SCIENTIFIC ABSTRACT SOKOLOV, A.V. - SOKOLOV, A.V.

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• Collection: Scientific Abstracts
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• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 26, 2000
• Sequence Number: 12
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

I
SOKO~~ Arkadiz V~ ~;Lyevich; KHOTSIALOV , Ye. S. , red. ; ZINCHENKO, V. S. ,
'Ur , ,KIN, V.G., tekhn. red.; PAVLOVSKIY, A.A.9 tekhn.
I
red. -
[Ship inspection and construction supervision] Priemka audov i na-
bliudenie za ikh postroikoi; spravochnoe rukovodstvo. Moskvaq
Vneshtorgizdat, 1961. 733 p. (MM 34:9)
(Shipbuilding) (Ships-Inspection)

BARABANOV, Gleb Fedorovich Edecegsedj; SOK.OLQT..,Anatoliy Valentinovich;
BZ1LYY, V.D., otv.red.; KAUFMAN,'A.M., red.izd-va; BERESUIVSKAYA,
L.Sh., tek-hn.red.
(Hoisting and mine surface arrangement of coal mines in foreign
countries] Pod*em i poverkhnost' na ugol'nvkh shakht-3kh za
rubezhom. Moskva, Gos.nanchno-tekhn.izd-vo lit-ry po gornomu
doln, 1959. 185 P. (MIRA 13:2)
(Coal mines and mining)

5(l) SOV/28-59-3-10/25
AUTHORS: Proshkin, A.A., Candidate of Technical Sciences, and
Sokolov, A.V., Engineer
TITLE: The Determination of the Fractional Composition of
Light-Color Oil Products (Opredeleniye fraktsionnogo
sostava svetlykh nefteproduktov)
PEPRIODICAL: Standartizatsiya, 1959, Nr 3, P 34 (USSR)
ABSTRACT: The state standard "GOST 2177-4811 prescribes determin-
ation of the fractional composition of benzine, li-
groin and kerosene by fractionating in-a one-seat
apparatus permitting the analysis of only one sample
at a time. The authors designed four-seat and six-
seat apparatus (shown in figure) for simultaneous
analysis of four or six samples, with connection of
every flask to the corresponding pipe of the condenser.
C)
The work experience with this new apparatus at the
laboratories of the 'Tovo-Ufims1-iy(Novo-Ufimskiyj
Card 1/2 Novo-Kuybyshevski37(Novo-Kuybyshevskiy) and Ufimskiy

SOKOLOV &.V.
- L- - I
Qbiality of synthetic ethyl alcohols Staadartizateiia z4
no.6:34-36 -Te 16o. (MIRA 13:7)
(Ethyl alcohol-Standards)

We" TamesmW COWL A. V, &~Wvv vuw,l N. F.
(Arew. DrIa. 1049. X".7-T.-24-26). [in Rumian).
rh, effect of jwv~lm d"ring the 0441-wolding of high-allevI
and otim-r stwim to funn rutter b6akA, ami the r(fret or their
Otil-wiffullt fleat-In-mllierd otl tile livulwelim of tile joint ow

SOKOLOV, A. V~,._ __
Welding of all-welded bodies. Avt.prom. 28 no.5:31-33 MY
162. (MIRA 15:5)
1. Ullyanrvskiy avtozavod.
(Motor vehicles-Bcdies) (Electric welding)

ARTKIN, Ivan Grigor'yevich, kand.tekhn.nauk; VOSKRESENSKIY, Yuliy
Sergeyevich, nauchnyy sotrudnik; LRBEDEV, Mikhail Petrovich,
nauchnyy sotrudnik; SOKOLOV, Aleksandr Vasillyevich, inzh.-
konstruktor; FREYNKMAT, Isay Tefimovich, inzh.-konstruktor.
Prinimali uchastiye: POPOV, A.I., kand.tekhn.nauk; TAKOVUEAV,
Te.V., inzh.-konstruktor. LAZAREV, M.P., red.; POLTEVA,
B.Kh., red.izd-va; PROKOFIYEVA, L.H., tekhn.red.
[Dredging streams used in timber rafting with the ZRS--1 dredging
pump] Proizvodstvo dnouglubitelInykh rabot na lesosplavnykh
Dutiakh zemlesosno-refulernym snariadom ZRS-1. Moskva, Gosles-
bumizdat, 1,059. Ill P. (MIRA 13:1)
(Dredging machinery)

~OLOT.-Aleksey-Vasilllyeylch, inzh.-polkovnik; *O=Ll N.A., polkovnik,
red.; SKOLOVA, G.F., takhn.red.
(Motor graders] Avtogreidery.
=R, 196o. io4 p.
(Graders (Marthmoving
Moskva, Voen.izd-vo X-va obor.
(miRA 14:2)
rwchinery))

8 (6)
SOV/91-501-4-2/28
AUTHOR: Sokolov, A. V., Boiler House Supervisor
TITLE: The Conservation of Boilers (Konservatsiya kotlov)
PERIODICAL: Energetik, 1959, Nr 4, PP 5 - 6 (USSR)
ABSTRACT: The author suggests keeping a boiler, which will not be
used for some time, under a steam pressure of 3 - 5 atm
to prevent the rusting of its interior. The steam is
taken from the steam mains. The boiler drums are filled
with water to the normal level, whereby the water is to
be changed at regular intervals. This method is said to
be more advantageous than filling the entire boiler with
water, since with the latter method frequent draining of
the water is required because of leaking valves. In
addition, some parts of the boiler drums might not be
completely filled. There is 1 diagram.
Card 1/1

SOKOLOV, Aleksandr Vasillyevich: LOZBYAKOVA, Ye.S., vedushchiy redaktor;
POLOSINA, A.S.' 6kEn-rdheskiy redaktor
[Collection of problems in hydraulics] Sbornik zadach Do gidravlike.
Moskira. Goa. naucrmo-uelchn. izd-vo neftianoi i gorno-toplivnoi lit-
r,Y, 1956. 86 p . (KLRA 9:11)
(Hydraulics-Problems, exercises, etc.)

SOKOLOV, A.V., inzhener.
Improving the wearability of fabrics. Tekst.proz. 14 no.6:41-44
Je 154. (HLU 7:7)
(Textile fabrics)

SOKOLOV, Aleksey-Vasi-LIvevich, Inzh.-polkovnik zapasa; MASHEVSKIY, V.F.,
podpolkovnik, red.; KOKINA, N.N., tekhn. red.
[BTM high-speed trench digging machine]Bystrokhodnaia transhei-
I naia mashina BTM. Moskva., Voenizdat, 1962. 150 p.
4.01. (MIRA 16:2)
(Trench digging machine)

SOKOLOV, A.V. (Zaporozhle)
Specific antigens of the central nervous system. Pat.fiziol.
i eYsp. terap. 7 no.l-.79-81 Ja-F'63. (MIRA 16:10)
1. Iz Zaporozhskogo farmatsevticheskogo instituta,
(CEREBRAL CORTEX) (SPIVIAL CORD)
(AVITIGEVS AND ANTIBODIES)

-_66
L 2A536
ACC NR, Ap6oO7718 SOURCE CODE: uR/04l3/66/0oo/bo3/Oll9/bll9
IWENTER: -Sokoloy,,_A.. V.; Nasakin, A. P.; Gibatulin, R. 3.
`7
Grobtsev, N. V.
ORG: none
TITLE: Unit for ultrasonic weldin-6 in microparts. Class 49,-
No. 178659
SOURCE: Izobreteniya, promyshlennyye obraztsy, tovarnyye znaki,'
no. 3, 1966, 119
TOPIC'TAGS: ultrasonic welding, welding, welder, micropart, micropart
welding
ABSTRACT: An Author Certificate has been issued for an-ultrasonic
welder for microparts equipped with an hf generator, waveguide, and
welding accessories. To improve the quality of welding through
)qindlrect heating of parts, the weldin section of the unit is made
of a V- or U-shaped heating element. Tsee Fig. 1). Orig.-art. has
I figure. (LD]
uDc: 621-791-16.03

L 24536-66
ACC NR- AP6007718
Card 2/2 V

SOKOLOV, A.V., starshiy nauchn7y sotrudnik
Ways to lower consumption of mica insulating materials in the
construction of electric locomotives. Zlek.i tepl.tiaga 3
no.12:35-37 D '59. (MIRA 13:4)
1. Nauchno-issledovatellskly institut "NIIASBESTTsEMEM"
Gosplana RSFSR.
(Ilectric locomotives--Design)
(Mica)

.-~ad ic--c~-Leynay a Sry a z ov
Mos~v-a, elasiabi-,
4
illuo.,
D.
di~Igrs., uruoh6. 2WM
Bibliography: -,3-!
a.., 4'le .

SOKOLOV, A.V., inzh. (Moskva)
e_ Basic trends characterizing the use of mica-containing electric
insulation in the UnitEd States. L?Iektri(.,hestvo no.2:p5-PP. F
16o. (14IRA 13:5)
(United States--Electric insulators and insulation)

SOKOLOV, A.V,
Use of ground mica in the paint and varnish indastry abroad.
Lakokras.mat.i ikh prim. no.3:79-81 160. (MnA 14:4)
(mica)

CLSOKOLOV, A.V., starshiy nauchnyy sotrad-nik
These dielectrices should find wide use in the trans-
portation industry. XIek.i tepl. tiage no-7:7-8
11 160. (KIU 13: 8)
1. Nauchno-issledovatallakiy inatitut asbesttsement
Gosplans RS1PSR.
(Dielectrics) (Railroads--Electric equipment)

SOKOLOV, A.V.
------ ---- --
Preparing the RTrudyo of the "tate Commission for the Electrificattion
of the R.S.F.S.R. for publication. Izv.Vses.geog.ob-va 92 no.4:
3767377 Jl-Ag ,6o. (MIRA 13:8)
(Blectrif icati on)

s/196/61/000/009/004/052
E.194/E155
AUTHOR: Sokolov, A.V.
TITLE: Substitutes for natural sheet mica in the
electrical industry
PERIODICAL: Referativnyy zhurnal, Elektrotekhnika i energetika,
no.9, 1961, 5, abstract 9B 41. (Vestn. elektroprom-
sti, no.4, 1961, 17-20).
TEXT: The scarce and expensive split mica may be replaced
as electrical insulation by (I) organic synthetic material
.,ombined with inorganic fillers, and (II) materials produced by
spec'ial treatment of mica residues. The first group includes the
following: (1) rEskapon", a polymerisati-.3n product of synthetic
rubber with valuable mechanical and insulating properties. It is
produted in the form of compound, glass foil and adhesive glass
tape for use in slot, end-winding and frame insulation of a.c.
and d.c. machines with class A insulation for voltages of up to
6 kV (such as traction, induction and other motors). The principal
advantages of Eskapon insulation are that the process of
;mpregnation is replaced by heat treatment of the Eskapon tape to
Card 1/3

Substitutes for natural sheet mica ... s/196/61/000/oog/004/052
E194/E155
g-4ve a solid block of insulation, which reduces the cost and the
~~onsumption of insulating materials. (2) "Electronite"
insulation, based on asbestos fibre and synthetic divinylstyrol
rubber which, in the form of sheet material is mechanically strong,
elastic, is easily cut and stamped, and is of class B heat
resistance. "Electronite" insulating material has been used to
repla,ce shaped, lining and commutator micanite in a.c. motors and
generators of up to 600 V for tropical and marine use and also
in the form of insulat-ing linings and washers in electrical
equIpment. (3) Insulating materials made of synthetic resin with
fib:ne glass fillers ^r-4c (AG-4S) and asbestoff filler VC-6 (K-6)
for forming into commutator cones less than 1-20 mm diameter for
voltages of 3000 V at 2080 r.p.m. (traction motor type AK-106e -2
WK-lo6B-2). (4) KO-rubber epoxide resins with inorganic
materials, synthetic films and otbpra. Broup II includes the
following. (1) Slyudoni'Ay- micanite sheet insulating material
made from broken mica bound with organic or KO-resin. it is used
for shaped and applied glass micanite and tape, for insulating
slots and winding bars of motors. (2) Slyudoplasty-micafoil
sheet -insulating materials, made of mica flakes, which are used
Card 2/3

Substitutes for natural sheet mica ... s/196/61/000/009/004/052
E194/EI55
as heat-resistant shaped, lining and commutator materials for
motors. Abroad considerable attention is being devoted to the
development of asbestos as a base for heat-resistant insulating
materials which can successfully replace natural mica.
FAbstractor;s note: Complete translation.3
Card 3/3

SOKO9JV 2-- A .-V,.- -- -,
Use of ground mica in the rubber industry in the U.S.A. Kauch. i
rez. 20 no.6:62-63 Je 161. (MIRA 14:6)
(United States-Mica)

0 0 0
V.We
r L_ L L 4 h, P tj T A I I AA 2$ Lr
"S,0
nieperidence of Carr*,& Musneto-olAlcal FAect on Thick-
illm. (111
f its- avid Ippilral C.nomint. of Thin F
1. M~ hl N,Ikllv- IL M. N1, N-k,w wtd
ISO t"A' 0
J. Paiki' (Journal of Experimental and 00
I'llysics). v. 17, Nov. 11.147. 1). 964 075.
(;iVV14 results of invt'stilcatiml I,( films of
0& J! tricA and *eniictwmluvtnrl4 ton rtitatiall of tilt- Plalh'
:: .1 of polarized light (trunt rnujrnV(irk~l $t".1. nickel, Veto
I and cobalt. Physical interpretations of the phe-
nomena are given. IS rief.
'00
zoo
;;o 0
z
f
I L NITALtL~COCAL LItFftAT4,,V( (LAMPICAT1006
r ce a.
I j,,
L I a '~j
SE It
1 040 0 0 0 9 0 99 0 ti o
00
0 0

--chc" C', I -,-
" ~,-- I-- ~
t
213 ~ 0 '.-CNSG`,TZilY, .-~. -.~. ! ~CKUOV~-,*.. V. Cptich-~,skie 1~ostuyannyf! ferroma--ns-tikov.
nall I ttor-?!t. Fiziki y lcj.c, -"y-, 6. '15-29,111blicor: o'. E-20
I - r- - / ~ I ~ ~.w D - -- - '-
SO: Le-tords' 4"hurndInvIch Statt"t3r, ':c. 2~, Vcoka, 194~-

S0KGLCVj A.
U-SR/Physics
'11~agnetism
Q
U
Optics
Aug 49
"Magnetooptical Phenomena in Ferromagnetics," S. V. Vonsovskiy, A. V. Sokolov, Inst
Ph~-s of 14etals, Ural Affiliate, Acad Sci US3R, 5 PP
"Zhur Eksper i 'eoret Fiz" Vol MIX, No 8
General explanation of rotation of the polarization plane and elliptical nature of light
polarization when it pas-ses through the ferromagnetic, and when it is reflected from the
surface of a magnetized ferromagnetic mirror on the basis of the quantum theory of
interacting inner and outer electrons of a ferromagnetic. Two basic conclusions were:
(1) Angle of rotation of the polarization plane and degree of ellopticity of light in both-
cases Increase in proportion to magnetization of the specimen. (2) P~oportionality
coefficients are functions of spontaneous magnetization. Submitted 25 Mar 49
PA 61/49no4

C.-P
0001 consante of tw7w1weac Mbeganm. S.
V oii%os%kil and A. V. 44olov. Zkoor. FAjPd Urwel Fn
19, Ills aliallialic-t of
tile optical oxisix. Of ferroinagnetic nietah are explainel
1111,111(laivril. On IIW Imlia (it thr (1-41kWhAllge (ninitt Of A
cr ~ %1;11, which [Wrl"it'i IM, h the Interwtio4l "I filirflial and
e%trrual Orctron% and the mccriefatloo of electrons ill ex-
tcriial rice. fields to be conskiered sitnultaurously, Thi,
11totlel k uwd it) cale. the dick-c. mist. a and the ill. cond.
. for the far infrArrd part of the spertruni (whvrr the nux-
orfir prrinculdifily can be lieglecird) mild for teltilm. nelly
thr Curie point (where the ~pcxitancoux magnetizatimi y'
antl y of, rt-sp , the s- und9d-clectrort* L% smill and y' -
*.Y.- , - 1.01; they turn vilt to depend all Y. which occurs
a, a function of lenip. For this cuw the ferrnnuagnctie
allontaly of the etni%slve poi-er E 6 given by: (E.1 - El)/
P..- - C.-y' (where E* ~. E ftw y w 0. r, - (OW)' + 4k, (d'Id
+ k0k.anddancid'am "mmition" energies of the orderof
magnitude 111-11 to If)-" erg). The anornaly of the sp. re-
'i'talice i% 40/00 - j'YT. F,.tptl. results (CU Wilson, Qftaxlsm
The y of Afellats. 0. C. 1. Z.. 1941. ChAp. IV) conipletely
rontirtit the-,w results. General fortnulas we obtained for
tile rAillir of vbible and ultraviolet light. Where effects can-
tivewl with quAntunt transitiottA phly the bAsic tole. Thec
expressions are colliplicated, but they show that the optical
prolwrtirs of fem"llognetir Substances in the vitible part
of the spectruin should also have ferronupetic anoinalles ill
tenips. below the Curie point, and that their nature 6 detti.
bY Y( 7.). Sufficient txptl. datta art UL" to test these
Scocral forinulas. Mien If. DunLap

SOKOLOV, A. V.
USSR/Physics - Magnetism N&Y 50
Optics
"Phenomenologi-cal Theor-j of Magneto-Optic Phenom-
ena," A. V. Sokolov, Inst of Phys of Metals, Ural
Affiliate-, Acad Sci USSR, 2 pp
"Zhur Ek5per i Teoret Fiz" Vol XX, No 5
Shows phenomenological (gross, macroscopic) de-
scription of magneto-optic phenomena in ferro-
magnetic bodies can be obtained on basis of most
general macroscopic considerations, without in-
volving any microscopic models, as usually done
previously. Submitted 12 Dec 49.
PA 160T101
IM: l6onoi

SOKOLOV, A. V.
USSRIPhysics - Conductivity, Electrical
Nov 51
"Theory of Electrical Conductivity of Metals Taking Into Account Electronic Interaction,"
S. V. Vonsovskiy, K. B. Vlasov, A. V. Sokolov, Inst of Phys of Metals, Acad Sci Ural SSR.
"Zhur Eksper i Teoret Fiz" Vol M, No llt pP 1185-1200
Presents quantum mech computation of temp dependence of elec cond of metals near OOK
within-the framework of a poly-electron polar model. Performed computation in approxi-
mation of weak "polarization" which allows one to use the method of quasi-particles
and to apply kinetic eqs. This approxizkation is valid for "bad" metals with weak
electron cond, whose energy spectrum is of the Bose type. Analyzes theoretical results.
PA 204T88

SOM07-1 A. V.
USSR/Metals - Photoelectric Rfrect Dec 51
"Surface Photoelectric Effect in Ordered Alloys,"
A. V. Sokolov, Inst Phys of Metals, Ural Affiliate,
Aced Sci USSR
"Zhur Eksper i Teoret Fiz" Vol XXI No 12, PP 1384-
1388
Investigates dependence or photoelec emission and
effective vork or yield of ordered binary alloy upon
the deg of far order. Photoelec current and effect-
ive vork of alloy output in case of frequency near
limit appear '.-o be functions of deg of far order,
vhich effects "order anomaly" of photoelec pro-
perties of ordered alloys. Submitted 2~ Jan 51.
198T87

IOKOTTIOVj k. V.
USSR/Physics - Ferromagnetism, Photo-
electric Effect in
11,Jan 51
"Superficial Photoelectric Effect in Ferromagnetici4'
S. V. Vonsovskiy, A. V. Sokolov, Inst Phys Metals,
Ural Affiliate, Acad Sci USSR
"Dok Ak Nauk SSSR" Vol LXXVI, No 2, pp 197Y-200
Proves that effective output of ferromagnetic metal
is function of spontaneous magnetization. Finds ra-
tio of magnetic outputto spontaneous magnetization.
Aw
A 175TIO2
175T102

K L 0 V, IV -

~`
1!1
cording
-
Tn RuRsia4
-
i_
,
it) tho Drudo-Zonor theory, the elect. conductivity a and the
,:h:r'. m9ot. c am givan by a = + 71)] and
~ I - (2cjfy), where the fmo path (relaxation) time?
= 11(2-ny) and in' is the offcdir~u ma&i of the electron in.
the lattim If this tie extended to a binarv dLiordered allov
in which th-:~ conoontintiorts of th, conip~nteno are, c ana.
1 - c, V = cy, + (I - e)),.. + Dc(l - c), where.-, ~ 11(2-,.V,)!
and -1 = 11(2.-y~) an) the relaxation times for the se%ttering,~
of the eleutrous at% the atonng of thn fir5t and -Ccond kind,,, I
resp., and D comspon(B to the relaxation time for thel
residual resi6tance. This givei a = (Nt:1j2-mn*) . [Dc(I - c) + "
l
!
-
I
d
I
D
l
,
,:(
) an
- r) + cy. + (
- c)yzl
,
- c)y,,j/(
ry, + (
+ (
r ~ I - (2al[Dc(l - 0 + cy, + 0 - c)y2j). A reffectivityl,
corupn. curve Im bc-it computed for Im, frrquencic:i (infm-,
red rrgion) using tht-1 fermulm and the follmving data:
v ~ 16* 1 sez~-'. y1 ~- 4 \ 1011 see.-', y, = 5-4 x 1011 spe.-I,
and 1) ~_ 6 x 1014 ~e--'. The. curve is a catertary "ith njin.
va, uo (-89) at Z-0 Thimi cannot be conipapt with
.;iinental resuits because of the lack of data, but'Bergman
and Ctierlier's work on Cu-Ni alloys (Z. 14chn. Physik, 1935,
16, 235 ; 31A., 3, 3) indicatei a t-zndency towards catenary
curve-s 9-9 the wimi-Ivngth Li inervased. Forrauhn are also
derived for partWly ordered alloys i6th b.c.c. lattice (cf.
Sorgeov and theriukhoy9ky, Zhur. ELYper. Tenrel. Fiziki,
1934. 4, 235: x-t., 2. 93 ; Sergeav, Oid., 1938. S. 948:
M.A., 10. 135). Th'' formulm for a and c in the vicinity of
the orderldisorder tmrisformation tcmp. reduce to expreMiOnA
-
f
f
I
t
di
l
f
hi
h
h
orinu
w
c
nog
, ann
ni_
mut
o correspon
m
or
are a
ng
ferrojoagnetic mntals with the long-ninge artier
mplacing the relative ma6metization y. It is; thoulzht that,
the apt. propertim of ordered alloy., in the rLiblo part of the
spectrum numt oxhibit rmomaliv.!i at temp. balow the trans.
fam,tiou p,,int-c. v. m r.

S6KOLOV$ A. V,
USSR/physics - Ferromagnetic Naterials Nov 51
"Thermionic Emission in Ferromagnetics," A. V.
Sokolov, A. Z. Veksler, Inst of Phys of Metals, Ural
AffJliate, Acad Sci USSR
I'Dok Ak Nauk SSSR" Vol LXXXI,,No 1, pp 27-31
Theoreti.cal expiandifon of 4e 4ermf6A~16' emi6si6i~
anomaly of ferromagneticL assocd vith the disap-
pearance of spontaneous magnetization in the transition
through the Curie point. Submitted by Acad*A. F. Ioffe
11 Sep 51.
198!r9k

USSR/Metals - Infrared optics APr 52
nOVticaj Properties or Metallic Alloys in.Infrared
n
Region of the Spectron A. V. Sokolov, Y. 1.
Cherepanov, Inst of Phys of Metals, Acad Sci Ural
SSR, and Sverdlovsk State U
"Zhur Eksper i Teoret Fiz" Vol XXII, No 4, Pp 493-
498
Studies optical properties of partially ordered
metallic alloys in the long-wave band of spectrum.
The optical characteristics of the specified alloys
such an refraction and absorption indices, reflect-
215T54
ing and radiative properties, are functions of not
only concn, but also deg of distant ordering, thus
causing anomalies of optical properties. Received
22 Jul 51.
215T54
0

USSIZ
uantuT optics met s expross!d [a ternm of'disper-'
01 a,
a q U b., ~a on the P01yelectroak theory. A. V.
S of Metals, Ural Br-anch Acai ~~k. -
or
(gT
Sverdlovy;k'), Zhur. Ekspd. i Teara. Fiz. 25,
341-51(10,53).-Alath. treatment of"the behavior of a s3s-'
Item of elvetrons in a metal under the influenct- of an external

V,
U S
J1617. Thenuoel.viroi& trnisSiOn in ferreowgnetim
A. V. SoFoKV~-MrX4Z.-Vr-
rp r. reor.
J-'2i'i i95Jj in Russian.
Single-elceiron wave-funLtions for solids, not
involving the introdLcficli of ttle rolential jump, are
lmd for describing ih
-1-Mis-Sion ill MeWs. The
,-:cd for evalt!ating Oe current in ferro-
magnetics on the basis of Vcnso";~-ii's (s,l)-uxchange
mo&l [Zh. 0,sper. leor. H:.. 16, 961 '1946)] which
,r-xplains thermoemis-sion as a ircia'- of interaction
between two Clectron gases (".v" :tnd "it"). Results
Of a prn fous research [Absir. 7364 (1952)] are given
a theoretical cxp!awnion. I. LACHMAN
T-X

SOKOLOV, A.V.
Magnetooptic phenomena in ferromagnetics. Macroscopic theory. Usp.fiz.
nauk 50 no.2:161-196 Je '53. (FJAA 6:7)
(Magnetooptics)

4u!7eduiagncsiumFh03ph2te_ A.V.-,_euLiYaudT.D.
P'R7T.77Ti_r, I W. Naal
S. 1. ik RA4 IuSS.30-24.-
Vuim-s gtains wch ;11, IMM Ilye, Md Millitt '-Mv 9:`.Wn ill
pots in which PCKIZ.Iix.,[ claycy !~il, siclu=m, c1mrrmizz"',
mins wre ter-
and linied Aiycy avil lmerc utwil. These r
Wiled Willi f tuwil maimr!Auni pht,phatv; )I' VD- ..-4 L4 Llj.-,Jl
!1:0.~ as Ivell :11 with 43-- wid It ~mfi Con-
clu ],A that fuS'-%I Int1glICSittin J1,1105plItitt! could ll~ used effec-
tivvly oil sanity pod;olized snils and on addic podzolized
claycy soils. On nentral and carbonate snili of the southern
pt,rt nf the U.S.S.R_ oil chernozenis and sierozemi, fused
magnesium of a very fine inesh ould be usLA to ndvantage.
Martin Derderian

C a r

Ti U.- of fk=oma~-- ,~
Perio,l 1,S 2. fiz. 2,~-;, 321-3215, '~a-rch
lib s -c -1 e~- r
f -,:;f a mcdel of i, t , acti -- external and
in-ernal elec-
ne-ic -.h,~ authors d4scuss 'be Droblem of
fc!i 1,cma-L, I t - - u the der-54ty of

f c o r, d,, i c t i o neiec~rons ir., 'erroma.c-netic metals.
u I
7leven refer-
--)f V. Vonsov-sk-i~r in co-auhorship. ,,ith Ye. Turov, A. V.
VeIsler, ;,. P. Rodicnov, and L. Ya. Kobelev, 1o46-1953

of i-letals -of Ural Academy of USSR

12, u lc,~4

Card 1/1 Pub. 146-9/25
Author : Sokolov, A. V.
Title : Absorption and emission of x-rays by ferromagnetic metalss
Periodical : Zhur. eksp. i teor. fiz. 28, 326-329, ~1arch 1955
Abstract : Within the framework of a model of interacting external and internal elec-
trons of a ferromagnetic the author discusses the problem of the absorption
and emission of x-rays by ferromagnetic metals. He claims a theoretical
treatment of this problem has not been given up to the present time; there-
fore he attempts here a solution, although a very qualitative approximation.
Five references.
Institution: Institute of Physics of Metals of Ural Affiliate, Academy of Sciences USSR
Submitted : March 12, 1954

USSR/Physics - Quantwa optics
Card 1/1 Pub. 146-1021z~
Author : Iiokolov, A. V.; Cherepanov, V. I.; Shteynber.-T, I. B.
Title : Dispersive formulas of quantum optics of metals in the poly-electron theroy
taking into account of electron damping
Periodical : Zhur. eksp. i teor. fiz. 28, 330-334, March 1955
Abstract : For an afrgregate of interactin6-- electrons described by the general wave
functions the authors derive the dispersive formulas of quantum optics
of metals taking into account electron damping. One reference; namely,
A. V. Sokolov, ibid., 25, 3411 1953-
Institution: Institute of Physics of Metals of Ural Affiliate, Academy of Sciences
USSR
Submitted : Miarch 12, 1954

6(AOLOV A.V. - SMILL)KOVI-MY, V.P.
Theory of groups ard complete selection of physical magnitidau In
quantum mechanics. Ifiz.met.1 metalloved. ) no.1:22-25 156.
(KLPA 9:11)
1. Institut fiziki metallov Urallskogo filiala AN 3=.
(Groups, Theory of) Naantum theory)

K-8
USSR/OPtics -""'Ys' 8028
No 3, 1957,
Abs JOur rw'Lerat DeAl-r
Author Sokolov_.. A.V- es of Metals, Ur~,J' Brmcll, JjLcUU=-j
Inst Institute of Rlysi magnet.Lc
of S,je-,ices USSR- sion of X-rays from Ferro
Title Absorp"On and EM15
~Jetals iz., 1956, 20, No 1) 113-117
Orig Pub Izv. All SSSR, Ser' f
and
0 -
of the model of the interactino internaJ-
Abstract on the basts of transition metals (Vonsovskla-y S-V.,
e2&-ernel electrons 6, 981, Referat zh"lr
a,lm i teor fiziid, 1949, 1 ion is made of
'. -r' ic
807), a -theoretical ey"ina omagnet
1-955, -rays from ferr
Fi zikaj a-a _,,,ission of X sion
the aJDsOr-QtiOr' f m this theory t1lat the em's
O'gs fro
yClaterials. 1+, foll now depend on. the value Of
a:11d a7LsorptiOn of X~ra'vs s-- ld Snetic metal.
.n.tization of the ferromBLj
the pontaneous M s a simple quadratic character near the
._rnis dependence ha
Li
Card 1/2
1JSSP"/O,ot-ics X-Rays. K-8
Abs Joux Referat 711ar - FiLika, No 3, 1957, 8028
Curie Doint.
Calculations show also that the curve of the intensity
of the K radiation of the metal in the ferroma~petic
state should be loca*ted somewhat above the curve -in the
absence of magnetization.
The character of the X-ray spectrum should therefore ex-
Derience a noticeable change upon transition throu,--,,h the
ferroma.gnetic trans forma:t ion curve. In this theory no
account is taken of the fact that the d and s bands in
real ferromagnetic na-terialls overlap. Therefore, to com-
Dare the theory with experiments it is necessary first to
separate the radiation due to the transitions from the s
band from the radiation of the electrons of the d band
and to consider only the former.
Card 2/2 - 1-18 -

~CJTHOR: _~okolov, and ~diiro'~-ovsldy, V.P.
100
TITLE: Descri-ptioa o-f the electron states in a cubic ci-jstal.
Opisanie e le-1:t ronxay_,\:h sostoyani-i. v kubiche skom 'Z:ri-q -(9 lle
PERIODICAL: 'Vizi_~_a 1,ietallov i Letallovedenie,' (Physics of Tiletals and
T,,ItetallurET). 1957, Vol. IV, No.1, (10), pp.3-8, (U.S.S.R.)
ABSTRACT: The aim of this paper is to describe the electron states
in a cLtbic ci-jstal on -the basis of the relations between the
laws of conservation and the symmetry properties of systems.
For an electron in -the field of cubic symmetry the conserved
j quasi i.-toment of the
parameters are: the electron energy, the
momentum, described by the operator of the class-f.(u) and the
projection of the Quasi-moment of ~he momentum on the z
axis described by the operator (-i- u). E-xact but non-linear
e cjt~atil ons .-~iere derived f or de ter-mi Ang the e iGenf unctu- ions and
the eir-eniralues of the cluasi-moment and of the quasi-projec-
tion for an --lectron in -the field of a crystal of cubic symm-
et3~~-j. An.approx-imate solution was derived of these equations
-D ra r
~~z-td c-4 1-~- tors were dete -
_.va-lues and eigenfunctions of o-e
aillou %Vllich correspond to these conserved quantities, and
uiiereb- th~ 'aarmonic form of the wave functions o' the Hamil-
to-rdan for b1le electron in the field of a cubic crystal. The
'Iet_'hod d-c-scribed permits determination of the operat;ors of
'he pir - t,
. jsical parameters which remain conserved ija the movement
U
of an elect-icou in- the field of any type of symineti-y.

AUTHORS: Orlov, A. N. and Sokol 126-5-3-2/31
TITL[~: The Structures of X-ray Emission Spectra from Alloys
Showing Order-Disorder Phenomena (Raschet struktury
rentgenovskikh emissionnykh spektrov uporyadochivayushch-
ikhsya splavov)
PERIODICAL: Fizika Metallov i lAetallovedeniye, 1957, Vol V, Nr 3,
PP 390-4 (USSR)
ABSTRACT: The intensities of the L-series lines emitted by
transitions from the conduction band are calculated for
binary alloys with body-centred cubic lattices from the
one-electron theory. In these alloys (of arbitrary
concentration) there can be a forbidden band within the
conduction band, of a width which is dependent on the
degree of long-range order, if there is more than one
conduction electron per atom; this forbidden band can lie
above or below the Fermi level7 depending how full the
conduction band is. The calculations are performed in
the strong-coupling approximation. Eq.(l) is taken from
Wilson's Theory of metals; the conduction electrons are
assumed to be in s-states, which automatically restricts
the argument -to L-series lines. A major assumption made
Card 1/2 in developing the ar,-,,Luaent is that the volume %vithin the
10

126-5-3-2/71
The Structures of X-ray Emission Spectra from Alloys Showing
Order-Disorder Phenomena
Fermi surface is constant. It is concluded that the
lon--wave emission ed e moves to longeP wavelengths, and
the short-wave edge to shorter wavelengths, when ordering
occurs; if there is more than one conduction electron
per atom the forbidden band noted above gives rise to a
6ap Ln the emission band. No such effect has been found
in the viealc-couplin,~,,-) approxi-nation, so it is concluded
t-7-i-at in a real alloy we may only get a d-.p in the centre
of the band. Acknowledgments are made to I.1d. Shepelava
for carryinf; out -the numerical calculations,
There are 1 fi-ure and 10 references, 6 of which are
Soviet, 4 English.
ASSOCIATION: Institute of Metal Physics 7 Ural Branch *of the Ac,Sc.,,
U.S.S.R. (Institut Fiziki Piletallov Urallsko-o Filiala
All SSSR)
SUBM-ITTED: December 26, 1956.
--Spectra 2. X-ray spectrum--Apalysis 3~ All ys
1. Alloys -0
Card 212 --Electron transitions 4. Mathematics

56 ' 4 521/ 52
A~UTHOR SOKOLOV, A.V., CHEREPAMOVp V.I.-
Ti"U. C`or-r-ec-H-*n-8ubmitted to.the Papers on 'The Dispersion Formulas of
Quantum Optics of Met" in the Plural Electron Theory'
(Ispravlaniya k rabotam 'Disp*rsionnyyo formuly kvantevoy optiki me-
tallev v mnegaeletronney toorii. Russian)
PERIODICAL Zhurnal Eksperim. i Teorst. Miki, 1957, Vol 32, Nr 4, pp 949 - 950
(U.S.S.R.)
ABSTRACT In some preliminary papers, the authors of the paper under review de-
termined the dispersion formula* of quantum eptics of metals with and
without taking into account electron damping ior the infrared, the vi-
sible, and the ultraviolet regions of the spectrum. The paper under re-
view aims at correcting ibaccuracies contained in these previous papergg
and at determining the final and correct dispersion folmulas for e
and c". Thus, for instance, a certain wave function ~s inconsequent for
the system of interacting electrons in a crystal because i~ this con-
text the total quasi-impulse of the-system (a magnitude which is pre-
served) equals the sum of the quasl.-impulses of the different electrons.
This, howeverp is only valid in ri~id.computati*n for a system of olo-
tr*ns that are not in interaction with each othsr~, Then the paper un-
der review gives an improved formulas for the wave function for the
system of electrons which-aro in interaction with each other. This for-
0 arj. 1/2 mula is more accurate imsefar as here the common quasi-impulso of the

nrc,-.4~!rtic-s of
Doc
23 UrCd
a n L~ of text (-,0 title 33- 121)

69400
SOV/137-59-4-8457
Translation from.- Referatirnyy zlyarnal, Metallur-giya,, 19,1;9, Nr 4, p 161 (USSR)
192 )DO
AUTHORg Sokolov. A.V,
TITLE~ -Quantum TheorVIAon the Optical Properties of Matals
PERIODICAL- Tr. In-ta fiz. metalloy, Ural'skiy fil. AS USSRP 1958, Nr 20, PP 53 - 69
ABSTRACT-. The author presents a review of theoretical investigations into optical
properties of metals and alloys, carried out at the theoretical department
of the Institute of Physics of Metals UFAN USSR, from 1946 until the present.
The author analyzes optical characteristics of ferromagnetic metals,,
magneto-optical phenomena in ferromagnetics general phenomenological
theory of magneto-optical phenomena in ferroSIgnetics; optics of metallic
alloys; general principles of quantum multi-electron theory of metal
optical properties; quantum theory of thermionia emission and photo-
effect in metals; emission and absorption of X-rays by metals; applica-
tion of the theory of symmetry to the solution of problems pertaining to
the optios of metals. There are 53 bibliographical titles,
Card !/I V~D~

EA5T GERAUff/ Optics - X-Rays. K
Albs J)ur : Ref Zhur Fizika, No 2, 196o, 4755
Author : Sokol-V, A.W.
Irist
Title On the Absorption and Emission of X-rays by Ferromagnetic
Metals
Ori,- 'Pub Phys. Abhundl. Sowjetunion. Ferrorragnet., 1958, No 2,
193-198
Abstract Translated from Zhur eksperim. i tear. fi,,iki 1-journal
of Experimental and Theoretical Physics_7 1955, Vol. 28,
326 -- 329.
See Referat Zhur Fizika-, 1,955, No 11, 24988.
120 -

cs
:LP.
a cl
pr v
IL
NL
F C2?

SOV/126 -7-1-2/28
AUTHODS, A. Z. and Sokolov, A. V.
TT-PT L- M;Ct;_I-E~-,.,,ntr-_-n Theory of the Photoeffect in Crystals
tracrii fotoeffekta v kristal-lakh)
Pj~RTODI'A!I- Fl~ika i Metallovedeniye, 1959, Vol 7, Nr -2.,
P P ~USBR)
ABBTRACT~ E I rj ~~*I-e J__n IT, cna-electron theory of photoemission (Refs. 1,2)
t~:q "threshold frequency", the relationship be;_ween
ths r."ctto:;a f-rsquEnoy and the maximum ele--tron velocity, etc.
Tha ~.;tartliag point cf this theoxy is an assum 'ption th-at- a
of ez,srg-if is absorbed by one electron. As a result
&.ri ab_-_~rption only one electron would have its energy
all the remaining ones being unaffected. This
Is valid only when electrons move independently
rf cne A--tually, because of the strong interaction
-77-t--asen =....e%trona, the absorbed energy may be shared betweeri.
9. The present paper establishes some general
cf p!iot-cemission and photoconductivity in the case
Intera--tion between electrons in a crystal
"ard theory). No simplifying assumptions were m-ada

SOV/126-7--l-2/28
!,I, t i_jz'l Theory o'L the Photoeffect in Crystals
to dGri-j,e the results. It was found that photocurrent may be
3al.-,ulated using the one-electron theory, provided that tho
.1twiber of photoelectrons taking part in the process is
,ftotermined by the excited statb of the crystal. The
of conservation of energy applies now to the
system as a whole, and not to a single electron. The
Einstain law relating the photon frequency and the maximum
emitted electron energy is still obeyed but it is given a
somewhat altered interpretation. It was also found that
the work function of some materials (e.g. semiconductors)
may depend on frequency, as reported by Arsenlyeva-Geyll
(Ref.3) and Shuba (Ref.4). The paper is entirely
th_.P~)retl.oal. Acknowledgment is made to S.V. Vonsovskiy
1"or his advi-.9. There are 11 references, of which 7 are
SO-vie", 3 Germam and 1 English.
ASSOCTATION: L)3--i'ute of Metal Physics, Ac. Sc. USSR; Sverdlovsk
Bx-anc-h of VNIIM (Institut fiziki metallov AN SSSR
Card 2/3 S-.'ei?dlo-~-skiy filial VNIIM)

SOV/126-7-1-2/28
Mu't-i-Elee.tren Theory of the Photoeffect in Crystals
Apri-J. -S., 1,957
Card 31/3

24(3), 24(4) SOV/126-7-2-21/39
AUTHORS: Kobelev, L. Ya. and Sokolov, A. V.
TITLE: On Magneto-Optical Phenomena in Ferromagnet-ic Binary
Alloys in the Far Infrared Frequency Region
(0 magnetooDticheskikh yavleniyakh v ferromagnitnykh
binarnykh splavakh v oblasti dalekikh infrakrasnykh
chastot)
PERIODICAL: Fizika bletallov i Metallovedeniye, 1959, Vol 7, Nr 2,
pp 289-291 (USSR)
ABSTRACT: The dependence of the Kerr and Faraday constants on the
alloy composition and the degree of long range order
in the above freauency range is calculated. The
calculation was based on the theory of binary alloys
given in Ref 2. The two constants are given by:
1/2
K, _j
(_j2 V 2) fA r (q-0)27j2+BY2
Y2 0 1-W
\JA - q7-c)212+ By 2r (8)
7 (1-C) - T-
Car--' 1/2 2
V 0)

SOV/126-7-2-21/30,
On ?:-agneto-Optical Phenomena in Ferro--a--netic 'Einary -1loys in
the i~?r Infrared Frequency Region
where V 0 is the effective frequency corresponding to
the sp-J'Ji-orbit interaction, is the frequency of the
incident radiation, Tj is the degree of iong range order,
c describes the composition of the alloy, A is a
constant independent of c and the degree of long range
,, 1/2 and q=2c for c < 112; B is a
order and q=l for c >
constant, y is the spontaneous magnetisation of
d-ej_,~r~,"rons which is a function of c and 1, and w is
the matrix :?lement of the oDerator representing the
iw7.ignetic spin-orbit electron interaction ener.-y.
Z-ofessor 1J. M. Nos.-,ov and A. N. Levkov are thanked
f-v "-~he discussion of the results. There are 3
ref'urenc,es, two of which are Soviet, 1 English.
C__
ASSOCIATIONS: fiziki metallov A!:,' SSSR (Institute of Metal
PhysicE, Ac.Sc., USSR) and Urallskiy gosudarstvennyy
universitet imeni A.M. Gor'ko~--o (Ural State University
0
imeni A. M. Gor'kiy)
SUBMITTED: July 2, 1957
Card 2/2

S/053/60/071/03/04/008
B006/BO63
AUTHORS3 Sokolov, A. V, Shirokovskiy, V. P.
:-'TTLF -e~-,
The Group-theoretical Method in Solid-state Quantum Physics-,
(spatial Symmetry)
PERIODDCALs Uspekhi fizicheskikh nauk, 1960, Vol, 71, No. 3, PP. 485-513
TEXT: In this article, the authors outline the fundamental ideas of the
applica-~4on of 6~oup-theoretical methods to solid-state quantum physics
since a sy3tematic representation has not been available so far in Soviet
publications. The artiule contains the theoretical material on spatial
symmetry, The Introduction gives a brief survey of publications on this
subject, and deecribes the specific purpose of the article. � 2 deals with
the operations of spatial symmetry. The theory Qf space groups is thoroughly
discussed on the basis of group-theoretical details given in � 3. � 4 deals
the space groups, their setup from the well-known representation of the
712 point groups, and their properties. � 5 is devoted to the general theory
of space group representation. Next, the authors describe the possible
L'//
Card 1/2

P&ZE I BOOK EXPLOITATION SOV/5961
-okolov, Anatolly Vyacheslavovir)h
Opticheskiye avoystva metallov (Optical Properties of Metals) Moscow,'
Fizmatgiz, 1961. 46,4 p. 6000 copies printed.
Ed-- K. P. Gurov; Tech. Ed.: V. N. Kryuchkova.
PURPOSE-, This book is intended for theoretical physicists, optical and metal
scientists, and for aspirants and advanced students in physics departments..
COVERAGE.- The book'presents the theory-of the optical properties of metals and
alloys. The modem theory of the interaction between light quanta and elec-
trons of a metallic system is described, and the relations between optical
characteristics and those resulting from the microscopic theory of a solid body
are derived. optical properties of ferromagnetic metalsare investigated and
the theory of the photoeffect in*metals is given. A brief survey is made of
experimental data and experiwntation methods. The author thanks S. v.
Vonsovskiy, CoTresponding Member of the Academy of Sciences USSR2 M. M. Noskov,
Professor, G. 4. Bolotin, and K. P.'Gurov, Candidate of Physics and Mathematics.
Card 40

3101t7
S/12b/b J-/012/004/ool/o2l.
*,-3 7rLI E032/E514
A OTHO P.~-, -Holotin. G..A and Sokolov, A, V,
0.1-1 Icell prox1f,(Ait-S ot, a gyroelectric medium.
i The structure of' tensors describang the forced
ani-50tr-ovy in the electrical and magnetic properties
tit an tsotrapic medium
ke--zika inetallov i nietailovedeniy, v.12. no,4, l9bi,
~i
if 93-: 9zi
The aijktiur-s tij!~cuss tilt! dielectric cons-tailt and the
ffl-,jgnt;t-it pervivab;Ittv it~jjq,,)s ot* an isotropic mecixurn in the
presence of' a maguetic Vield. An invariant representation for
these tensors is derived The nvariant form of the tensor
C is obtained as Consider Lhe complex coinductiviLy
Pik,-Jo:- A
a ~ xwq
Where 3 is the polarizability ve,nsor. If the dispersive
mectium nas a conductxvity in the absence of a magnetic
0
�'.i (I thpn as soon as the magnelit. lield i-- iwrodu(:Pd and b
del'ined lite cunductivity uecotnes
speciai d,rtction is thereb,
it r a I P;

3104-7
Op ca I pr op e: t i C-S 0 f a
E03;-'/E3l4
Li i !'I orelif, lyl d I; I ei tlit J1 FPCA. I OnS 7 it reinains Ehe same as
LF1 Lhe d-i ; ec tion of the magneLl-C fkeld but is different in the,
perpendicular direction 'The electric field E (light wave) can
foliows:
(.1 -. ib')OOZ.
,xhe.re b i,s the ttnZt vector in the direction of the magrietic field
i-gyrocropic. ax)s), In t1ii.K 1'orinaLisiji the generalized Ohm's 1,aw
tEi.Wes the 1'(,t,n
CA)AIE ~1 - it)x)U'b'E (I + ibx)bxbxF. I
1.) - -- - - - - 2 +
and the conductivity tensor for an arbitrary orientation ef the
gyrotropic ax.is is given by
x x x I
L - il~ )b L)
Assuming that the inotion of the electrons in the medium is
Card 2/9

T T
It %I
I T
V
Aq ua.&IS si josual luvjwUoj aiii.),alutp aqj j,etj,j
"0q6 Isuoiloo a uor)allpuo..) a43 Aq ,uaap,, plotj allauNwau
Hpcmf=wnbaj.j uOT11sxPT~6.1 04-1 'it 4.14 p/A
w VA '~w
Aq paqTj3sap
TZn/TOO/~OO/ZTO/T9/qZl/S u jo saiijado.rd Tvllldo
L~OTC

1
31047
!ipt Lt. a i properties of a S/1 2,,.)/61/`012/004 /001/021
E032/E5i4
41T ~2N efl
arid = ~ -The corresponding expresmion
m C mc
I Ih(! MalXnPtLC permeability tensor iss shown lo be
A
i Mb (23)
0
M
(22)
It Tr X (21)
Y
Y
I 41T -X 0 P
p
!fnd is the ferromagnetic resonance frequency. There are
i references; 4 Soviet and I non-Soviet. Th- English-language
t- e V eric o r e a (I mas fol lo%.s . Ref. 5 ; Wangsne .1. K ~ Phys, Rev.-. , 19~5,
98,
, No,4, 927-
Card 4/5

BOLOTIN, G.A.!~'SOKOLOV, A.V.
Optical properties of gyroelactric -iecia. Part. 2-.-1 Propagation
of plane waves in a gyroelectric rrzo~-dum. Fiz. met. J. metal.-Loved.
12- no.5t625-629 N 161. (MIRA. 11, -.12 )
a.. Institut fizi'ki me-t-R]-I,)v AN SSSR.
~Lij,ht. Wave theory of/

BOLOTINY G.A.; SOKOLOV, A.V.
Optical properties of a gyroelectric medium. Part 3: Reflection
problem for a gyroelectric medium. Fiz. me-%!,-. i metalloved. 12
no.6:785-791 D 161, (MIRA 16:11)
1. Institut fiziki metallov A.N SSSR.

02, /0j"
13/001/0
39~903.26/62/0 14.14&
F,2-02-/S1'9'_ . .:~llo
- 41~3.1
r iXo'v t
Volosh MSKV cha. 'Van3diulu
G.N. Iv-N.- and
Solcolo- 1.962,
13 of 0. 000611
8 -V
0 SICOV er+
1\10 T rop Vie resioll
optical lp Octral llov#061liye 1 je%
red 8p v i meta frOW C
'r- rLv" lof ra tallo f the omp :LIL
i Ix. ame itude an0 estudie in
CNL Fiz no gold Weir changes the
631 of the magn C, orap 0 nt a
d rhe
_FF-R, 62.3- inary an from
data nad:L tiar e ..005
enta d ima ava era. JeGAL3. ,,pared
an U01
real. t a n,.L t evap
the ti ot')m 3.1M 9 r ewere V ical 0-
jor
of and r-in% dur 1.J3.r1cors me Cbaim~
dence tatic, ejectr
,c,,arl WY
,0c
jide a irtued
depel:1 ..Vity to05,1red *
..tt3.-of2tiolm mea tim ioc of Con re d bY
perm" oil of Olariza vere ti taUi larements era ALar e a'PrOlla of
re 'wa a
t1-1 0 metals te0p or 11.01- b allic,
a.tenad--LUO and IJeas rr -Para e&M
ti-le 0-va diuO n- trOgen old 02- - -Ust
ces 'are Die 3. our
'es 00 cidic liqald .5edo rison,
,%1t .0 an aand JOB It'. 00ya ti~xrn from
f rova 3, roora I sam'P -.- r c,
tat thc Used ~O ec
'P013.5 ti-41. ivy Of ted OL
C 0%1dile ur ad wssiwas roil
t1le iiisb P- tion 6 ight
cuum dePO83f-rared I
va zed In
polar
Card
/013 /00o /02./01
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er .- ell
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title r%_ ola ize as
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pr the reucI AL ve AL 0 ney
tiCal I and diff 0the ajiEt 11 it of
ov jaceis 50 011tt motor AL I'A b Owle
S'Arrtro of OV 'Plots
..rror a-ad .,a pec, e"raliaa data e%Lc'f ISO
are 'we lete d N"I a a~.Jex
01. tie ar 9,~ re de-pell re
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3. jua ol~ the r_ C 019 01a 1-00 covopon Ti veleng. -X1% 9L ejec.
e'VL ttfor a e(I d3-
91.3.. tiC-it .,.Ors, F 2. 1'J13 las the . i
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OLT Ute er We8 ~46 tho
ePo ima S3. 3.e1. data b I t~.qe
a Ca Vnd ALL% ~Stias rate
r J&b0 et
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ed at 'S per US SP
Ati.0 title S&O ,~Jvb
r elv% ta til. ank& .re rels A.1as 164-61.8 for
S..Vit'y ~bO )f Us 0
fle etl rEhe th I0,1~100 Awal-We (6)
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gi Galaand vla, C;OjA 1.99 foll'o
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..ore 4Vit'y 'Povin Ve
d- tr-, . tt- or&
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rel PC i0a ai dvLts 00
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S imi. Coe ok).
equal If itaniiao% F, 2%;
aPpro. method a.5-
method of

S/181/63/005/001/012/064
AUTHORS: IMen', A. If., and Sokolov, A. V.
TITLE., Application of the theory of representation to ordering
binary systems
PERIODICAL: Fizika tverdogo tela., v. 5, no. 'i,.1963, 76-80
TEXT: The ordering problems are discussed -on the example of the AuCu 3
molecule with the Fm3m symmetry by taking account of the symmetry of.
central - symmetric molecules (symmetry group- 0 . This is done on the
h)
basis of a theorem and-a lemma described in..this paper. Theoremi: k
finite set ?.1 of multicolored points M is assumed to be given
i
(cf.XristL11ografiya, 7,490,1962;FMj,1,14,315,1962). Each symmetry'elemen-,,
of this sef, of points will then be con'tained in a symmetry group con-
structed fcr the corresponding totality of M i single-colored points i
from M. g is assumed to be an arbitrary symmetry element of group G of
s e t M. By definition it is assumed that g11=1T or gzm ~e_gll 5,; M. from
Card 1/2

SOKOLOV, A.V,
Formation of bipolar and unipolar diversions In the electro..
cardiogram re-ulting from the diff(.rentiation of posJtive
Rnd negative monophaBe curves, Trudy TSIU 77-.25-34 165.
(MIRA 18,9)
1. Kafedra klinichoskoy I eksperimentallnoy fiziologii (zav.
dotsent. Ye.F. Polezhayev) TSentrallnogo instituta lasovershenst-
vovan-iya vrachey.

L 14624-66 EWT(l)
ACC NR: AP5025303 SOURCE CODE: UR/0051/65/019/004/0586/0596
AUTHOR- Men', A. N.; Sokolov, A.V.; Zvezdina, N.A.; Kuru'shin, Yu. N
Nekoshnov, B.M.; ChudakoV-,---V.-ff--------
ORG: none I LO)
;z I , 44
TITLE: Determination of the energy spectrum of an impurity Ion with an unfilled d-sbell
in a crystal
SOURCE: Optika I spektroakopiya, v. 19, no. 4, 1965, 586-596
TOPIC TAGS: crystal impurity, EPR spectrum, line splitting
ABSTRACT: The interpretation of energy spectra and EPR spectra of ions in various
crystals requires the solution of a secular equation which takes into account the configura-
tion of the ion and the symmetry of the intracrystalline field. In this paper, tables of
matrix elements have been compiled which make it possible to write a secular equation
at once for any term of any configuration in the case of an impurity ion with an unfilled d
shell. These tables can also be used in studying EPR spectra if the field of lower sym-
metry produces a splitting comparable In order of magnitude to other perturbations (spin-
orbital and exchange perturbations, etc.). As an example', the splitting of the principal
card 1/2 UDC: 539.184.2.-548.0.001.1

L 14624-66
ACC NR: AP5025303
termp D and F In fields of variable symmetry was analyzed. Data on the optical spectra
3+ 3+
of Cr in MgAl 04 make it possible to determine local distortions caused by Cr ion
which replaces Yj3+ ion at the octahedral sites of spinel. The data obtained are in good
agreement with the experiment. Or1g. art. has: 7 tables and 6 formulas.
SUB CODE: 20 SUBM DATE: 28May64 ORIG: 005 OTH REF.- 004'

AJOR: None given 48-10-2/20
TI7U: Materials of the 2nd All-Union Conference on X-ray Spectroscopy;
Moscow., January 31 to February 4, 1957 (Materialy II Vsesoyuznogo
soveshcbaniya po rentgenovskoy spektroskopii; Moskva, 31 yanvarya -
4 fevralya 1957 g.)
PERIODICAL: Izvestiya Akademii nauk SSSR, Seriya fizicheskaya, 1957, Vol 21,
Nr 10, pp 1341 - 1342 (USSR)
ABSTRACT: 7he Second All-Union Conference on X-ray Spectroscopy was held f~x=
January 31 to February 4, 1957. Thirty-three reports vere given, 18
of which appear in this issue . The remainin are: Introductory
Namarks by Ya. S. Lbanskiy; Calculating the Structure of X-ray Emission
Spectra of Self-Regulating Alloys by A. N. Orlov and A. V. Sokolov ( UFAN
3ontemporaxy Methods of X-ray Spectra Registration by M. A. Blo-khin
and A. I. Froyman (RGU and VAmfak MU); High Stability lower Sources
for X-ray Spectra Installations by A. I. Froyman; Prospective Ap-
plications of Electrostatic Photography (>--rography) in X-ray Spectral
and X-ray Structural Analysis by A. I. FToyman; Investigation of the
Fine Structure of.X-ray K-Spectra of Absorption and Emission of Some
Card I/P Elements of the Iron Group by I. B. Borovskiy, V. P. Bykov and

Vo I 2 5, Nr

o h _u al r 2rcd i n t n, s L r f.'ll 1 'rC'-
i t if, i C.0 t 1110 t e d by I PC 1 i'. Oll?
n C;
-, !. . ~ ~l
t i t ra ! i (I
11 :.-1 t. thod i:ith h i i i t U R
I
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- c t. 11
o 1,, t f, ~r-.clz i)y t hel
D ndl S:..:~ Li c ~~Lit cl to t il-! ~o-.-Conc

r Ji -.--
1 . - I, i~a t .1;l t 11 it t Ild a
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i
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of tlie t,..o j.(.L';,:)ai)
t h -r- t t
ha t v ch I- r Is re -
I C-Lit 'ith Wi
t'a,-

T6 c c 1A-L'i I W f'o ., ":~-athetic ';3i"irits ar.~ Grj?~nic
I: r o "A'..' 2 t - a C i" r"D - i I d o -.r a o 1 i--l- in3titult 3nir-
to-~r J
cf

SOV-26-58-8-2/51
'AUTHORS: Dolgopolov, K.V.; Sokolo-vr, A.V.. Fedo-1-ova, Ye.F, (MOSCOW)
TITLE: Tie Utilization of Natural and By-Product GaseE (Pr_Jrodnyye i
7-.)putnyye 7-azy - na sluzhbu narodnomu khozyaystv,-,)
':,ERIODICAL: riroda, Nr 8, -20 (USSR)
1 1958, PP '3
ABSTRACT: 7.-1 Vie USSR, the chemical industry still uses agricultural
raw material on a big scaled Natural and by-product gases
are used as raw materials only in small quantities. The
c:).iponents of natural gas, like methane, propane, butane,
pentane, etc. are especially useful for many syntheses. The
cumposition of the by-product gases depends on the composition
,,f the crude oil and the method of processing. The content
:)f methane in these gases varies from 30 - 40cpf~ ethane from
4 - 1C%, ethylene from 4 - 23%, etc,. In the light cracking
o 1 tor- of oil, 40 kg of gas are produced, in thermal crack"-
i.:-- 2CO kg, etc. The hydrocarbons of the methane gases are
e.:ipecit-.11y useful for synthetic purposes. They are decomposed
by pyr-.lysis, i.e. by the action of high temperatures, to form
auatyiene which is the raw material for synthetic rubbers or
acetaldehyde for the production of acetic acid, etc- A gas
Card 1/4 mixtarl: of hydrogen and carbon is Used in J[he synthesis of

The Utilizatio-! of Tatural and By-Prodtict Gases SOV-26-58-8-2/51
%imorAa, synthetic gasoline, methanol, etc. The cxidation of
,e n-entioned hydrocarbons produces methyl alcohol which is
~-'e raw material for plastics, tannins, and other products.
arbon black is made by the incomplete burning of natural
..tses.. It is used in the rubber industry for increasing the
-:echanical resistance of rubber products. From i m3 of gas
:15 g of black is obtained. Synthetic prcducts now have mechanic-
,-.1 properties which are better than -'Uhose of natural pro-
6'ucts The prime cost is often lower than that of present
:)rodunts. Nitrogen fertilizer made from natural gas is 40%
heape2 than that made by the coking of coals Artificial
'1k threads have a resistance to "Wreaking which is 4,2 times
-shat of natural silk, whereas the resistance of steel threads
is only 3.68 times that of natural silk. Chassis of motor-
cars, the hulls of small boats, etc are now made of plastics.
Prospecting for natural gas in the USSR is being developed on
a bi-, scale. In the last 5 - 6 years 75% of the present re-
seria3 of gas were discovered. In the 5th Five-Year Plan,
1,250 km of prospecting holes were drilled. In the years
1959 - 1965 the drilling of 15,000 km is planned. The xe-
gions of the Northern Caucasus and the Ukraine are especially
Card 2/4 rich in natural gas. one of the richest gas regions of the

The Ut'.Iization of Natural and By-Product Gases SOV-26-58-8-2/51
USSR is Stavropolf from where the gas is delivered by pipe-
line to Moscow. In the Ukraine very productive regions are
near Dashava, which supplies Kiyev, Moscow, etc,and Shebe-
linka, supplying Kharlkov, Dnepropetrovsk, etc. Rich depo-
sits are also found in the Volga'region. The gas of Azer-
baydzhan is 94% methane. Last year, the deposits of Karadag
and Kyanizadag were discovered. In the Komi ASSR, deposits
have been discovered near Ukhta, Voy-Vozhsk, Dzhebol~ etc.
In Central Asia the rich deposit near Bukhara is being pro-
spected. It will supply Tashkent and Samarkand by a pipe-
line. In Siberia deposits were discovered in the lowlands
of the Ob' river near Berezovo, of the Lena-Vilyuy with one
gusher having a daily output of I million m3, in the Lena-
Baykal region, etc, The production of by-product gases is
especially high in the Volga region. Every ton of oil pro-
duced in Bashkiria and the Volga region contains 100 - 200 m3
of by-product gas. In 1958, in the oil fields of the USSR
alone, 9 billion m3 of by-product gases will be producedz
These gases are often burned or escape into the atmosphere.
Gas reservoirs or devices for catching the gas are lacking.
Many cities have no urban gas pipelines to use the natural
Card 3/4 gas. Voronezh was connected with a branch of the gas pipe-

The Utilization of Natural and By-Product Gases SOV-26-58-8-2/51
line Stavropol' - Moscow but could make use of the gas only
half a year later because there were no pipelines within the
city. A plant for the processing of these gases is being
built- near the Stalingrad refinery. The USSR is in the use
of these gases and the products made from themg behind sever-
al other countries. In the production of artificial fibers,
the USSR occupies 6th place, and in the production of plastics,
5th. By the end of 1965, it is planned to increase the pro-
duction of synthetic fibers 4.6 times, plastics and synthetic
resins 8 times, synthetic rubber 3.4 times,, over 1957 figures.
The network of gas pipelines is to be united and new pipe-
lines are to be built.
There are 6 photos and 1 map.
11.'Naturai gas--Applications 2. Natural gas--Produ~~tion32i a s- ea
---Sources 4. Gases--Applications 5. Waste gases--D_1zposa1
Card 4/4

75 '13 -3..22/27
AUTHORS. Sokolov, A. V.,, Mikhaylyan, N. K., Korotayeva. G. F.
TITLE; A Method for the quantitat~4ve Determination of Dimethyl-,
phenylearb nol (Metod kolichest-Tennogo opredeleniya dimetil-
fenilkarbinola),
PERIODICAL. Zhurnal analiticheskoy khimii, 1958, Vol- 13,, Nr 3~ pp 366-369
(USSR)
ABSTRACT: The determination of tertiary aicohol.s by the usual methods
of es-terification with acetic-acid=,anhydride, phthalic acnid
anhydride or acetyl chlorid,-, invariably furnishes results
which are too loiT siure tartiaxy alcohols often separate
water under the conditions of esterificatL n. Likewise the.
general method of determination by -mitchel and SmIt (Ref
ia not appll~:able in the case dealt with by the authors~
as the dimethylpherty_'i~arbincl was present in mixture with
phen,31 and and this compoun6. under the acetyla-
tion. a-ad _'i). the preseni:~e of borcn trifluoride also reacts
undp_-, the foxmat`%.,~n of water. Other known methods for the
.qriantitatire determination of dimethylphenyl.carbinol are ex-
Card tremely cumbersoms and for that reason hardly suitable for

7 5- -13 -.3-22/2 7
A Method for the Qji_,ntiAati%j-rt Determination of Dimethylpheny1carbinol
industri.a.1 appjication. In the artit;le concerned a quantita-,
tive methc.d of determination for dimethylpheny1carbinol was
worked out by the authors which is reliable and easily ac-,
oompl'~.shable under conditAons pre-,~ailing in industry. Two
proc.~,-asea are used as bas-1s: a) the dehydratiou of dimethyl..
phaxyl~a-rbiacj_-_ and b) the tiTxa~ic~n of sepaxated water by
mean.8 ('L the Karl Fi5char reagent. The ma.A.n -attention was.
dirGotaid towards the di*oo-Tery of conditi-,ns suitable for
i-he dehydrat_'1.-.-a of dim et, hylphenylo ar binol. Dehydxati~.n was
,-arriEwd olit by means of va-rious oataly6ts (--~opper-sulfate,
bu-ri~~ -arthydride_ sulfux"n. acid, sodiual. bisulfate) and in
i6opropylbenzeL-s- as sol',-ei-A7~. it tained out that the separa-
ti~,n of wa-,..----r in the pressn--~.~~ of cuppex--sulfats, doea not
exce~~d 28 % and iT,. the pr-3san_,:=_ uf boric. anhydxid-:~ and 9u1..
fuzic aoid n.-A 26 %. The high6st degree. of dehydration (92
was aohiev~_d by the use c-f 2 drops of ,.onf~entrated H SOA-"
0 2
the reactien mixt-ar--3 being heated tc, 85 o With ini.%rea3ed
heatla of the sample set in. The separation
of wat-~!r from dime thy lphenyle arb i nc 1 yiej.d6 much better re-
sults in th= of sodiamsulfate and a resin-fi%atlon
L -
Card 2/3 doe-s not ocuu:r. It is Therefore possible to ~-aiaa the +em-

75-13, 3 -22/27
A Method for the Quantitative Determination of Dimethylpheny1carbinoll
perature to the boiling point of isopropylbenzene. In order
to pre,rent the evaporation of wat8r the heat was increassd
only to the point of boiling (152 ) and the sample waa kept
at this temperature for lo minutes. It appeared that under
these conditions and in the presence of o,2 g sodium bisulfate~
dime+hylphenylearbi,aol was quantitatively dehydrated. The de-
terminatioa is not impeded by dimethylphenyl-r-paracreso2.,
acetophenor-e and a.--methylstyrene. The error limit of the meth.-
od described is about 1 -IL,, the determination takes at the
utmost 25 minut-~s,- Thexe a-re 2 tables and ' refelreno--~, 1 of
which is Sovieto
ASSOCIATION- Nauchn,~--issledovatellskiy institut sinteticheskikh apirtiov
organich~v.:-rkikh produktov, Moskva
Mosc--ow Sr'-.1en-cific Research Institute for Syntheti-% Alcohols
and Organic Prod-acts)
7 cob - --,.,Det-~T-mj-r4ation
Al ols
Cai'd -V3
.1

5(3)
AUTHORS: Znamenskaya, A. P., Sokolov, A. SOV/75-13-6-21/d
TITLE: Determination of Hydroperoxile Compounds in Resin of Pyrolisis
(Opredeleniye gidroperekisny'~-h soyed-ineniy v smole piroliza)
PERIODICAL: Zhurnal araliticheskoy khinii, 19r-S, Vol 13, Nr 6, Pp 715-720
(USSR)
ABSTRACT: Hydroperoxides can be dete--mined by a number of methods (Refs1-6)
based on 'he reduction of peroxide and differing from one another
by the type of reagent ard solvent adopted. In this connection,
considerable difficulties are caused by the presence of
unsaturated com-Dounds. In 'he case of large ~iuantities of
hydroperoxides to be determined in the -=,esenca off unsaturated
hydrocarbons according to WilSon and J-odlls ziethod 3) With
FeS04 I the results obtained are too lDw, ar-i in t'j-,a Case 07
small quantities to be dete=-*Lr-e,., the method no'. o -ai t a!) I e
at all. Neither did 'he deterainat-ion of da contuont,
fo I I CJ 4 n6 :1 -)f '-1
in pyrolytic resins succeed by Vej-34~- he mothod
by Panyushkin and Gindin (Ref 7 0-;,-i ~-,cothe fo=at- on, of
resin clods (polymers Of Unsatul-et id comuounis) an,--
Card 1/4 precipitation of potassfum The arsenite method 8)

Determination of Hydroperoxide Compounds in sov~--vz ~ "-1 '191
of Pyrolisis
allows to determine hydro-pero--cides J--n the presence of
unsaturated hydrocarbons. It is based on the reduction of thle
hydroperoxide with sodium arsenite and on the subseque-lat
iodometric determination of the surplus arsenite. The reduction
takes place in an alkaline solution in the presence of 95 C//'-
ethanol by heating in C02 atmospher?. Thereupon the solution is
acidified, cooled in C02 atmosphere and eytracted Tvith
chloroform. The aqueous solution is then cooled with ice,
treated with sodium carbonate and titrated with a solution c;f
iodine with starch. At the sa-me time a blank test is carried, cut.
In the case of small amounts o--" hydroppercxi-des an organic solvent
is used to increase the sens~-t-ivity of the determination. The
redd-ish-violet color of the solution of iodire in carbon
tetrachloride or chloroform is still no"-"'ceable even with so
small quantities of iodine, whe--ve the reacti-or. with starch does
no more occur. The hydroperoxide number (milli-equivalents at
active oxygen per liter of sampling) is calculated according
to formula:
100. N. (aq-b)
c
Card 2/4 where a is the blank test iodine consumpticin in m--1,

Determination of Hydroperoxide Compounds in Resin SOV/75-13-16-21/21
of Pyrolisis
b the iodine consumption in ml for the sample titration,
c the volume of the sample under analysis, and N the nG;,mality
of the iodine solution. By the aid of this method, hydro peroxides
can be determined with the greatest accuracy in tho PT'C.'!jence of
unsaturated hydrocarbons. As the arsenite surplus is dotermin6d
only after extraction of the organic impurities from thereaction
mixture, the sample weig-'ied portion can be very large. It is
therefore possible by this method to determine traces of
hydroperoxides, which are not traceable by the direct iodometric
method. A very accurate descrilption is given of how this
determination method is realized. There are 1 table and 8
references, 2 of which are Soviet.
Card 3/4
Determination of Hydroperoxide Compounds in Resin SOV/75-13-~-21/21
of Pyrolisis
ASSOCIATION: Nauchno- issledovatellskiy inst-itut q-inteticheskikh spirtav i
organicheskikh produktov, Mask-%ra
(Scientific Research Institute of Synthetic Alcohols and
Organic Products, Moscow)
SUBMITTED: October 21 1956
Card 4/4
usmm-Dc-60885

SOKOLOV, A.V._;--BZRGEP,, I.I.; GTJROVIGII, R.E.; KLIMZKO, M.Ya.;
7AYYTS'-E"1-,'-, 3.S. ; MOTINA, G.L.
Method of refining synthetic ethyl alcohol. Khim.prom.
110.50,27-330 MY 162. (IMIRA 15:7)
(Ethyl alcohol)

MIKHAYLYAN, N.K.; SOKOLOV, k.V.; SEDOV, G.A.
Determination of moisture in acetone. Zav. lab. 29 no.9:1058 163.
(MIRA 17:1)
1. tiauchno-issledovatellskly institut sinteticheskikh spirtov
i organicheskikh produktov.

SE-CICV, A. 11.
SOI-.C,LOVY A. 1. and 'fU;'.3L'jp F., 'I'l-lap Showing the Extension uf Permafrost in SSSR, 'No 2, p 97.
(Irl,eteorolo- ya i. Gjidrulo~iya, No b :OV/Dec lYh7)
cli: L,
so: U-.3211", 3 A.r 11)'3

~ . 7".
h.- ' '--~ ~ o 1 0~-r
'i ~ *7,d-ve reogr., lit-37,-, 1951.
vo~,,ac:as arolln~l ~!~"e W'. ')rld of -A. P. Lazai'Ov., !oskva, 30S. i-, -
j.hr3a , .-
1 2 uricl.
march 155 i9vil
9. MonthlY ~~lst 2f Russian Accessions, Library of Congress,

SOKOLOV, A.V.
......-
Survey of the activity of the Department of the History of Geography
and o-' Historical Geography (Kay, 1950-January, 1953).' Yop.geog. 31:
7:6)
274-285 153. MRA
(Geography)

E~DKOLCV'
USSR/ Scientists - Geof;raohy
Card 1/1 Pub. 45 - 16/16
Authors I Sokolov, A. V.
Title t Session devoted to the memory of M. S. Bondarskiy
Periodical : Izv. AN SSSR. ser. geog. 1, Faf-,e 06, Jan-Feb 1954
Abstract I An account is given of the srecial session of the Derartment of HistOrY Of
Geo-raDhical Sciences and Historical Geogranhy of the 1110scovt branch of the
in
Geoyranhic Society of the Soviet Uri on, held on the 30 Vcvember 1953.,
memory of the outstmdin7 -,eo-rapher,- 11. S. Bondarskiy. Speeches were made,
by rersons who knew Bondarskilr rersonallv -an6 a resolution was passed to
dedicate the next issue of "Vonrosov Goo,raftill (Froblems in Geo.-Taphy) to
him.
Institution
Submitted

ALEKSANDROVA-ZACRSKAYA, V.V.; ARNOLID, V.S.; ADAMCHUK, V.A.; RARANSKIY,
N.H.; BARDIN, I.P.; VASYUTIN, V.F.; VITYAZEVA, V.A.; GORDONOV.
L.Sh.: DOLGOIF'OLOV, K.V.: 23MOVA. Z.A.: NNICHINOV, V.S. -, OBRU-
CIMV, V.V.; RYAZANTSW, S.N.; aQXQW STEPANOV, P.N.;
CHMMANTSEV, G.N.
A.M.Volkov; obituaxy-. Izv. AN SSSR Ser.geog. no.6:106-107 N-D '54.
(Tolkov, Aleksandr Mikbailovich, 1890-1954) (MLRA 8:3)

, 1, - I,II~~ , %~ .
SOKOLOV# A.V., dotH., kand. ekon. nauk.
~
Statistical and economic analysis of operating expenses of grain
storage points. Trudy MTIPP no.7:-142-162 157. (MIRA 10:12)
(Train-Storage-Costs)

SOKOLOV, A.7., dots., kand. ekon. nauk. .".'s,
Revision of norms for natural losses of haj-during storage. Trudy
MTTIPP no.7:333-350 157. (MIRA 10:12)
(Hay--Storage)

SOKOLOV, A.V.
sian economic geographers of the 18th and 19th centuries.
Izv.Vses.geog.ob-va 89 n0-3:291-292 My-Je '57. (MIRA 10:11)
(Geographers)

AUTHORt Sokolev, A.V. 10-58-2-23/30
TITLEs A M_a`p-Crf--ttre-7o_rests of the USSR (Karta lesov SSSR)
PERIODICAL: Izvestiya Akademii nauk SSSR, Seiiya geograficheskaya, 1958,
Nr 2, pp 144-145 (USSR)
ABSTRACT: In 1956, a new map of Soviet forests compiled in a scale of
1:2,500,000 was published. The preliminary studies were carried
out by the Byuro lesnoy kartografii (office of Forest Cartogra-
phy) of the former Ministry of Forests. The author's original
of the map was compiled by A.F. Kruchinin, Engineer, O.S. Voro-
venkova) B.S. Krotkov and others under the supervision of
P.I. Malev, in consultation with M.A. Tsvethovs senior scientific
co-worker of the Institut lesa (Institute of Forestry) of the
USSR Academy of Sciences. The editor's original was prepared
under the direction of F.M. Kozlov and V.P. Tseplyayev.
1. Mapping-USM 2. Forostry-4pgications
Card 1/1

26-58-4-42/45
AUTHOR; Sokolov, A.V.j Candidate of Economic Sciences (Moscow)
TITLE. Original Work on the History of the Landscape (originalinyy
trud po istorii landshafta)
PERIODICAL: Priroda, 1958, Nr zj, pp 119-120 (USSR)
ABSTRACT: This is a critical review of the book "The Change in the
Distribution of Forests in European Russia from the End of the
17th Century Until 1914", by N1.V. Tsvetkov, which was published
in 1957 by the Academy of Sciencesp USSR. The book deals with
the development of forestry in Russia before the Revolution,
Living a detailed accouiit of the distribution of forests.
AVAILABLL: Library of Congress
Card 1/1 1. Forestry-Development-USSR

SOKOLOV, A.V.
Surve7 of the work of the Department of the History of Geography
and Historical Geography from February 1953 to May 1958. Vop.
geog. no-50:238-252 160. (MIRA 13:8)
(Geography)