, alloy welding, MIG welding, automatic Y= welding,
irE23t mechanical property/M40 alloy
ABSTRACT: Experiments have been made to determine the optimum conditions for auto-
matic MIG welding m40 aluminum alloy. Clad alloy sheets, 3-mm thickheat-treated,
strain-hardened and aged (TIN1), or heat-treated and strain-hardened (TN), wexe
matically IMIG welded with M40 or HY1g6 alloy filler. All welds were found to be
helium tight. The highest weld efficiency (87.7%) and a tensile strength of
38.5-.42.2 kg/MM2-at a bend angle of 38-40 deg were obtained in welds with base
andro:)t reinforcements made with M40 filler wire, a specific heat input of
0.408 cal/sec-cm, and a steel backup plate with a 6.0 x (1*.2-1.3) mm groove. The
.a bend
same welds without reinforcement had a tensile strength of 34-35 kg/mm2
angle of h4-48 degi and a weld efficiency of 76.5%. A 7-12% increase in the heat@
input lowers the weld strength by 12%, The use of a copper backup plate, the absence;:
Card 1/2 um 621-791-753-93:669-35

ORISHKIN, V.D.; SONDLOV. V.M.
.I I @ -0.
Controlled bulk cx7stallization. rzv.Sib.otd. AN SSSR no.9:141
158- (MIRA 11:11)
1. Zapadno-Sibirskly filial AN SSSR.
(Founding)

SOV/128--59-11-16/24
TKK-, Bondarev, Yu.Ye.,. Candidate of Technical Sciences, and
Sokolov, V.M., Engineer
0
TITLE,- Cast Samples for Control of Mechanical Properties of
Precision Castings
PERIODICAL: Titeynoye Droizvodstvo, 1059, Nr 11, pp 40-41 (USSR)
AKTRACT7 The authors criticize the article written by N.L11.
Tuchkevich and V.S. Petrova published in "Liteynoye
proizvodstvo" Nr 9, 1958. Additional information on con-
c eptions: fluidity limit, tensile strength, specific
elongation, specific contraction and toughness of me-
tals is given. The-e are 2 tables.

V.M - FUKS Yu.B.
OFESHKIN, V.D.; KUSNOV, A.N.; REPKIN) V.D.; VFY t- ..)
Time length of holding large castings in the mold. Trudy Khim.-*
met.inst.Sib.otd.All SSSR no.14:139-145 160. (IIURA 14:10)
(Founding)

ORESHKINI, V.D.; KRASNOV, A.N.; REPKINI V.D.; -SOKOLOV, V.M.; FUKS, YU.B.
Forced cooling of large castings. Trudy Khim.-met.inst.Sib.otd.AN SSSR
no.14:14?-151 160. (IURA 14:10)
(Founding) (Thermal stresses)

BJJ3IY, P.T., inzh.; SOKOLOV, V.M., inzh.
Developing a rotar7 cultivator for peat bog soils. Trakt. i sell-
khozmash. no-3:21-25 Mr 158. (KIRA 11--5)
1, Ukraineldy nauchno-iseledovatellskiy institut mekbamizateii i ele-
ktrifikateli sel'skogo khozyaystva.
(Cultivators)

SOKOLOV, V.K., uaukoTLi prateivnik
Ifew machinery for land imorovement. ffekh. aill. hosp. 9 no. 6:12-
13 Je '58. (MIRA 11:7)
1. Ukrainelkiy naukovo-doolidniy institut mekhanizataii oil' Aogo
I-csDodarstys
(Drainage)
(Rreavating machinery)

SOKOLOV, V.M., nauchnyy rabotnik
---@"=plements for cultivating soil in orchards. Me-kh. sil'. hnep.
9 no.10:26-?7 0 158. (MI-RA 11,10)
1. Tll-,rainqki-.r nauchno-isaledovatAl'skiy institut meklianizatsii I
elektrifikateit sellskogo khozyaystva.
(Agricultural implements)

SOKOLOV, V.M., inzh.-makhanik
Tooth harrow. Mekh. oil'. hosp. 10 no-3:23 Mr 159.
(MI-U 12:6)
(Harrows)

SOKOLOV. V.M., iazh.
Raise the quality of grain sowing in Poles7e. Mekh.sillehoepe
11, no-3:17-19 Mr 160. (HrRA 13:6)
(Polesys-Grain)

XOROIJUTKO, K.M., kand.tekhn.nauk; SOKOLOV, V.M., inzh.
A combined machine for tillage. Mekh. sil!.hosp. 11 no.8:28-29 Ag
16o. (MIU 13:9)
(Tillage)

SOKOLOV, V.?,",, inzh,
Fundamentals of the theory of the stability of motion of drill coul-
ters. Trakt. i selkhozmash. 32 no,3:31-34 Mr '62. OIIRA 15:2)
1. Ukrainskiy nauchno-issledovatel'skiy institut mekhanizatsii i
elektrifikatsii sel'skogo khozyaystva.
(Agricultural machinery)

c
Ot)@fij,o@,j , !@- m, , L I %z I,,; MArIALYG A, V,S@ , I ni@h,
De-ice for the application of liqu-@, t-@-x@c chemicals and ferti-
li-Lars. Mash-inostroenle no.L'8!-,J2 Jai - - IF S 6 3 .
(MIRA 16-27)
(FertIlIzer spraaders)

3(2)
AUTRORS: Okn:ln. Yu. A., Sokolor, V. Y. SOV/6-59-6-19/22
TITLEt On Meehaniz4 r;-g--th@-I. ?.Taps(() mak-hanizataii
naneseniya nadpi3ey na karty) (A Survey e-n Experienne Made
Al,road) (il@z-Dr zarubezhn-)go opyta)
PEBIODICAL: Geodeziya I kartograf-1-ya, 1959, Nr 6, PP 70-73 (USSR)
ABSTRACT: This is an abstra@-,t of thhe followi.--ng 3 papers in German and
I paper in Czech.- K. PhG -i-,:)mr--chan-- ache Verfahren der
S chrif the-T ate 1-11-ing fll-c Zwe-ke. I'Vermessungs-
le@@hnische Rundsc-haull., NT ::-6, '91@8 (Photomechanica! Procedure
--rJpt*cD. for Cartngraph Pirposes. IlGeodeti:@ Review",
of Ins-
Nr 5-6, `95.9).
Pa-,ej.. Rc---cgraph, el-?i Bes,:.hriftungsgerdt fUr das Ritzverfahren.
R-o--ndsc;-qaa`, ', llr 3, 19117.(Rotograph, an
Inscription De-ii,-;? for -cha 2-c--ratoh 141et-hod. "Geodetic Review",
Nr 3, 1957)-
Palrel. Chemisches Ritze-n. I'Vermeasungstechnische Rundschaull,
N:r 9, /'.. 957. (Chpmicial Sty,at,@Kj.ng. "Ge ode tic Review", Nr 9, 1957
Pla-:@hy, 0. NAv@h etr.)Ij-P pro potreby kartografie.
"Geodetick J a Kartograf -ek / @bzar". Nr 8, 1958.
y I y -
Card 1/2 Besides, a report -o-n the machines is given:

On Mechanizing the Inscription on Maps SOV16-59-6-19122
(A Survey on Experience made Abroad)
The Dutch machine "Khadego", the U.S. made device "Headliner"
and the contact device "Fotokompozitor", the French photo-
mounting machine "Bibette", and the West-German llk%olyuks-
Kartolyuks". There are 4 figures and 4 references.
Card 2/2

SOKOIDV, V.M.; OKNIN, Yu.A.
Development of methods used in the production of plastic relief
maps in foreigh cartography. Geod. i kart. no.8:69-72 Ag 16o.
(MIRA 13:10)
(Relief maps)

SOKOLOV, um.
PUetic relief representation by the dark-plate method.
Geod. i kart. no.2:71-75 F 161. .(YIRA 14:9)
(Map printing)

SOKOLOV. V.M.
New geographical atlas for the fourth grade. Geod. i kart. no.11:
46-50 N '61. (MIRA 15:1)
(Russia--Maps)

SOKOLOV, V.M.
Electric phenomena at the phase boundai:y graphite - liquid
iron carbon alloys. Lit. proizv. no.7:31-32 JI 163.
(MIRA 17:1)

L ia755-66 EWT (1) /aIT (m) /EEC (k) -2/T/DIP (t)/ETI/VdP (k) IJP(c) WT',/J D
ACC NR: AP6011916 SOURCE CODE: UR/0141/66/009/002/0308/03
AUTHOR: Sokolov, V. M.; Tavger, B. A.
P
ORG: Scientific -Research Phrsico-Technical Institute, Gor'kiy University
(Nauchno-issledovatel'skiy fiziko-tekhnicheakiy institut pri Gor'kovskom
universitete)
TITLE: Nonuniform-magnetization model in the theory of spin-wave re'sonance in
a thin ferromagneti film
SOURCE: IVUZ. Radiofizika, v. 9, no. 2, 1966, 308-313
TOPIC TAGS: ferromagnetic film, spin resonance mf)c. &)F r/r_#q r/oL)
ABSTRACT: The boundary conditions are assigned in accordance with two
conventional extreme cases: (1) A fixed boundary, m-10., = 0 (E. Wrota, J.
:@ _' I) @ 0. (A. M.
Phy a. Soc. Japan, Y. 19, no. 3, 1964) and a free boundary, ""_
0Z
Portia, Appl. Phys. Letters, v. 2, 69, 1963). It is also assumed that the
Card 1/2 UDC: 538.62

L 4v55-66
ACC NR: AP6011916
magnetization nonuniformity is due to the excitation of spin waves and exists even
in a perfect film. Thus, the definition of the boundary conditions results in a
concrete form of the nonuniform magnetization. For fixed boundary conditions,
the found "natural" nonuniformity contradicts the E. ffirota results. The problem
of spin-wave resonance, under fixed boundary conditions, is solved by the
disturbance method; in the first order, the energy correction Is given by:
A ItM,,kT
M-1 WM- dv. 7:= In (I -e"") 4- In (I -e-_P"')
S Xn X'n ME 2
which is claimed to be in agreement with known experimental data. "in conclu-
sion, the authors wish to thank V. V. Vaskin, V. Ya.' Demikhovskly, and M. Ya.
Shirobokov for useful discussions, and V. i;-.Metrikin for carrying out the
calculations. " Orig. art. has: Z figures and 21 formulas.
SUB CODE: ZO SUBM DATE: ogju165 / ORIG REY: 002 / OTH REY: 006
Card 2/2 t

.c,OKOIDV, Y.M., aspiratit
Mic-roflore of the nasal cavity and Hirg ore sinuses in chrcnij
.hr-
serous inflammation of the latter. Test.otorin. no./[phone].
(WIM 160)
1.- Iz kliniki bolezney ukha.9 gorla i nosa (zav. - zasluzhennyy
deyatell nauki Baeblirskoy ASSR prof. V.A. Smirnova) k kafedry
mikrobiologii (zav. - zasluzhennyy deyate!7 nauki Bashkirskoy
ASSR prof. V.I. Mellnikov) Bashkirskogo meditsinskogo instlituta,
Ufa.
(NOSE.-MICROBIOLOGY) (MAXILLARY SINUS--DISEASM)
(SINUSITIS)

l
o
481
ACCESSION NR: AP3002904 S/0289/63/000/00-1/0025/0031
AtITHOR: Kirgintsev., A. N.; Sokolov, V, M,'; Burlakava., N. I.
TITLE: On the mechanism of the magnetic treatment of water
SOURCE: AN SSSR, Sibirskoye otdeleniye. Izvestiya. Seriya khivdch skikh nauk,
no. 1, 1963., 25-31
TCPIC TAGS: boiler, feed water, magnetic treatment, magnetic field@ corrosion,
iron corrosion, oxygen,, carbon dioxide, pHj ferrous ions., magnetite, calcium
sulfate,, calcite, scalie, cr7stallization, crystallization nuclei
ABSTRACT: Mgmetic treatment of boiler feed water was studied 1) to establish
the type and quantity of iron corrosion products which go into the water durimg
treatment and 2) to determine the effect of such products on slime precipitation.
In part 1, distilled water was treated magnetically in three separate wifts
(11 2, and 3 in Figs. 1 and 2 of Enclosure). Mits 1 and 2 consist of a glass
or brass pipe with a concentric steel core inside and a set of electromagnets
outside. Unit 3 consists of two steel flanged sleeves, between uhich a bronze
CariA 1/4

L 10381-63
ACCESSION NR: AP3002904
spacing ring with a coil wound around it is clamped with steel bolts to form the
tw) poles of an electromagnet; a concentric core is fastened inside the unit.
In all three units, the water flows in the clearance between the care and the
VaIl. Water flowing at a velocity of 1.2 c4sec was exposed to magnetic field
iu@ensities of 420--l600 oersted. The carbon dioxide and oxygen content and
the PH of the water were determined before and after treatment, Corrosion of the.
co:@e or the wall of the steel sleeves in Unit 3 was evidenced by the presence of
bliwk sludge (magnetite); ferrous ions were detected in the treated water., and
thAr concentration was quantitatively determined. Ferrous-ion concentration was
faand to be a function of magnetic field intensity, having a maximum at
ap.proximately 500 oersted., and of flow velocitYj decreasIing with an increase in
the latter. Carbon dioxide.content remained practically unchanged after the
treatment., oxygen conten:t. dropped, and pH rose. The ]pH rise was attributed to
corrosion to form ferrous ions as a result of the oxidation of metallte iron by
oxygen. In part 2 a series of experiments was conducted with a solution of
calcium sulfate, a typical scale-forming agent, to which an equal amunt of
wer -va:
magnetically treated distilled water was added. Une mixtures e L porated by
boiling, and the amunt of water evaporated up to the point at 1&ich crystals
first appeared was recorded. The experiments proved that ferrous-ion
Card 2/'c
----------------

L 10381-63
ACCESSION NR: AP3002904
concentrations in the 0.0001--0.0008-mg range caused cxystaluzation before
saturation was reached. It was assumed that the ferrous ions, which in boiler
water may result from the thermal decomposition of ferrous carbonate, act as
crysta]-lization nuclei in the formation of, e. g., calcite crystals in the bulk
of the feedwater. The fact that rBgnetical3,v treated water preserves its
properties for only about 24 hours is explained by the gradual oxidation of the
ferrous ions to ferric. "In conclusion the authors of the article express their
sincere gratitude to 0. N. Lebedev and A. N. Khoye for their practical assistance
ani valuable advice during the accomplishment of this work." Orig. art. has:
5 figures,, 4 tables, and 3 formulas-
AS30CIATICK: Institut neorganicheskoy khimii Sibirskogo otdeleniya AN SSSR.,
Novosibirsk (Institute of Inorganic Chemistry of the Siberian Department AN SSSR)
sumr=: o5jul62 DATE ACQ: 24jul63 ENCL: 01
SUB CODE: 00 NO REF SOV: 005 OTHER: 004

1. P0*!:OIA-I3'IVCUi"VA) 1'. V.: SOK011,01j, V. !-*@.' D.V.,!..
2. US.3.R (600)
4. Cattle - Diseases
7. Therapy and preventive troatment in the laziasi,; of cattle. Veterinariia 29 no. 12,
1952.
9. 'Llo@n.2jy List of Russian Accessions Library of Congress, March 1953. Unclassified.

,:LKCLOV) ". IN.
1.
SOKOLOV) V. H.: "Deaf -raitism amor,,-- the population of the Buryat-114'orgol A35E
before and after the October Socialist Revolution". Ulan-Ude, 195h.
Kazakh Medical Inst imeni @V. M. Molotov. (Dissertations for the degree
of G,ndidate.of Medical Science.)
SO: Knizhnaya Letopis' No. 50 10 December 15-55- Moscow.

SOKOLOV2 V.M.
for a rapid developwnt of the knit goods industry. Tekst.prom.
0
23 no.5:7-10 MY 163. (KRA 16:5)
1. Nachallnik otdela shveynoy, trikotazhnoy i tekstillno-galantereynoy
promyshlennosti Soveta narodnogo khozyaystva SSSR.
(Knit goods industry)

Sollolov, V@' At. On poriodic osciflations' of tyapullov
Ons a ecial case. Und, Politchn. Inst. Tfudv
12-19. (Russian)
St(Idy of the periodic Soll.ttions of

where x,X -ire (It-F4)-vectors, A is a constant matrix
with two pairs of complex characteristic roots of the form
�Ai, �W, k an integer, and the components of X are
power series with terms of degree @@-:2. Moreover it is
assumed that there is a first integral H(x)=const, where
H is a power series which actually begins with terms of
the second degree. A first change of variable reduces (1)
to the form
-Xj=@I?Ayj+.* yj@Nxj+
-12 -42 + -
!=Bz.+
where ... are analytic of the same type as the components
of Y, z is an -n-vector and B is.a. constant matrix Nvithout
'
chm acteristic: roots of the form
� pAi, 0 an-integer. The
first integr@l may then be taken as
kl(Xl2+YI2)+X22+Y2+W(X, Y, Z)=/J2,
11, W-1

where k, is a positive constant and IV is a power series
9m erms of the third degree in ;@j, )@ and of
e ing with t
b
the second degret-, in. the components of Ar. Then the change-
of variables
xj=rx. yj,-_Y)@@X2=r COS 0, Y2=r sin 6,.z=ru,
reduces the systein. to the form
dx
+ - -
dy
-do
du
s the I
where P, are analytic in-l,!x, y, ii,and m i east
degree term-inthe first four and t the same in the
fifth. At this stage the system- is of attSlie studied for
periodic solutions by Malkin (The metfiod�;df Lyapunov
and Poincar6 in the theory of non-linear oscillations, 7:
OGIZ, MOSCow-L ningrad 1049'-_ MR 12, 28].
e
S. L;lsaelz,
Imexicoi D.
6

SOKOLOV, V.11.
Experience in manufacturing artificial furs with knitted warp.
Leg.prom. 18 no-11:51-54 A 158. (MIRA 11:12)
(Fur, Artificial)

SOKOLOV, V.M.; ZARKRIN, V.A.
Expansion of the knit goods industry during the seven-year plan.
Tekst. prom. 19 no.6:5-10 Je '59. (MIRA 12:9)
l.Nachallnik podotdela otdela, legkoy promyshlennesti Gosplana
SSSR (for Sokolov). 2.Rukoveditell laboratorii Veasoyuznoge
nauchno-issledovatel'skege instituta triketazhnoy promyshlennesti
(for Zarkhin).
(Knit goods industry)

AUTHOR DUKELTSKIY V.M., SOKQ &V V.M. PA - 27o6
TITLE The Negative Ions of Silicon, Germanium, Tin, and Lead.
(OtrytsatelInyye iony kremniya, germaniya, olova i svintsa).
FERIODICAL Zhurnal Eksperim. i Tooret.Fiziki, 1957, Vol 32, fir 2, PP 394-395
(U.S.S.R.)
Received 5/1957 Reviewed 6/1957
ABSTRACT In continuation of their studies the production of atomic negative ions
the authors sought for ions ofthe elements of the right column of the
IV.group of the periodic system. The ions of carbon were already known
previously. The present work states the existence of the atomic negative
ions of the elements Si, Go, Sn, Fb. The negative ions were produced by
means of an ion source on the occasion of the interaction of an electron
bundle,with the molecules ofthe halides of the element to be investigat-
ed. The negative ions were also produced by 'Ire-charge", i.e. by transi-
tioa of the surplus electron from the donor ions to the atoms of the sub-
stance to be investigated. The negative ions were analyzed and reeorded
by means of a magnetic mass spectrometer, There follow the experimental
conditions and results for the individual elements:
Silicon: Into the ion source SiC14 -vapors were introduced. In the spec-
U@U the negative ions the following groups of lines were determined:
Si-(28,29,3o), Cl-, SiCl-, Cl-, SiCl-, SiC131 SiC14
for the production of negative ions by
Gernaniuml Here the possibilit
Reams of-a "re-charge" of negative antimony-ions -trith germanium atoms was
Card 1/2 tested. On the occasion ofthe sole introduction of germanium into the

21(8)
AUTHORS: Dukellskiy, V. @4., Sokolov, V. M. SOV/56-35-3-56/61
T*[.TLE: The Negative Ions of_ir@n_,Co'G_alt, and Nickel (Otritsatellnyye
iony zheleza, koballta i nikelya)
PERIODICAL: Zhurnal eksperimentallnoy i teoreticheskoy fiziki, 1958,
Vol 35, Nr 3, pp 820-820 (USSR)
ABSTRACT: In all cases that have hitherto become known, the production
of negative atom-ions can be explained by the penetrating
of an additional electron into the incomplete external group
of equivalent electrons. According to the authors' opinion,
also such atoms can have electron affinity in which the .
"free places" are not located on the periphery of the electron
shell but in its deeper regions. In this connection the
authors searched for negative ions of iron, cobalt, and nickel.
For these experiments the authors used a mass spectrometer
with a nearly 100-fold vesolving power. The negative ions
were obtained by exposing the corresponding molecules (which
contain these atoms) to the action of an intense electron
beam. For these tests the anhydrous dichlorides FeCl 21 cocl 2)
'ard 1/3 and NiCl were used. The analysis of the content of negative
2

The Negative Ions of Iron, Cobalt, and Nickel SOV/56-35-3-56/61
ions gave the following results: 1) For FeC12: when the ion
source was used In the manner usual for mass-spectroscopic
investigations, the lines of C1 , C12, FeCl-, FeCl@, FeC13
were found in the spectrum of negative ions. At higher
temperatures the lines corresponding to the ions Fe- (masses
54 and 65) occurred. - 2) For CoC12: With the ion source
used in the usual manner, the ions Cl-, Cl-, CoCl-,
2
and also a weak line of Co @? were observed. With an
intensification of the elec ron flux and of the densil-,.
the COC12-vapors in the source it wasj@ossible Ito
the amperage of the Co--ions to 1.10 A. - 3) For
The lines of Cl C1 'l NiCl and also weak ]_ir@_s of
21 r"C 1 27
Ni- (masses 58 and 60)!were observed. With an increased
emission of the ion source the lines of Ni- and Ni- became
58 60
considerably more intense, and also the line of Ni @2 became
noticeable. In conclusion, suggestions were mado with respect
to the structure of the ions Pe-,Co-, and Ni-. There a-re
2 references.
Card 2/3

The Negative Ions of Iron, Cobalt, and Nickel
ASSOCIATION: Leningradskiy fiziko-tekhnicheskiy
SSSR (Leningrad Physico-Technical
-' Bei - -
o enc-s USSR)
SUBMITTED: July 5, 19@8
SOV/56-35-3-56/61
institut Akademii nauk
Institute of the Academy
Card 3/3

SOKOLOV. V.m.
[Atlas of positions for taking radiographs] Atlas ukladok pri
vypolnanii rentgenovokikh snimkov. Leningrad, Medgiz, 1955.
303 P. (mTaA 9:1)
(X-RAYS)

1:3(2,374)
A!JTIIOR- Sokolovi V.N[., Engineer
TITLE: Ou the Electrokinetic Qualitiv-s of Graphite
SOV/128-59-10-15/24
PERIODICAL: Liteynoye proizvodstvo, 19M@, Nr 10, pp 40-42 (USSR)
ABSTRACT: The author presents several abstracts of references. It is esta-
blished by experiment (Ref.3), that white and gray cast iron al-
ways contain submicroscopic inclusion of graphite. Since the inner
potential of pure graphite is not equal to the inner potential of
pure cast iron, the submicroscopic graphite bears an electric
charge and possesses electrokinetic qualities. The resultz c-f
these experiments are shown in figA, curve 1. V.K. Semenchenko
(Ref.4) found considerable sensitivity of the surface tension of
mercury in his experiment, in comparison with other chemical ele-
ments, The influence of additions to the surface tension is based
on the fact that the electrokinetic. effect. and the surface tension
depend on two electric plies on the surface and the interaction
between them at contact, By the method of small drops (Ref.5) ii
Card 1/2 is established that the surface tens:Lon of iron carbon alloy can

On the Electrokinetic Qualities of Graphite
SOV/128,--59-10-15/24
ba lowered by a higher carbon content (Table 2). The calculation
of this is condULted ac@zordiag iu the theory of Ya.I. Frenkell
(Ref.2). The examination of thF_- eleArocapillary effect in the
metal-slag system is conducted by meay.@? of ref.6. The connection
of this effect with electrokinetic -:.ffeiAz3 is presented in cef.'N
The author does not crive any detaili on this reference. There are
2 diagrams, 2 graphs, 2 tables and 'T Soviet references.
Card 2/2

SOV/ 137-57-6-10460
Translation from: Referativnyy zhurnal, Metallurgiya, 1957, Nr 6, p 151 (USSR)
AUTHORS: Spiridonov, A.A., Sokolov.-Y.-M-
TITLE: Factors in G entrifugal- ball Treatment (Faktory rez'Gima tsentro-
bezhno-sharikovoy obrabotki)
PERIODICAL: Sb. statey. Urallskiy politekhn. in-t, 1956, Nr 63, pp 4-14
ABSTRACT: The c entrifugal- ball treatment (CBT) consists of the plastic de-
formation of the surface layer of the metal caused by periodic im-
pacts by balls. The balls are located in the radial troughs of a hard-
ening disc; upon striking the surface they rebound into the center of
the disc, whereupon. through the action of the centrifugal force they
again return to the edge pcsition. The cleanness of the surface and
the degree of plastic deformatioxi of the surface layer depend upon
the conditions of the CBT. The treatment is characterized by the
following parameters: The angular speed of the hardening disc, the
rate of movement of the article, the tightness of fit, the feed, and
the number of passes. The sum total of these conditions determines
the value for the following two factors: The force of the impact and
Card 1/2 the number of impacts per unit surface; these are the fundamental

Factors in Centrifugal -ball Treatment
SOV/ 137-57-6-10460
paranieters in the hardening process. The magnitude of the impact action on the
surface being treated is measured by the magnit'-ude of the impact impulse. The
impact impulse is directly proportional to the angular velocity and proportional
to the square root of the magnitude of the tightness of fit.
M.Ch.
Card ',!/Z

'aUBIMOV, L.A.; SOKOLOV, V.M.
Gy-rotropte circular dielectric wave guide. Izv. vys. ucheb.
zav.; radiotekh. 6 no.2:136-142 Mr-Ap '63. (MIRA 16:6)
1. Rekomendovana kafedroy radioelektronnykh priborov Moskonkogo
ordena Lenina i ordena Trudavogo Krasnogo Znameni vysehego
tekhnicheskogo uchilishcha imeni N.E. Baumana.
(wave guides)

ANIKIN, Nikolay Aleksandrovicti; rROBYSBEVSKAYA, Nadezhda Ivanovna;
DUDINOV, Vladimir Alekseyevich; KONIKOV, Arkpdiy
Sergeyevich; KONYUKWV, Sergey Mikhaylovich; MESHCHERINOV,
Fedor Ivanovich; POILTSKIY, Aleksandr Timofeyevich; POLYAKOV,
Glob Maksimovich; SAL',NIKOV, Oleg Alekseyevich; CHERNOBAY,
Dmitriy Gavrilovich; GAVRILOV, P.G., kanO. tekhn.nauk, retsen-
zent; NEFEDIYEV, G.N., kand. fiz.-mat. nauk; SOKOLOV VA,
kand. fiz.-mat. nauk; SOKOIDVSKIY, V.I., kand. i2e@TFK
fUJDINJ, S.N., inzh.; EYDINOV, M.S., kand. tekhn. np.,dk; DUBITSKIY,
G.M.J. doktor tekhn. nauk, red.; ZAKHAROV, B.P., inzh., red.;
KONOVALOV, V.N., kand. tekhn. nauk, red.; PERETS, V.B., kand.
tekhn. nauk, red.; ROZENBERG, I.A., kand. ekonom. nauk, red.;
STEPANOV, V.V., kand. tekhn. nauk, red.; SUSTAVOV, M.I., inzh.,
red.; SHABASHOV, S.P., kand. tekhn. nauk, red.; DUGINA, N.A.,
tekhn. red.
(Handbook for inventors and innovators]Spravochnik dlia izobre-
tatel.ia i ratsionalizatora . (By] N.A.Anikin i dr. Izd.3., ispr.
I dop. Moskva, Mashg:iz, 1962. 791 p. (MIRA 16:1)
(Technological innovations-Mechanical engineering)

SOKOLOV, V.M., inzh,
cold storage warehouselifin Severodvinsk. Mhol.teU, 40 no.3:
58 -.-,IY-Je 163. (14DIA 16: 9)
(Severodvinsk-Cold storage warehouses)

So-KOLOV, V.M. (Ufa)
Histopathological changes in the mucous membrane of RigIL-acre's
antrum in serous chronic inflair-mation. Zhur. ush. nos. i gor).. bol.
23 no.6;60.-64 N-D 163. (MIRA 17:5)
i. Iz kliniki bolezney ukha, gorla i nosa (za-veduyusheidy -
zaslu,zhennyy deyatell nauki Bashkirsk-oy ASSR prof. V.A. Simirnova)
Bashkirskogo rieditsinskogo instituta.

@0,K.O.LCV,--V^, dots., kand. fiz.-mat. nauk; CHMIYY, V.F.,
-- .-. retsenzent; KLINSKIKH, N.A., nauchn. red.
[Problems on theoretical mechanics, manuall Sbornik za-
dach po teoreticheskoi mekhanike; uchebnoe posobie.
Sverdlovsk. Izd. Ural'skogo politekhn. in-ta im. S.M.
Firova. Pt.l. 1964. 74 p. (MIRA 17:1-1)

Prini-iral uc-hastiye KYSHETSKAYA, Ye.N.; SHUHOV, S.I.,
SOKOLO
red.; BASHLAVINA, G.N., red.; BIBIK, A.Ye., red.;
ZASLAIFSKIY, I.I., red.; KONDRATIYET, B.A., red.; 14YASISHCFEiA,
Ye.I., red.; SOLOVIYEV, A.I., red.,; STROYEV, K.F., red.;
SCHASTNEVY P.N., red.; TANMIKOVA, A.I., red.; TEREKIIOV, N.M.,
red.; LOBZOVA, N.A., rod.
[Atlas of Moscow Province] Atlas Muskovskoi oiblasti. Moskva,
1964. 12 P. (MIRA 18:3)
1. Russia (192'3- U.S.S.R.) GlaVrICrie 111)1'EVIOlliyO goodezii i
kartografii.

KIRGINTSEV, A.N.; SOKOLOV, V.M.
Effect of the preliminary action of magnetis field on the crystallization
of calcium sulfate from aqueous solutions containing iron gulfate. Koll.
-zhar. 27 no.5:697-701 S-0 165. (MIRA 18:10)
1. Institut ;aorganichoskoy khimii Sibirskogo otdeleniya AN SSSR,
Novosibirsk.

KIRGINTSEV, A.N.; SOKOLOV, V.M.
Effect of the preliminary action of magnetic field on the thermal
decomposition of aqueous calcium bicarbonate solutions. Kol-l. zhur.
27 no.5:702-704 S-0 t65. (MIRA 18:10)
1. Institut neroganicheskoy khimii Sibirskogo otdeleniya AN SSSR,
Novosibirsk.

n. n

-aE'
r c s Gf

DIN IN [Ting Yingj, akademik [Pakinl;,J@QKOLOV, V.L. (translator]
Studying rice hulls found in the Yangtze Valley in burned red
cloy of the Neolithic period. Agrbbiolo.-lia no.4:563-567
Jl-,ig 16o. (KIRA 13:8)
. .1 1 1 1. President Akademii sallskokhozyaystvannykh nauk Kitays.
(Yangtze Valley--Rice)

ACC N.Rt AT6021728 SOURCE CODE: UR/0000/66/000/000/0057/0070
AUT,HoR.: Gorelik, N. G.; Koloydemko, A. L.; Fodol'skiy, T. S.; Sokolov, V. N.;
Stukalov, A. M.; Fudim, Ye. V.
ORG: none
.TITLE: Design of pneumatic computing and control systems and their application in the
autome,tion of synthetic rubber production
;5OURC1;: AN SSSR. Institut avtomatiki i telemekhaniki. Pnevmoavtomatika (Pneumatic
autc.nation). Moscow, Izd-vo Hauka, 1966, S7-70
TOPIC TAGS: pneumatic control, pneumatic device, automatic pneumatic control, synthe-
itic ribber, rubber working machinery, industrial automation, automatic control equip-
ment
iABSTRACT: Pneumatic control systems used for automated production of synthetic rubber
iare described. Table I summarizes the types, functions, and typical applications of
,pneumatic devices in manufacturing of rubber. Three examples of specific applications
'follow. Process optimization of contact breakdown of alcohoZ into divinyZ. This Pro-
Icess depends on the catalyst activity, the composition of the contact mixture, feed of
jalcohol vapor, and catalyst temperature. The first two parameters are considered to be;
i
irandom disturbances and the last two, the controlling forces. The quality indicator of-
@the process is the divinyl. output for alcohol input. A block diagram of the system is
Lqq@d 1A

ACC NRj AT6021728
TABLE 1 (Continued)
The selection of a ma7imum (mini-
mum) signal from a set of n aignals
Gate valve switching in flow lines
a
Control through optimizing systems
Control in response to Stabilization
4uality indicators Optimization
:shown in figure 1. The output of controlled process 1 is fed into isother7nic conden-
OUL, 2 where the liquid and gaseous product components are separated to deterinine the
;values of divinyl content and the condensate density. Densitometer 4 and chromatograph'
'3 perform these functions. Decoder 5 decodes the output of the chromatograph zo make
I
,the divinyl concentration explicit. Calculating system 6 computes the values of quali-@
;ty indicators according to a predetermined formula. Device 7 averages the quality in-
signal with respect to time and thus reduces noise. Limit controller 8 regu-
Ila-Les stabilization system 9 and 10 which in turn control the temperature and alcohol i
11 i
Ifeed. The design and performance of pneumatic calculator and the controller are given
,in detail. The pnewnatic decoder for the DChP-3 Chrcmatograph is intended for autoina-
Card 3/4

m it 16 11 to Zia 2627AZY JO)i v 13 34 J5 36 R V
-f-- 2 H-" j.,-q
st tap- go " 4 1 -7
.cctt..Is I.il "W.I'
00 0
Th" OgnbusbOn Ot soUd fuel,
Ri@UW*i@4th to A-9. 38,51-
0 Madasky
.00
CA
4r
coo
no 0
a. S L a ITILLIjRGKAL LITERATOf CLASSIFICATIC4@
alit
Av -0 At s d V .?A An I I Od 0 m v I v at -3 dj 9 T
U po to It to a 14 4K Is K ff it 09 No xA
0 0 0 0 * 9 0 0 *@:* 0 0 0 0 0 9 0 0 0 0 0 0 0
9 6 0 0 0 0 e 0 0 0 0 *1* * 0 0 0 0 0 0 9 0 0 9

SOKOLOV, V.N., kandidat takhnicheskikli nauk.
- ,
Heating-up periods for semifinished forgings. Vest.mash.27 n*.:L2:
75-78 D 147. (Forging) (KMA 9:4)

Apr 48
Dispersion Agents
Centrifuges, Ultra
*11act, Method of Dispersion Analvais by Means of a
StLperoentrifuge," V. X. Sokolov, Sol Res Inst of
chem Eng, 5f pp
'"Zarod lob" Vol No 4
Silenlorle previous article on this subject, "ZaTod
1I.A.9" Vol XIII, No 5,had assumed that suspended
particlee were precipitated with codBtant speed and
that speed of flow of suspension along rotor of
centrifuge Isluniform throughout the cross section.
Im 4/49747
USSR/Engineering (Coatd) Apr 48
Here he presents fall mathematical treatment of prob,
lem without these two limitations. Example shove
application of method to analysis of transformer oil
4/49T47

SOKOLOV, V. N.
HydrodynBmics
Dissertation: "Investigation of the Hydrodynamics of Screen-Type Bubbling Plates in
Application to Conaitions of Rectification-" Cand Tech Sci. Leningrad Technological Inst,
Leningrad, 1953- (Referativryy Zhurnal -- Yekhanika Moscow, Yar 54)
SO: SWI 213, 20 Sep 1954

-.j -i.ol@j', Ir. _. ; ,'j-j-,TL-Y7@X, N.".
U- (6oc*,
i,. Gear-Cuttin-t@ L'acl-ines
7. Laborsaving metho :,.; in -ear cutiting, V.N. kolov, Trofileyev, 'vt. trakt. prom.
`i
no. 4, 1953.
9. Mon-,hl List of Russian Accessions, Library of Congress,
19,53, Uncl.

SOKOWV, V.N.- 7URTSXL', I.S.
"Effect of the mechanical properties and heat conductivity of steel -upon
its machinability.9 Reviewed by V.N. Sokolov, I.S. Vurtsel'. Avt.trakt.
prom.no.5:32-33 of cover Ky '53. (KLRA 6:5)
1. Moskovskiy avtozavod im.Stalina.
(Tashlitskii, N.I.) (Steel--Testing)

SOOLOV, V.N.; T-ROYILEYEV, N.N.
Cold rolling of the Elindley worm gear of a steerine wheel. mvt.trakt.
T)rom. no.6:20-23 Je 153. (P,RJ, 6: ' )
I
1. Moskovskly avtozavod im. Stalina. (Automobiles--Steering gear)

R014ANOV, Y.F.; SOKOLOV, V.N.
Ylanking of worm-milling cutters. Stan.i instr. 24 no-7:37 JI '53,
(XI-RA 6:8)
(Milling machines)

SOKOLOV, V.N., kandidat tekhnicheskikh nauk.
Lattice method for the calculation of the heating of bodies.
[Trudy] TSNIITKASH 66:5-82 '54. (MLU 7:9 )
(Steel ingots) (Metals--Heat treatment)

SOKOLOV, V.N., kandidat tekhnicheskikh nauk; MOYEDOV, V.A., kandidat
tekhnicheskikh nauk; SOROKIN, A.I., kandidat tekhnicheskikh nau ;
LIBLTEV, A.T., inzhener; ZOBNIN, B.F., inzhener; YOYEVODKIN, I.B.,
inzhener.
Investigation of the heating of large ingotip. [Trudy] TSNIIMSH
66:83-115 '54. (MLEA 7:9)
1. TSNIITMA$h (for Kuroyedov). 2. TJralmashzavod (for Toyevodkin).
(Steel ingots) (Metals--Heat treatment)

- - : .- fl.;
somi, V, v
-q5
615.918
. SKq
Raschety Nagreva Metalla (Calculations for Te=ering Metal) Yoskva,
Mashgiz, 1955.
100 p. Graphs, Tables.
"Literatura": P. (102)

-@OKGLOV, Vladimir Mikandrovioh; TXBNNIKOV. B.P., rednktor; GOLYATKIRA,
re'daktor@ ATTWOVIGH, M.K., tekhnicheskiy redaktor.
I
[Calculating the host of metal In metallurgical furnaces]
Haschety nagreva metalla v metallurgicheskM pechakh. Noskva,
Goo.nanchno-takhn. iad-vo lit--,@j po chearnoi I tevetnot notal.L.
lurgii, 1956.130 P. (KM 9:5)
(Aetallurgical furnaces)

SOKOLOV, V. -N.,
"New Methods of Calculation of the Heating of Metal in Industrial Furnaces"' Moscow,
1958. (Dissertation presented and approved for the degree of Dr. Tei@h. Sci. )
TsNIITMASh.

NOSKOV,
Galci)latin@ h.@,draUlc resistance of sieve Flates tc the licluid.
KI-d-T. naul-El i @-,rnm. 11 no.4:51.9-520 '5!)- (mIRA 11:10)
(Plate towers)

SOKOLOV, V.N.
Now method of calculating metal heating considering heat exchange
according to the Stefan-Boltzmann law. Kuz.-shtam. proizv. 1 no.9:
26-31 S 159. (MIRA 12:12)
(Metals--Thermal properties) (Heat--Transmission)

SOKOLOV, Vj_"_A@@SUNOV, A.S.
Effect of the time factor on the break-up of drops in a stream
made turbulent by a bubbling gas. Zhur.prikl.khim- 33 no-5:1068-
1075 my 160. (MIRA 13:7)
1. Leningradakiy tekhnologicheekly institut imeni Lensoveta@
(Drops) (Dispersion)

SOKOLOV, V.N.. GELLIS
VYU.K.
Shell and tube bubble reactor. Khim.prom. no-4:274-278 Ap f6l.
(Heat exchangers) OMA 14:4)

0/124/6 2/0001,004/028/03()
D251/D301
AUTHORS: Korolev, V. I., Smirnov, I. G. Lind Sokolov, V. 11.
TITLE: Investigating the stability of a cylindrical shell
with limited elasticity
PERIODICAL: Referativnyy zhUrnal, Mej,:hanika, no. 4, 1962, 30, ab-I
stract 4V212 (Uch. zap. MGU, 1961, no. 193, 22-41)
TEXT: Results are given of the experimental investigation of the
!3tability of thin cylindrical shells under the action of axial
compression in the presence of a constant internal pressure. 500
mm. dia. shells made of V198a,T- (1Kh18N9T) steel and of AMI--k@' T
(Ai,IG-r6T) aluminum alloy were tested. Thickness of the shell was in
tile range 1 - 2.5 mm. The shells were welded from sheets of the
material. A satisfactory agreement between the theoretical and ex-
erimental values of the critical load of the shell was established.
Abstracter's note: Complete translation.-7
Card 1/1

SOKULOV. V.N.; SALAMAKHIN, A.D.
Heat transfer between gas-liquid systems and the heat emchaw element.
Zhur.prikl.khim. 35 noll:2570-2573 N 162* (MIRA 15:12)
1. Leningradskiy tekhnologi4beaki7 institut imeni lansoveta.
(Systems (Chemistry)) (Heat-Transmission)

SOKOLOV, V.N.; SAWLMIII, "M.D.
Heat transfer fr0la the gas-liquid system to the wall of a
heat-exchango element under bubbling conditions. Zhur.prik-1.
Idlim. 35 no.5:1022-1026 my 162. (MIER 15:5)
1. Leningradskiy tekhnologicheskiy institut imeni Lensoveta.
(Heat exchangers)

ilistitut imeni Lensoveta.

C L o V V. fl
I
ATLASOV. I.P.; DEMOKIDOY. K.K.; DIBNER, V.D.; EGIAZAROV, B.Kh.; IYANOVA,
A.M.; WBANOV, M.P.; MARKOV. F.G.; RA13KIN, M.I.; RAVICH. M.G.;
SAKS. Y.N.-, 42@ @V @.; TKAGHENKO, B.Y.; USTRITSKIT, V.I.;
HALIYKIN, D.Y.. nauchnyy red.; VASIL'YEV. R.P., red.; SOLOVIYEV,
L.D., red.; NRKHOROSHEV, A.P.. red.; DOWONOS, L.G., tekhn. red.
[Geological map of the Soviet Arctic] Geologicheskata karta
Sovetakoi Arktiki. Sost. I.F.Atlasov Ci dr.1 Glav. red. F.G.
Markov. ....Nauchn. red. D.V. Nalivkin. [Moskva] 1957. ..Col.
map 89 x 131 cm. no. 4 sheets 51 x 72 cm. .. Scale 1:2,500,000-
Inset: [Geological mau of Wrangel Island] Goologicheskaia karta
;,strove Yrangelia, 1:1,@00.000. (MIRA 11:8)
(Arctic regions--Geology--Kaos)
( Wrangel Island--Geology--maps)

SOKOLOV, V, N _ _ -
"Carbon balance in the biosphere in connectlon
bution In the earth's crumt" by V.A. Uspenskii.
lov. Geol. nefti 1 no.3:71-72 Mr 157.
(Carbon) (Rocks)
vith carbon distri-
Ravieved by V. Soico-
(VLRA 10t8)

'30KOLOV, V.N.
V "U." el." @
I @_' ,
Geology of the northern part of the West Siberian Plain. Trudy Hauch.-
isal. Inst. geol. Arkt. 81:10_5-132 157. (MIRA ll'-5)
1. Chlen ekBpeditaii instituta. geologii Arktiki.
(West Siberian Plain--Geology)

SOKOLOV, V. IT.
Division of the northern West Siberian Plain into tectonic
sectors. Trudy IIIIGA 92:75-94 '58. NIRA 13:4)
(West Siberian Plain-Geology, Structural)
I
I

SOKOLOV, V.H.
, in the Ust' Yentoey aroa. Trudy KIM
Oil and gaR prospecting
92:1013-119 158. (MIU- 13:4)
(Yanisay Valley--Petroleum geology)
(Yenisey Valley--Gas, Natural--Goology)

STREIKOV, S.A.; DIBNER, V.D.;;ZAGORSKAYA, IT.G.;_�OKOLOV, V.H.; UUOROVA,
I S.; IN, Ya.I.; KIRTUSHINA, H.T.; PUMINOV, A.P.; YASHIVA,
Z:I V.N., red.: NIKITINA, V.N., red.izd-va; GUROVA, D.A.,
tekhn.red.
[Qtmternar3r sediments Xn the boviet Arctic] Chetvertichnye
otlozheniia Sovetakoi Arktiki. Moskva, Goa. nauchno-tokhn.
izA-vo, lit-ry po geol nedr, 1959. 231 p. (Imeningrad.
T
Ilauchno-iseledovatell. i institut geologii Arktiki rudy,
V01.91). (NIRA 13:5)
(Russiel, Northern-Geology),

I- SOKOLOV, VJI.
First interdepartmental coordination conference on "Characteristics
of the Distribution of Gas and Oil Fields in Siberia and '.-he Far
East." Inform.biul.NIIGA no.16:5-7 '59. (MIRA 15:3)
(Sibe-r-T-a-Gas, Natura-1--Congresses)
(Siberia--Petrolewa geology--Congresses)

ATUISOV, L.P. zind ';OKOWV,-Y-N,
"Main Features of the Tectonic Development of the
Central Soviet Arctic.*'
report presented at the First International Symposium on -*@rctic GeoloEy, !1-.,3 Jaa- 60.
CalFary, C'n-rada.

SOKOLOV, Valentin Nikolayevich: SAKS, V.11., nauchnyy red.; SEGAL, Z.G.,
veati-s-h-chiy red.; YASEICHURMIJISKAYA, A.B.. tekhn.red.
[Geology, and oil and gas potentials of the Arctic portion of
the West Siberian Plain] Geologiia i perspektivy neftegazononnosti
arktichaskoi chasti Zapadno-Sibirskoi nizmennosti. Leningrad.Gos.
muchn.-tekhn. izd-vo neft.i gorno-toplivnoi Tit-ry. Leningr.otd-
nie, 1960. 1,53 P. (Leningrad.liauchno-issledovatellskii institut
geologil Arktiki. Trudy. vol.100) (MIRA 13:2)
1. Chlon-korrespondent AN SSSR (for Saks).
(Russia, Northern--Petroleum geology)
(Russir, Northern--Gas. Natural--Geology)

U00 Of geClOf-JCal r-C-U-01-11010fiCal c@' clocd rc-.-*c.yl:, 'or
oil prospecting. Trtidy 1@3:1U-i16 16le
(Siberia-Oil sande)
(Siberia-Zurvus-1116tting)

M'DEYEV, V.A.; NALIVKIN, V.D.; SIMONEITY0, T.N.; QK9@@@;
SHABLIMAYA
Structure of the Pre-Iliddle qurassic basement of the West
Siberian Plain in the light of new data. Sov. gool. 5 no.7:26-40
ill 62. (I@aRA 15:7)
l. Voesoyuznry neftyancy nauci-ino-issledovatellskiy geologoraz-
vedochny,j institut. Vsesoyuznyy nauchno-issledovatellskiy
geologicheskiy institut i Ilauchno-issledovatellskiy institut
geologii ArIctiki.
(West Siberian Plain--Folds (Geology))

GU'-iARI,, F.G.; KAZARINOV, V.P.; MIRONOV, Yu.K.; NALIVKIN, V.D.;
NEST&iOV, I.I.; O..'-7YKO, T.I.; ROVININ, L.I.; ROjTOVTSEV,
N.N.; RUDKZVICH, IM.Ya.; SIMONMO, T.11.; @PKOLQV, V,.N.;
TROFDI,UK,, A.A.; CHOCHIA, N.G.; ERVIYE, Yu.G.;
0MBYSF-KUZNETSOV, S.O., red.; LOKSHINA, O.A., tekhn.red.
[Geology and oil and gas potentials of the West Siberian
Plain, a new tank farm of the U.S.S.R.] Geologiia i nefte-
gazonosnost' Zapadno-Sibirskoi nizmennosti-novoi neftianoi
bazy SSSR. Novosibirsk, Izd-vo Sibirskogo otd-niia, 1963.
199 p. (MIRA 17:1)

ATLASOV, I.P.; BAKAR, V.A.; BONDAREV, V.I.; SYAGAYEV, N.A.;,SOKOLOV, V.N.;
DIBNER, V*D*
Sketches of @:ie tectonic structure of the central sector of the
Soviet Arctic. Trudy NIIGA 13513-69 163.
. (MIRA 18:5)

!i
I I - I . , , 4 , !'I .
--afer6@n@:-3 on ti!e geolcwf of the Spitsbergen archipelago. Sov. geol.
8 155@ AP 16-15. (MIRA 18:7)
.. institut geologil Arktiki.

NALIVKIN, V.D.; DEDEYEV, V.A.; IVANTSOVA) V.V.,- KATS, Z.Yn.; KRUGLIKOV, N.M.;
LAZAREV, V.S.; SV-rRC"YnV. G,,.P._; CHFRNIKOV, K.A.; SHABLINSKAYA, N.V.@'
Prinimal iic-h8stiye: ZHABHFvv LP.; ROZANOV, L.N.; SOFRONITSKIY, P.A @
ey
KHAIN, V.y6,,; SIMUNFAIKOI'T.N.; SOKOLOV,, V.N.; YAKOVLFV, O.N. gJ golog
dro e
[CompakntIV- anal -sis bf the bil. a d gas @oteh ial'apd
p y n t
of-thp. W@st-Siberian-shd Turhn-Scythisn @lnt@o= -1 S:@svnitpl Ifiyi
ansliz@-n-s'Mpg@zofiosnosti'i t,-ktoniki Zapedno-Zibi;bkoi-i-Turano-
Leftin&ad; Nedra,-1965.'322 p. (Lf-ftingrad
Vsesoiuzfiyi neftiarift nauchno-issledovatellskii geologoranredochnyl
institut..Trudy, no.236) (MIRA 18:6)

SOKOLOV, V.,@direktor.
Preface. Trndy TSKIGKA no-1:3-5 '50.
(MI-RA 6:9)
1. TSentrallnyy nauchno-iseledovatellakly gidrometeorologicheskiy arkhiv.
(Meteorology)

FE-DOROV, Yeja.,, profesaf@-,; PREDUCEENSK-111', P.P.; BUCHINSKII, I.Ye.;
SET.4-111,1107, G.T., pz-:,fa@ia-vv; BOSB2@D, L.V.; ALISOV. B.P.; BIRYUKOV,
GA-LITSOV. A.P.; GRIGORITK7, A.A., almdemik; ZYGERSON, M.S.,
prcfeasi@z; MURETOV, N.S.; KMOMOV, S.P.; BOGDANOV, P.N.; IYIMDW,
A.N.: SOX YANISHKVSKIT, Yu.D.; SAMOTLENKO, V.S.; USM&-
L.A.; TROTSENKO, S.Y-a.; VANGENGEYM, G.Ya.;
NOY, II.F.; COMM,
SOKOLOV, l.F.; STYRO, B.I.; TEMNIKOVi., N.S.; ISAYEV, E.A.; DMITRIYEV,
A.A.; MILLYUGIN, Te.k.- LIFJWI", Ye.K.; SAPOZHNIKOVA, S.A.; RAKIPO-
VA, L.R.; POKROVSUYA, T.V.; BAGDASARTAN, A.B.; ORLOVA, V.V.; RU-
BINSHTEYN, U.S., professor; MILFVSKIY, V.Yu.; SHOMMBAKOVA, YeJa.;
BOCHKOV, A.P.; AHAPOLISKAYA, L.Ye.; DW-TAYEVA, A.V.; UTHSHEV, A.S.;
MJDNEVA,, A.V.; RUIENKO, A.I.; ZOLOTARKIF, M.A.; NER-SESUN, A.G.;
MIKHAYIOV, A.N.; GAVRILOT, V.A.; TSOMAYL, T.I.; DMATKOVA, A.M.;
ZAVARINL, N.V.; SH@&IER, S.M.@ BUITIKO, M.I., profi5ssor.
Diocusaion of Vhe repor-4 (in the fcrm ..)f diaballea) [@@f the clwrant
state cllmat--Io�lc-a!' resea.-ch, ancl moth,@ds of davalop@wng it]. Inforz.
sbor.GUGMS nc.3!4:26-1@4 '54. (MIRA 8:3)
1. Chlaa-kcrrespondep-t Akademli nauk SSSR (f,,r Fedorcrir). 2, Glavaayaa
geofizicheskays@ .)bsn-7a'!rvi7a Im. A.I.V.@eykc,ra. (for Predtechenaki7,
Lebadev, Yanishevskly, Isayev, :@7-sskay,@., Orlova, Rubir@-
shteyn. Budyko, Shcher'bako-va, knapvllskay-a., D=aya-va, Rudne-za.Gavrilov,
Zavariza). 3. Ulcratnskiy nauchzo-,"--saled.:;vate-~-;sk~-y- gid-rometeorologiche-
sl,-17 izs@@tu'A (for Buchinskly).
I@CcnrittLad an next sard)

YEWROV, Ye.Y6., professor; PREDT-ECHENSKIY, P.P., a-A
Dlecuseioa of the report (in the form of [of the current
stata climatslogic-al rasearx@.,-- and met'n.As -)f de!;-e-l-Dp!ng it]. Inform.
i3bor. GUGMS nc-.3/4:26---?.j54 154* (card 2.) OURA 8:3)
4. Vsesoyuzny7 inatitut, rastenievodst-?-a (for Sely-aninor, Rudenko).
5. Bioklimaticheakaya star-tsiy-& KialcTodsk (for B@Jshno). 0'. Moakc;-P-
ski.y, gosudarstvenn@7 uni-Tersitet, im. M.V.Lr-,monosoTi (fo.- Allsov).
?. Ministarstva putey aoobshche-niya SSSR (for Bizyukcv). 8. Inati-
tut, Ge-grafii Aka-demii nauk SSSR (for Gailtsov, Grigorlyev). 9. Grlo-
fizicheskaya komisely-a Vesavyuznogo geografiche3kogo obehchestra (for
Eygenson). 10. Miniaterst-trt: i r:,l9ktr-:,promyshlennr;sti
SSSR (for Muretov). '"' . Ieningra-dsk!7 goaudarstvennyy universitat im.
A.A.Zhdanova (for Khromov). 12. TSent-ralIny-I nauchr,,;-iseledovat-ell-
-i@dy g.ld-,!,zm6teorAogll--heskiy P-rkl,-i- (f----, Zolictarev). 13. Gi,--
sudarst-@-eany-y rikeanografichea@--',y !-a. V,
(f ir !4. TSen-
tralln.yy ins-libut pr.:,.-ac:zc,-F Iff-,r Uama--,-,-7, Sapp-.zhintk@---a). 15. Institut
geografili Akademii nxak SSSR i Waatra' ,@?@-y-y institut kw-or-t.,-@3-io.-Id (f@@.r
va-t@-,16P:17 ims-l'tut 'men4 Sechen*-Ta.
16. Nauchnt.-Is-sled.v
yal-t-B (f or Trctaenki@@). A-rktIC12@.:gklly-
lns@Jltu@ (f?!Z- 'Fa-ngeugeym).
st np-xi* caz,,-;.