SCIENTIFIC ABSTRACT OSOKIN, S.D. - OSOLOW, A.I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001238420010-0
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: January 3, 2017
• Document Release Date: June 21, 2000
• Sequence Number: 10
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

OSOKIN,, Sergey Dmitriyevichl TIKIiOI.'Ii(OV, V.N.f -ed.; RAKITO, I.T.,
ed.
(Treasures of the "planet Ocean."]Sokroishcha Oplanety
Roan." Mockva, Izd-vo "Znanio,m 1962. 46 P. (Novoe v
zhizni, nauke, tokhnike. XII Seriia; Goilogiia i geogra-
fiia, no.14) (MIRA 150)
1. DeystvitelInyy chlen Geograficheakog) obshchestva SSSR
(for Osokin).
(ocean)

P~MINp_ S.D.
Length of the coastline of the U.S.S.R. Okeenologi-ia 2 no.5:
943 162. (MIRA 15311)
(Shorelines)

-OSOKINP S.D*
"Ahead of un llja the ocean" by B*V. Liapunov and "In ialltrin
bathyscaphe" by A. Piecard. Reviewed by S.D. Osokin.
Priroda 51 nc.8:225-126 Ag 162. (VIRA 15:9)
1. Voyenno-politichakayu akaderAya im. V.I. Lenina, Moskva.
(Ocean) ~Buthyscaphe) (Liapunov, B.V.)
(Piceard, A.)

C'SC K IN, Se rFey 1, -11 t riyevich; ZENKEVICH, L. A. , nn ic hn. red.
-Ei N, VA, '. S. , red. ; ATf~ L;H',HENK~ ~ekhn. rei.
[In the depths of the ocean) V puchinRki okeann. Pod
nauchn. red. I..A.Zenkevichn. Moskva, I-d-vo "Zntinie,"
1963. 39 p. (Novoe v zhizni, nauke, te hnike. XII Serlia:
Geologiin i geograflia, no.17) (AURA 16:10)
i. Deystvite.'nyy chlen (,eognificheskogt obshchestva
(for Osokin). 2. Chlen-korrespondent AN SSSH (for Zenkovich).
(Oceanographic research)

OSOKIN, S.D. (Yoskva)
Science ohip ttiq (,,-,,nLn. Prlroda 53
164. WIRA 17:2)

0
OSOKIN# )*I). (Hoakwi)
%lite strip'; recent seashore studies. Prirodn 53 no. t - . 6 ~-1)9
'64. (MIRA 17:0)
1. Doystvitellnyy chlon Geografinhoskogo obshchestva SSSR.

L 44390-66 FNT(l)
ACC NX- AP6016847 (N-) SOURCE CODE: UR/0026/66/000/005/0068/0070
AUTHOR: Oso~~.n D. (Moscow)
ORG: none
TITLE: Submerged face of the Great Ocean [Map of the Pacific Ocean)
SOURCE: Prtroda, no. 5, 1966, 68-70
TOPIC TAGS: oceanography, ocean bottom topography, cartography, oceanographic
vessel, mapping
ABSTRACT: The author discusses the new map of the bottom of the Pacific Ocean
entitled "Relief of the bottom of the Pacific Ocean", recently drawn by Soviet
scientists, and supposedly the most comprehensive and Informative map of the area
available to date. The scale is 1:10000000, the map covers 6 sheets of paper,
follows a geomorphological interpretation method of Soviet origin, and uses a
pseuclo-cyltndrical projection. Its photographs give valuable information on the
huge longitudinal canyons in the Pacific Ocean. Mush of the maFmaterial was
assembled by oceanologists during scientific expeditions on the 'Yityux" oceano-
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L 44390-66
ACC W, AP6016847
~7~
graphic ship. The map is of great value to geologists, geophysicists, hydrologists,
and navigators. and even for the fishing industry. It may help in the discovery of
previously unsuspected mineral resources. Another single-sheet map intended for
desk use, has been produced and is available on sale. JGCJ
SUB CODE: 08, 49 SUBM DATE: none/
2/2

PESKOY, N.r.;-OSOKIN, V.A.-; KOIUlMffY, A.M., kalibrovshcUk
Changing thagrovy134 of the firart stard on the 360 mill. ?btaLlurg
7 no.4:29-31 Ap 162. k'LL'-.Jt 15:j)
1. Starshiye mastera Sortoprokatnogo teekha Kuznotakogo metallurgi-
cheskogo kombinata (for Feskov, Osokin). 2. Bortoprokatnyy
teekh Kuznetskogo metallurgicheskogo kombinata (for Korchermyy).
(RoUing miUs)

OSC.Kl'.?, V. A.
Bee Culture
"Strong coloniem-the guarantee of hl-&Ier honey yields". Pchelovodstvo, 2~, No. 1', '.?"2.
c). Monthl List of Russian Accessions, Library (-)f Congrs-as,

030m, v. A.
Bee Culture
Strong colonies-the guarantee of higher honey yielda, Fchelovodstvo 29, no. 4, April 1952.
2
9. Monthl List of Russian Accessiona, Library of Congress, Aut-'Ust _"90' ,incl.

P~OXINJ V.P.P Inzh.
Concerning the optizuz operation of ba.U milla. Idek-ata. 32 1
no.4:14.,-16 Ap 161. (KlRA 1.4:7)
(Milling machinery) (Coal)

TKAGEIM, A.A.;-.060KU, V-P-- inzll-
D-3creLse of air lvf-ki in a Tral-.-,~,rized coal syv~em vith bell
Knorgotik 1) F 161. (RMA 16:7)
(Coal, Pulverizod)
(EI-tri-2 Power Plants)

W. Abill.". JcAlio lkovnik med.oluzhby; GELIMAD, Te.l.,mmyor mod.slushby
Synthomycin mnd levomycetin therapy In JmpAnese encevhnlltis.
Voen.-mpd.zhur. no.11:74-75 W 157. (MMA 11:4)
(CHWROMYCETIN) (MICEPHALITIS)

SOXOIDVp N.V., doktor tekhn. nauk; OSOKIN, V.P., inzh.
Testing the ShK 380/550 ball mill with cone cylinder.
Energozaahinostroenle 7 no.3:42-43, 48 Mr 161. (KMA 16:8)
(Coal, Pulverized) (Boilers-Firing)

F,M;DYAK0V, I F.; TlKJ10N('Vp I~YWJIKOV, V.I.; I-rinimali uchastlye:
POPYACHEV, Yu. A., inzh.; RAYB~:WV, D.Kh., inzh.; 00"OKIN, V.V.,
i,nzh.
Copper balances in the -etaLlurglcal production of the Karabash
Mijking and Metallurgical Combine. Sbor. nauch. trud. Ural.
politekh. inst. no. 134:14-22 163. (MIRA 17.1)

KOBYZFV, V.K., lnzh.; ZAKHARENKO, N.I., inzh.; LASKARONSKIY, F.N., Inzt,.,
OSCKIN, Ye.A., inzh.; US(7)LITSEV, B.N., inzt,.
Effect of the diameter of rolls with a grooved surface on the
size and distribution of torque during metal rolling on a
blooming mill. Stall 24 no.10:899-901 0 164. (MIRA 17:1~:
1. Kuznet8kiy metallurglcheski.v kombinat.

O~OKIN, Yu. 104
~%ntal outlook expands. Prof.-takh. obr. 19 no.9:22 S '62.
(MIRA 15:10)
1. Pomoshchnik direktora po kuliturno-vospitatellnoy rabote
romeslennogo uchilishcha No. 4, Kemerovskaya oblast'.
(Aesthetics--Study and teaching)

C~3'1=:, Ili. V.
OSOM, IU. V. The principles of airplane and motor operation. Lcs ~-V, I ,
Voen. izd-vo, 1943. 250 P. (50-115835)
TIA71-9-079-

OSCKR.',
=M/Awwautles, XIIINtry Ave 48
AU41rmps
'Technical Maintenance of Aircraft at Asroaromes
WIthout EmRs ~,,o Tu.'Oaokln,, U*Col of Aviation
Wcb Svp U Col. RW~-Te. Razemaylebp 4 pp
OVent V02duab Flota" No 8 (354)
Mecusees choice of site for parking aircraft
&Dd open air maintenance of alreraft.
Im
16ptmo
6

afic
~:movy t.r!rhriich-bt,.,i t.( ml. 0~1 1,11'.1.
Vol,ova. 1~osr;va,
L I.S.
ritle tr. - P,,,, -ij lr~s o" th-~ L~ch Leal oj,,~-rntior. o" a~ t", L'P~s "Irl'!
S~ : P_-rona~jticil Sci-i- s a,, ~ Avia _~on in th, - ';(.)vi -t ~ nion, ',~onir:,, C)"

ana
Tel,hnlct,,es,.oe sa, (,1r" OV i 1,. S 1 1 () V',-K t ' IID t," C'
dlia vuen. aviatsiorino-t,~Khl. . c: . I s -. c o,; r ea. V I v P. 05, V;~
7o-riizdat, IJ40. Ln2 '-,., illus.
Titlf- tr. : I'-dinical o" aircrat't. w,a ti ~ir (-w-r i
t,~ x Woor " o r A i r ~`o rc e t ow r - n i ca 1 3 o o
Ti.i 1. .&,
S ': A,~ro:~,ratical ~cio-ic--q an,: ivL,,. ~ur~ ii, ,h- -)ovi,~t * :i.on,
(,onrr,~ss, 1?~' .

OSOKBA y Ad a Fan to lay-.or.,.)vra; -11.1, , ~. : . , re I Jen:.kjr-A
( Stan~w-d I zat i ~n of t(.!it,, !-,,- r-2, ~.4 ~,.m; wel 7r. If r.~,
devices' Tlplzat3i la I :!i y*,,,i,,,(, I I .resc.-
rrI!,oru~-.
1965. 302 F . ( Y. I 'OA i 8 1 A 11,

L 2359-65 W(d)/F.WT(I)/FW(m)/EWP(w)/EWPfj)/T Pe-4 Y-WAMIdw
-.AH4033962 BOOK EXPLOITATION S/
Plsstic and elastic low-modular optically0octive materials for in-
vestLgating stress in the Rj~rthla crust-by the modeling mathod
(Pltsttchnyye I upruniye nizkomodul'nyye opticheaki-aktivnyye mate-
-rialy d1ya tooledovaniya napryazheniy v %emnoy kore inetodom modeli
rovanLya) Moscow, Izd-vo AN sssH, 1963. n195 p. illus., biblio.
..Zrrata slip inserted. 1000 copies printed.
~TOPtC TAGSt low moduli pbotoplasticity material, low moduli photo-
10 lasticity material,photoolastic modal, photoplestic model, tecton-
ic stress modeling
PURPOS23 AND COVERAGE: The book Is intended for icientific-research
workers and students of institutes of geology. The development of
photopl 'a &tic (elasticity moduli$ 0#01-1-0 kFl,/CM2; Viscosities,
102-107 poises; stress-optical sensitivity of the ord-er, 10,000-
30 000 brewsters) and photoelastic (elasticity moduli, 0.1-10.0
kg;ci*Z) materials used to study tectonic stress fields is discussed.
The wot% was done at the Department of geodynamics of the Ins t i tutp -a f
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u n d 8,~ to surervill 0 GXQUSAI 06n g
the-parlo djl:y - W-ULEI-A; A A Q %~* il
V. P. PxvIqv (of the LnstitMtq__joj Petr-2chnmiral SynLnesij) as
in developing methods of investigating photoplasjic materials and
_ethyl cellulose'/ Materials based
In preparing materials based on
on polymers were developed with the heLp of b._ and
;N, At ShchqgvL*v*ka_yA (of the Department of'Physical Chemistry,
Noscow L. S. Gembitskiy (of the
Department of Physics and the Chemistry of Pofymers, _s._4raAQv
Ur~lversLtp.participated in the investigations of the properties of
csllulose-acatate materials, Yj S,'Shifman (of'the Institute of
Physics of the Earth) helped to develop a method of automatic mea-
surement of linear phase differences and extinction angles.
1j. V. Zabeli!D (of the Institute of Physics of the Earth) helped to
develop special instruments used to investigate the mechanical and
photoelastic properties of plastic and elaatic materials of low
moduli. The author acknowledges the help of M. P. VoLaj_o_xj_rb,
S. A. Glikman, V. F. Trumhache Yu. S, Lazurkin, 11. V, flikhavlov,
Le 1j. KACh__4D_G-v, Ym.- V. Rozenber I- d e 1 ~j_h_t_vj n
&A and T.
S. P. Shikhobslov, I. 1,-Au -.~.oy, 9 1. SaM-
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AM403396.2
TABLE OF CONTENTSs
Introduction 3
Is Problems in modeling tectonic stress fields 3
2, Similitude conditions and theoretical specifications if the
-viechanical properties of materials analogous to rock -- 4
38' Fuadametals of the photoelastic method of stress Investigation
5
4. Theoretical specifications of photoelastic properties of mate-
visle chavacteristics and properties analagons to rock.-- 7
5. Formulation of the problem -- 8
PART to OPTICALLY SENSITIVE LOW-MODULI ELASTIC MATERIALS
Cho to Optically Sinsitive Low-Moduli Elastic Materials. Specific
Character of InvestiRations of Their Properties -- 12
I* Use of low-moduli elastic materials in voodoling -- 12
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2* Specific character and aims in investigation# of the mechanical
and photool.astic-,propertLes of low-modulL elastic materLalo
13~
Ch. It.- Instruments and Methods of Investigation of Mechanical and
Photoolastic Properties of Low-Hoduli Elastic Materials
21
I* Preparation of specimens and thefr casting molds -- 21
2, Instruments for studying the mechanical and photoelastic pro-
parties of low-moduli elastic materials -- 23
3. Methods of measurement -- 32
Ch. III. The Galatin-Glycerol Jellies 35
.1, Chemical composition, properties, and preparation of gelatin
2, Review of works on investigations of the mechanical and photo-
elastic properties of gelatin Jellies -- 36
3, Dspendtnce of deformation Gnd double refraction of gelatin
Jellies on the duration of loading and magnitude of stree3es
;- 44
f'foct of the composition of water-glycerol gelatin Jellies on
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thets owthisnical and photociastic properties 52
5,_ Dependence of the mechanical and photoolftstic properties of
water-Slyeprol gelatin jellies on their preparation process
56
CORCUISIONS -- 59
Ch' Calluleso-Acetats, Jellies in Bentyl Alcohol 61
composition. properties, an6 preparation of cellulose
t4to,:o.. 62
soutaisce of the mechanical and photoolastic properties of
J*I_%JAv in benzyl alcohol on the-duration of constant loadin3
"d astgnitude of stresses -- 64
3, Iffect of cellulose-acetate concentration on the mechanicAl
and photoolastic properties of its jellies in bentyl alcbhol
4. ;fte4ct- of temperature of the mechanical and photoelastic pro-
bertles, of cellulose-acetate jellies:-- 69

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Ch. V. Agar-Agar Jellies 72
11 Chemical composition, properti.as, and preparation of agar-
agar Jellies -- 72
2. Use of agar-agar Jellies as an optically sensitive material
7 4
3. Review of vorks on the mechanical and photoolastic properties
I of agar-agar -- 73
Ch. V1, Materials Based on Copolymerization of Unsaturated Polyes-
tare and Styrene -- 80
I& Chemical composition and preparation of 1jlKhtj-lFZ(P) -- 80
2. Hachanical and photool&otie properties of HIKh-4-1FZ(P) -- 82
Cho Mo Comparison of the Properties of Optically Sensitive, Low-
.Moduli Elastic Materials -- 84
Is Comparison of mechanical properties -- 84
2,' Comparison of photoelastLc properties -- 87
Fringe-pattern quality and convenience in working with models
of various materials -- 88
4, Examples of utilizing optically sensitive low-moduli elastic

AH40339.62
materials in the study of tectonic stress fields 91
CONCLUSIONS -~- 9 2
Part il. OPTICALLY SENSITIVE LOW-MODULI PLASTIC MATERIALS
Cho VIII, Optically Sensitive Plastic Materials. Specific
Character' of Investigating the Properties of Low-Moduli
Plastic Materials -- 93
1s Review of known, optically sensittve plastic materials -- 93
2-o Specific character and aims of inv*3tillations of the mechni-
cal and photoelastic properties of low-moduli plastic mater-
ials--- 99
Cho IX, Instruments and Methods of Investigation of the Mechanical
and Photoslastic Properties of Low-Moduli Plastic Naterl-
ale -- 102
I, Basic types of instruments used in rhoological and dynamic
optical investigations -- 102
2, Photo-plasto-viscosimater -- 106
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3, Elasta-viscosimeter 112
Cho Xa Low-Moduli Plastic Itaterials Based an Ethyl CGIIUIOSG
115
Chemical composition, properties, and production of
ethyl cellulose -- 115
2, Reference to studies on the properties of ethyl celluloBe
solutions -- 116
3** The objectives and procedure of investigations -- 120
4. Mechanical propert!es of K-290 ethyl-cellulose isoluti.ons
122
A. Elastic properties 122
Be Viscous properties 128
5, Photoelastic properties of K-290 vthyl~cellulose soluti-ons
135
6.: Preparation of a highly transparent ethyl-cellulose material
-- 138
~7* Mechanical and photoclastic properties of the be.nzyl- alcohol
solutions of other concentrations;of ethyl cellulose -- 140
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Cf.. X1. Low-Moduli Plastic materials BA'sed on Glycerol Phtalate
and Epoxy--.ReainsV-- 142
1. Chemical composition and production of HIKhM-IFZ(G) based on
glycerol-phtalate r ,esine -- 142
.2. Chemical composition and producti.on of HIKh?4-IFZ(E) based on
epoxy resins -- 143
3. Viscous and photoelastic properties of materials based on
glyerol phtalate and epoxy resins --.145
Ch. X11. Comparison of the Properties of Optically Sensitive Low-
Moduli Plastic Materials -- 149
1. Comparison of mechanical properties -- 149
.2. Comparison of photoelastic properties -- 150
Ch. XIII. Investigation of the Stress Distribution in Plastic No-
del# -- 152
16 Principles of stress-distributior, investigation in plastic
modole -- 152
2. Examples of utilizing optically sensitive low-moduli plastic
materials in the study of tectonic stress fields
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PART.1116 PROBLEMS FOR FURTHER INVESTIGATION
Cho XIV,* Future Problems in the Study of Optically Sensitive Low-
Modu I iMaterials 1j6
Cho XV, Optical Sensitivity of Materials and Its Defining Parame-
tars -- 158
10 Relation between bLrefringence and deformations -- 138
2. Various kinds. of relationships between birefringence and de-
formation components --- 159
3. Parameters determining the optical sensitivity from deforma-
tion~ 167
Ch. XV1. Method of Simultaneous Continuous Automatic Measuring and
Recording the Time-Dependent Values of Linear Phase Dif-
ferences and.Extinction Angles -- 172
1. ShortcomLngs of the visual method of measuring linear phase
differences crid extinction angles -- 172
2. Descriptionof the proposed method--- 173
30-Construction, of an instrument proposed for the applicatinn

800111IMN IRA
15-3
A 1 4
r4
Bibliography 186
SUBMI TTED: 16NOV63 No REF SOV: 175
FUII CODEs ES
OTHERI 051
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OSOKINA, Doriana Nikolayevna; GZOVSKIY, M.V., otv. red.;
Yu.G., red.; MEILZI, V.P., red. i---I-va; t1yLINA,
Yu.V. , tek~r.. red.
(Flastic and elastic low-module optically-active materials
for studying stmrses in the earth's cruet by the modeling
method] Flantichr*re I uprurie nizkomodulInye optichoski-
aktivnye materialy d1in 'ssledovaniia napriazhenil v zem-
noi kore metodor modellrovanlia. Moskva, Izd-vo Ali' LZAt,
1963. 11-15 1 . W, I iu I? I I )

-OSOXIILA. D.N.; GZOVSKIT, M.V.; VINOGRAJ)ov. (,.v.., )>AVIIjV, V.p.
Optical polarization stilly of plastic deforTation processes by neans
of ethylcellulose solutions and rels. Keel. zhur. 22 no.4:434-442
JI-Ag 160. (MIRA 13:9)
1. InDtItUt f12iki BOM11 im. O.Tu.Shmidta, Moskva.
(Cellulose) (Defornationa (Mechanics))

OSOXM D. N.; GDMITSKIY, L. S.
Cenulcee acetate gale &a optically-active elastic material
for ivrestinting stresses Inloodele deforminf under their
wn wslgbt, Ron, shur. 24 no.61724-732 N-D 62
(MM ;6:1)
1. Saratovskiy univereltet, kafedra fiziko-khinii poli3wrov i
Institut fisiki seali AN &WR, Moskva.
(Cellulose acetate&--Optical pro tie
(Strains and stresse err a

57 ,?.P13 0 066u
AUTHORS: Shchegolevskaya, N. A., 0 Rq~d n4s-=P s- _N j S/153/60//003/01/047/058
Gzovskiy, V. V., Sokolov, S. I. B011/B005
TITLE: Polymeric Materials With Different Phyeicomeahanical Characteristics
for Stress Investigations by the Optical Method
PERIODICAL: Izvestiya vysshikh uchebnykh zavedeniy. Khimiya i khimicheakaya
tekhnologiya, 1960, Vol 3, Nr 1, pp 172-175 (USSR)
TEXT: The authors proved the possibility of producing photoelastio substances
with high optical activity and a wide range of elasticity moduli (up to gel-like
substances of the gelatin-jelly type). Theme eubstawpe are produced o9, the basis
of copo;ymers of unsaturated polyesters, of ptyrene ~%nd of glyphthal-,~IaO_epoxide
resins.")These materials had manifold, given phyeicomechanioal--irQm-ert4eLI'fli-e-
authors paid special attention to the production of plastics with a vi8cusity
(n) Of 104 _ 107 poise, an elasticity modulus E - 10- 1 - 101 kg/cm 2, and a high
optical activity. Products of copolymerization of unsaturated esters and vinyl
monomers have a reticular structure. Products with different optical and mechani-
oal properties can be obtained by changing the number of chemical bonds between
the molecules. For this purpose, saturated dicarboxylic acids (e.g. sebacic acid)
are introduced besides unsaturated maleic acid, and the number of individual
monomers (e.g. styrene) is varied. In contrast to previous papers, the authors
investigated polyesters obtained with the use of reduced amounts of maleic acid
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b9630
Polymeric Materials With Different Physicomechanical S/153/60/003/01/047/058
Characteristics for Stress Investigations by the B011/B005
Optical method
and an excess of diethylene glycol (according to Ref 3). It was proven that the
maximum amount of sebaoic acid must not exceed that of malato acid (1:1), or
the product would become opaque. Benzoyl peroxid8 (0.1 - 1%) was added to the
mixture, Polymerization was carried out at 20-40 .The polyester - styrene ratio
was varied between 2:1 and 500:1. Optically active substances with
E - 0.2 - 20 kg/cm 2 and a coefficient of optical activity B. . 100-1000 brewater tl/
(lo- 13 am 2/dyn) were obtained with styrene at a ratio of jebacic and maleic acid
in polyesters of 20, and acid : diethylene-glycol of 2:3. Even at a polyester -
styrene ratio of 1:500, they remained gelatinous. The figure (p 174) shows that
both the modulus E and the optical activity of the polymer considerably increase
with increasing styrene content. Modified glyphthal resins are condensation products
of polyatomic alcohols (pentaerythrite, glycerin, diethylene glycol) with phthalic
and maleic acid (Ref 4). They are called "gliftamal". They are suited for work
at room temperature, having E - 50,000 kg/cm2 and B. 36 brewster. Very trans-
parent substances with 10 4 _107 poise, and B 2.103 brevater can be
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69bBO
Polymeric Materials With Different Physicomechanical S/153/60/003/01/04 7 '058
Characteristics for Stress Investigationn by the B010005
Optical Method
obtained by changing the &aid - alcohol ratio, adjusting the thermal treatment,
and using plasticizers. Previously (Ref 5) the authorshad produced an optically
active, solid, elastic material "epoksiftamal" from the spoxide resin E-40.
In the present paper, the amount of hardening agent was reduced to 3-5%. The
resin became jellylike but remained brittle. At a content of 2-Z of maleic
anhydride and 30,46 of dibutyl phthalate, an optically active, highly viscous
liquid without a noticeable yield point was formed. At 5-22% of dibutyl
phthalate, the resin has the maximum shearing stress. By combination of epoxide
resin with hardening agent and plasticizer, it Is possible to produce optical-
ly active substances with manifold physicomechanical properties: from elastic
bodies to viscous liquids. There are I figure and 5 Soviet references.
ASSOCIATION: Hoskovskiy inatitut khimicheskogo mash inos troyeniya; Kafedra
fizicheskoy khimii
(Moscow Institute for the Construction of Chemical Machines;
Chair of Physical Chemistry)
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Polymeric Materials With Different Phyeicomechanical
Characteristics for Stress Investigations by the
Optical Method
SUBMITTED: April 10, 1959
~)9614c)
S/153j60/003/01/047/058
B011/B005 11K
Card 4/4

GZOVSX1Y, N.V.; OSOKINA, D.N.
Model study of rhoological processes In solids, with stress
determination by optical polarization. Koll. shur. 22
no. 5:560-568 5-0 160. (HIRIL 13:10)
1. Institut fisik-I zemli AN SSSR im. O.Yu.Shmtdta.
(Deformations (Mechanics)) (Rheology)

It
Et
IRV&
t,16QeH:;l!3 ill i

SHCFTPWIXVSKATA. W.A.; OSOKINA, D.11.; GZOVSKIT. V.V.; SOKOLOV, S.I.
PoIrwer materials with different phroiconschanical characteristics
for the study of stresses by the optical method. Izv.v7s.ucheb.
sav.; khtin.i khim takh. 3 no.1:172-175 1,60. (MI.U 11:6)
1. lafedra fizichesko7 khimli Moskovskogo inatituta khImicheskogo
mashinostroyeni7a.
(Polymers-Optical properties)
(Materials--Testing)

1'.1. 2~ Ji- -2

0~~OKIt'w, D. 11.
11 On the Characteristics of the Physivo-'Wachanicol and Opticul Properties r)f
Concentrated Solutions of _Wthyl Cc::ullose ond Benzyl kicohcl," D. N. Gsokino ir.
collaboration with V. P. Poviov, G. V. Vinogrodov, and 1-1. V. Gznvskly (repc,rted
on the usefulness of this plastic, optlcaliy octive mterial for the mcdellnc.' )f
tectonic processes.)
paper presented at the First All-Union Conference on Tectonophysica, W)Bruw, 2', Januar
through 5 February 1957.
Institute of rhy31CS Of the Earth, Aend. Set. U3,;R

8q707
AUTHORS.
TITLE-
Osokina, D IN ~~zoviiki, 11V
7 FIV7 0- V_ I v - - P.
h ~41/ ~
V~V.()WrRdL)V,
Inves ti Fa t ion of th~., Processeq ~f Pia,4t:c
Meanj of Ethylcellulose olu,~(,nq bind Gels and upticit,
Polarizati-on A5 .- %~
PERIODICAL: Kolloidnyy zhurnal, 1960, V---,l ~2, No. 4. F,[ 4!4-44,'
TEXT: The investigations described in the present paper ieal wth tKr.
problem as to whether i I iB , i n pr: ii~- : pie , p,,:isi b1c to !~t idy jh(-Ii, 1 t 1-C.-
and rate of def ormatiori in plas ti cal 1.v dof(-rmable sof t bo,Jie~; by ! n.~,
methcd of optical polarization. Tht~ regll't.R obtained may be uspfully IF-
plied in the mechanics of disperse 'vntk~m8, f te,-ton,.c physics, et-
The measurements were carried out in ii Jev '-(L designed by V P 11rivlov
(Ref 13) and -=structed by the T, n , t i tu t 'Ir 1 z i k i Z err, I i AN Ss-.S-R--rr-r,
of 3eoDhvs,,cs nf the AS which gimul taneouLly fulf~, I ]-,I tt.p fun-
tion rf a plast~ -.scosime ter and ;i The 1(,vi-,e s--hema-
Card 1/5

~~1~707
Inve9tiga ti on of the Procesoe,3 -If P1 as t C) 6) 0 0 4"" '4
Deformation by Meano of Ethy I( (t 1 1 u:o!ie lluo! But
tions and Gel (3 and Opt i -a! I-) tar-" Z4 T "'fl
ically 9hQwn in FiF 1 it n v s - r e ', n t t, I a i n t ne r i n,t A T~.
tains , among o ther thng!i o 1 it r ? t; r o pt, ( KS) P - I :, 3 we r, (i
Be rek compen 9a tor fo r mea -nfT7T1C-' C, p t I --a ' e f f"it C t The dependen-e ~f
shear stress on deformation af, well as the deformation-kireti,: diarramr.
were ascertained with the help rf Pavlov's elastoplavtcv',S-c~simeter
(Ref 14) The material used was Sov ie t e thy I ce I I ul c i3e of the type
(K-290) with a molecular weight of 7 7 '04 and a substitution degree f
46.25~' The vi scos, ty 11' a ~~f6 alcoh~-~ I ber7ene so I u ti cn wag - 290 1,en t p,-
at 20 C The ethyl cellul-se was usted in a digFolved statt, in bpri-,-,v'
alcohol ( of different concen trat. ons ' and,, -r -- !-, benzy' di L,1 v
ph t ha I a t - m - x tu r e 9 ~w h o ~:,, rr,; x i n,7 r:i t, -I wa,,; v It 7 1 0 d i r, a Ti 11 n t,.,
The measured resul. tu are 3h--~wn i it ,,he '1 1 ~tFT~,,M9 )f F, gt, . T h-
modulus of shear of tne ethy' cpi 1 u I (, 9,? s,ilut ,-nF. was retw--r C -t-
2 , 1 -1 ' 0 1 - se I ~ t
1 kg/cm the viscosity between 0 and p, , Uwanr . t hi
cal. properties, the solutions in be n zy 1 1 .:,,D r.- e ~i i ) n tA c, 1 1, h.r~,:-,
viscous Newtrin liquids h;tving a ',,near iepl-nden-
Ca r d 2,11 ~

Investigation of the Processes of I'laitic si'o( 9 , 6 o,, o 24 xx
Deformation by Means of Ethy1cellui ic, B003/056
tions and Gels arid Ojt-,cal Pol;~riza*.- )ri
the bir,?fringence (L) ri) bcth r~n tho qhea~- ~-tresj as aln,) )n the 4-~formn-
tion rate. The solutions cor~taininj-, dibutylph~halato acquire(i
consistence with an increase in tho dibuTylphthalate ~:ontent Th t f
mentioned dependences tire, in this case, not linpar but oxi)(,nentifIl TYi,,
coefficient of optical activity V, (Vv - J\r~- ; Ln - amoun: of the lou~l-
refraction of light. T shear stress) is in the case of' 10 tu -thyl
cellulose solutions practically indejlerid,~nt cf the concentratin, and is
between 5-7 '04 Brewster VT dF-(-reaj(,!7, Tin increasing libutylphthl,il-i-
content in the mixture, as well !i- w.t~, lo-creaginK temperature Am o n j,
others, a paper by G V Vinot7ridov an~i V. N. Manin is ment-,oned. Ther-
are '~ figures, 1 table, and 1~ references: '' Soviet. I US, ir,:
ASSOCIATION: Institut fiz,.Vi (~ T11 I n0 Yu "J hm I d t a M n 5 k V 11 T1 :1 t : t,
-of Geophysics imeni 0 Y u . 3 h m i J *, -311;ILQ-V~,
SUBMITTED: Apr,.1 19, 1-i~,4
Card 3/3

0 ,/
I -
OSOXINA. D.N.
, ~ I
Golat1ne-glycerins golm used as vaterIal for tho optical polarization
Investigation of strain [with sumnary In Inglish]. Koll. zhur. 19
no.6:713-721 &D 157. (MIRA 11:1)
1. InetItut fisiki xemll AN SSSR. Hooky&.
(Colloids) (PblArization (Light)) (Strians and stresess)

NESTEREWYO, L.A.; XM, V.S. (Pskov); OSOXINA, G.N.
Editor'@ mail. Khim. Y shkole 17 no.;:84-85 3-0 162.
(nRA 15-9)
1. Pedagogicheekiy inatitut, Krasnodar (for Nesterenko).
(Chemistry-Uperiments)

OSOXINAF G. N., zaalu2hennaya uchitaltnitea shkoly RMR
Evening devoted to the topic RD, T. Mendeleev and HUBBian
painting.0 Ram. v shkole 17 no.6169-75 N-D 162*
(MIRA 16: 1)
1. Poretakaya arednyaya shkola Chuvaahakoy ASSR.
(Mende leev, Dimitrii Ivanovich, 1834-1907)
(Paintings, Russian) (Colora)

OSOKIRA, G.P., uchitellnitea
Acquainting the utudents with urea and its uacs. f.-hin. v
16 no.6-54-58 11-D t6l. ('M'LA 14: ll.~
1. 6redn.,-aya shkola a. Poretskoye, Chuvaahs1mya ASSR.
(Urea)

OSOKMA, G.N., uchitallniten
Simple experiments In diffusion. Xhim.v ahkoln 15 n0.1:72
Ja-F 160. (MBA 13:5 )
1. Srodnyaya shkola. solo Porotakoye Chuvashakny ASSR.
(Diffusion) (Chemistry-Sxportments)

MOIXHNOV, G.V.; MATVEYLVA, E.T.; OWKINA, G.N.
Electromagnetic field of a vertical magnetic dipole over a two-
layered structured with a steplike boundary. Uch. tap. ILU
no.286:255-260 160. (MIRA 14:3)
(Electromagnetic prospecting)

BTJRMIS7?OV, N.A.; KOROBFYITIKOVA, A.D.; KHATSKEVICII, V.S.; SOSIN, R.A.;
OSOYJNA K I DOZHKO, V.S.; MOSKAIEV, I.A.; GOGIII, N.M.;
BEMUCUNTKO, I.Ya.
Experience in competing for the right to be called an enterprine
of ccm=ist labor. Vest. sviazi 21 no.11:22-25 N 161.
(MIPA 14:11)
1. Nachallnik Pervomayekoy kontory ovyazi g. Moskvy (for
Burmistrov), 2. Nachallnik otdoleniya vvyazi Kupino.,
Sb.obakinskogo rayona, Belgorodskoy obl. (for Korobeynikova).
3. Nachallnik Noginskoy rayonnoy kontory avyazi Moskovskoy
obl. (for Khatskevich). 4. Nachallnik Teykovskoy kontory svyazI
Ivanovskoy obl. (for Sosin). 5. Nachallnik 16-go otdeleniya
avywA Dzerzhinska., GorIkovskoy obl. (for Osokina). 6. Nacha.Ilnik
Sovetskoy kontory evyazi Faliningradakoy oblasti (for Bozhko).
7. Hachallni-k Sovetskoy kontory svvazJ-Kurskoy obl. (for
Moskalev). 8. NaeW lxdk Kanavinskoy kontory avyazi g.
Gortkogo (for Gogin). 9. flachallnik Shche2kanovskogo otdeleniya
UVYR21 Yukhnovskogo rayona, Kaluzhskoy obl. (for Danilkina).
10. Nachallnik Bobrovskoy rayonnoy kontory evyazi Voronezhskoy
oblasti (for Bezruchenko).
(Telecommication-Employces)

KOVALEVSKAYA, I.L.; MHUYN-WITAK, R.V.; DMIMIYEVA-RAVIKOVICH, YO.M.;
KURNOF)OVA, N.A.; SHCHEGLOVA, Ye.S.; FERDINAND, Ya.M.;
MCUIE, S.R.; MAKIMINOVSKIY, L.P.; PETROVA, S.S.;
GOLUBOVA, Ye.Ye.; GOINCHAROVA, Z.I.; SAMAITEYEV, A.P.;
SIZINTSEVA, V.P.; Prinimall uchartiye: MEDYUKHA, G.A.;
OSOK1111L,lAji,,A,;_ItACIIKOVSKAYA, Yu.K.; 0.130VTSEVA, (?.I.;
-MUHSEM~Ov A.I.; KOVALEVA, P.S.; KARASIIEVICII, V.P.;
CHEBOTAI-I.SVICU, N.D.; CHIGIR', T.R.; L'OLISKAYA, S.D.;
KECHEM11YEV, D.A.; DEMINA, A.S.; ZUSIMAJq, R.T.; YESAKOV, P.I.;
SYSOYEVA, Z.A.; ZINOVIYEVA, I.S.; FALICHEVSKAYA, A.A.;
DENISOVA, B.D.; TIHOFELEVA, R.G.; SYRKASOVA, A.V.;
LYAIITS,'-!Arl,- S. G.
Reactivity and in-,-unological and epidemiological effectiveness
of alcoholic typhoid and paratyphoid fever vaccines in school
children. Zhur. mikrobiol., epid. i immun. ~3 no.7:72-77
Jl 162. (?.!1 TtA 17: 1)
1. Iz Mloqkovskogo, Rostovskogo, Omskopo institutov epidemio-
lopii i mikrobiologii, SUivropollskogo instituta vakt,'Iin i
sy,vorotok i Ministerrtva zdravookhraneniya RSFSR. 2. Rostovskiy
institut epidemiologii i mikrchiologii (for Kovaleva).
3. Stavropol'skiy inctitut vaktain i eyvorotok (for Sysoyeva).
yshevskiy in.-titut opidemiologii i mikrobiolorji (for
4. Kikyb,
Zinov'yeva). 5. Sarritovskaya gorodskaya sanitarno-epidemiolo-
gicheskaya st~intslya (for Lyantsman).

YANOVIr:i, '.1).; KAI,MY'KO'JA, G.N.; AT.FKSEYF'IA, I.K.; RACHKOVSKIY, A.P.;
0")(V .'!:A, L.A.
Stuly on tuberculosis infection by mAans of graduated eplclitdneous
tuberculin test. Sbor. nauch. crud. ljoat. gos. mod. inot. no.220-
12 163. (MIRA 181')
". 1z kafnIry ej,Iinr-I-)IogIi Rontovnk(,go gonudarstvennogo mnd1tqInnkogo
lnsl,ituta - T P.Yanovi-O.
I

OSCKINAV L.A.
rncidence of t1iberculosia Infections anong the rural population.
Sbor. nauch. trud. Rost. goB. md. inst. no.22:39-44 163. M RA 18:7)
1. 1z kafedry epidemlologii Rostovskogo gosudarstvennogo Rostovskogo
rreditainqkogo institua (zav. - prof. T.D.Yanovich) i Rostovskogo
oblastnogo protivoUiberkuleznogo dispansera (glavnyy vrach - zasluzhen-
nyy vrach RSFSR G.A.Kamusher).

OSCKINA, L.A.
Epideadological characteristics of tuberculosis under conditions
of a rural district of Rostov Province. Sbor. nauch. trud. Rcat.
gos. nod. inst. no.22s56-64 163. (MIRA 1817)
1. Iz kafedry spideniologii Rostovskogo goBudaretvennogo meditsinskogo
instituts (sav. - prof. T.D.Yanovich,

KONEVO V.N.; KRUSHATINA, N.A.; AGAFOVA, V.A.; OSOKINA, L.I.1 PTASHNIKOVA, M.O.
StudyinR the reaction diffusion in systeme binary alloy - gas.
Part 3t Sulfuration of copper-aluminum and copper-manganese
etljoya. Fiz.-wt. i r*talloved. 20 no.5s7W-793 N 165.
(MIRA 18t12)
1. Ureillskiy Fosudare1tvenn.-,-y uni--ersitet imeni A.M.Gortkogo.
Submitted January z., 1965.

OSOKINA, L.V.p rod.; MEINSIDEV, L.Ya., tokhn. red.
IGraphical conventional designations for electrical
systems] Oboznachoniia uslovrWe grafichaskie dlia
elektricheskikh akhem (GOST 7624-62). Izd,. ofitsiall-
noe. Moskva, Standartgiz, 3963. 151 P. (MIRA 17:2)
1. Russia Oq231- U.S.S.R.) Kornitet staudartoy, war i
izr.eritel'rWkh priborov.

AUTHORt OBOKINA,P.U., RATNER,B.S. i'A 210~
TITLEs Inveefl-g~ of the (t,p) reaction on Zinc. (Russian).
PERIODICALs Zhurnal Eksperim. i Teoret. Fiziki, 1957t Vol 32, Nr 1, pp 20-26
(U.S.S.R.)
Receiveds 3 / 1957 Reviewed, 4 1957
ABSTRACTs The present work is a continuation of the investigation of the
photoprotons which are emitted by various nuclei under the effect
of the bremostrahlung of a synchrotron with a maximum energy of
1--rays up to 30 MeV.
The measuring method is similar to that described by LEJKIN,E.M.
et al Doklady Akademii Nauk SSSR, 1955, Vol 102, 245). The protons
were recorded in photoemulsions NIM JA-2 of 400A thickness. On
the occasion of an inspection of plates by means of binocular
microscopes the traces of the protons with energie " ofF_ >' 3'0
MeY were selected, which begin on the surface of the emuision
and develop in the proper direction. The complete energy spectrum
- " 0,8 and 2o,6 MeV.
was measured only for the energies of E
rm
In the remainder of the cases only the energy of the fast protons
with E p > 9 MeV was determined. Proton energy was determined
from the curve range-energy. The dose was determined by means
of an integrating monitor-ionization chamber.
Card 1/3
--"v-L.Y- Anese re-

PA - 2103
Investigation of the ~ P) reaction on Zinc.
sults indicate that the con-ribution made by the direct photo-
effect for nuclei with Z - 10 amounts to about 20 - 40 X~ in the
case of the ~--ray energies nvestigated here. In this connection
the e,-quanta probably enter into interaction with the protons
located on the individual shells of the nucleus. The cross
section of ouch an interaction obviously has the character of
resonance. Unfortunately the data obtained for other elements are
not sufficient in order to be able to analyze them in the light
of the ideas discussed here.
ASSOCIATIONt Physical Institute "P-N.Lebedev" of the Academy of Science of
the U.S.S.R.
PRESEWED BY j
SUBVITTEDs
AVAILABLEe Library of Congress
Card 3/3

Ito
6961
;, i PSR AND
INVESTIGATION Or PHOTOPAOrOWS ROM COP
MIMI- t, WlMtk~ R. Oookt4s. *ad B, listuor W~~M~
0, scicoce. of EM u.kWqFMvMkMw)7 fru'vo cimeato 110) 3,
pholanuciftag r"etioue ware stuXed to estsWish lbo
mechanism of Y-My juteracuou with nucILI Abd to prvvld.
a cbeclk for tha validity of prvpo*Waucle&r models. ~jbr
pnerLy and jungkIsr distritnulon of pho4oprotoes, from.
neigbborine Cv mW NJ nuclei at m&4 mum Mae# of brems-
strablupg ener.7 were obserred In deWl. JrA)

SIBININA, I.G.; OSOKINAj_kl.
Tonparature Indices of the development of lucerne under conditions
of irrigation farming In the Usbo S.S.R. Trudy Sred.-As. nauch.-
Isel. gidrometeor. inst. no.1201#-42 062. (KERA 1635)
(Uzbekistan-41falfa) Plants, Effect of tenperature on)
(Irrigation farming)

0a)KINTA, 11. !!.
USM/Nuclear i~~ysics - Con-nic `-ayr,, Penetrnti-)n 11 Oct
"Invest irat ionn in the -Stratosp~;ere of t~,e Prnpertien of i,enetrat4n,-
Particles, 11 K. I. Alcksoyeva, 3. N. 7ernov, ),,x)kina
I'Dok A Nauk SSM" Vol 1AKX) *;o ~, j;1) 72~-72'
Describes schene of disposition of counters and fi:lters, altiturie 'iependence 0."
number of coanic-ray particles witn various flii-ht paths in lead ~!1-8 cr).
Discussed expts were conJucte(I in 1911.7-~4k' in the stratosphere, on the forration of'
showers bry cosmic-ray particles in a lead filter 4-9 cm thick. Conclude that t1lere
is a considerable mmber of electmns amng the coa-iic-ray particles possesnin:, fli--ht
paths R betueen 14 and 8 cm in lead, from a comnarison of the probability Of fomation
of showers by particles with shower p&Q-.s nA' R=4 cr. and R-I cm in lead. 5ubmi t tcd
27 jul 51 by t'cad D. V. Skobelltsyn.
PA 221T79

I* r, ~411
XI 'aea -Tm,.m m, ,,F..Oy
W"put. . . - )I. M
'9~s
Ak". )"alt
])*Wlrd SAVMWAIOMW 010 ~10 SlW "Play
bwAIM 01 Ad*"9%A 3114L OflUb Of VIOVWKO '#Or* M*&
wilb the W.Mcv uKhrrv" T)w Ow*offaaos -rout"
Irmo romer was-84"loost -Y 4-illum ftkAsoftain
d 30, V4, IS, ikW 14,11 Jdev. *ad Ow amto#l-o from ui~k*l
at JUA. 211's, Mv 14tv, Tbt prvH-nlMAry ralt3turrmesis
Vvro obtAlwA o4 glumtmm arA lexa. w,ih lbb IrAgalti"jg
10,. 29 ZY. - 21.0 atna 3O.S Mv . harp
CbIW V*8 cbwrv*4 is OW Mboigr JIM rliMloa, is Zbw
"AM of The "*to Spoctra. *M 1h, om~s*~Mo4 %.-It Ilkyj
trom capper~ 171N.J.1
MEMO

USSR/Phyajos p) reaction
cam 1A Pub,. 22 - 14/59
Authors Leykin., Ye. 11. 1Osokina) R. 11. j and Itatnerj B. S.
Title I Study of the wp) reaction on copper-
hriodical I Dok. AN SSSR 102/2) 245-248p Nay 3-1, 1933
Abstraot i An experimental study of the (-dp) reaction on copper is described, A
synchrotrone was used as a cource ofZr-quanta of 30.5 Nov. of energy. A
foil of 18,4 mg/em thick and consisting of natural copper i6otopov was
exposed to a beam of 2f -quanta collimated by a lead collimator of 20 em
tbick. Results are presented and explained. Seven references: I USSR and
6 USA, (1947-1955). Diagrams; graphs; table.
Institution I Aced. of Sc., USSR, Physical Institute imeni P. N. Lebadev
Prevented by s Academician V, N. Kondratlev, January 2, 3.955

tmw physics
CAM 1/1 Pub. 22 - 3.9/62
Authore I Laikin, Is. j1j Oaokina) It. ),'.j and Ratner) B. S,
Title I Study of -the reaciion (rp), of nickel
Dok. All MR 102/3).,493 - 494, May 21,j 1955
Abstraot I According to a method de 'Cribed in a previous report., the study of tbo
r
energetic and angalar distribution of pboto-protons emmitted fram a nick-
el, foil is presented. Three referen-cesi 1 USSR and 2USA (1951-3-955).
Diagrams.
Institution The Acad. of So.) USSR., P. W. Lebedev Physical Institute.
Presented byt Academician V. N. londratlev) February 1.. 1953

'Study of the (YjP) BeWtICA 1Z Zl=#" by Ro X, 05okina AM
B. S. Ratner,, Physics InstituW imenI P. N. Lebedev, Academy
of Sciences USSR., Zhuinal Skalperimentallnoy I Teoreticheskoy
1111M, VOI 32., NO 1, Jan 57.- Vp 20-26
Thim article investigates the photoprotons emitted by zinc naclei under
the action of synchrotron Bremsetrahjung. Havirpm tray energy ranged up
to 30 Nev -
Experimental technique Is described and graphs of the results are given,
Results are conpared with the statistical theory of nuclear reactions
and with the direct photoeffect model. "The results of the study of photo-
protions from si= verify previous conclusions That the contribution of di-
rect thotoeffect to proton yield for nuclei with Z >30 accounts for a con-
siderable part of the yield (20-40%) over the W-ray energies considered.
In all probability.. the r-quants, interact with protons located In different
ebeLls of UA awlew. Mw reaction., seemingly., has a resonance cross sec-

LIMOVA, N.V. - OBOXIM. R.N. -. RONIM. B.S.; AMIROV. R.5h.. sotrudnik;
0~_
A.KINDIBDV, __77. T; -.4uT=dnlL-
Photoprotons from Cu65. Zhmr.ok*sp.1 teor.f1s. 38 no.):
780-789 Kr 160. OiIRA 13: 7)
1. Fisicheskiy institut Im. P.N.1mobedeva Akademii nauk SSSR.
2. Saratovskly goeudaretvemVy undveraltet (for Amirov,
Akindimov).
(Protons) (Copper-Isotopes)

MuRsoomm amm m;amtvm
I'I I I I , , ;, -: ,.11 , ,,
AK-l?j'Dll:OV? V.V., 0~;OKI.N'A,, and :UkT:i-;T,, D.:;.
"InvestiGntiot of the (-i, ,,) 4~ncti,-lr, (in tho Intor--~o,iiAt,2 It-, , -,,' "
l,cbefl(-%, Pli:,slca] ". -I I q!-, - '"', I., .I . ~ ~,.
I r,: :- 3 :'~ -: " , '. - , " . II -,
i 4 - --,, , ~ "

zhir T,7,
tj

6AU

n7
v%ld

v

OSOKINA, R.M.
Photoprotcnii fTCM NO. Zhur. ukap. i tocyr. fla. 44 Do.2:
444-453 F 163. (MIRA 107)
1. Flzicheskiy Institut Imoni F.N. lebodeva AN SSSR.

/62/000/000/037/044
3/903
B102/B234
AUTHORSs 0 Seryapinj V. G,,~
121 123
TITLEs -Photoprotons from Sb and Bb
SOURCEI Yadernyye reaktBii pri malykb I arednikh energiyakh; trudy
Vtoroy Yoeeoyuznoy ko-rferentoiij iyul, 1960 g, Eda by
A. S. I)avydov and others. Moscow, 1%d-vo AN 53314 1962, 504-507
TEXTj The great effect of the nuclear shell structure on the nuolear photo-~
effect has already been observed In the closed-shell region Z - 28. it is
12l 123
now investigated for 'the Z a 50 region. The isotopes 3b and Sb whose:
photoproton onergy spootra and angulat distributions were MeADUTed differ
as regards the state of the I'valency protons" above the closed ahells for
121 tate and for 5b )23
in the Ig state. The contri-
Sb It is in the 2d
5/2 a 7/2
bution of the valenoy protons may be catimted from thD difference of the
121
spectra. The targets used for 'the measurements were enriched in Sb to
95.5% and in SbI23 to B1.5%. The method of measuring -was the same as
Card 1/2

'121 123 S/903J62/000/000/037/044
?hotoprotons from.3b hnd Bb B10213234
described here on Page 498. Thi: targets were again exposed 'to bremsstrablung
(S .0 19i5 ~ov) from the FIAN synchrotron and the protons recorded vith
max
nuclear emulsions. The baokground was separately determined. The photo-
121 '323
proton y1eld.ratio vas (1.2+0-3) 1 1 for 3b I j 5b The energy spectra
121
of the proton3 differ great2yj ior Sb it has a flat and broad maximum
between 5 and 8. Nov, for 5b 123 it has a hi.gh peak at j5 Xev and perhaps a
second swaller peak at /v7 Mev and thon it drops continuously and. forms a
small high-enargy tail. The_angular distributions are isotropic for low-
energy proto" and, have a flat maximum botveen t30-1000 for B >7 31ev 7which
P
123
is somewhat higher for 5b . The investigations:sre still'proceadirig.
There aro 4 figures and 3 4,.ables.
-m. P. 34. lob-odeva A
ASSOCL&I"101 i Fizioheskiy institiat i (fliz?Oict)
InBtlt-ute Imeni F. N, Leboduy X5 USSR)
-Card,2/2

S190316VO00100010361044
2102/B234
A Vf- ROR i Osbki R
Photo M 124 114
TiTLEs prot~ from :Sn and Sn
SOURCEI Yadernyys reaktaii pri :malykb i arednikb energiyakhl trudy
Vtoroy Va esoyusnoy kouf erentaiip iyull 1960 g. Ed. by
A. S. Davydov and others. Moscow, lad-vo AN 58SR9 1962, 498-503
TEM Whereas the (rpn) reaction yields satisfy the sun rule for dipole
transitions and are a smooth function of A, the (pp) yields behave variably
and often even decrease vith increasing A for the several isotopes of the
same element. In order to explain these peouliarities it was investigated
whether variations of photoproton yields are accompanied by variations of
the spectrum an'd-of -the angular distributions of the particles emitted.
i d angular distributions:of photoprotons were thus measured'
Energy spectra an
for Sn 124 (target enrichment 96.3%) and for Sn 114 ~.t&rget 57.2% Sn'14,1906%
116
SU and 1098% SU'17).' The target foil's vers simultaneously exposed to
bremastrah4ung (z - 23-5 XOT) at the PIAN synchrotron; the protons were
YWAX
recorded in 30 Of
0- 07-3 (NIKFI T-3) nuclear eimulsion plates. The other
Card 1/3

124 114 3/903/62/000/000/036/044
Photoprotoras from~Sn and Sm 3102/2234
experimental details were the same as described in Nuol, Phys. 16, 11~t 190.
The background van determined in special measurements a The results obtained
114 124 114
for Sn and Sn differed considerably, The Sn photoproton yield nos
greater by a factor of 5..O,+-l, i.e. the yield decreases w1th increasing A in
agreement with- the evaporation model, The statistical 'theory giveZ3 yields
which are.too small by orders of magnitude. The phenomenon may be explained
by assuming the proton. single-particle excited levels differently arranged
for,the.laotopes of-one and the same elerient.. The energy dependence of
proton tunnelling may thus be responsible :for. the yield diff erencea. The
proton 4.~ergy spectra of the two isotopes in,veotigated differ greatly. The
124 114
Sn proton spectrum has only one maximum at about 7-8 Nev; that of Sn
has also s, maximum at .5.0 - 6-5 Xev. The angular distributions drawn for
roups are more flat for SnI14 than for Sn124; the low energ;r
several energy
lt-~ group < 10 Mevi is almost isotropioj, the others show a slight anisotropy
t h a tincreases with-the energy. The results verity the difference in the
4A
124 trar
level structure of these isotopes. It oan,be assumed that with Sn si-
tiona from'the p-shell play the main rol9l.Alfhereas for S12114 the g --3. f
1 .1 F. !. 9/2 '7/2
transitions contribute considerably. Thare,,are 5 figurpa and 4 tables.
Car

3/056/63/044/'002/COO/00'5
Bioqm,36
95
TITL~;: Photoprotone from Nb
PZMIODICAL; Zhurnal eksperitiientallnoy i teoreticheskoy fiziRi, v. 44,
no . 2 , 196 3 . A, /,,, -4 5 3
T~M :n an ex erimental arrant;ement siuilar to that d--.?scri*Ded il N~,ovo
A .1
cir- 3, SuPPII - 1 , 1U5, 1)56, a tart;et of 27.7 mt,/cm'
niobiun %%as irradiated at an arqje of 20c by -,o-rays from the 30-i.',ev
s.inchrotron of the FIAN, with ener.gice Eymax - 19-5, 23.5 an,; 27.5 '-ev.
Ttie protonE3 emitted e.-ere recorded by 360 p emulsion layers of the tyi,e
H',,' ~ ~ V - -5 ~':,; 1:: F1 -T 3 ) -The plates were then subjected to inicroscopic
scann4 r,, , and was determined fron the ranve - enarGy curves for
Ilford-C2 plate_ The data obtained were used to deter,~ine proton yield,
ener~,y and an-ular distributions with the help of an "Ural"-type computer.
The anz;ulai- distributions can be characterized by I(G) a + b Bin2G, for
the fast protons (E > 10 I.Iev, E - 27.5 Mev) by
Card 1/3 fmax

L
93 3/056/63/04-4/0u'1006/065
Photoprotons from Nb B102/10b6
I(Q) a + b sin 29 + c sin 2(~ cosG. The f actors and their rati)-, ar.. t tL, u 1 ated
for all E ynax and six proton enerey 6roups. The proton
were 1 - 00 + 0 - 04 , I - 5G + 0.04, und 2.21' + 0.10 (relative uni t'; Ii t,
three Eyrlux values. Th'; curve Y P(z ,,,,,X) was found to be linvar, it lay
1.r1,.
above that obtained by Hal ern an4l Liann (PhYB. Rev. 83, 37,'D, The
(E
Y
P ,-,,,X) and the Yn(E ymax~ data (cf. Phya. Rev. 91, 659, 1)53'; 37,
1954~ are compared with the statistical theory by takint; n~,c',%2o% :-
correlation effect3 exerted on the final nuclear level denGit~ intt) -count-
The proton enerry spectra obtained from the model of nucle,.n vai,
deviate considerably for all -i- from the measured ones, i.... tl,,?-, are
YMax
too soft. The yields measured exceed the theoretical ones b;, atk"t ~,ne
order of r.-.aGnitu(;e. A comparison of the calculated anisotrQi,ies
with the measured ones shows that 1L proton transitions of the 21, - 2~1
type play the main role in thu riAn6o 6 Mev!!~-E 1) Cz $0 Kov and with
Eymax . 1)-5 Wev (b/a - 1.25 t '.34, (b/a)theor " 1-5). The iaotr(j,,.c
Card 2/3

93
1hotoprotons from Sb
S /0 5 6 A 3 /0., 4 /Q C 2,1 (~,~ 6,1'C-6
3 1 C) 2 / 1, 1 a 6
distribution 'An the ranj;e F, 6 ,.,.cv could posoibly indicato a
considerable c~)ntribution of eva.,oration. '!ovvever the protona coul., also
possiblv bm emittc,,' in 2;) - 'a transitions With (b/t,)theor - G. re
are 5 fi6ures and 4 tables.
tSSOCIi,',LIG'3:
SUBN~ITTED;
Card 3/3
Fizicheakiy institut in. P. N. Lebe3eva '~kademii na-u.-. S33R
~'?hysice lnatitak(- !;,ieni i'. N. Lebedev of the Acade.Lj c,.'
Sciences USSRI,
iiuguat 2, 1/062

OSOKINA R. M.
"The Relative "ontribution of the Eva-oration and "'irect
Process into Photonuclear Reactions on the Medium Weight Nuclei."
Paper presented at the Intermational OymDoAum on Ajirect Inter-
actions and Nuclear Reaction "'echanisms, Padua, 3-8 Sep 62

KOST*iUY. ',Y,'Iv',-,
steen cylindrica' ri.e.:9 witt ~,Y-jllt-ln curvi'-Inenr
edf7s,o ~'wltn oummnrles in i-NDslnn Find Frgl irn' . Pryk.,', mekt . I
'57. 9~
I t I'lld ', 7 CrjC k i ;I i UP-A
(F., P-t 'I"ro im, nhol Is

"The Condition of Stress in a Circular Cylindrical Shell With
One Fixed Curvilinear Edge," by Z. D. Kostyuk and S. K. Ovokimai,
Institute of Structural Pechanics, Academy of Sciences Ukrainian
SSR, Prikladna Xekhnnika, Vol 3, No ?, 1957, Pp 209-211,
1
It rarameter Y. = - (I = length, h = thickness, R = radiun
V-R-h '
of curvcture) wnE tired as a criterion in an experimental r-trese F%nalysis
of uniformly loaded rn-Aelc of a thin circular cyliniricel chell. In regard
to Ptresc distribution, the recults were in good agreement with theoretical
data obtained in accordance with Vla-sor'n ripproximate moment theory. The
m0ale region of the shell actr like a cc.mplete (closed) circular :ylindri-
cal shell. The maximurn moridional f:tresset. ore exerted nlong the fixed
edge, and the maximur., circumferential ::tre-q:;er are exerted on the free edge
In the middle Lection- The exp-rimental results indicated that the calru-
lated (theoreticnl) error increriceg with Pn increase of the parameter /,;
the deviation between the maximum values of the meridional stressrE obtained
by experimentation and by calculation amounts to 45 percent wber Y.,= 1-3-
(U)

ROYAK, S.M. dotsentp kandotekhn.naulc; MYSHLYAYEVA, V.V., kand.t.ekhn.naxl]q
GSOkINAq T.-A., kand.tekhn.naulr
Effqct of various additives on the propertiee of magnesia cenentil.
Nauch. ooob NIITSementa no-9138-42 160. 0411A 14:5)
(Magnesia cement)

MYSHLYAYLrVA, V.V., kand.tekhn.nauk; NAGEROVA, E.I., kand.tekhn.nauk;
06i-PKINA T.A., kand.tekhn.nauk
- ___j _
Developing methods of detecting boron and flourine in cement materials.
Naueb.soob.NIITSementa no.8:23-28 160. (MIRA 14:5)
(Boron-Analysio) (Flourine-Analysis) (Cement)

I ( I . :,: ) - - ~ I . . t I i ii I I I I
()!~ CT' I ;:Ill. , 'i_ . A . : ! ., , .1 1 .
! I I I t I ii ! , I 1-111. .1; , I ! It 1 1. ~!, ~ : I , ~ - ! , . . 1~ " I . ; - r -1 , . -I , I , , ,
i
I , !, , , *.',, ~ - . , I , , 1 -11 , , ~ !~ I I- I , . "l1 , I I . . . I
~ c ! . 1 11 ! , t , : ; , I .I , I i I I ' . I ! J : 1 , , ' ; T I ' . J ' I I , I I ; ! . i I ; I i I I ~ I I I
I , () , 1, . , '. ; ( Ki , - I I , I I I I I

BU?r. Yu.H.: HTSHLTAYEVA. V.V..knnd.tpkhn.nnuk; OSOKIWA, T.A..inzh.
Internetion of cenent alkn1len -nd rnnctlve concrete fillers.
Strol.pron. 16 no.4:2Q-32 An 15R. 01W 11:10
1. Chlen-korresnondent Akndpnit stroitallstvn i nrkhitnktury (for
Butt).
(Alkalies) (Cenent)

BUT-A, YU.M., doktor tokhn. nauk, prof.; MI[LYAYNYA. V-Ve. kand. takhn. nauk;
OSOnM, T.A., Iuzh.
....... 0",," .......
Effect of alkalis on the elinkering process ani strength of "he
cement. TSement 23 no.5:9-14 S-0 157. (MIRA 11:1)
(Alkalies) (Cement-Teetting)

M YS H L YA 'YL: V AV . V , , k. an , . *~ ~- v, t ji . n E, u ~- , OL () ~, : NA , T ~ ~ . , ksi r, d . ' r i. r. r , 7-, a u k ; :, U h , IN A , Y.
11. in z h . i 5 A! I V , '. M, , " : I z ! i . --- -- - - -
Usirq,, trie FF7414:1~' for , rij,, -, oxile and ruign-tilum In matorla-'In
for -ement prc~ju-,.on by '.1tration. r,-,
19 t ~ 12 '63. , !", It:' :".],

L, 4 4 3 1~ 'A - ,5 6
ACC NRa AP6021384 (A) SOURCE CODE: UR/0101/66/000/002/0009/0009
AUTHOR: Myshlyayeva, V. V. (Candidate of technical sciences); 13,sokina. T. A. (Candi-
date of technical sciences_)_
ORG: none
TITLE: New standard for chemical analysis methods
SOURCE: Tsement, no. 2, 1966, 9
TOPIC TAGS: analytic chemistry, quantitative analyris, chemical composition, cement,
structural mineral product
ABSTRACT: The substitution of GOST 5382-65 for GOST 5~82-58, to be effective July 1,
1966, is discussed. GOSI, 65,refers to Tementso- Methods of Chemical Analysis."
T _5 ?3 ~8~2- ~ I -.
The old standard was ~ ~tablished in 1958 before methods based on Trilon B and photo-
electrocolorimetry had been perfected. It is stated that the GOST 5362-65 calls for
photocolorimetric analysis for the basic components in Portland cements and for CaO de.
termination by photoelectric titration using the rET-UNIIZ instrument. The GOST 5382-
-65 standard also requires that the same analytical methods be employed in testing
clinkers and slips. It is suggested that the GOST 5382-65 standard be put into prac-
tice in all quality control laboratories of the cement industry. It is claimed that
the analytical methods recommended by the GOST 5382-65 are faster and more accurate
than those required by the old GOST 5382-58 standard.
SUB CODE: 07)1t/ SUBM DATE: none UDC: 666.94 : 543.06
Cord

5TTRIKOVICH. N.A.. prof., red.; OSOXINA, V.I.. red.; RRZOUKHOVA, A.G..
takhn.red.
(Nuclear power; collection of reports of the Second Geneva
Conference on some questions of nuclear power] I.Adernaia energe-
t1kn; abornik dokladov 2-1 Zhenevokoi konferentsti po nekotorym
voprosam iadernol energetiki. Pod red. R.A.Styrikovicha. Moskva.
lad-vo lnostr.lit-ry, 1959. 179 p. (MIRA 12:9)
1. International Conference on the Peaceful Uses of Atomic Energy.
2d, Geneva, 1958. 2. Chlen-korrespondent AN SSSR (for Styrikovich).
(Nuclear engineering)

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