SCIENTIFIC ABSTRACT SOKOLOVA, A.I. - SOKOLOVA, E.I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001652110010-4
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 25, 2000
• Sequence Number: 10
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

KORYAKIN, V.I.; SOKOLOVAL_A.-I-4-trinimali uchastiye; VODOLAZOV-, P.11;
Zabo lo - 9 M.V.; ZAKHAROU, A.V.; KLINSKIKH, Ye.V.
Dry distillation of wood as a potential source of fueLural.
Gidroliz.i lesokhim.prom. 13 no.5:3-6 160. (MIRA 13:7)
1. TSentrallnyy nauchno-issledovateliskiV lesokhimicheskoiy institut.
(FuraldehydO (Wood distillation)

7/112
V. V.
~7~,-, r, ;u1+s o' '-iu-cochcmical
v 7, 1 iz n.,_, I .Khinli,ya, no. 5,
t
n,) 1 02 , 1 3 r c t
-orn. in-ta., no. '.0, 1(-~61, 1~-)7 115)
orescnt~:d of a radiomietrical an~! blo,~-eoch,'::Acal Ztu,~y
a-e-corra'atel w-
Lth the lov.-er Perr.Aan tuff la-,ra~- o4:,
U - _L -
4 n, r! -0,,- hyries. T!_~e tech-n-cue used in 'he work is ~escr4be4. o
hi concen'r,--~,. lions of U and R- has c a n
o n o z, o 1: ;-;~ -_ 11 ~-- L -
t i t'- y d,~ f ii -n i t o typ oof plant. Vari--:-.t--o-ns in t.~e U crntc:nts
of -,-,lants are to a consi -3erable e_-~tent b~y -he thickness of e
U , u I
1-cose Cc::~oared -;.ith U and :Za in plants, the coefficient of con-
ct~~ntration of U in mireralized re-ions is 50,000 and of Ra 100 - 500
cl.ark~_ units. Compared v.,ith 'U'-e biochemical back.--round, 'he aceumtda-
20 - In those regions misshanun olant fo=s and Tro%7'v'-
,-,on of U is 30.
st-tin.- ro obse_"%%_,d. ~"_stracterls no'e: Com-lete translation.'
U U

USSR/M7crobioloU: General W, crobiolcl~-3- F--I
Ab s Jo ur : Referat Zhux-n - Biol. No 16, 25 Auc7 1957, 6S401
Author : So-kolo-ya, A.I., Rautenshte.in.. Ya.I.
Title : Comparative Study of the Activity of Catalase and some
Other Biochemical Lidicators in Phagoresistant and
Pha,-josensitive Form- of Actinomycetes.
Oric PLfb : 1,1ill~Lrobiolo.g.iya, 1956, 29, No 4., 4466-470.
Abstract : The comparative study of catalase activity in spores and
mycelia of phagosensitive culture (PhS) (Russian letters
FCh) Actinomyces glooisporus streptomycini and in the va-
riant experimentally obtained from this culture, resis-
tant to 3 types of actinophagge (PhR) (Russian letters FU),
it was shown that a greater activity of the catallase is
noted in spores and young mycelium of the PhR form. The
s-))ore of PhR culture also contain more of the soluble
form of catalase than do the PhS. Fixation of mycelilum
of the actinomycet-.es by alcohol brin.-S On a siol-Ificant
Card 1/2 1-2 -

USSR/Microbiology - General Miicrobiology F-I
Abs Jour : Referat Zhiirn - Biol. ITo 16, 25 Au~g 1957, 68401
lowering of catalase activity in PhS and PhR cultures.
The catalase inhibitor sod-:-um nitrate similarly depres-
ses the action of this enzyme in PhR and PhS cultures.
DNK in mycelium of 24 hour growth of PhR cultures is
more resistant to action of oxygen than in PhS.
Card 2/2 - 13 -

KRASILINIKOV, N.A.; BELOd"ElWKIY, 1%.N.; RAIRENSHUYN. U.I.; KOMNYAKO, A.I.;
NIKITINA, II.I.; SOKOLOVA, A.I.; URYSON, S.O.
The antibiotic grisein (grisemin) and its producers [with summary
in English]. Mikrobiologiia 26 no.4:418-425 Jl-Ag '57. (MIFA 10:12)
1. Institut mikrobiologii.,Ali SSSR i Institut biokhimii. im. A.N.Bakho
All SSSR. Moskva.
(ANTIBIOTICS.
grisemin, prod. organisms (Rus))

KORENYAKO,, A.I.; PASILINIKOV, -N.A.,- NIKITIMA, N.I.; SOKOLGVA~ A.I.
Actinomycetes of the fluorescent group. Trudy Inst. microbiol.
no.8:133-159 160. (MBA 14: 1)
1. Institut mikrobiologii AN USSR.
(ACTINOMYGETALES)

KIRASILINIKOV, N.A., KORENYAKO, A.I.i- SOKOLOVA, A.I~e NIKITINA, N.I.,*
KI-RILLOVA, I-T.F. . .
Interspecifi1c. antagonism as a species charaoteriatice. Mikro-
biologiia 32 no.!~-7-12 163 (M~tA r, -.3)
1. Insti4tut mikrobiollogii MI SSSR.

VASIL'YEEVA, M.G.; SOKOLOVA, A.L.
Determination of boron in technical borcn. War.anal.kh-im. 17
no.4:5,10-531 JI t62. (KRA 15:8)
1. Physico-Technical Institute, Academy of Sciences of the
Georgian S.S.R.Y Sukhumi.
(Boron-Analysis)

KOT, Yu.D.; SOKOLOVA, A.L.
---A - - --- -
Evaporation 4nd crystallization of ruassacmite from the o"cond boiling
product. Sakh.prom. 36 no.11:7-11 N 162. (MIRA 17j2)
1
1. TSentrallnyy nauchno-iss~i~dpvatallskiy institut sakharnoy promysh-
lennosti.

NERONOV) II.M.; SOKOLOVA, A.L.
Use of fur procurement data for ma -ping the quartita ive distribu-
tion of game animals on the territory of the Soviet Union. Biul.
MOIP. Otd. biol. 63 no.2 .5-17 Mt-i-Aq 163. (MIRA 17-2)

VASILIYEVA, M.G.; LAMINA, V.M.; MAKHOASHVILI, 2VA
_fi,,".-,SGYFEH, V.M.; TSKIRIYA, N.G.; BARON, Ye.Yp,., -1.1
doktor khirr,. nauk, red.
[Analysis of boron and its inorganic comp-ounds! Analiz bora
i ego neorgarticheskikh soedinenii. Pod red. E.E.Baroni.
l'oskva, Atomi-.dat, 1965. 267 p. (MIRA 29:1)

yi
ziiat~rals in lj',,-~:or ~-of;ene
-f Li-f~ n Ranwe rc-ion Ln
L i t I n,-..('-"3,-53 N-D 165.
C, e ~3 1: -iY.L nsu M-skvt~ . ~L-j Jar!
P,5.

r n: t anr 0 e C r So 0,,~
e cll'!'o
n~ nr
le

Gountry 'USSR
CATEGORY
ABS. JOUR. R'2"Blol,, go. 195Y, NO- 87077
-3 oi.ol -_)-vs A . M".
M O'S C ~_-wal A,~ademy !L-en." K. A.
C-79 ;~grlcul'
TITLE Effect oll' Svray-Feeding on Growth and De-.
velopment of Seed Plants and Root's oIr
Carrots and Beets.
.RX(j. pkjL,. Dokl. Mosk~ akad. Jm. K.A.Timiryazetia,
19577 No _312 '3 08-42
A 3:i C T Spraying of Seed plaiits of carrots w.1th
boric exid (in concentrat ions of 0,006 and 0.012TO ac-
celerated their maturation by ~-_8 days, Increased yield
of caeeds per single plant, had an effect on subsequent
vields or rocts 'obtained from these seeds, and eliminated
completely phoua disease of seed plants and roots of the
carrots. 4ray feeding of_seed -lants of beets with B at
concentration of 0.2%) P - 0.41 and X-n -- 0.2*, improved
seedage quality of seeds and increased their yield.
Soaxing of seeds of carrot's and beets, for 12 hours, in
0.156 solution of boric acid and 0.22_~~ soliftion of manganGse
siilfat-e, 1,ricreased yield. of. roots. -- Ye. M. Tsvetlayeva.
'A

Xffect of certain meteorological factors in hapertension. Terap.
arkh. 26 no.5:25-29 S-0 154. (MLRA 8:2)
1. Iz kafedry propedevtiki vnutrennikh bolezney (zav. prof. S.Y.
Shestakov) Astrakhanskogo meditsinskogo institute. i terapevti-
cheakogo otdoleni-7a basseynovoy bollnitsy (glavnyy vrach N.V.
Shubina) Nizhne-Vojzhskogv -sdravotdela.
(HYMTENSION, physioloa,
meteorol. aspects)
(CLDUCE,
mateorol. aspects in hypertension)

112-1-1056
Translation from: Referativnvy Zhurnal, Blektrotekhnika, 1957,
Nr 1, p.167 (USA)
AUTHOR4: Sinadskly,, S.Ye.j, Sokolova,.. A.M.
TITLE: Automatic welding of sleeves (Utmatichesk*ya, privarka
shtutserov)
PERIODICAL: Sbornik: Vopr. ovarki v energomashinostroyenli, i
metallurg.proiz-ve, Moscow, Mashgiz, 1955, PP-100-119
AMTRACT: Automatic welding under flux produces a welded seam of
high quality: deep penetration, uniformity and durability.
This permitted implacing the multilayer soon with a single-
layer or double-layer with smaller legag but withtho same
rated height and same or higher durability. Automatic
welding requires high precision In producing and assembling
the sleeves because in this way, correct disposition of -
e seam is provided. Welding appaRatus AOLU '14AOiU -4 or
H14OTMALU construction are oaeh--defil d P welding on
- . 4Me
Card 1/2 Tseeves of only one size-4, The machined surfaes of the-free

AID F - 52o4
Subject USSR/Engineering
Ca rd 1/1 Pub, 107-a - 3/13
Authors Novozhilov, N. M., Kand. of Tech. Sci. and A. M. Sokolova,
Eng.
Title Welding with electric rivets in the atmosphere of carbon
dioxide.
Periodical Svar. proizv., 7, 10-13, Jl 1956
Abstract The authors describe their experimental work In welding
with electric rivets - melting electrodes In the carbon
dioxide atmosphere - and assert that this method has
advantages over the welding with electric rivets under
fluxes which is widely used in the industry. Five tables,
7 photos, 2 drawings; 4 Russian references (1953-55).
Institution Central Scientific Research Institute of Machine-Building
Technology (TsNIITMASh), with which both authors are
affiliated.
Submitted No date

BRINBERG, I.L., kandidat tekhnicheakikh nauk; SOKOLOVA, A.M., inzhener.
~ , - I
Organizing centralized maebiner7 production for ~~ch!-MWtion
and automatization of arc welding. Vest. mash. 36 no.6:68-71
Je 156. (MLRA 9:10)
1. TSentral'W nauchno-issladovatel'ski7 institut t7azhnlogo
mashinostroyeniya.
(Electric welding)

135-58-7-3/20
AUTHOR: Novozhilov, N.V., Candidate of Technical Sciences, and
Sokolova, A.M., Engineer
TITLE: Development of Electrode Rods for _,17elding Low-Carbon and Low-
Alloy Steels in Carbon Dioxide (Razrabotka elektrodnykh pro-
volok dlya svarki malouglerodistykh _J nizkolegirovannykh staley
v uglekisiom gaze)
PERIODICAL: Svarochnoye proizvodstvo, 1958, Nr 7, pp 10-14 (USSR)
ABSTRACT: Three kinis of electrodes and their welding properties were
investigated by TsNIITMASh and the following conclusions are
made: Electrodes containing aluminum and titanium have no ad-
vantages over silico-manganese rods, as aluminum and titanium
in "critical" concentrations are able to deteriorate the
quality of welds. Satisfactory results in welding low-carbon
steels in carbon dioxide can be obtained by using electrode
rods con-i;aining silicon and manganese in the following pro-
portions: -0~12 1~, 1 ~ 0
0.05 C, 0,6- 3i and 1.4-2.4 M n . This
composition can be used for welding various lo-ft-alloy steels
in carbon dioxide, The addition of alloying elements such as
Cr, Ni, Yo, Cu, etc., having a feeble affinity with oxygen,
Card 1/2 provides various weld properties, On the basis of these re-

13 5 - 58-7 - '~'120
Development of Electrode Rods for ',7elding Low-Carbon an-,; Low-Alloy Steels
in Carbon Dioxide
sults, obtained by experiments, TsN!ITMASh developed the
"Sv-08GSA" and "Sv-08G2SA" electrode rods, ensuring good weld
cualities and diminished tendency toward pore and crack
iormation.
There are 9 tables, 1 diagram, 2 graphs, 2 photos, 9 Soviet
and 4 English references,
ASSOCIATION: TsNIITNIASh
1. Welding electrodes-Development 2. Steal~Welding
Card 212

NOVOZHILOV, Nikolay Mikhaylovich; SOKOLOVA, Aleksandra Mikha lLovna
RAGAZINA inzh., 09 0:7;red.;
) M.F.$ ~ve_a-.-RT. _; - SHTKRLING, S. Zdo~ a ~op
SOROKINA, T.M., tekhn. red.
[Automatic and semiautomatic welding procedures-for low-carbon-.
and low-alloy steels using a consumable electrode in an atmotphere
of carbon dioxide] Tekhnologlia avtomatiobeakoi i poluav-tomatiche-
skoi svarki malouglerodistykh i nizkolegirovannykh stalei plavia-
shchimsia elektrodom v arede uglekislogo gaza. Moskva, Filial
Vses. in-ta. nauchn. i tekhn. informataii, 1958. 18 ~. (Peredovoi
nauchno-takhnicheskii i proizvodstvennyi opyt. Tema 12.
No.M-58-50/5) (wRA 16:3)
(Electric welding)

25( 1)
AUTHOR. Novozhil a v , N. ML, , Candidate of T echnIcal Sciences S ~ko'_lo, -,,a
A~ M., En.-ineer
TITLE. An Examination of the Properties of the Nletal of Welding
Seams Made in Carbon Dioxide by Sv-06GSA and Sv-,0(9G2'OA Wires
PERIODICAL: Svarochnoye proizvodstvo, 1959, Nr 5, PP 7-1.2 (USSR)
ABSTRACT; Tn 1956, TsNIITMASh developed the Sv-08G'A and Sv-08G20A elec-
trode wires for welding steel in CO., in comparison with the
Sv-10GS and Sv-08GS wires previously used, the new electrode
wires contain an increased amount of manganese and less alu-
minum. In the work described in this article, the properties
of welded joints made with these wires 'kproduced by TU-2--57
Mosgorsovnarkhoz) on a series of carbon and low-allov steels
is examined, The welding was carried out with elecrrode
wires 2 mm in diameter and having a gas consumption of 1200
litres per hour, Nutritive carbon dioxide, specified in GOST
8050-56, was used, As a result of tKese inves t4 gations the
following conclusions were drawn. 1) the eleczrode wires can
Card 112 be used for welding carbon and several low-alloy construction

SOV/135-59-5-3/21
An Examination of the Properties of the Metal of "Velding Seams Made in
Carbon Dioxide by Sv-08GSA and Sv-08G2SA Wires
steels in C02; 2) the metal of the welded seam combines
strength, ductility and high resilience at room and low tem-
peratures and after mechanical aging; 3) the quality of non-
metallic impurities contained in seams made with these wires
was less than in seams made under flux by high-quality elec-
trodes and in C02 with powder wire. It can be further min-
imized by reducing the amount of aluminum in the electrode
wire. There are 10 tables, 3 photos, 2 graphs and 8 refer-
ences, 6 of which are Soviet and 2 British.
ASSOCIATION: TsNIITTSASH
Card 2/2

Br--interg, I,L.,, Candlda-e --f Tvecnni.-al Rk-';-va.
Eng-ineer
cx ded
Weld~-ng In-Carb,-n D-
FER-- KCAL,: Svar~tc-hn--ye ~rcizv~-dstvs, 1960, N-l-, 12 pF, 23-26
ThE authr--rs reLort on a series ~~f and
fcr w~7-ldlng in CO.D; shc-dn in a sre~.ial Th~nrLU -3 JC-Sh-21
M.mi P-, -rra,~,c mazt:.ne fz-c welding in 0`2 cpera7e-z wi,-, .t a i r e of I R mm 1. r,
am.=~=r Gn. --,5C-r 0 arr.~ :,Arrent 2n '-Lw-r and ln~lin-d pcsi,~lm; i-z efft~l= ZV
'0 - ------ n
:'0 kiz weid m~lal ner shlf-. OW -5 FS' -5~ serr.---au- machine
W~z rr,--4ifi&d ty replazirg th- hclderz ~,y burnerrs anJ ty
a :ar'c-n di-:xid~ feed a---.h -2
2','n,-5CC am- --urren. The A-54-7p c-a~~ng
an---4 ~lurren- -an ',-c- z':In- --n
in all ST:a*Aal c .- s
mach,- ;,:r
-a -.a Ing
Th P -130 ~r-130;" a
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Ca-I

S/135/60/000/012/006/010
Weldinv- in Carbon Dioxide A006/AOOI
automobile Cardan shafts. The -899 (R-899) stand is intended for the automatic
asse,mbly and welding In C02 of thin-walled steel spheres of-200 mm in diameter,
,;,,ith 0.8-1.2 nmn diameter wire on 70-150 amp current. The efficiency of the' stand
io 25-30 items per hour. The multi-purpose(_ -55 (S-55) unit (Figure 8) is used
to produce circular seams on tubular work with a horizontal and vertical rotation
axis. Seams of 20 to 100 mm in diameter can be welded on 200-300 mm long pipes
(on roller supports) of up to 300 mm in diameter in a horizontal plane. Wire of
0.8 to 1.2 mim in diameter is used. The multi-purpose *-,~'-A-2 (USA-2) apparatus
(Figure 9) is intended for automatic, semi-automatic and electric-rivet welding
in shielding gas'or under flux. A wire of 0.8 to 3 mm in diameter and 100-600
amp current is used. The unit includes an electric-riveting head with automatic
electrode wire feed and precision measuring out of welding time, performed by an
electronic time relay. The described processes can be performed with the use of'
a number of wires developed for this purpose including the (G -081, (Sv-08GS).
-08 2.(Sv-08G2S) Cr~-IOXF2C (Sv-lOHhG2S) "r1-08X3F2Cj4(Sv-08nN2SM)
-08 X 1-2 1_!-1 (Sv-08KhG2SM) 6L,-08'K F 2(Sv-08KhG2SMF) -08 X 14r 1 (sv-ouh14w)
and ':--10,~17- (SV-10K'117T) wires, These wires are employed for welding carbon
and alloyed steels in C02 and have been included into GOST 2246-60. A method is
demonstrated of obtaining C02 from dry ice by evaporation in gasificators. The
Card 317
30

S/135/60/000/012/oc)6/010
',-,'e!rL-fng in Carbon Dioxide AG06/AOOl
COD 'Llitis obtained has high purity and a low water vaoor content. The use of
t"'e (1e~,cribcd methods of welding in C02 is demonstrated.on a series of welded
li~ -z cle-5., such as steam turbine diaphragm, s, and other'.turbine parts, automobile
ard ac-ricultural machine components, boilers and oil containers, blast
an
-,:=ace -arts and pipelines. The method ensures a raised labor efficiency d
suvin.-5 amounting to 50'to 90,000 rubles yearly per one automatic machine and to
-2~7-~,5,000 rubler z)er one semi-automatic u-ni'
Figure 4.
T
!
ne PDPG- 0 semi-automatic machine.
-'rd -/7

'Helding in Carbon Dioxide
he,
,4
Figure 5.
The ADPG-500 automatic machine
Card 5/7
S/I35/60/,COO/Oi2/006/,0io
ACC6/AOQl
ZN
Figure 6
The ADK-500-3 automatic machine
U

Welding in Carbon Dioxide
Figure 7.
The R-9064 welding automation
S/135/60/000/012/006/010
A006/A001
Figure 8.
The S-55 multi-purpose unit
Card 6/7

Welding in Carbon Dioxide
70
There are 11 figures.
85), ~9
S/135/60/000/012/006/010
A006/A001
Figure 9.
The multi-purpose USA-2 welding ap-
paratus
Card 7/7

NOVOZHILOV, N.M., kand.tekhn.nauk; PKOL.DVA, A.M., inzh.
Quality and composition of sulfide inclusions in the weld metal
during are welding. Svar. proizv. no.3:12-16 mr 163. (MIRA 16:3)
1. TSentrallny-y nauchno-issledovatel'skiy institut tekhnologii i
mashinostroyenlya.
(Electric welding) (Steel--Inclusions)

NOVOZHILOV, N.M.V kand. tekhn. nauk; SOKOLOVA, A.M., inzh.
Amount and composition of oxide inclusions in the Joint
metal during are welding. Svar. proizv. no.8:16-19 Ag 163.
(MIRA 17:1)
1. TSentrallnyy nauchno-issledo-vatel'skiy institut tekhnologii
i mashinostroyeniya.

615.901
Litlye -3o-~7sheri!,.oy tochm,sti Casting with increa-sed precision
Moskva, Mash-iz, 1958.
196 p. illus., diagrs., graphs, tables (Nauchno-tekhnicheskoye
Obshchestvo Mashinostroitellnoy PrcnV.,shel:!nosti. Lenin~--rads--.oye
Oblastnoye Pr..-vl.2n-i.!,re, ~-'Iniga, 45)
Includes references.

WKOLOVA, A.N.
Zffect of lowered temperatures on the development of chicks.
Uch.zap.Len.un. no.165:248-255 '53. MRA 7:7)
1. Laboratoriya genetiki zhivotnykh kafedry genetiki i selektaii
(zavediWushchly kafedroy professor N.V.Turbin)
(Poultry) (Cold-Physiological effect)

SOKOLDVA. A.N.
Breeding poultry for high productivity and resistance to cold. ,
Ptiteevodstvo 8 no.9:126-29 S '58. (MIRA 11:10)
l.Severo-Zapadnyy nauchno-iseledovatellskiy institut sel'skogo
khozyaystva.
(Poultry breeding)

DINFIU;11Tv:YNP J,.V.; SOKOLOVA, A.P.; 611.11(MAN, A.M.
Problem of late sequelae following a craniocereb~ral trauma
in early childhood. Zhur. nevr. i psikh. 64 no.?:1058-1064 164.
(MIRA 17:12)
1. Otdel patomorfoloaiJ tsentrallnoy nervnoy sistemy (zaveduyush-
chiy- kand. med. nauk A.P. Sokolova, nauchriyy konsul'tant - prof.
A.P. Avrsyn) Nauchno--issledovatellskogo instituta psikhiatrii
(direktor - prof. D.D. Fedoluov) M-inisterstva zdravookhrareniya
RSFSH, Moskva.

SOKOLOVA, A.P.
Reaction of Alo5 extracts therapy of chronic pneumonia in children
to monocytic reaction. Vopr. pediat. 20 no. 3:57-63 May-June 1952.
(CLML 22:4)
1. Of GorIkiy Oblast Scientific-Research Institute (Director -
A. A. Prokoflyev; Scientific Supervisor -- Prof. F. D. Agafonov).

NIKONOVA, Te.A.; ~.OKOI~VA, A.P., GURVICH, L.Z.
Determination of the average degree of polymerization of
cellulose in the complex solution iron - tartaric acid -
sodium hydroxide. Khim.volok. no.3:43-" 162.
(MIRA 16:2)
1. Vsesoy-uznyy nauchno-issledovatellskiy institut steklyanogo
volokna.
(Cellulose) (Polymerization)

SOKOLOVA,, A.S.
Treatment of gynecological patients at Ayak-Kalkan Mineral
Springs. Trudy Inst.kraev.pat.AN Kazakh. S.S.R. l1slO9-l17
162, (GYNECOWGY) (MIRA 16SO
(ALMA-ATA PROVINCE-BATHS, MEDICATED)

1. MAITEYEV, P. N.; SOKOLOU, A, Sj MA3YAGIN, A. V.; KUZNE-TSOV, V. P.
2. USSR (600)
4. Ifulls (Na,.ral Architecture)
7. Review of B. N. Smolyakov's "Increasing the strength of vessels." Reviewed by
P. N. Matveyev, A. S. Sokolova, A. V. Masyagin, V. P. Kuznetsov. Rech. transp.
21 no. 6 1952.
9. Monthl List of Russian Accessions, Library of Congress, - Apr--1 1953, UncL.

IV
FILIN, Inatoliy Petrovich: SOKOLO A-A. KALININ. V S
redaktor; VOLCHOIC, K-T, takhnicheskiy rea~kWtor ~
EStructural mechanics in shipbuilding] Stroitellneis mekhaniks
korablia. 4ningrad, Izd-vo "Rechnoi transport," Leningr. otd-
nie. Ft.l. (Bending and strength of rods and rod systems]
Izgib i ustoichivostt sterzhnei i sterzhnevykh sistem. 1957 -
443 P. (MIRA 10:11)
(Structures. Theory of) (Naval architecture)

E&LKIN, V.P., doktor tekhn.nauk, prof.; BELIGOVA, M.A., kand.tekhn.mauk;
KOVALKVSKIY, G.V., kand.tekhn.nauk-; MASYAGIN. A.V., kanJ,.tekhn.nauk;
ITZBYIOV, V.M., kand.tekhn.nauk; RYA30V. L.I., kand.tekhn.nauk;
SIVIRS, N.L., Icand.tekhn.nauk;,~OKOLOVA, A.S., kand.tekhn.naulr.;
TAUBIN, G.O., kand.tekhn.nauk; i6i M., inzh.
"Designing ships' hullsu by- A.A. Pravdin. Reviewed b7 V-P- Belkin I
and others. Sudostroenle 24 no48:78-79 Ag '58. (miRA U*.Irj)
(Hulle(Naval architecture))

SOKOLOVA, A.S.
Characteristics of obstetrical and gynecological patholoy in
patients with latent brucellosis. Trudy Inst.kraev.pat.AN
Kazakh SSR 12:214-219 162. (MIRA 15:11)
(GENERATIVE ORGANS, FEMALE-DISEASES)(BRUCELLOSIS)

SOKOLOVA, A. S., Gand Med Sci - Jdiss) "Therapeutic q~L- es of
tt-e, Lmud_A-Tere~ke~ LZ~ aA treatment of gynecologic patients at
the Yany-Kurgan health resort." Alma-Ata, 1957- 13 pp (Inst of
Physiology, Inst of -15-nwi Pathology, Inst of Clinical and E-A-
perimental Surgery, Acad Sci Kazakh SSR), 120 copies (KL, 15-58,
119)

SOKOLOVA, A.S.
' , - , -, 11 - . ~
~- - ~!- ~. . , -
Treating gynecological patients at the Yany-Kurgan iffud bath health
resort. Vest. AN Kazakh, SSR 13 no.6::86-89 Je 1,57. (KIMA 10.19)
(YANY-KURGAN--BATHS, MOOR AND MU)
(GENn&TIVI ORGANS, FAWA--DISIA S)

SOKOLOYAk.-A.S.
WWWWW"MMMM"WaWak
Permeability of rabbit vaginal mucosa by phoophorua salts sad
calcium [with summary in Bagliah]. Akush. i gin. 33 no.2:72-74
Mr-Ap 157. (KIRA lo:6)
1. Iz Instituta krayevoy patologii (dir. B.A.Atchabaroy, nauchrqy
rukovoditell - prof. Ya.S.Elenitskiy) Akademli nauk Kazakhskoy SSR.
(VAGINA. ohysiol.
permeability of mucosa for phosphates & for calcium)
(PHOSPHATES, metab.
permeability through vaginal mucosa in rabbits)
(CAGLIUM. metab.
same)

SOKOLOVA, A.S.
Presence of estrogenic substances in mud from lake Teresken at the
resort of Yany-Kurgan. VoD.kur.fizioter. i lech-fiz.kul't. 23
no.2:169 l4r-Ap '58. WRA 11:6)
1. 1z Instituta k-rayevoy patologii Akademli nauk Kazakhskoy SSR
(dir. B.A.Atebabarov. rukovoditell - prof. Ya.S.Klenitskiy)
(TMMM, LAKF,-ESTROGMIS)

SOKOLOVA, A.S. --
Changes in the vaginal microflora Of gynecological rati-Ints treated
with mud baths at the Yany-K-arean health resort. Trudy Inst. kraev.
pat. All 14izalkh. SSR 7:110-114 159. (MIR-k 13:3)
(YANY-KURGAN-BATHS, MOOR AND IJUD) (VAGINTA-BACTZRIOLOGY)

SOKOLOVA, A.S.
Changes in the interoception of the genitalia in gynecological patients
treated with unid baths at t1ae Yany-Kurgan health resort. Trudy Inst.
kraev.-oat. AN Kazakh. SSR 7:115-120 159. (MIRA 13:3)
(YA~-K7JRGA11- -BATHS, MOOR AND MUD)
(GEW&RATIVE ORGANS, FEMU3-- I NN 3RVAT ION)

ZAMIATINY Sergey Ivanovich; SOKOLOV.A, Anfisa Sergeyevna; ZAPLAVNOV, O.V.,
red.; ROROKD,A, Z.P., tekhn. red. -
(Health resort of Yarq-Kurgan] Kurort IAny-Kurgan. Alma-Ata, Izd-
vo Akad. nauk Kazakhskoi SSR, 1961. 36 p. (MIRA 14:10)
(YANY-KURGAN-HEALTH RESORTS, WATERING PIACES, ETC.)

SOKOLOVAY A.S.
Treatment of gynecological patients at the Almaarasan Health
Resort. Izv. AN Kazakh. SSR. Ser. med. nauk no.1:58-65 "3-
0
(MIRA 16-1C))

~cnrjar-, ve of
9 7.

nil MLI
e: I hDL,,s w, Tru
'lastir-, thin
no ~ 50:

SGKOLOVA, A.Y., kandidat maditainakikh nauk, redaktor; KOGILNTSKIY, B.,
fei~-ichaskiy reclaktor
[Odessa health resorta; a reference manual) Kurorty OdesBy; spra-
vochnik. LGdessal Odeaskoe obl. izd-vo. 1955. 141 P. (MLRk 9:10)
(CDBSSA--HULTH ESSORTS, WATERING PLACES, ETC.)

T-iLl,YF, ffiiroun; 60KOLOVA, A.V. Ctranslatorj
[Gratura on fire] Kratery v ogne. HoBk-ia, Gas.izd-vo ?,eogr. I-
lit-ry, 1958. 174 p. Translated from the Fronch. (MIRA 12:12)
(Volcanoes)

NEPsNIIIA, Yu.N.; SOKOIDVA, A.V., POPOVA, Ye.E.
Obtaining sulfate cellulose and havicellulose from ter-
impregnated stump wood. Trudy LTA no.87:79-90 '59. OaRk 13:4)
(Cellulose)

I S-0-KOLOYAY-A. V. (Moskvt) ~
Study of alcohols in a course of organic chemistry. Khim- v
shkole 17 no.6:47-48 N-D 162. (MIU 16:1)
(Alcohols) (Chemistry, Organic-Study and teaching)

SOKOLOVA. A.V.
Practical experience in the spectroscopic laboratory of a steel
wire mill. Izv.,Lq ;SSSR.Ser.fiz.19 no.2:173-174' Kr-Ap 155.
(Tartu--Spectrum analysis--Congresses) (miaA 9:1)

i.- 1. .1 .. I.
-',u:-!--.- an,~ -e~c-.
Form',zli, ti-e pupils, II-"Iqir. concapts ol' lHirliurin A. V. Sokolova. .."st. if sh~,Ole
I
a. 3, 19:')'2.
N
9. Monthl List of Russian Accessions, Library of Congress, . Seotuembar 1959,4Jncl-

1. SOKOLOVAI A. V.
2. USSR 600
L. Nerwous System
7. First lessons on the subject Nervous system., Est. v shkole, No. 1, 1953.
P. j%jonthl List of Russian Accessions, Library of Congress, ADril - 1-953, Uncl.

SOKO,WVA,,_A.V., uchitellnitsa.
Some observations on teaching the subject "the mammalian class." 3st.v shkole
no.6:57-60 '53. (91-R-' 6:10)
1. Shkola no. 193 9. Moskvy. (Zoology--Studf and teaching)

SOKOLOVA, ~k.V.
ioological charts (*Series of charts 'Structure of animal bodies.'
A.A.IAkhontoy. Reviewed by A.V.Sokolova). Est. v shkole no.6:88-89
K-D 154. (MLU 7:12)
1. Uchitellnitsa Bhkoly No. 193 9. Moskvy.
(IAkhontov, Aleksandr Aleksandrovich,.1879-
(Anatomy, Comparative)

SOKOLOV,I, ~,.V., zasluzhennaya uchitellnitsa shkoly RSFSR.
Rathods and methodical practices in developing botanical concepts.
Blol. v ghkole no.l.:22-27 Ja-F 158. (MIRA 11,I)
1. Shkola No.193 9. Moalrvv.
(Botan.v--Study and teaching)

SOKOLOVA, A.V., zasluzhennaya uchitellnitsa shkoly RSFSR
Agricultural work of eighth-grade students of urban schools. Biol-
v shkole no-3:28-33 NY-Je '60. (MMA 13-7)
1. Shkola, go. 193, gorods, Moskvy.
(Agriculture-Study and teaching)

SOKOLOVA, A.V., zasluzhennaya uchitellnitea Bhkoly
Preparing 3tudents of primary grades for the study of
biology. Biol.v shkole no.4:7-9 Tl-Ag 160.
(KRiL 13:7)
1. Brednaya shkola RSFSR No 192 goroda Mosk-vy. Delegat
Vserossiyskogo s"yezda ucbiteley.
(Biology-Study and teaching)

I
SOKOLOVA, A.V,._zasluAennaYa uchitel7nitsa shkoly RSFSR; USOLITSEEVAq A.S.9
uchitel7nitsa (Moskva)
Organizing evening meetings and exhibitions on sci7ntific and
atheistic tops. Biol. ~v'shkole no.2.'35-38 Mr-Ap -61. (MIRA 14-3)
(Atheism-Study and teaching)
(Science--Study and teaching)

SWIM, AI.V. , uchitellnitsa sh'~oly RS'-'jAR ('o'oshva)
A ~
Atheistic trairing dur-fr-g biology "Lessons in ei,-Iht-
year schools. 13iol. v shkole no.6:16-21 N-D 161.
(114IRA 14:21)
(Biolog,---Study and teachipg)
(Antheism-Study are.. teaching)

SOKOLOVA AY-,, zasluzhennaya uchiteltnitsa shkoly RSFSR (Moskva)
"Methods of teaching human anatomy and physiology" by
I.V. Kozyr', F.I. Sutprova, A.M. TSuzmer. Reviewed by
A.V. Sokolova. Biol. v shkole no.5:85-87 S-0 162.
- (MIRA 16:2)
(Anatomy, Human--Study and teaching)
(Ph.stsiology-Study and teaching)
(Kozyrt, 1.V.) (Puyorova, P.I.) (TSuzmer, A.M.)

SOKOT-OVA, A,V.i BE-KILEViSHEVA, M.V.
Man and plants; a Pioneer meeting. Biol. v shkole nc.3:6&-69
MY-Je '611. (MIRA 16-10)
1. Shk-ola Nc. 6G0, Moskva.

-1, -in S- c T, ~l -I ~i 5 1--a S
117
ra ji,~y
Z L)I TI
v
o SSSR ,ko' .'~V!i
F I
Mirt.9te-stv .-. j,g
-Va 3
I 'aborator4Yh
Solo*!,:-,;,%
Y3 t v ". z~ -

BLYAKH, G.I.; GOREIKINSKIY, Yu.V.; GRIMAN, I.G.; SOKOLOVA, A.Ya.;
SHULYAR, B.N.
Automatic titrimeter. Zav.lab. 26 no.12:1426-1429 '6o.'
(MIRA 13: 12 )
1. Institut yadernoy fiziki All KazSSR.
(Titrimeters)

PIGULEVSKIY, G.V.; SOKOLOVA, A.Ye.
Reactions of oxides of higher iinsaturated acids with lithium
aluminum hydride. Part 1: Oxides of oleic and petroselinic
acids. Zhur. ob. khim. 31 no.2:652-656 F 161. (MIRA 14:2)
1. Leningradskiy gos-idarstvennyy universitet.
(Oleic acid) (Petroselinic acid)
(Aluminuim lithium hydride)

rnEatxr~-ted cids -.--ith lithirn
P~rt C;~--.--6a cf meths-! ~-rUCatue. Zilur. ob.
-21
`1 no. 2:~'~ 14.
ci.,ki y univars-itet.
oto ilaid)

PIGUUVSKIY .7 G.V.; SOKOLOVA, A.Ye.
Catalytic hydrogenation of petrogielinic Hydroxl,, acids. Zhurd-prikl.khim.
36 no.2:455-456 F 163. (MIRA 16:3)
1. Laningradski7 gos~darstvennyy universitet.
(Petroselinic acid)

Rediletion o.'L' ole
lithium aluminum
1651 My 164.
Reduction of pe-,roselinyl and
aiwninnm hy6ride. lbid'..16-51-1,655

,-~ j 71'~,,' LC.','A , I - . V .C~.nd -- (I-iss) "Or, clinical r:eculiarities of de-.:ressi~,e-
i -
pc~rn.rioidl schizophrenia." Mos, 195~,. 14 p-,, (!~:in of ~,*enlth B31RE U ~: 6 R.
I
Centrpl Inut for the A(iwinccd Trfiialn,,-, or i-hysicitins), 20,'; ruo.--des (K1., 76-58, 116)
0- ~
I

SQKOLOVAJ, B.V. Noskva)
Complications in antabuse treatment. Trudy Cids. nauch.-issl.
inst. psikh. 38:344-354 163 .1WRA. 16:11)
f

KAZOVSKIT. 1.A., GOLOV-711, A.A., KAIRASEV, K.A., SOKOLOVA, D.D.
Metbods of treating oxidized gold ores containing 3elanium. Gbog.
rud 2 no. 6:31-34 157. (MIRA 11:8)
Orold ores)
(Ore dressing)
(Selenium)

5W
A -V-:~H 0 Sokolova. D. F-II Mo Zz~-,
Temking M. I.
TITLE: Kinetics of Ammonia Synthesis at Low Pressure and Under

.f Diffivlioii Rotcivd, tion
Colidition.-i o I (Kinptika sintoza ammiaka
pri nizi-cikh.davleniyakh v usloviyakh diffuzio-inogo tormozheniya)
PERIODICAL: Zhurnal fizicheskoy khimii, -10/5P
9 vc-1 33, Nr 2
pp 471-479
1
9
(USSR)
ABSTRACT: The question of the --ifluence of diffusion phenomena on the
rate of synthesis of ammonia was investigated for the first
time by V. A. 11loyter (Ref 1),, and t-he most recent experiments
on this question (Refs 2-7) have showed that the diffusion
retardation must absolutely be considered. Investi~-ations on
the role of the diffusion factors -in the ammonia synthesis were
carried out by V. N. S-h.ishkova, I. P. Sidorov and I. Temkin
(Ref 9) at pressures of 100-300 atm using industrial catalysts
and the flov.,i-ng-throu,-,h-circu'La'~ioii method. The present paper
shows that the character of the diffusion prooess in this
latter type of investigation is different at atmospheric or
Card 1/3 lower pressures than -at high pressures. As Opposed to the

Kinetics of Ammonia Synthesis at Lo-,-; Pressure and SOV/76-33-2-37/4.55
Under Conditions of Diffusion Retardati:~,n
method --'Iq reference 8 the f"~o~~7-j--i:--throuEh-circulation system
has two circulation cycles (Fig The reaction rate was
determinod from an amount of ammos-lia frozen out of a
supplementary cycle, The catalyst used was a melted maGnetite
which had been treated with a nitrogen-hydrogen mixture and
-ahich had Al203 and K20 added to it. The experiments were
carried out by using a nitroCen-hydro,,en mixture (in stoichio-
metric ratio) at 350-5000 -and with pressuzes of 1.0, 0.5 and
0.25 atia, at various rates of diffusion (Table 1). 'he reaction
kinetics were investigated --,*-,i '-:he diffusion area on a uniformly
spherical catalyst (diameter = 1.2 3m) at 50-5000 C and the
above mentioned pressures with a rate of gas diffusion of
3000 - 15000 hour- 1. The exuerimerits indicate tyro limitin-
cases for the course of the reaction. in terms of kinetics
(small-grained -,atalyst) the yield of the catalyst is
proportional to its volume and in terms of the inner diffusion
(coarse-,-rained catalyst) the yield is proportional to the
outer surface of the catalyst parti::~le. A comparison of the
Card 2/13 results obtained with the small-grained catalyst (Table 3)

Kinetics of Ammonia Synthesis at Low PT'essure and SOV/76-33-2-37/45
TInder Conditions of Diffusion Retardation
Q
with those obtained with the coarse-grained catalysts -,:-ie'Ld
.7J10-2cm2/sec for the effective'diffusion
the value of D = ;
coefficient of ammonia in the catalyst pores, according to
equation (14) and at 1 atm pressure. This value apparently
corresponds to the transformation range between the Xnudsen
and the usual diffusior, and defines the limit of kinetic
diffUSiOh. Using D * ~he max-iintui diameter of the catalyst which
will still allow the. synth;~-s-Ls tD proceed without retardation
can be calculated:
~L' . '. t = Ve i_ ( T = tirie of contact)
-LIMI
There are 2 figures, and 13 references, 10 of which
are Soviet.
ASSOCIATION: Akademiya nauk SSR,Fiziko-khimicheskiy institut im.
L. Ya. K.UrpOva 1, bloskva cademy of Sciences, USSR Physical-
Chemical Institute imen-1 L. Ya. Karpov, Moscow)
SUBMITTED: August 7, 1957
Card 3/3

5/I 91162/000/00311CO3,101, 0
'Q1 01 /3147
A UT H 0 2, S Sokoloya. D. Tarak-anov, 0. G.
TITLE-': Gelatinization of -.3olyvinyl chloride Pastes
_P E-HODI CALL: Plasticheskiye masS-9 no. 3, 19052, 5-7
XT: In connecti. on the problem of production of foamed plastics,
the authors studied the Gelatinization of the polyvinyl chloride (Pvr,)
resins I,-elit 2 and P1 (_--'astern Germany), Vestolit -2 (Federal -Republic of
Germany), and "he Soviet type as well as of vinyl chloride (vc)
cc;~oiymers with (10-15:j) acryloni-trile (I); methacrylic acid (!I);
(ITI); or viny! acetate (IV). These copolymers were
synthes-1.zed by emuls-M-1cation in aqueous phase at 12 atn, 600C, for 10 hrs.
The total monomer-to-K-20 ratio was 1:3, amnionium persulf-a-ce served as ~Iz
initiator (0.5,~' by weight of the monomers); emulsifier by
weight of the aqueous phase) was used since gelatin yielded poorly soluble
cozolymers. VC copolymers with 1 and !I were unsoluble in dioct."l
phthalate (DOP) - A 10c,,, paste of the other resins in DICIP was heated, the
ViSCOSitylr~j ~ versus temperature was plotted, and maximum v_i_--cosJ_-v.-,- was
Card 1/2

S/ 1 -11/62 /000/01-_ 1 0
Gelatinizati,~n of ~polyvinyl . . . :i ~
1 1 " 3 14 7
d temrerazure . The 4,-e-i:)eratur,, ai- w'-ich
etermi-ed as -eiatir,4 Zat4 0 n
ns
transpareac,! occurred was also measured. For
6elatinization temIerature 112-1:,91c, for the copolymer with JT~ 610~
for the copolymer with !V 600C. Also in tricressyl phosphate, the
crelatinization teimperature of the VC + !V copolymer was about 500C, below
'that of Dure PVC. The ~elatinization temz)erature of commercial P7~ showed
a direct _-a-.)endence on t'-e molecular it increased aith inc-reasing
viscosity of the 11., solution in dichloro ethane. Or. I-elit F
re-.rec`.)_4-Iated dlichloro et"ane by methanol and dried at dlifferent
tea.-oc-ratures, and increase in tem-)eratur- ~'b- 280C) -aas
observed at elavated dryi-_ te~ner_---.ure. 1-7'-,e --ecreasL- --I ---elatiniz_~ti~n
.em-erature of T 1 '700C 4
_~;elit. dried at _s exi)-lained by -tructural, chnn.-.s.
are 2 fi,-_,res, Z. tables, and 7 references: 31 Soviet-bloc and 4 non-
Sovlet-bloc% T'he referencc t-o the Erclish-lanf-uai:-e -,mblicatior. reads as
1011OWS: A-::-,i '..'~_isanori, Japan Plast., - 4 , 1 958", -
no
Card 2/2

SOKOLOVA, L.A.
ways of lawc-ring production costu. Gidroliz. i lesckhim.
prom. 16 no-4-.21-22 163. (1-URA 16:7)
y zavod.
1. Sax-atovskiy gidrolizny-
(Costs, Industrial) (Hydrolysis)

L 19o18-63 RDS/EWT(1)/FGC(W) AFFTC/ASD/IJP(C) ...
ACCESSION NR: AP3007523 S/0181/63/005/009/2717/2719
JrJ_
AUTHOR: Bonch-Bruyevich, V. L.; Sokolov&, E. B.
TITLE:' On one possible recombination mechanism
SOURCE: Fizika tverdogo tels. v. 5, no. 9. 1963. 2717-2719
TOPIC TAGS: recombination mechanism, exciton capture, localized
exciton state, semiconductor theory, negatively charged capture can-
ter, electron capture mechanism
ABSTRACT: The results of experiments performed in the last fev
years on recombination at nulticharged centers shoved that the cross
I sections of electron capture.by negatively charged centers are unex-
pectedly large. This led to the conclusion that it is not the elec-
tron that is captured but a neutral product, an exciton.~\In the
first stage of such a capture. an electron and a hole produce an ex-
citon. If there is an -impurity, the second stage consists in tha
capture of the exciton and its transition to a localized state asso-
cLated with the impurity. The concept of such localized states was L_
introduced by various authors, and they were observed experimentally*;
'Card 1/2.

L l9ol8-63
ACCESSION NR; AP3007523
A simple analytical expression is derived to deduce the behavior
modes of localized excitons which might be verified
experimentally.
It was found that a nonmonotonous temperature dependence, for which
there is no physical basis, must be ascribed both to the probabilityl
of excLton decay and to the probability of exciton release from th a
trap per unit time, Furthermore, the dependence of the lifetime on
the concentration of basic carriers, resulting from the formula,
does not agree with experimental results. Thus, the'theoretical
formulation of a recombination mechanism based on intermediate ex-
citons does no't satisfy the experiments. In principle, however_
such a mechanism is not impossible and should be taken into considera.-
tion during interpretation of experiments. Orig. art. has: 2 for-
mulas.
ASSOCIATION: Moskovskiy gosudarst-venny*y universitet im. M. V.
!,Lomonosova (Moscow State University
1SUBMITTED: 28Apr63 DATE ACQ: 140ct63 ENCL: 00
SUB CODE: PH NO REF SOV: Oll OTHER: 003
i Card 2 / 2

L 38534-65 EWA(h)/f74A(c)/EW(1)/FeT(m)/Ew(b)/T/EWP(t) Pz-6/Peb IJP(cy -
ACCESSION NR: AP5005269 JD S/0181/65/OOT/002/048 9/0493
AUTHOR: Sokolov&. E. 73..
TITLE: Concerningthe optical properties of dislocations in -sesigonductors
SOURCE: Fizika tverdogo tela, V. 7, not 2,, 1965t 489-495
TOPIC TAGS: g optical property* dislocation, semiconductorg radiative
recombination, absorptiDn line, emission line
ABSTRACT: In view of-the lack-of a theory explaining the recombination radiation
connected with the presence of dislocations in germanium, the authors consider
optical prqperties of linear dislocations in semiconductors such &a germani um on
the basis of a well-knc)vn simple model, wherein the dislocations with the acceptorl.,:
levels captured on it Irf the electrons consititute a negatively charged line sur-
rounded by a region of positive'space charge. -The coefficient of absorption and
the quantities characterizing the radiative recombination on the dislocations is
calculated for such a nodel. The absorption coefficient is determined from the
attenuati6b of the rad-1ation intensity with increasing depth in ihe specimen, and
is calculated by the two-dimensional Green's function procedure. The emission andl
Card -1/2

ACC NR: .,',,1'6029099 CAI IV) 'JOURCE CODIK: U11/0413/66/000/01VOO62/0062
tlekneyov, it. M.; Dezruk, 1. A.; Bulanov, 11. A.; Shchukin, S. N.; Kl chkin
I zov, A. V.; Melikadze, S. Yc.; Chinaravag 0. M.; Yemellyanov, A.. Lt.;
i h as Go 19
I ngirova,_ G. S.; Rozin, G. L M.; Boltalin, A. P.; Zlatkov, c..,, ~.._A.; Iov
So'colova, E. D.
0-.HG; none
TIT11-': Gcoolectric prospecting device. Clas3 21, No. 184361 Cannounced by All-Union
Scientific Research Institute of Goophyaical Pronpecting Mothode (Voeaoyu=W nauchno-,
iosledovatel'skiy institut geofizicheskikh metodov razvedki27
I SOMICE: Izobrat prom obraz tov zn, no. 15, 1966, 62
TOPIC TAGS: prospecting, geologic instrument
IOSTRACT: This Author -Certificate presents a Ccoclectric prospecting device contain-
inc a dc generator, a master oscillator, a thyratron bridge commutator, a reference
]ihaso synchropulso ahaper unit, a radio station, and'a measuring laborator7. The
laboratory contains an electromagnetic field receiver, a calibration unit, a selective
amplifier, a radio station, a eynchropulse shaper unit, an electronic oacillograph, a
recorder, a time setting unit, and a detector voltmeter. For generalized utilization
of the device in the VP, WP, and INFAZ methods, to increase the accuracy of ne&suring
the phase angles in the infr"onio frequency range, and to increase the noise
Lcard*

J, 103o6-S7
ACC NRI AP6029699
!prO'tcctI.'On when measuring pulsed signals, a phare marker in the form of a diode
rcu-0nerative comparator is placed in the mcaourinG, laboratory. The comparator is
connected to the output of the selective amplifier. An input signal divider conneot*d
to the input-of the selective amplifier is used in the calibration unit. A do
amplifier operating in the alectrometric mode is conzrcted between the registw-and
!
Irecorder (see Fig. 1).
Fig. 1. 1 - phase marker; 2
selective amplifier; 3 - cali-
bration unit; 4 - register;
recorder; 6 - do amplifier
10rig. art. hass 1 diagram.
iSUB CODE: ogLD&/ sm nes,

OVA, E . F.
~~-I-,Lrocardiographir chances in sc-rious fom,-, ol,
bepititis and toxic dystror)hy of Lhe liver. Trudv j_ p1,! 7
Y'.
177--IP6 1 '03. ~k \N ' PIS: 3
j. Bnllnitsa imeni Botkina v lp-n-lngrade (glavnyy vrac~
Figurina, naUchnyy rukovo(Ht,ft-l' pror. Ye.s. Gurev
J.

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n of er P&;y in
M ed luit.j' Tzhevsk). Zhur.
15 bo q of 7 .4rWcr treatment and
-s and 15 girL -113 )Ts. of age
obseryation, epileptic seLzurres in 7 had auveloped as a rciult
of brain injuries, in 17 as a rc5u-1t*ofQ!cntmJ nervous dis-
cases, and ll-iyerediagno~,.etitisgenuiiieepitepiyofunknoivii
;'-A
etiology. In the majority of the patient.4 seizures occurred
1-2 times/week and in, some, seizures occurred dail
Treatment with luminal ~nd liviih Dr gage negative results.
As trcatment NNrith dilatin progressed, the doses and thc-~
frcqueacy of Lheir.admitilstration were gradually reduced:
at a rate indicated by the reduction In the gruvity and mun-.
her of seizures, Dilantin, 0.1 g., vias the highest dore, and:
4 times/day the highest frequency of the drug administra- I
tion. Six of the patients became seAzure-free- in IS there! -j'
C
was a sharp drop in the frequency of seizures occurren
me~
5 shoved no improvement and the condition of 1 beea
Few sirle-eflects of the drug were noted.
worae.
B~ S;. Lev'no
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yo, I IT -For e *,,n,.
-Rj~ restigation of i,,r pit - 21.0 to 4.5. loill in Sif!,. and
the low-temp. genesis of goethite, hydrogoeCiIite, and of the high lit t,r (17%): all have a good cryit,dJmi:,., n
chicititt-grotip minerals the following Systems are stud- vuryirg fri)7!. to I-qG5 (goahite wid
led: NaOl1-NaOOj-reXSOj)3-lf:O; 1kfgSO,-Fi,%(SOi)rMaOH- (2) cryptocryst. silicates are observed it pit is noitral or
Nn-S[0,41,0: NaOH-Na,SlO,-FeClrl1%O; i%taOH-NaiSiOtl- weali:ly alk.; n of the products varies betvzan 1 6*1 ard
AtgCI-FeClrHtO; further No-SiOs-FeSO,41:0; . Na.-SiCia- 1.725 From iron(III) chloride sysicins only for 1.11 -
XfgSO,r-eSOd-11,0. iNlaiSlOs-,N[gSO4-FeSO,-Al:(SO4)t-HiO. to 5 i pptns. are observed, with it = I ~750, C3
'The extill. temp. was const. - 20% pH vnried between 2 7070; SiO, from IS to 23%, free Fe,O, 25 to 30i;~, I;I'
0
and 9, Eli from +700 to +330 mv., the ratio Fe..0j:Sio, 12%. Without Nfg 1* *,a ferrisilicate of tile approX. con tPr,
frr,ni I: I to 1:2, and vnriable conctils. of FeO, SiO2, Mgo, 3Fej03-25kft.5.5IltO results, but of x-ray aniorphoos chan,
andA1,01. The thiration of the exposure% extended to I y ter. With iNrg4+ the proclucts are wellcryrtfl. Thedark-
and even istore. The end proilucts were identified by miffo- green chlorite-like color of the ferrosilicatesat pil - 5,45 to
.-Copic and x-ray methoIls. and risliumed to be equil. prod- 9L.4 _I_IVCM~haractcris tic; these products are casily oxi--lize(I
ucts. The lower the conen. in SiO2 and.NfgO in the soln. tile by the air. but well crystd. The x-ray diagranis are riot
longer time iteriotfs were necessary for the iedinleutatiou of much diflicrent train true chlorite, especially in the fined
Sio, hydrogels front Na:SiO, soins. and of Nfg(014)~ from 6.00; 7.2, 4.64 A., although tile intenritles are dirlerent.
MgCls sohis.. the first for III[ = 2.80-0.30, and the latter, The chem. analyses of the products show vaiLthic ratius of
for pit - 6.0-10.5. The great delicridence of the mineral RO/SiO: and R,O,/-iO,, with tetrahedral Si varying front
pl)tn. fimn the conen. of the solus. is evident. riot onlv that

i
4.0 to 3.16, I.e. tile Same ratios WhiCh have licen diseiis:wd
from P I I final ,r-, I,. Also the character of the anions p
r"ent bv Sercivuelteliko for natural chlorites (C.A. 4.3, ;-,'lid).
-
irt the st)ltis. Lz ititimr1ant etiotigh. e.g. for the viltit. from stil- the Al-c
ontg. products are nearly all x-ray amorilivili,; 1111d
fate or chlortile snins. (eipecially goethite and hydrogoctil- different from natural chlorites. 111, 17itj
The ami. tif SiO, plitd. froin ferriAlicate ,%steins is
-It-., far I,-reatvr Mat Oat pptil. froin a N,;t,SiO3 SI)III.. by
.
-'
Inillivivotis plitil. 4 Fe.-C), + Si0i hydrogeli. Nlg" iii
f"rHliczzitit ysfinv. mid III tile prescitee ol ot1wr caticiit% bi
(lie nln. IWIIILVU~ differetittle from ptirv ;%[K sA(

137-58-5-9370D
Translation frorri: Referativnyy zhurnal, kletallurviy2, 1958, Nr 5, p 80 (USSR)
AUTHOR: Sokolov F
--- a, -I.
TITLE: Certain Theoretical Aspects of Hydrometallurgical Extraction
of Lead From Ores That Are Difficult to Concentrate (Nekoto-
ryye voprosy teorii gidrometallurgicheskogo izvlecheniya
svintsa iz trudnoobogatirnykh rUd)
ABSTRACT: Bibliographic entry on the author's dissertation for the de-
gree of Candi'date of Technical Sciences, presented to the In-t
metalluroii AN SSSR (Institute of Metallurgy, Academy of
0
Sciences, USSR), Moscow, 1957.
ASSOCIATIONS In-t metallurgii AN SSSR (Institute of Metallurgy, Academy
of Sciences, USSR), Moscow.
LTead ores--Processing
Card 1/1

S/5og/6o/ooo/004/006/024
E021/Eio6
AUTHOR: Sokolova, E.I.
TITLE: Extraction of Lead from Minerals by Caustic Soda
Solutions
PERIODICAL: Akademiya nauk SSSR. Institut metallurgii.
Trudy, iio.4, 1960. Metallurgiya, metallovedeniye,
fiziko-khimicheskiye metody issledovaniya, PP. 89-93
TEXT: The aiin of the investigation uras to find the optimum
conditions for extracting lead from difficult ores using caustic
soda. The minerals cerussite (71.88 Pb), beudantite (22.5% PbO)
and mimetesite (66.90% PbO) were used. The experiments were
carried'out in flasks placed in a thermostat. The solutions
obtained were analysed for lead and sodium carbonate. The
results showed that the greatest rate of solution of cerussite in
the range 42-225 g/litre sodium hydroxide was with a solution
containing 136 g/litre. With increase in concentration above this
value, the extraction of lead decreased, because the solubility
of soda decreased. The extraction of lead from mimetesite was an
optimum with 154 g/litre sodium hydroxide. Increasing the
Card 1/3

S/509/60/000/004/006/024
E021/Eio6
Extraction of Lead from Minerals by Caustic Soda Solutions
concentration from 154 to 300 g/litre resulted in a decrease in
extraction. The extraction of lead from beudantite increased
with increase in concentration from 68 to 300 g/litre sodium
hydroxide. The relatively small quantity of lead extracted even
with 300 g/litre (26.1o,a) was explained by the complexity and
strength of the crystal lattice of the mineral. Studies of the
effects of the time taken to extract the lead showed that the
rate of solution of cerussite decreased with time. The quantity
of lead extracted increased up to 60 minutes. For longer times
there was practically no increase in the lead extracted.
Studies of the effect of temperature showed that increasing the
temperature of reaction from 60 to 90 OC increased the extraction
of lead from cerussite. Increasing the liquid:solid ratio from
4:1 to 20:1 had very little effect on the amount of lead
extracted. The extraction of lead from beudantite with
300 g/litre caustic soda at 90 OC with a liquid:solid ratio of
10-1 was 26.10,. after 50 minutes. With 158 g/litre caustic soda,
Card 2/3

S/509/60/000/004/006/024
E021/Elo6
Extraction of Lead from Minerals by Caustic Soda Solutions
90-100 OC, and a liquid:solid ratio of 10:1, 59.2% lead was
extracted from mimetesite after 60 minutes. With 136 g/litre
caustic soda, 90 OC and a liquid:solid ratio of 20:1, 94.450' lead
was extracted from cerussite in 30 minutes.
There are 1 figure, 6 tables and 4 Soviet references.
Card 3/3