SCIENTIFIC ABSTRACT SOKOLOVA, O.M. - SOKOLOVA, S.I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001652110020-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 25, 2000
• Sequence Number: 20
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

ACCESSION NITR: AP4027966
radioprotective action of toryptamine derivatives, but does not affect',
their capacity to constrict vessels and to develop hypoxia. The
radipprotective action mechanisms of cystamine and the investigated
indolylalkylaminos differ. Orig. art.1has: 4 figures, 2 tables.
ASSOCIArLIION: None
SUBMITTED: . o6Apr63 DATE ACQ: 28Apr64' ENCL: 00
SUB CODE: AM NO REF SOV: 013 OTHER:- 008
Card 3/3

L 3452-66 L.WT(m)
ACCESSION NR: AP5024008 UR/0020/65/164/002/0441/0444
AUTHOIR- GrUevskiy, E. Ya.; Konstantinova, M. M.; S2hql~~~
G.
TITLE: On the common mechanism underlying the radiation protective properties I
of aminothiols and anoxia
SOURCE: AN SSSR. Doklady, v. 164, no. 2, 1965, 441-444
TOPIC TAGS: radioprotective agent, reaction mechanism, tissue physiology,
anoxia, organic sulfur compound
ABSTRACT: The work attempts experimental verification of the hypothesis
that the basic mechanism of these radioprotective effects is related to an increas..~
ed level of free sulfhydryl groups in the tissues. White mice aged 8-12 weeks
were irradi-ated with 900 r (LD100/30) and were kept in glass containers to faci
tate change of air. The following aminothiols were injected subcutaneously 15-
30 minutes before irradiation or before sulfhydryl group determination: cysyrri-
ine, cystamine,
-mercaptopropylamine, and serotonin. Radioprotectivii wab
determined according to survival beyond 30 days. A spleen homogenate was
r sulfhydryl determination with mercuric chloride -tinder argon or air. It
& SIX

L 3452-66
ACCESSION NR: AP5024008
was found that all the agents which have aradioprotective effect caused considera-
ble (10-35%) increase (compared to control levels) of the groups in spleen homo
genate under argon. Some increase of sulfhydryl groups in air was seen only for
cystamine, If the mice breathed oxygen immediately before and during irradia
tion, the aminothiol radioprotective effect decreased somewhat, as did the content
in the suYhydryl groups. This was shown to be unrelated to inactivation through
oxidation of the protectant. It is concluded that the predominant mechanism of
radioprotection is related to an increase. of highly reactive endogenous sulfhydryll
groups, due probably to lesser oxidation and spontaneous reduction of the S-S
bonds. These appear to be highly mobile groups in low molecular compounds
which are inactive products of radiolysis of the biomacro molecules. Orig. art.
has: 3 tables
ASSOCIATION: Institut morfologii zhivotnykh im. A. N. Severtsova Akddemii
nauk SSSR (Institute of Animal Morphology Academ of Sciences SSSR)
SUBAUTTED: 15Mar65 ENCL: 00 SUB CON"-~'5 81B(~"1207)612 2
salt is co:2.parativelj eassily soluble in viater. BasEd on the
studies on the solubilit of copper-boro-wolframate in water
the solubilit- diagram was Dlotted. The existence of five new
crystallization hydrates of co2,:.,er-boro-volframate with 77,
'7,*, 69, '03, and 57 mol. water was discovered.The aqueous solu-
tions of copper-boro-aclf-ra:%ate shows an acid reaction -and
confirms the conce.-Aion that this salt is to be considered
as acid s-nit. There are I fi_~,ure, 1 table, and 4 references,
2 of which are Soviet.
Card 112

SOV/76-3-5-44/ 46
11hc Balance in the Syste.4 of CoD-),E~r-Boro-iolfra::,--te '.ater
ASS 0CL*t'11IW,, :2-y iLoskovskiy meditsins-ki-, instiltut ii.i. IT, I. Piro,3ova (2 nd
a -
Ye6ical InZtitate imeni N. I. Piro-ov, 1.1oscovi)
SdB ... ITTED: January 13, 1956
Card 2/2

S/163/60/000/004/010/014/XX
B004/BO75
AUTHORS: Kanter, D. Ts., Leyni, A. A., Sokolova, 0. N~
TITLE: The Properties of Dyes Soluble in Acetone
PERIODICAL: Khimicheskiye voloknap 1960, 110, 4, PP. 31-39
TEXT: To a growing extent, dyes soluble in acetone are used for the dyeing
of acetate rayon. Theyrecently have been synthesized in the Derbenevskly
khimicheskiy zavod (Derbenevskiy Chemical Plant). Here, hydrophobic dyes
with a Cr or Co 1:2 comDlex and the series "Orazoll", "Telazoll", and
"Irgatset" were concerned, For the practical utilization of these dyes, the-
solubility must be known. In the preceding studies made in the DhySiCO-
chemical laboratory of the authors' institute by means of an electron micro-
scope with a resolving power of 50 A, V. P. Kovaleva has found that the
solution of these dyes contains no visible particles. The authors discuss
the solubility of the dyes at 20 0C~ The test portion of the dye (1-10 g,
in some cases up to 30 g) was dissolved a) in 50 ml of acetone; b) in a
50-ml mixture consisting of 5% water and 951/4 acetone (the data obtained did
not differ from those of a)); c) in a 50-m1 mixture consisting of lelb
ethanol and 90% methylene chloride. Solubility was determined gravimetrical-
Card 1/7

The Properties of Dyes Solublu in Acetone S/183/60/000/004/0 10/0 141'XY
B000075
1y as well as colorimetrically by means of an d)3K-#'4(FEK-M) electrophoto-
colorimeter, 16 dyes were studied. Examples of the principal structure of
these dyes are given. They belong to the following groups, 1) hydrophobic
metal-containing monoazo dyes with Co or Cr 1:2 complex; 2) metal-contain-
ing monoazo dyes with Cc or Cr 1:1 complex; 3) dyes for acetate rayon which
are dispersed or soluble in fat; 4) a phenyl phthalocyanine dye with four
heptyl sulfamide groups in the molecule, Fig. 1 shows the dissolution
kinetics of these dyes. In all dyes a dependence of the concentration of
their solution on the test portion was found, With a test portion of 30 g
in 50 ml OF -c'etorle, the dye soluble in acetone yellow F -19K (G-19K) at-
tains a sol-l-lity of 436 9/1. For this reason, also the quantity of dye
which rem~:j.:~f-l unsolved in different test portions was determined. The
propor-,ion by weight between the dissolved and the undissolved portion
is proposed as a new characteristic value for the evaluation of dyes and
the elaboration of dyeing prescriptions. The solutions of dyes soluble in
acetone are polydisperse; a partial association occurs, The solubility
of hydrophobic metal-containing monoazo dyes with a 1:2 complex with a test
oortion of 5 - in 50ml of acetone was on the average four times higher
0,
than that I the known dispersed dyes with a 1 :1 complex, Introducin-
the rhodamine base into the dye structure lowers the solubility ol" tn~ dye
Card 2/7

The Properties of Dyes Soluble in Acetone S//183/60/000/004/010/014/XX
B004/BO75
in acetone, however, in ethanol methylene c11aoride it is con--iJerabV. increased . In
the NIOPiK im. K, Ye, Voroshilova (scientific Research Institute of Organic
Semifinished Products and Dyes imeni K. Ye~ Voroshilov) good results were
obtained in the dye fastness test with rayon dyed -with these dyes, Reference
is made to papers by Ye. A. Veller and R, A. Poray-Koshits, P. V. Moryganov
and 1
13. N. Ifilellnikov, S. A. Parikova, 0. 1M. Golosenko, and A, A. Cherkasskiy,
S; M_ Lipatov and I. M. Movshovich, Ye, G. Grimm, and T. A. Nekrasova, The
authors thank Ye- M. Aleksandrova, -Professor of tile WIMI im, D. I. Mende-
leyeva (Moscow Institute of Chemical Technology imeni D. I. hlendeleyev) for
discussion and L. G. Krolik, Senior Scientific Worker of tile Scientific
Research Institute of Organic Semifinished Products and Dyes imeni K. Ye.
Voroshilov, for synthesizing the phenyl phthalocyanine dye. There are 6
figures, 1 table, and 26 references: 20 Soviet, I US, I British, and
VNIIV (All-Union Scientific Research Institute of Synthetic
Fibers)
Card 3/7

IT k
NIKITI i_ , Ye., A. - SOKOLOVA J. 0. Ill.
Viscosimetric study of the system luteophosphomolybdic acid - water.
Zhur. neorg. khim. 5 no.3:722-725 Mr 160. (MIRA 14:6)
1. Institut khir,.icheskikh reaktivov.
(Phosphomolybdic acid)

SAMOYLOV, A.Ya., prof.; SOK.OL-QVA,,,-P.N,,, kand. med. nauk
Diagnostic role of visual dinordors in fApIlledema. Vop.
neirokhIr. no.1:16-21 165. (MIIIA 18:10)
1. Nauchno-issledovatellskiy ordena Trudovogo Krasnogo
Znameni institut neyrokhirurgii imeni N.N. Burdenko
(direktor - prof. A.I. Arutyunov) AMN SSSR, Moskva.
2. Chlen-korrespondent AWI SSSR (for Samoylov).

SOKOLOVA, O.N.
Ophthalmologic symptoms in the clinical picture of hypophyseal
tumors. Vop. neirokhir. 18 no.4:34-30. no.4:jl-Ag 154. (KE&A- 7:10)
1. 1z Inatituta neyrokhimrgii imeni akademika N.N.Burdenko
Akademii meditsinskikh nauk SSSR.
(PITUITARY GLAND. neoplasms,
*manifest., eye)
(EYE. in various diseases,
*Pituitary tumors)

SOKOLCYVA, O.N.-111111"Q
Ophthalmic symptoms indicating the direction of growth of pituitary
tumors. Vop. nei--okhir. 19 no.1:19-23 Ta-F 155. (ISRA 8:2)
1. Iz Nauchno-iusledovatellskogo ordene. Trudovogo Krasnogo Zhameni
Instituta neyrokhirargii imeni akad. N.N.Burdenko Akademii meditsin-
skikh nauk SSR.
(BYS. in various diseases,
cancer of pituitary, symptoms indicating direction of
tumor growth)
(PITUITARY GLAND, neoplasms,
manifest. eye symptoms indicating direction of tumor growth)

f-Name: -,SOKOLOVA, 0. N.
Dissertation: Analysis of ophthalmoiogical symptoms in the clinics of
swelling of the hypophysis
Degree: Cand Med Sci
AO~~: Acad Medical Sci USSR
Defenee~Date, Place: 1956, Moscow
Source: Knizhnaya Letopis, No 45, 1956

SOKOLOVA, O.N. (MoskvaY
PLTIllary and oculomotor symptoms in tumors of the lamina quadrigemina
and pineal gland. Vop.neirokhir. 23 no-5:5-10 S-0 159.
(MIRA 12-.11)
1. Nauchno-lealedovatellskiy ordena Tmdovogo Krasnogo Znameni
Institut neyrokhirurgii Imeni akad. N.N. Burdenko AMU SSSR.
(BRAIN neoplasms)
(FI1ML 13ODT neoplasms)
(OCUMMOTaR MUSCIRS diag.)
(PUPIL diag.)

SAMOYLOVs, A.Ya.; SOKOLOVA, O.H.; AHAKH OVICH, A.R.
- ------- I--
Pupillographic method of studying the act of convergence.
Biofizika 6 no. 1:84,90 161. (MIRA 14:2)
1. Nauchno-issledova:tellskly inatitut neyrokhirurgii im.akad.
N.K. Burdenko AMN SSSR, Moskva.
(Bul-f"WNTS) .

SAMOYLOV, A.Ya., prof.; SOKOL.OVA, 0.11., kand.med.nauk (Moskva)
Paradoxical reaction of the pupils in hydrocephalus. Vop neyro-
khir. 25 no.1:70-73 1062. NIRA 15:1)
1. ha-Lichno-wissledovatel'skiy orde-na Trudovo,-.o Krasnogo Znameni
instituta neyrolhirurgii imeni akad. NT.F. Barderko Al-TV SSSR.
(fffDROCEPHALUS) (PUPIL (EYE))

SOKOLOVA, O.N.9 kand.med.nauk
Pupillary reactions to 12ght, convergence and accomodation in an
occlusion of aquaeductusISylvii. Vop. ne-irooft. 2:17-29 163.
(MIRA 16-8)
1, Institut neurokhirurgii imeni akademika N.N.Burden1ko AMN
SSSR.
(BRAIN-DISEASES) (PUPIL (EYE))
(EYE-ACCOMODATION AND REFRACTION)

SAMOYLOV, A.Ya., prof SOKOLOVA 0..N kand.med.nauk, SHAKHINCVICH, A.R..
I
karul.med.nauk
Puptliographic analysis of the normal reaction of the pupil to
light. Vop, neirooft. 20-16 163. 011RA 16:8)
Chienz-1korrespondent A1,1N SSSR (for Samoylov).
(PUPIL (EYE)) (EYE--EXA~1INATION)
(MOTION PICTURE PHOTOGRAPHY, MEDOAL)

1. SOKOLOVA, 0. V.
2. USSR (600)
4. Plants-Frost Resistance
7. Winter hardiness of arboreseent andshrub varieties in nurseries of the
Botanical Garden of the V. L. Komarov Botanical Instlt7Ae of the Academy of
Sciences of the U. S. S. R.
Trudy lot. inst. AN SSSR. Ser. 6 No. 2, 1952
ly Li , Library of Congress. March 1953, Unclassified.
9. Month sts of Russign Accessi2.ns

S/190/62/004/006/009/026
B101/B110
"J` '-1-buzova, 1. A., Flotkina, S. A., ~ok~lova, 0. V.
Synthesis of linear polymers of the monoallyl esters of
vinz;aturated acids by cyclic polymerization
Vyookomolekulyarnyye soyedineniya, v. A, no. 6, 1962,
8", 3 -8 4t 7
'.,kith a -,rJew to the production of new, thermally stable substances
.he bulk pol:rmprization of monoallyl maleinate (I) and monoallyl
citraconate (IT-) with benzoyl peroxide (BP) as a catalyst was investigated.
Hesults. (1) In the case of (I), the conversion increased with increasing
Content of 31: (,, a6,,, conversion with 0.511o BP, 40-0~-'j' conversion with
r tzl~
2,,-, 3P), while the intrinsic viscosity dropped (0,167 with 0-5/, F'P, 0-146
th 2,11,', 3- (2) "'he conversion of W
increased with increasing tempera-
ture, whilst more and more of the insoluble polymer with three-dimensional
networ? was formed: thus 1%af oil insoluble polymer was obtained at 600C
''th 48i, conversion, 56j" of it at 800C with 8076 conversion. To obtain
0,4
,inear polymer8, soluble in organic solvents, work was done also at 60 C
Card 112

S~nthesis of linE:E~.r -polyrners
51190Z62 004/006/009/026
-.14 -up (5) The polymerization of (II) did not
to 4C-,; conversion
Yield insolubie pol%mers, even at 100-150'C. (4) The intrinsic viscosity,
il,,& molecul;~,r ,,ioight, the percentage of insaturation of alcohol and acid
ge of cyclization were determined for the
ra(lic,ulL,,i , and the percenta4
pQ1"-"11V ~'I' .In 01L~l or'der, the values for the polymer of (I) are: 0.148;
15,000; 2-2.3; 14-7; 63; fur the volY'llor Of (11): 0.24, 47-0300; 22.3;
15.7; 64- Th,~ polymerization occurn mainly under the action of acyl
radicals. There are 2 figures and 4 tables. The most important English-
lan.c,uac,E~ references are: G. B. Butler, R. J. Angelo, J. Amer. Chem. Soc.,
79, 31' , 1957; T. Holt, "U. Simpson, Proc. Roy. Soc., London, 238, 1213,
154, 1956.
A55GICIATION; institut vysokomolekulyarnykh soyedineniy 0 SSSR
(Institute of High-molecular Compounds AS USSR)
S _j:3 T I'Zlt D~prii 6, 1961
Card ~/2

MILOVSKAYA, Ye.B.; SOKOLCU_,Q.V,---YERUSALD1SKIY, B.L.
Transisomerization of dimethyl maleate under the influence
of free radicals. Zhur.ob.khim. 32 no.2:621-626 F 162.
(MIRA 15:2)
(Maleic acid)
(Isomerization)
(Radicals (Chemistry))

GANAGO, F.M.,, kand. med. nauk; FrInimali uchastlya.- ALEKSETEVA R.M.,
vrach (Sverdlovsk), AYZE M-TEYN B.S., vra4-4 (Sverdlovs~)-
BABINOVA, G D... vrach (Sverdlovsk).,- BOFD~VLTSKAYA, L.M., vrach
(Sverdlov4; VARGANOVA MOV.9 vra--h (SvwrdIovsQ- KOPYLOVA
K.P., vrach (Sverdlovsk~; SOKOLOVA Oj... vi-ach (Sverdlovsk~;
SHEVTSOVA, R.P., vrach (Sverdlovirk ; SHELCHOVA, I.M., vrach
(Sverdlovsk),, BYKHOVSKAYA. M.Ao, vrach (Re-7da),- BELYAYEVA,
N.Xa., vrach (Magnitagor KRUGLOVA, N.A., vm h (Kurgan);
NIKIFOROVA, F.N., vrae-,h (Kurgan)t MITINAy O.A., vrach (Asbest);
FORKHOVNIKOVAY E.D.,vzach (Ufa); PONOMAREVA,,N,I., vrach
(0--enburg),-, RASSOSHNYKH, &.F., vTach (Perm", . SAZANOVA y V.V.,9
vra3h (I--hevsk)
Chemeprophylaxis of tubercaloa-Le in children and adoleso-ents
in foo-* of tuberculous infaoti~.-n. Frobl. tub6 42 no.ls6-:Ll
164. (MIRA 17:8)
1. Detskoye otdeleniye (zav. F.M,, Ganago) Sverdlovskogo insti-
tuta tuberkulaza (dir. - prof. 'I.A. Shaklein) (fo-Z-Ganago).

SOKOLOVA, O.Ye.
Determination of transaminase and aldolase activity for an
early diagnosis of Botkin's disease. Zhur.mikrobiol.0 epid.
i immun. 42 no,10:135 0 165.
(MIRA 18: 11 )
1. Ust'-Kamenogorskaya oblastnaya bollnitsa. Submitted
September 26, 1964.

SOKOLOVA, P.
Cc=.mity participation in a section of the Kuybyshev Province
Comnittee. Zhil.-kom. khoz. 12 no-4-11 Ap 162. (MIRA 15:7)
1. Zaveduyushelmya imeshtatnym otdelon truda i za-rabotnoy
platy Kuybyshevskogo oblastnogo komiteta profsoyuza.
(Kuybyshev Province--Trade unions)
(Kuybyshev Province-41ages-l[unicipal services)

SOKOLOVA, P. G. Cand ;Med Sci -- (diss) "Appendicular infiltrates and t-reir
trAment. " Mos, 1959. 12 pp (Second Mos State Med Inst Lra N. 1. Firogov),
250 copies (KL, 44-59, 130)
-59-

SOKOLOVA, P.
Clinical course of appendicular Infiltrate. Xhirurgiia 34 no.12:36-39
D 158. . --.- . . -1.1----. . (NEU 12: 1)
1. 17. eo-)pitallnoy khirurgicheskoy kliniki pediatrichaskogo fakulsteta
(zav. kafedroy - prof. A. V. Gulyayev) Il Moskovskogo gosudarstvennogo
meditsinskogo instituta imeni N.I. Pirogova.
(APPINDICITIS, compl.
appendicular infiltrate in non-operated cases (Rus))

BERSENEV, I.I.; MOROZOVA, V.F.; SAIUN, 6.A.; SOKOLOVA, P.N.; SOMIN, V.K.
New data on the stratigraphy of Quaternary alluvial, alluvium-
lacustrine, and lacustrine deposits in the ~Iaritime Territory
and middle Amur Valley. Sov..geol. 5 no.9:78-86 S 162.
(MIRA 15.11)
(Maritime Territory--Alli-lvium)
(Amur Valley--Alluvium)

SOKOLOVA, P.S* (Moskva)
-- - -- -----
Billbergia nutans Wandl. Iiybr. Priroda 47 no.8:111 Ag '58.
(MIRA 11-9)
(Pineapple)

NA=OV, Ye.G.; SOKOLOVA, P.S.
lattice leaf plant. Priroda 49 no.8:109 Ag 160. (MIRA 13:8)
1. Glavny7 botanicheski7 sad Akademii nauk SSSR, Moskva.
(lattice leaf plant)

S/11,11/62/COO/009/007/012
B1%1_1/B144
A U T i 11ORS Levitskaya,.O. Sokolovh, P. S., Kogan, A. A., Shibalovich,
Ii. G.
TI'PLL"- Somu propertiez of anizotropic material reinforced with
glas~3 fiber
t
Plasticheukiye triassy, no. 9, 1962, 30, - 43
T JT: Gl;;~;s-r._,~'nforceq plastics with anisotropic properties, on the VI
ba3is uf eizis,~ fiber, d Iarneter 15�2 micron, and 3A-6 ~ED-06) epoxy phenol,
I phenol. 1.
(L?) ~olyvirtylhutyr'a or JT.3tf-` (FEM-2) polyamide epoxy resins
e - --_~ t e -; t (-., d ."he binder content 'eiaz varied between 18-350(,
r by weight.
w
Re3U1t5: (1) In all samples L~ maxiijum of-tensile stren-th,, bending-
C,
e
-trer~-ti. --nd impact strenCth was found to be associated with a bind r
contfInt or 20-25f:~- 'dith 20-211% of ED-6 binder the bending strength was
2 7 2
5500 k,-/cm , with 30-,5,', only 66GO kL/ccl . Under equal conditions the
values for BF binder were 620C' and 4bOO k-// CITL 2 respectively. (2) The
content of resin fractions soluble in acetone made no difference to the
t-e,;ts, but if the binder contained less than 35-,',' o'f the soluble fraction
Card 112

S/ 19 1 /62/000'"C09/CG`I/O 12
Some ;;roperties of anisotropic... Blrjl//P,144
lamination occurred, and if it contained more than 85'/: the processin of
v
.lass-reinforced plastict3 became more difficult. An incre~zsed
content of volatile substances reduced the bendinC ctrength. The-content
of volatile substances should not exct~ed 0.6-1.5% for BF binder and
0-5-1~/ for P"I'l-2 binder. (4) A maximiuim of bending streneth is obtained
for BF binder, if the 61ass-reinforced plastic is.pressed fo -r 6 min per mm
thickness. For -'-'D-6 and Pz:Y-2, the pressing time between 6 and 20 min/mm
was without effect on the bending streneth. (5) Specific prepsing
-oressure-, of 40-200 kg/cM2 viere aithout effect or tensile stren-th.
~OL; . 11
Thermal t~Lftertreatmient at-80-120 increased the physico-mechanical
.'.roperties of the .-lass-rein'lorced plastics by 10-25ci'-- for ED-6 binder,
by 1.5-2 times for P2-1,.-2, and the 14artens' thermostability for ED-6
There are 4
bihd~,r by more than the double, for BF and PE74-2 bY 30-40",
L;_-ure~3 and I, tables.
Card 2/;)

,Q-~OK010VA, R.A. , ~omoshchriik saniturnogo vracha (Moskva).
Work practices of the council of sanitary feldshers. Felld i akush.
22 no.6:20-23 June 157. Ma 12:3 )
(MOSCOW-PUBLIC HU

VUSOV, Boris Vladimirovich; SOKOLGVA, Haisa Aleksoyevrm; KOGIV,
Ye.L., red,
[Souice of incalculable potentials; for better organiza-
tion of repair work] Is-tochn4-,k neischiglirykh rezervov; za
luchshuiu organizatsiiii remontnykh rabot. %1oAva, Znanie,
1965. 31 P. (Novoe v zhizni, nauke, tekhnike. III Seriia:
Ekonomi-ka, no.7) '~MIEA 18t4)

SOKOLOVA, P.A.: SOKOLOV A.M.
Apple Aphis
Role of osmotic pressure of cell sap in the resistance of an apple tree to the green apple
tree aphid, aphis prmi deg. Dokl. Ak. Sellkhoz. 17 No.2, 1952. TsentralInays.
Geneticheskaya Laboratcriya
red. 23 Nov. 51
Montly List of Russian Accessions, Library of Congress, August, 1952. UNCLASSIFIED

SOKOLOV, A.M., kand.sellskokhozyayetvennykh nauk; ~_o ~ .~JL.
Role of pff in increasing the immunity of plants to ixuraoitic
fungi. Trudy TSGL 5:369-372 '53. (MIRi, 12:11)
(Plants--Disease and past resistance)

SOKOWV, A.M., kand.sel'skokhozyayatvennykh naukr--SOXD j
LQZ t j_.
Rgspiration of plants and immunity to fungiiF3 diseases.
Trudy TSGL 5:37~-376 '53. (MIRA 12:11)
rosiotance)
(Plants-Diaoane
and peat

SOKOTOV, A.M.. Imnd. eel I skokhozyays tvennykh nauk, ';OKOWV~L, R.A.
- -
Role of the osmotic prnosure of cell imp 1,1, thr,
applo trees to apple aphid (Aphis pomi DaGoer). Trudy TISM 5:
377-383 '53. Offffii 12:11)
(Apple--Disease and pest rnaistance)
(Plant lice)

SOKOLOV, Am., Imnd. sallsk-okhoz. nnuk-;'S0KOLOVA, R.,A., nsplrant
Mentor effect on the disease and pest resistance of fruit plants.
Trudy TSGL 6:553-566 '57. (NIRA 12:iO)
. (Fruit-Disease and-pest resistance)
(Grafting)

SOKOLOVA, R.A.
Mentor effect on the phenolog7 of graft components and their
resistance to 'pests and diseases. Biul. nauch. inform. TSGL
no.7/81.143-150 '59. (MIRA 13:1)
(Pear--Disease and post resistance)
(Grafting)

SCKOLOVA, R. A., Cand B-iol Sci -- (diss) "Role of the mentor in formin-
Uhe resistance of pears to pests and diseases." Noscow, 11)60. 1- Dp;
(1-10scow Order of Lenin Agricultural Academy im. K. A. Tiuiiryazev); 150
CD
copies; price not given; (KL, 28-60, 159)

OL'DEKOP, Yu.A.; SOKOLOVA, R.F.
Reaction of lead tetraphenyl and tin tetraphenyl with carbon tetrachloride,
in the presence of bensoyl peroxide. Mmr.ob.khi--. 23 no.7:!:L59-1162 Ol
153. OLML 6; 7 )
1. Gorlkov3kiy Gosudarstvennyy universitet.
(lead organic compounds) (Tin organic compounds) (Benzoyl peroxide)

SHUTSKAYA, Ye.I., kand. med. nauk; Prinimali uchastiye: RABINOVICH,
S.Ye., prof.; SLEPTSOVA, A.I., vrach; LIVEN, K.I., vrach;
SOKOLOVA. R.I... vrach; FERELIMAN, R.M., vrach; ALITMAN, I.M.,
vrach; SHEPIWVP N-S., kand. veterin. nauk; SVIRIDOV, A.A.
Epidemiological importance of tuberculosis in cattle.
Veterinariia 40 no.10:19-20 0163* (MIRA 17:5)
1. Novosibirskiy nauchno-issledovatellskiy institut tuberkuleza
(all except Shepilov, Sviridov).

kt-nl .i-dl aa uk
KftyA ya
A T
KEFTSO
nr),'7 3 18.
1 . N m - os J b i j - iy nu r I i ro - -E s n t -,u t r k -. i-e 7, .1
(cf-Ir, kandi. med. nauk 'fi.V. Svirnzhev".,

KHAZE".!, Aleksandr Ivanovich; SOKOLOVA, R.K., red.
[This is chemistry; interesting figures and factsl Vot
chto takoe khimiia; interesrore tsify i lfaktty. Murmansk,
Murmanskoe knizhnoe izd-vo, 1964. 94 P. (MIRA 18:3)

FEDOTOV, VaBiliy Stepanovich, kand. veter. nat*; SOKOLOVA, R.K.
red.; BELYAYEV, N.F., tekhn. red.
(Antibiotics and biogenic stimulators in animal husbandry]
Antibiotiki i biostimuliatory v zhivotnovodstve. Murmansk,
Murmanskoe knizhnoe izd-vo, 1961. 28 p. (MIRA 16:6)
(Stock and stockbreeding) (Antibiotics)
(Tissue extracts)

POPOV, Sergey Petrovich, doktor se-I'll-hoz. nauk; SOKOLOVA, R.K..'
red.; MOFOZOV, L.I., tekhn. red.
[Improvement in reindeer farming] Rezervy olenevodche-
skogo khozia-istva. 14urmansk, Murmanskoe knizhnoe izd-
vo, 1961. 30 P. (MIn 17:2)

SOKOLOVA, R.K., red.; BELYAYEV, N.F., tekhn. red.
[Poultry raisers beyond the Arctic Circle speak] Za-
pOliRrnye ptitsevody rasskazyvaiut. Murmansk, Pfurmanskoe
knizhnoe izd-vo, 1962. 2-3-p. (AURA 16:6)
(Murmansk Provibice-Poultry)
I

AUTHOR: Sokolova, R_.S. SOV-26-58-8-30/51
TITLE: Billbergia nutans Wendl. hybr. (Bil7bergiya poniklaya)
PERIODICAL-. Priroda~ 11958; Nr 8, p 111 (USSR)
ABSTRACT: The country of origin of the plant Billbergia nutans Wendl.
hybr~ is Brazil~ Its leaves are 30 cm longg leathery, and
dark graen: It blossoms in December-January~ The soil in
which it is planted is made up of two parts wood soil, 1 part
leaf soil, 1 part sand. During summer it must be abundantly
watered, during winter modeTkLtely. It is propagated by off-
shoots. The young plants blossom in the second or third year.
Card 1/1

30(l) SOV/26-59-3-34/47
I AUTHOR: Sokolova, R. S. (Moscow)
TITLE: New Data on the Culture of Victoria
PERIODICALt Priroda, 1959,1,Nr 3, PP 116-117 (USSR)
ABSTRAM On the basis of many years of experience, horticulturist
S. N. Kolmin of the Botanicheskiy sad imeni V. L. Komarova,
Leningrad (Botanical Garden imeni V. L. Komarov, Lenin-
grad) recommends to clean the small buds of the Victoria
(Victoria amazonica Sowerby, Victoria cruziana d'Orbign)
every day with a small brush, thereby removing the micro-
organisms and tiny water-plants that kill the germ of the
plant. For better success, S. N. Kolmin recommends to use
seeds which have been kept in sAorage for not less than
2 to 3 years. He states that freshly collected seeds
possess a lower germinating ability. For the last 3
years the author conducted experiments at the Main Botan-
ical Garden of the AS USSR for the cultivation of Victoria
from fresh seeds with good success. He explains the pro-
Card 1/2 cedure adopted in this case. There is 1 photograph.

jOv//-':)('i - 50- 3 - 54 1/4 7
I New Data on the Culture of Victoria
ASSOCIATION: rrlavnyy botanicheskiy sad Akademi nauk SSSR (Main Botanical
Garden of the AS USSR)
Card 2/2

0 LJA-
Sjo~ f tile tvul 'Ic-p -,iu~d m! -1,1~ IVIIIi..
-, u'li . 11
Do, If il~,'Gf- :,L)- -,-])A. ,v,i !A5, I ~7 --'- 0-01. 'M,,A:;,
hire light with aS~, -Aiot~~d a Ile-
t1rements irt
cre,Lie falru 4-7% to iti th~- r0k7ctiou m4ri. of glu~-;s
Pfter ecating, Thep~mzejitagk~ of transinittzil light (through
a sy5tew comvat4 of 22oI,6(7,1 !)LIIES 1wforcs:~,a I ing) deLd.
bY direct oaten.) cak-1. with comc? i(ra for
measurcd in winifit Ballt, and 6r. caled. iutt6al KIR
were, resp.: 12, 19, 23, 27; with achromalic films 56,
65, (35, 65; with, t1hree antirerlection lay"s 77, 8f), 74, 77~
These films wt!.e tested to be cbeltimliv an,[
stable. 24, rcfesences,' A. P.

SOKOIA)VA, R.S.; LEY-PUS, V.M.
The YM-40 attachment to the SR-4 spectrophotometer used for
measuring the coefficient of reflection. Opt.-mekh.prom. 1251
no.3:34-36 Mr 158. (MIRA 11:9)
(SpectroDhotometer) (Reflection (Optics)--Measurement))

'... - 1 (,1) '-~ -1;'/.34
1 PMORS Sokolova, arid irylora, TZ
'21 TLI s lat,3rtereaca Filtors for the Ultravioiat Ro6ion r' the Spectrum
(Interf e rent,-. i onnyye filltry dlya ulltrafioletojoy z~roktraj
.7 n(~
spaktrosicopiya, 19659, Vol. ti, *Ir i_,.
P lf,i? C T The ch&"alcal im-Ahod of nroduoing ocatin-yi by Cran ea..-ily
hydrol,j-,ed solutions yieldn stronEr -,tablzi filmi of thorium
d I oxi d k'refractive index 2-'-C-) and ~ilicoyi dioxide (refractive index 1-4:5)
tran3narent in -rho -altraviolet 2'2C-4C