SCIENTIFIC ABSTRACT SKOBLOV, G.M. - SKOBOV, V.G.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001551020017-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 14, 2001
• Sequence Number: 17
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

SKOBIA)V, G.M., inzh.
Continuous high-speed method for la7ing urban gsts pipelines. Stroi.
truboprov. 4 no.12:18-20 D 159. 041RA 13:5)
(Gas, Hatural-Pipelines)

SKOBLOV, G.
*
Work organization in stalling urban gas 9upply EqstOms- Zhil,-
kom.khoz. 9 no,7:10-12 159- (141RK 12111)
1. UpravIyarushchly trestom "Orggaz" 1,11nistertitva kmarnmal'nogo
khozyaystva RSFSR.
(Gas distribution)

SKOBLOV. G.
Industrial methods of Installing interior gas pipes. Zhil.-
kom.1choz. 9 no.11:24-25 159. (MIRA 13:2)
1. Upravlyayuabchiy treeton "Orggaz."
(Gun pipes)

SKUBLOV, G.M., Inzh.
I- -----
, and assembling overations.
Lpt's ImT)rove the quality of building
Stroi. truboorov. 5 no.5: 21-27 gy '60. (MIRA 13:9)
(Gas, N%tural--PiDelines)

SKOBLOV, G-J1..,J=h..
....
Unit for protective coating of steel pipes. Strol. truboprov. 5
no.10:17-18 0160. (MIRA 1):10)
(Piy.e, Steel) (Protectivo coatings)

SKOBLOV, Georgiy Mikhaylovicb; SIL4LINOV, A.F., red.; BUTT, V.P., red.
izd-va; LELYUKHIII, A.A., tekhr.. red.
[Mechanization of insulation and weldirg operations in the construc-
tion of urban gas pipes] Mekhanizatsiia izoliatsionno-svarochnykh ra-
bot na stroitel'stve gorodskikh gazoprovodov. Moskva,, Izd-vo M-va
kommm. khoz. RSFSR, 1961 ' 122 P.3 (MIRA 14:11)
(Gas pipes

SKOBLOV, G.M.p inzh.
Letts increase the rate of conBtruction of urban g" ByBtOMB. Strol,
truboprov. 6 no. 2:20-21 F 161. (I~URA 14:5)
(Gas, DiArlbution)

SF.OBLJV, G.M., inzh.
Ways to Improve the construction of urban gas systems. Stroi.
truboprov.' ( no.9:10-2r. S '~l. (MIRA 14:9)
(Gas pipes)

SKOBLGVJ G.
When comrades donot agree. Zhil.-kom.khoz. 11 no-5:30 Vq 161.
(MA 14:7)
,regtaaL AI(3rgqge.
1. f
~Zas d&sVrYbutlon)

SKOBLOV, Georgiy Mlikhaylovich; KHODKEVICII, DmItriy Trofinovich;
SHAL111OV., A.P., red.; KOMONOV, A.S.,, red. izd-va; LELYUKHIN,
A.A., tekhn. red.
[Machinery and equipment for the construction of urban gas
lines]14ashirjy i mekhanizny dlia stroitel'stva go rodskikh ga-
zoprovodov. Yoskva, Izd-vo M-va kor==.khoz.RSFSR, 1962. 1.36 p.
WIRA 15:8)
(Gas, Natural-Pipelines) (Pipe-laying machinery)

SKOBLOV G
Construction of gas network in Gorkiy. Zhil.-kom, khoz, 12
no.3:18-i9, 21 Mr *,62. (MUU 15 ' 10)
1. UpravlyayusbehiT Gosudarstvannym respublikanaklm trestom
po organizatoli gazovogo khozyaystTa Glavgaza Ministerstva
kommunallnogo khozyaystva RSFSR.
(Gorkiy~Gas distribution)

red.
Georgiy
Di-recting -,!,Dns-,r-uc-ti on ands the crgi~nf' zati-cn of work ir. S-u,-
plyinj gas to c-lLiesj ipravlenie stroitells-,vo-m. f. urgar-izaa-
,L,-~-iia raboT. ',,Q ;7 Zifik
a I~oskva. -qtr,)ii?/-Iat)

LOSSTAR Ya.k.j 3KOELOV, 0.2.
c;tareophotagranmstr1c method of datarnIning cimfoMUMS
In hoxwen built of plautle nateriala. Osn., fund6 I mkbogran.
8 no.ls25-26 166. (HM 1.911)

YERMANOK, M.Z.; SKOBLOV, L.S.
Effect of geometric factors on pressure conditions in the-extrusion
of aluminum alloy billets. TSvet. met. 36 no.7.-64-71 Jl 163,
(MIRA 16:8)
(Aluminum alloys) (Extrusion (Metals))
I

YERHANOK, M.Z.; SKOBLOV,,-,4.S.
Analyzing formulas for the determination of forces needed for
rod extrusion. TSvet. met. 36 no.110:78-80 0 t63. (MIRA 16;12)

60=66 EVIP (k) /EWI (m) 111DIP WI 1JP (r.
ACC NRs AP6010304 SOURCE CODE: UR/0136/66/ODO/063/0074/0077
AUTHOR: Yermanok, m. Z.;,Skoblov,,Lt_q,..; Filinap T, Me
ORG: none
TITLE: Calculation of working stresses during pressing of hollow'shapea in dies
with built-in core-fin
SOURCE: Tavetnyye metally, no. 3j 1966, 74-77
TOPIC TAGS: stress analysis, die, metal pre Bingo metal friciLon, friction
ABSTRACT: The Al and Mg alloy shapes forge in care-fin dies may be divided into five
basii; groups ~_Fig- f)--.a, Niith cylindrical external and internal contours, round
tubas; b - with cylindrical external contour and shaped internal contour; ej d
with shaped external contour and cylindrical internal contout; e, f, go loop type
(the area of orifice fbr these 3 groups of shapes is.incommeasurably small compared
with the cross-sectional area of the shape); h, i J, k, I -:with shaped external:and
internal contours. In this connection, the author corrects the known formulas of pres-
sing stress for the pressing of round tubes in core-fin dies'l(Perlia, 1. L. Tooriya
pressovaniya metallov. Izd-vo Metallurgiya, 1964), since Perlin failed to take into
a.ccount the friction of metal against the die core-fin. Assuming that this fin repre.
sents a triangular prism whose sides are friction surfaces the author derives the
1/3 UDC: 669.2/2.%621#9.7
Car

IMIE91111111 1110:111,11villifil 1111,1134 gill Fillip. lilt
ACC NRiAP6010304
d
b c
Dill
f 9
T ii jj
It
k
.7
Fig. 1. Basic types of hollow shapes
2/3

ACC NRj AP6010304
formula for friction against the fin:
ak
2
O.8Do.d. dax
T
0.8D,
fin sin 0 rp bod* x
OAD2 0.8Doode
T -ln
fin ffl __ I
sin OAD
.d. 'k
where T is friction against the fin, D is the outside diameter of the forg-
fin oods
ing, T is the mean friction stress at the fin surface* This as well as the other
fin
calculation presented shows tha4, after some corrections, Perlin's formulas may be
used for the analytic determination of working stresses during the,pressing of hol-
low shapes in dies with built-in core-finsa Orige art, has:. 2 figures, 9 formulas*
SUB CODE: 11, 13 SM DATE,.- hone
Finned tubes
Card 3/3

- --------- - ---- --
gai_6 Ewr(.d)/.r
U.
ACCESSION M ARSOWte

AUTHORs 'Skoblov* 0.--1,.-
A method for connectl~g'plaretary' differential::`,
No. 1.71614
SOURCEi- Dyulleten' izabreteniy i--tovamykh lbakov n04
'TOPIC TAGS*, speed regulator, tranamiss ion
ABSTRACT: This Author's Certificate introduce's a metho
differential speed reducers to the closed power circuit

eed - ru duce
tain left, right and interchangeable sp rs and
reducer which is the loading device. Ilie mr.-thod Is dem
differential speed reducers while eitm1taneou;41y rotat].
input shaft of the speed reducer to he teated'is connec
intercliangeable auxiliary speed reducer. The kinematic
to those of the one being tested. The ext-ornal abaft o
is connected to the output abaft of the left wixill-ary
l
i
ted,ip*
;
-Cord 1/3
M, =1111111M. M111191
imid/01V009000go i
-;j_.: :jST
P04~4vdu"i--:Claiss.
11 ~LhM
cmi
fo
ro
clori
of :Put t. mos Whi
Acall~ millary"T
a Ot
Lgn1j!dj, for .1'eliting P10jetaA
ig b0d) oiltpilt shaftil., T1 e.
I1 43- e
the",11iPut sh -j~0
of t1his IvAucar cal,'Tlls-j~nd
F thoi 1,vdiaijefJ7 to be fc d
md1kieti, vhf6li) +-he internal.-
T

WN
jL 57481-65
ACCESSION NR: AP5017058
shaft of the reducer being tested is connected to the input ~11~ft Of the;
auxiliary speed reducer. The external shaft of the canical ;~iduce~ Is connect
the output shaft of the left auxiliary speed reducer.
ASSOCIATION: none
SUBMITTED: 12Aug63 ENCL! 01 SUB WOEt PR
NO REF SOV: 000 OTHER: 000
C

LIBIN, I.Sh., inzh.; SKOBLOVA, V.I., inzh.
Determination of critical stroboscopic lighting level.
Svetotekhnika 8 no.12:14-16 D 162. (MM 16s1)
1. Vsesoyuznyy avetotekhnicheakly institut.
(Stroboscope)
(Medical electronica-Equipment and supplies)

KRTWV, V.I.; KOROLEV,
00
Remark on the computation of the integral x Se -x f(f)A - Dokl. AS
BSSR, 3 no-1:3-7 Ja '59. 0 (MIRA 12:3)
(Integrals)

KRYLOV, V.I.; SK,OBL-YA,-II.S---
Numerical irrversion of Laplace transforms. Inzh.-fiz. zhur. 4 no.4t
85-101 Ap 161. (MIRA 14-' 5.)
1. Institut matematiki i vychislitellnoy tekhniki AN BSSR, g.Minsk.
(1,aplace transportation)

SKOBLYA, N.S.
Calculation of the 14911in integral. Dokl.AN BSSR 5 no.4-142-145 Ap
761. (ZA 14:5)
1. Institut, matematiki i vychislitelinoy tekhniki AN BSSR.
Predstavleno akad. AN BSSR V.I.Krylovym.
(Integrals)

SKOBLYA, Nadezhda Sergeyevna
[Tables for the numerical inversion of the Laplace transform
C+iGo
f (x)= ;.-I S exPF(p)dp] Tablitsy dlia chislennogo obra-
29T iC-iUD 1 c+ia)
shcheniia preobrazovaniia Laplasa f(x)= 2 Jq- i S, exPF(p)dp.
C io)
Minsk, flauka i tekhnika, 1964. 42 Po (14 IHA 18: 1)

r )LY A,
J
f --cti~d with the
Dj-!; 1:',l or of r,~c t~j ',f' j;olY': als cl~r
num,~ncal -Trivercion, cf a Dinlace Lrar.=-"~,rmatim. Do'-I.
Mr PSSR 9 no. 5:2U-291 1-ly' 165 Oulu 19:1)
1. D-.stltut matematiki i vychislitel.roy toklmiki AN ESSR.
SuIx-itted June 2, 1964.

USSR/Engineering - Foundry, Processes Dec 51
"Recovery of Used Holding Sands in Foundries,"
K.N. Skobniko7, Cand Tech ScL, Leningrad Center
of Mach B14g Technique
"Litey Proizvod" Vo 12, pp 4, 5
Discusses p-m-esses of recovering sands vith aid
of disintegrator, air separator and vibrating..
mathine, F;xpts vere conducted vith sand usually
dumped out of foundry for steel shape castiugs
203T31
USSR/Engineering - Foundry, Processes Dec 51
(Coutd)
at Kirov Plant. Method of sand reprocessing de-
creases haulage of fresh and used sand for this
foundry alone by ant equiv to more than 1,000
railroad cars per yr.
203T31

123 - 1 - 392
Translation from: Referativnyy Zhurnal, Mashinostroyeniye, 1957,
Nr 1, p..67 (USSR)
AUTHOR: Skobnikov, K.M.
TITLE: Advanced Labor Methods and Progressive Production
Methods in Foundry Practice (Peredovyye metody
truda i progressivnyye tekhnologicheskiye protsessy
v liteynom proizvodstve)
PERIODICAL: Povysheniye proizvoditellnosti truda v liteynom
proizvodstve, Sbornik. Moscow - Leningrad, Mashgiz,
1955, pp. 5-15
ABSTRACT: The following measures are discussed: 1) casting
sample control parts before starting serial production;
2) introduction of assembly line methods and trafi- ,
sition to,parallel handling;,3).modeling by means of
separate coordinating bbttom-boards with a MaxJjnum
increase of metal mold capacity; 4) replacing cast-
iron and steel mold boxes with lighter molds made of
aluminum, and with cast-and-welded mold boxes; 5) the
use of semi-permanent molds', and increase in number
Card 1/3 of castings to 20 - 25 from each mold; 6) gradual

123 - 1 - 392
Advanced Labor Methods and Progressive Production Methods in
Foundry Fractice (Cont.)
filling of molds,, by the stop-and-go method;
7) installation of additional machinery in the assem-
bly line and maximum speed increase of conveyer system;
8) use of fast-drying mixtures; 9) elimination of loam
crust from steel castings by making use of basic
materials (chrome iron ore and ohrome-ma
llnesite;
10) coremaking by sandblowing-method; 1 casting in
metal-ceramic molds lined with a mixture of caBt-iron
shavings, clay and ground chamotte; 12),oentrifugal
cas,ting of large (diameter 'up to 700 mm)'sleeve pipes
in removable sand molds, and of bimetal"bushings;
13) precision casting of parts up to 300x3OOx2OO mm
in size with minimum finish allowance; 14) precision
casting in shell molds; 15) founding high-strength
cast iron (used instead of forgings) with 1.5 to
Card 2/3 2-fold weight reduction of stock, and 3 to 4-fold

123 - I - 392
Advanced Labor Methods and Progressive Production Methods in
Foundry Practice (Cont.)
reduction of production time norms; 16) hydraulic
cleaning of castings at pressures increased up to
100 atmospheres. Centralized production of molds
and other foundry equipment, as well as a centralized
supply system of high-grade sand and other materials.
Card 3/3 S.Sh.

SKOBVIKOV, K.M., doteent, kandidat tekhnichaskikh nauk.
- ~ I
L-;.e4 yci~~, Ctr5 -
Discovery and utilization of hidden potentialities in founding.
Lit.proizv. no.12:4-6 D '55. W-RA 9:3)
(Founding)

Ll

PHASE I BOOK EXPLOITATION SOV/3894
Skobnikcv., Konstantin Mikhaylovich
'R_~zervyliteynogo proizvodstva (Unused Production Capacity in the Founding In-
lustry) Moscow,, Mashgiz, 1959- 199 p. Errata slip inserted. 3'.000 copies
printed.
Reviewer: B.B. Gulyayev, Doctor of Technical Sciences, Professor; Ed.: A.M.
Lipnitskl,y, Engineer; Ed. of Publishing House: T.L# Leykina, Tech. Ed.:
!,,.V. Speranskwfa; Managing Ed. for Literature on Machine Building Technology
(Ler.-ingrad Division, Mashgiz): Ye.P. Naumov, Engineer.
PURPOSE: The book is intended for technical personnel and skilled workers in
found-xies.
COVKELWE: The book deals with some methods of utilizing unused production ca-
pacity in foundries. The author describes experience gained by foundry in-
novatora in improving the efficiency of making cores and molds, chipping and
cleaning castings, and the organization of worldng areas. The problen of mech-
anization in foundries for unit- ad small-lot production of castings and the
Card 1/4

Uni-l-ed Pr-3duction Capacity (Cont.) SOV138911
ur-a of special casting rethods are discussed. No personalities are mentioned.
There are 46 referencesy all Soviet.
TABLE OF CONTENTS:
Intrr-duction
3
Gh. I. Preparation of Production in Foundries 5
1. Processability of designs of castings 5
2. The efficient process of casting 8
3- Preparation of pattern and flask accessories 15
Ch. II. Preparation of Molding and Core Mixtures 21
4. Preparation of raw molding materials 21
5. Selection of the acmposition of molding and core mixtures 26
6. Mechanization of preparation of molding and core mixtures 33
Ch. III. Advanced Methods ol Core Making 42
7- Constructions of core boxes 42
8. Efficient technique of making cores 48
9. Mechanization of core maldng 54
Card 2/ 4

KOBYLYAIISKIY, G.I., red. [deceased]; q~OBNIKOV, K.M., kand.tekhn.
nauk, retsenzent;"SOKOLOY, A.H., kand.teii~~.nauk, red.;
SPERANSKAYA, O.V., tekhn.red.
[Mechanization and automatization of labor consuming
-oroceeses in foundries) Mekhanizataila i avtomatizataiia
trudoemkikh protsessov v liteinom proizvodstve. Moskva.
Goo.nauchno-tekhn.izd-vo mashinostroit.lit-ry, 1959. 226 p.
(MIRA 12:9)
(Founding) (Automatic control)

m~
VTSHF.MIRSKIT, Mikhail Mikhaylovich; LKBEDEV, K.P., dotsent, kand.tekhn.nauk,
retsenzent; UKOBNIKUT, K.M.-, dotsent, kand.tekhn.nauk, red.; YARXO-
TETSLiTA, A.I., red.izd-v"a; FRUMKIN, P.S., tekhn.red.
[Coremakerl Sterzhanithchik. Moskva, Gos.nauchno-tekhn.izd-vo
mashinostroit.lit-ry, 1960. 172 p. (MIRA 13:5)
(coremaking)

MILIMAN, B.S.; LYASS, A.M.; TSYPIN, 1.0.; KRAPUKHIN, V.M.; VALISOVSYIY, I.V.;
KLOCHNEEV, N.I.; AVERBUKH, N.M.; KADNITSOV, V.G.; LIPNITSKIY, A.M.;
RUSSIYAN, S.V.; SKOBNIKOV,_K.M.
"Iron founding handbook" edited by (doktor tekhn.nauk, prof.] N.G.
Girshovich. Book review by B.S.Millhmn and others. Lit. proizv.
no-8;46-47 Ag 162. OURA 15-11)
(Iron founding-Handbooks, manuals, etc.)
(Girshovich, N.G.)

t v

tag
Iran ores - Ocnoentzation
Geological Prospecting
ftel-Rem Iron Ore Deposits In Central ABia," M. 1.
Pp
nb=edka Nedr" No 2
-or -th6-
Sonth-slapes MP'rzha1i--TM&.--
A Aa4n Ban g0. Describes the geographic lay of tkIjs
deposit, as vell as some climatic factomguch as b"V7
snow during vinter seasons. Gives geologic structars
of the deposit, an& presents two sectional maps, cus,
showing geographical locatim, the otbar the basic
Spology of the deposit. Evaluates Industrial VM-th Of
USM/Metals (Ccntd) Jkr I
deposit. Quality of the ore varies. Ore of the
ccutact-metascmatic type of magnetite and estimated
to coatain sme 30 million tans of ore.
Ile. .49T66

SKOBNIKOV, M.L., gornyy inzhener.
Mineral resources in India. Gor. zhur, no.5.48-50 Kv 157.
(India--Mines and mineral resouces) (MIRA 10:6)

AUTHOR: Skobnikov, M.L. 127-11--/12
TITLE: Iron Ore Base of the USSR to the Historical Date (Zhelezorud-
naya baza S33R k istoricheskoy date)
~EHIODICAL; Gornyy Zhurnal, 1957, # 11, pp 21-28 (USSLi)
ABSTRACT; rhe USSR holds the first place in the world in the amount of
the prospected resources of iron ores which is estimated at
35.9 billion tons. The average iron content is 57%. By their
liability to concentration, these ores can be divided into 3
groups:
1. Those ores which need no concentration. Their amount is
5 billion tons and the avera.-e iron content is 55%-
2. Ores which can be easily concentrated. Their amount is
19.6 billion tons and the average iron content is 31%.
3. Ores whose oncentration calls for complicated techno-
logical processes. Their amount is 11.3 billion tons and the
average iron content is 361~.
The qualitative characteristics of various ores and con-
centrates which are obtained out of them are compiled in Table
I of the article. The author gives estimates of the amount of
prospected resources in the individual regions of the USSR, at
Card 112 35.9 billion tons. The amount of pig iron which could be ex-

Iron Ore Base of the UJSR to the Historical Date 127-11-5/12
tracted from these iron ore resources he estimates as
follows% The north-western regions of the RSFSR - over 300
million tons; the Ukraine - 2.5 billion tons; the Caucasus -
30 to 35 million tons; the Northern Urals - 200 million tons;
the Middle Urals - 750 million tons; the South Urals - 327
million tons; Western Siberia - 135 million tons - without new
deposits of magnetite ores which by themselves will suffice to
supply the second Western-Siberian metallurgical plant schedul-
ed to be constructed in Stalinsk; Eastern Siberia - 270 million
tons; the Far East - 100 million tons, and Kazakhstan - almost
2 billion tons of pig iron. The new mines being constructed
in the new ore mining areas will ensure an annual production
of 28 million tons of pig iron, and together with those in
operation at present will ensure over 60 million tons per year$
of which about 30 million tons will be obtained in the eastern
part of the USSR. The average iron cont,?nt of the deposits
which will be mined by the new mines under construction amounts
to 40%.
There is one Slavic reference. The article contains 2 tables.
AVAILABLE: Library of Congress
Card 2/2

POSPELOV. G.L., stnrehiy nanchnry sotrudnik: LAPIN, S.S.: BELOUS. N.Kh.;
KLTAROV',,XIT, V.M.: KINE. O.G.-, VAKMSHEV, V.A.; SHAPIRO, I.S.,
Btqrshly nauchnyy sotrudnik; KALUGIN, A.S.; MUKRIN, A.S.; GAMISTS,
N.A.; SPEYT, Yu.A.: SELIVESTROVA. M.I., RTJTKEV16H, V.G.,-BV.KOV, G.P.;
NIXONOV, H.I.; SAKOVICH, K.G.; MI?ZV=OV, V.I.; ALADTSHKIN, I.S.;
PAN, F.Ta.; 10SANOV, M.G.; TAZBUTIS. E.A.; ROZHDj',STVINSKIY, Yu.V.;
SAVITSKIY, G.Ye.; PRODANCHUK, A.D.; LYSLWO, P.A.: LEBEISY. T.I.;
KAML?NSJCAYX, T.Ya.; MASURITNIKOV, A.I.; PIRAR, R.-, DODIN, A.L.;
MITROPOLISKIY, A.S.; LUKIN, V.A.; ZIMIN, S.S.; KORSLI, Y.G.;
IXERBIKOV, I.V.: BARDIN, I.P., ak3demik, nsuchnyy:ked.; GORBACHW#
T.F., n..quchnvy red.; YERIO-FEYEV, N.A., naucbnyy red.; NEKRASOV, N.N.,
nauchnyy red.; WCOBNIKOV nauchnyy red.; SMXRHOT~VIMIK, S.S.t
nauchnyy red. LIN. S.G., skademik, nauchnvy red.;
NIKOY, V.B., nauchnyy red.; CHINAKAL, N.A.. muchnyy red.;
SMZYUK, P.Ye., red.toms; SOKOLOV. G.A., red.tome; BOLDIREV, G.P.,
red.; VOGMAN, D.A., red.; KASATKIN, P.F., red.; EMASHXVA, I.G.,
red.izd-va; KUZIMIN, I.F., tekhn.red.
(Iron-ore deposits of the Altai-Sayan regionj Zholezorii(Inve mesto-
rozhdeniia Altae-Saianskoi gornol oblagti. Vol.1. Book 1. [Geology]
(Continued on next card)

POSPXL'OV, G.L.--(Continued) Card 2.
Geologiia. Otvetstvannyl rod. I.P. Bardin. Moskva. 1958. 330 p.
(KIRA 12:2)
1. Akademiya nauk SSSR. Mezhduvsdomgtvennaya~ poEitoyannaya komlosiya po
zhelezu. 2. Postoyannaya mezhduvedomstvannsys k6missiya po zhelazu
Akademii nauk SSSR (for Pospelov, Shapiro, Sokolov). 3. Zapadno-
Sibirskly filial Akademii nauk SSSR (for Vakhrushev,Pospolov.) 4.Zapadno-
Sibirskoye goologicheakoye upravleniye (for Sakovich). 5. Krasnoyarskoys
geologichoskoye upravlonlye (for Pan). 6. Zapadno-Sibirskly geologo-
razvedochn.vy treat Chermetrazvedka (for Prodanchuk). 7. Sibirskiy geo-
fizicheskiy treat (for Pipar). S. Vaesoyuznyy geologicheakiy nauchno-
issledovatel'skiy institut (for Dodin). 9. Gornays ekopeditsiya (for
Mitropollskiy). 10. Gornoye upravleniye Kuznetskogo metallurg.kombinata
(for Lukin). 11. Tomskiy nolitekhnicheskiy institut (for Zimin). 12. Si-
birskiy metallurg.institut (for Kozel'). 13. Treat Sibneftegeofizika (for
Derbikov). (Altai Monntaina-Iron ores) (Sayan Mountains-Iron ores)

RARDIN, I.P., akademik, otv.red.; STRUMILIN, B.G., akademiki red.: SMAKOY,
L.D., akademik, red.;,SHCHERBAKOV, D.I., akademik, red.; ARTIPOV, N.I.,
red.; BELTANCHIKOV, K.F., red.; BRODSKIT, V.Bo, red.; TEROFITZ7, B.N.,
red.; LIBERKU1, A.Ta., red.: MELESHKIN, S.M., red.; ORIDV, I.T., red.:
SMIRNOV-VERIN, S.S., red.; RIKMAN, V.V., rod.; SANAHIN. A.M., red.;
SLM)Zrux, P.Te., red.; SK.OBNIKOV,_~.L., red.; SOKOWT, G.A., red.;
FRYT, V.I., red.; KAMUMT, red.; SWIRD, L$., red.;
SHIRYAYICV, P.A., red.: KUDASHHV, A.I., red.isd-va: KUZININ, I.F..
tekhn.red.
[Mngnotito ores of the Kustanay Province and their orploitation)
Magnetitovye rudy Kustanaiskot oblasti i putt ikh IOP0112ovaniia.
Otvetstvannyi red. I.P. Bardin. Moskva, Izd-vo Akad. nauk SSSR,
1958. 489 p. (Zholezorudnye wastorozhdenlia SSSR). (MIRA 12:2)
1. Russia (1923- U.S.S.R.) 14inisteratvo geologii i okhramy nedr.
(Kustanay Province--%Cnetite)

BARDIN, I.P., akadenit, otv.red.; A11TIFOY, M.I., nauchnyy red.; GORBACUIT,
T.F., nauchnyy red.; DODIN, A.L., nauchnyy red.; TEROPSEYEV, B.N.,
nauchnyy red.: KALUGIN, A.S., nauchnyy red.; FEMSOT, U.N., nsuch-
nyy red.; FOSPMOT, G.L., nanchnyy red.; SKOBIFIXOT, K.L., neuchz*7
0 IV' i dt
red.: SUDZYUK, P.Te., nauchnyy red., red *toihbf-W Ril -VMN. S.S.,
nauchnyy red. [deceased]; SOKOLOT, G.A., nauchnyy red., red,toma;
STRUMILIN, S.G., skndemik, muchnyy red.; KHL'L'BNIKOY, T.B., nsuch-
nyy red.; CHINilKAL, N.A., n~quchnyy red.; SHAPIRO, I.S., nauchnyy
red.; KUDASHETA, I.G., red.izd-va; POLENOTA, T.F., tokhn.red.
[Iron ore deposits of the U.S.S.R.] Zhelezorudnye mestorozhdenila
SSSR. Otv.red.I.F.Bardin. Moskva. Tol.l. [Iron ore deposits of
the Altai-Sayan mountainous region] Zhelezorudnye mestorozhdeniia
Altae-Saianskoi gornoi oblasti. Book 2. [Description of the
deposits] Opiennie mestorozhdenii. 1959. 601 p. WILA 13:3)
1. Akademiya aauk SSSR. Mezhduvedometvennaya postoyannaya
komissiya po zhelezu.
(Altai Mountains--Iron ores)
(Sayan Mountains--Iron ores)

LYUDOGOVSKIYt G.I.0- SKOBNIKOVI M.L.f nauchnyy red.; 11114ANOVA, G.F., red,
izd-va; BYKOVAp V,T.-,' tekbn, red.
[Industrial specifications for the quality of raw minerals; a
memial for geologists] Trebovaniia promyshlennosti k kachestvu
minerallnogo syrlia; spravocbnik dlia geologa7. MosIC7a, Gos.
naucbno-tekbn. izd-:vo lit-ry po geol. i okhrane nedr, Noo,63.
(Vanadium) Vanadii. Nauchn. red. M.L.Skobnikov. lzd.2.t perer.
1960. 40 P. (1URA 14-.7)
1. Moscow. VsesoyuzW nauchno-issledovatellskiy institut mine.-
rallnogo syrtya.
(Vanadium)

SKOBNIKOV, M.L.
Commercial iron ore deposits in Westerr Siberia and the Khakass
Autonomous Republic. Gor.zhur. no.5:3-8 My 160. (MIRA 14:3)
1. Gosplan SSSR.
(Siberiat Western-Iron ores)
(Khakass Autonomous Province-Iron ores)

FM, V.I.; YEFIFOV) M.V.; FEYGIN, L.M.; MITINA, K.G.; MALYSHEV, I.I.,
retsenzent; SKOBNIKOV M-L., retsenzent; BRAUN, G.A., retsenzent;
BRAUN, G.A., 1--ftliiii~USHCHOV N.A. retsenzent', GRISHINA, T.B*
Y - I -L 1 .1
red..,izd-va; IYERUSALD,.SKAYA,-Te-.-,-,-tiklE.- red.
[Comparative evaluation of iron--ore deposits based on the results of
a preliminary prospecting) sravnitelinaia otsenka zhelezorudnykh
mestorozhdenii po rezul'tatam predvaritellnoi razvedki. Moskva, Goa.
nauchno-tekhn. izd-vo lit-ry po geol. i okhrane nedr, 1961. 153 P.
(MIRA 14:11)
(Iron ores)

SKOBNIKOV, M.L.
Control of the depletion of ore.! must begin at the mine planning
stage. Gor. zhur. no. 6:3-5 Je 161. (MIRA 14:6)
1. Gosplan SSSR, Moskva.
(Mining geology)

C11 Flit 1YS1 IEV, G.B.; 3KODNIKCfV,_.M.L,,'nauchnyy red..; LYUBCIIENKO,
YO.K.P I-o(j. 1,,A-va; JIIMAKOVA~ T.14.1 toklin. ved.
(Industry's requirements as to the quality of mineral raw
rr-atevials] Trebovaniia provy-shlennosti k kachestvu minerall-
nogo s-jrlia; sprevochnik dlia, geologov. Moskvr-, Gosgeoltekh-
izdat. No.59. [Iron] Zhelezo. 1962. 78 p. (MIRA 15:7)
1. Moscow. Vsesayuzrjyy nauchno-issledovatellskiy institut mi-
nerallnogo syrtya.
(Iron)

SKOBNIKUV, M.L.
Iron-ore babe for ferrous metallurgy in the U.S.S.R. Gor*zhure
no.8:3-9 Ag 162. (KMA 15:8)
1. Gosudarstvennyy planovov komitet Soveta Ministrov SM.
(Iron ores)

DOLGOPOLOV, Konstantin Vasillyevich; SOKOLOV, Aleksey Vasillyevich;
FEDOROVA, Yevgeniya Fedorovna; �E9P~PV~'Y'4-)
retse:,:~ent; TYLKINA, *vl.A.j st. nauchn. sotr., retsenzent;
FFMKIN, Z.G., st. nauchn. sotr., retsenzent; RODIONOVA,
F.A., red.; PASHCHENKO, O.V., red. kart; KARPOVA, T.V..,
tekhn. red.
(Iron ores of the U.S.S.R.] Zheleznye rudy SSSR; posobie
dlia uchitelia. 'Monkva, Uchpedgiz, 1963. 157 P.
(MIRA 17:2)
1. Glavror-y i~'~-,splana SSSR (for Skobnilcov).
2. Institut chernoy ineL~.ilurgli imeni Baykova (for Tylkina).
3. Institute geagrafil X; 503R (for Freykin).

.-jI&VA I IIAIVA, T. r.
Skobnikova, V. K. - "The patho-architectonic of the brain inclosed traurna of the
cran -'Lm during the acute period," Trudy Tsentr. In-ta psikhiatrii, Vol. IV, 1949, P.
96-111
SO: U-4934, 29 Oct 53, (Ieto~ds 'Zhurnal Inyieh Statey, No. 16, 1949).

SKOBNIKOVA, V. K.
Clinical aspect and pathomorpholoff of chronic rheumatic
psychoses. Nevropat. poikhiat., Moskva 19 no. 4:79-82
July-Aug. 1950. (CLML 20:1)
1. Of the Psychiatric Clinic (Director -- Prof. M. 0.
Gurevich, Active Member of the Academy of Medionl Sciences
USSR), First Hoscow Order of Lenin Medical Imetitsto,

USSR /Uedleine B3min Mar/Apr
Injuz-ies
"Granulex Atropbq of the Cortex :Ui a ClaGed Trax=;~.,
of the Cranium," V.F. SkoLlnikova, Moscorv
"Arkhiv Patoll" Nlo 2,
Gives a brief d-iscuGsion %:,f the freg!ient contro-r,
ver--y on the e-UioloF,-j- of rran-zz2ar strophy of the-
cerebral cortex. Author ~ztoteF- that this condi-
tvion is vsuaUy attribult--l to vascul --- disonler,
and has never -bcen recognized ab !in tndepender, 4--
Pathological cl-I the brain. Dezc-ribes
a case of ri-:ceived dlar-iriF wear action,
~.2=0
2
with deatli occu-1-raiii.S n-f'er th,~., iiQury W"
roceived. Post-m----tem ~Iindini~a i:hwt-O -.1 sit-w Proc-
e-,s of glicsclerozic-, 31-n --f ,I(-vclap-
mk-.iit, and a secondax7 microMtria the en
tire surface of tlc cere-br~Ll c~ortex. Assk-les that
Uhl-, t-~oadition was a direct re-.ul-',- of -uraunta caused
by tl,t, concussion., and! In zom,~ cases %.,,ny zt~7%,O as
substrati.m to a traunntic dl,.-A,~.,ntia Li clcsfid in-
Juri!~-s to the
227120

SKOBNIKC'TA., V. K. (Cand. 'Pled. Sci.)
Analiz Letallnossti Psikhicheski Bollnvkh i Sostoyanive Prozektorskogo Dela v
Peikhonevrologicheakikh Bollniteakh Povolzhlya. P. 511
V ab Aktualln. probl. nevropatol. i peikhiatrii. Kuybyghev, 1957.
1z Gosudarstvermogo Nauchno-iseledovatellskogo Instit4ta Paikhiatrii M Z RSFSR

~SYDBIKOVA, V.K., Pancl,med.nfulk (,look-va)
Ana tx)ird ~Pil a of bra I ti I rj ir, "' ~~ za-i ri3ychot3go ; ab.3 tr a c t.
Ksiv,. :.,d. vJ~uv. Ja-F 16 1 (MIRA 16~11)

,.~ ~ 5 A~'4 ~-~ , ",
11 ,~, ~' in sent-iiI.J. 1 "..In,
niali'Fovl~-- I". -- - r ',,JJR~A 1-11~5)
1 , ; , ~: : ,, j fe7aI k
V . --s ", D Q 63-
-.3y, fl'~3- -- 1,-'. - -` .1. - 1 3,---l 3'
trkl,zj t.: *

SKOBINLKOVA, V.K., kand.med.nauk
Errors in the differential diagnosis between a vascular
lesion and a tumor of the brain. Trudy 1-go RU 21:471-48310'30,e,
(RIRA 16:9)
1. Kafedra psikhiatrii (zav. - prof. V.M.Barwhchikov) 1-go
I-Ioskovskogo ordena Lenina meditsinskogo instituta imeni
Sechenova.
(DIAGIIOSIS, DIFFi~'--E,,TIAL) (CERE-1-.0VASCULAR DISEASE)
(waiu-'m,vis)

0-YObINIKOVA, V.K., kand.med.nauk.
Erroneous diagnosis of the inflamatory procean in vaBcular
le5iow of Lhe -brai-n. Trady 1-go 1-2-a 21:484.501163.
(Iff.RA 16:9)
1. Kafedra psikhimtrii (zav. - prof. V.M.bansbebikov) 1-go
Moskovskogo ordena Lenina meditsinskogo inztitutm imeni, I.M.
Sechenova.
(C:,i~E.b'hUVASCULAR DISFAUS) (ENCAPHALITIS)

SKOi3J;IKOVA3 V.K,,, kand.med.nauk
Diagnosis of sonile dementia in cerebral at1wrosclerosis.
Trudy 1-go 1,9,ff 21-~502-510163- (MIRA 16:9)
1. Kafedra psikhIatr1i (zav. - prof. V.1-I.Lanshchikov) I-go
I,bakovskogo ordena JAmIna wditsinskogo Irwtituta imeai
1,Mechenova.
(ChMijiLU ARTERIOSGUROSIS) (SENILS PSYCHOSIS)

Xentn.l diqorders in the early stages of syphLLIf.;. TrIx3y I-g
M-L' 344-312-320 1640
Cmirse of leukemia with menVLI disorders, IbId.0211-331
Erroneaus diagnosis in the clinical aspects or primary
e,%ccp~al-itis with mental disorders. lbid.:332-1~z
(MIRA. 18~1-j
I., Nafedra psikhj.atril (zav. - zasiuzhenn-yy deyatelt muki
prol.". V.4. Banghchikov) I-go Kcskovakogo ordena Len-ira
tvinskogo Instituta imeni Secheno-va.

SKOBUCIIKIII, I ~. yt) . ; , T . L .
v r ~rratl r.-. r-f
FrobIC-1-0 of the th'?CVY r- -- - 4 -1
s. Trudy Jrjjt. C'OrA Ue-a
impact machine
145 165.
dC*-~-.-r,-a,:t--,nw hydralilic-
." F-zak-"', SER I" '. 12?--
' 4 .,- Z;
(Mil-1,

AUTHOR: Skobolov, P.A., BnFineer. 133-7-16/28
MIE: On "Minus Ends" Durin~, RollinL of Round Profiles (0
"minusovykh kontsakh" pri prokatke kru6ljkh profiiey)
PERIODICAL: Stal', 195?, Vo.?, pp. 629 - 630 (USSR)
A.b6TRACT; On rollinp~ roun(I profiles on the back end of finished
strip, a defect is occasionally forined called "minus end"
V
(incomplete profile). The cause of the formation of this
defect is posLultted as follows- it is indicated that the
end of strip vibrates similar to rod clamped at one end. This
vibration forms an elastic wave penetratinS into the seat of
deformation, pressing the strip being rolled towards collars of
the rolls (Figs. 1 and 2). The use of long passes, roller
passes or imprcrement in the fixing of rolls is proposed for the
elimination of the defect. There are 2 figures and 1 Russian
reference.
ASSOC.-LATIOil: Chelyabinsk Metallurgical Works (Chelyabinskiy
Metallurgicheskiy Zavod)
AvAILABLE: Library of uongress.
(;--rd 1/1

GRABOVSKIY, M.A.; ZKYaM&O, O.N.; SKOBORODKIN, TU.P.
Possible use of magnetic powder in studying the coza.-
position of iron ores. Izv.AX SSSR.Ser.geofit. n0-7:
970-973 J1 '60. (91BA 13'-7)
1. Ak-ademiya aaak SSSR, Institut fiziki 2emli.
(Iron ores-Magnetic properties)
(Ores-Sampling and estimation)

MUDELZUEY, Dmitrly Ivanovich (deceanedj; DUBRATIN, A.I., insh.-kapitan
1-go rangs, otv,red,toma; KOCHINA, P.Ts., retsenzent; BKOBOT,
D.P., prof.. doktor tekhn.nauk, sasluzhemnyy deystell nauki i
tekhniki, retsenzent; TOLKACH3Y, S.S., red.izd--va; UUMI,
M.Ye., tekhn.red,
[Conquest of the Far North] Oavoenie Krainego Severa. Koskva,
lzd-vo Akad.nauk SSSR. Tol.l. (High latitudes of the Arctic
Ocean] Vysokie ahiroty Severnogo Ledovitogo okeena. 1960. 427 P.
(MIRA 13:7)
1. Deystvitellnyy chlen AN SSSR (for Kochina)..
(Arctic Ocean)

KANM, E.A.; SYOBDV, V.G.
Theory of resonance generation!pf weakly damped electromagnetic
waves in metals. Zhur. eksp. i'teor. fiz. 45 no.3:610-630 S t63.
(MMA 16tlO)
1. Fiziko-tekhnicheskly institut imeni A.F. loffe AN SSSR i
Institut radiofiziki i elektroniki AN-Vkrainskoy SSR.
(Electromagnetic waves)

21(7) SOV/56-35-5-55/56
A I * T *,'.OR :
-n 0
TITLE: The Decay of' a Photon in a llomoCeneous Magnetic 7ield
Two Fhotons (P,--s,)ad fotona v adnorodnom majititnom pole na
dva fotona)
1,ERI0,1)I(,'AL: ",hiirnnI ekeperi7,ental'noy i tcorntjcjjes~,~qy fiziki, 19~.(3,
"ol 35, 'Ir 5, PP 1515-1~~17 (ITS911)
~S-TRACT According to the theory developed by W. 11f Furry (Farri)(Ref 1)
t'ie decay of a .:hoton in a v.-cuuo into tvo pl,,otons is im-
possible. Powever, in the case of a decay into a larger number
U
o!' photons, the statistical ve-ic'.1it of the tarninal ztate
1yecones equal to zero. Merefore, t4he poosible existence of
the above-mentioned spontaneous decay is of interert. As: the
majnetic field,in tAs ca~-e, cannot be eonoidere,! to be a
,-e:`uurbation, a causal Green (Grin) f-unction ru-it be used
which tale:.-- the exi--tence or this fielO i-'o acco-zit. TFir t
an exprestuion for the Green function of Vie electron found
by J. Schwino-er (silvinL-I~er) is riven by taking the existence
of a weak and conotart electric field into account. This
formiila io then also written dopn in riomentum-re~.;reset-itp-tio-,i.
Card 1/2 1"he f.11-.ecrem 1)y Farri does, however, ap-1.,, in-the case

S 011/5;;-3 5- 5- 55/56
The Doctjy of it I-Ye)ton in. a Ma::netic Field into Tno lliotonn
of the presence of a conotant oXterruil field, and therefore
a Iecay into two photons is possible in a homogeneoun field.
An expres..ion for the correspondin.- element of the scaiterint;
matrix is written down. !ext, this rinti-ix is g,-,iven in momentum-
representation, and I-ierefro,-!.i the total photon decay probability
(rer unit of 'Vime)can easily be c;ilculated. The author thanks
E. Curevich for his assistance and V. M. jhekhter for
v,,luable advice. "here are 2 references.
ASSOCIATION: Lenint,,radskiy fiziko-tekhnicheskiy institut !.kademiaf. nauk SSSR
(L(3nin,,-,rad Phyqico-'rechnical institute of the Academy of
Sciences (USSR)
SUIMITTED: July 31, 1953
Card 2/2

83740
'/B056
006
B
,44-,Z100
AUTHOR: Skobov) V. G.
TITLE: The Theory of the Conductivity of an Electron Gas in a
Strong Magnetic Field IA
PERIODICAL: Zhurnal eksperimentallnoy i teoreticheskoy fiziki, 1960,
Vol. 38, No. 4, PP. 1304 - 1310
TEXT; The author investigates the conductivity of an electron gas in a
strong magnetic field at ta-6 >1 (T - relaxation time,ci = eH/m;.l - a - 1).
Only elastic scattering of electrons by randomly distributed centers at
rest is investigated, whose effective radius is considered to be small
as compared to 1) the wavelength of the electrons and 2) the distances
between the scatterers. Electron - scatterer interaction is treated
without using the perturbation theory, as at low energies Born approxima-
tion is unsuited. It is further assumed that the directions of electric
and magnetic field strengths are perpendicular to each other. The au-
thor proceeds from the general form of the conductivity tensor, which
was obtained by Kubo (Ref. 2). He first investigates a non-degenerate
S/096/60/038/0041/033/048
Card 1/3

83740
The Theory of the Conductivity of an Electron S/056/60/036/004/033/048
Gas in a Strong Magnetic Field Boo6/BO56
electron gas (Boltzmann statistics) b~ means of the single-electron
Hamiltonian X = X + V; '10 = (- - e?) /;2m, V Vi I V is the Hamil-
0 p i
tonian of the interaction between the electron and the i-th scattering
I'
center, and A is the vector potential*of the A-field. It is found that
oxx and d are proportional to the square of the Larmor radius of the
yy 2
electron and the collision frequency with the scatterers; a X. _nee /M&);
y
ne is the electron concentration. aXX is given for two limiting cases by
approximate expressions. The author then investigates a degenerate elec-
tron gas (Fermi statistics), and uses the second quantization represen-
tation for determining a49, For cl xx = dyy formula (21) is ootained. For
special cases considerably simplified equations are again obtained; (22),
(24), and (27). The author thanks L. E. Gurevich for suggesting the sub-
ject, and S. V. h1aleyev for discussions. There are 4 references:
1 Soviet, 2 US, a d 1 Japanese.
Card 2/3

6374o
The Theory of the Conductivity of an Electron S105 601038100410331048
Gas in a Strong Magnetic Field Boo6YBO56
ASSOCIATION: Leningradskiy fiziko-tekhnicheskiy institut Akademii
nauk SSSR (Leningrad Institute of Physics and Techno
of the Academy of Sciences USSR)
SUBMITTED: November 16, 1959
Card 3/3

22131
-9/05 61/040/003/011/031
ILI Izbo l1q, 11(pol Isir B 102Y,8205
AUTHORS: Gurevich, V. L., ~kobov,_Y,_G.-, Firsov, Yu. A.
TITLE: Giant quantum oscillations of sound absorption by metals in
a magnetic field
PERIODICAL: Zhurnal eksperimentallnoy i teoreticheskoy fiziki, v- 40,
no. 3, 1961, 786-791
TEM A theoretical study has been made of low-temperature sound
absorption by metals placed in a magnetic field. Supposing that tZ>hT
02 - Larmor frequency of electrons), that the mean free path of conduc-
tion electrons is very large compared to the sonic wavelength, and that
the latter is large compared to the Larmor radius of conduction electrons,
sound absorption can be regarded as a direct absorption of phonons by
metal electrons. In the absence of a magnetic field, those electrons will
play the principal role in abaorption, whose velocity component v x in the
direction of the wave vector M of sound waves is equal to the phase
velocity wp of sound. This case has already been studied by A.I.Akhiyezer,
Card 1/3- ~~

22131
S/056/61/040/003/011/031
Giant quantum oscillations- B102/3205
M. I. Kaganov, and G. Ya. Lyubarskiy (ZhETF, 32, 837, 1957), and the
present authors adopted a similar procedure. For the sake of simplicity,
an isotropic quadratic dispersion law is assumed to hold for electrons;
so, the electron energy in the magnetic field is given by F_ n a AR(n+1/2)
+ pz/2m, where n indicates the oscillator quantum number according to
Landau,12 - eH/me the Larmor frequency, m the effective mass, and p Z the
rojection of the quasi-momentum on the direction of the field
z-axis). Taking into account the theorems of conservation of energy
+i4c
and quasi-momentum, and F-,(P, Z) - F_ (pz) + Fvv~Kz, one obtains the
n n
condition -a(nl-n) + w Px - vZxZ (5)- If the magnetic field is strong
enough and, thus,Sl> y,zv F (vF - Fermi velocity), then condition (5) will
be satisfied only with n u n'. Then, the quasi-momentum of electrons
0
participating in sound absorption is equal to P 2 , MWp/Cos 4, wherevol
symbolizes the angle between the vectors)~c and H-0. However, if w P