SCIENTIFIC ABSTRACT SHESTAYEVA, M.M. - SHESTERIKOVA, T.P.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001549130002-6
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: July 13, 2001
• Sequence Number: 2
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

Investigation of the Nature Of rUt,11yF3t(J (184?d -.11 SOV179-2',t -6-62/72
Isomerization and Polymerizatic!n :-~f llydrocarbon5.
II. On the Catalxyti,~ Properties of Silicic
~;atalytic activity at 155) rise3 1500 times and ils equal to
the catalytic activity of loam. In such cases the Soviet in-
dustry uses 15 aitminum nxi-Ie (occasionally iqjo), so that the
se facts explain the
a-pinene !a isomer.ized even at +00 ThL
easy isomerization of, a-pinenes and 3ther unsaturated hydro-
carbons under th,~, influence of silica gels~ observed by some
scientists,, and -.rjrfi-rm the theory of aluminum silicate (~atal-
Y:?.4s cif V. Ye, Tiz~hohenko and G. A. Rudakov. The experimental
results publisheO in the paper at hand, show that silica gel
without aluminuir may be used for the chromatographic separa-
tion of tAnsaturated hydro,,arbons. If technical Gelq containing
1`1 aluminum oxide, ia used., the alumino silicate must be pre-
XO
viously neutralized, 1'. is yet unknown what effect this neutra-
lization exercises upon the separation properties. The two
tables show the properties of analyzed gels and for compaxison
used active loams, produced by the "Voskresenskiy khimkombinat"
(Voskresensk Chemical Kombinat). The diagram shows the catualyt-
Card 2/3 ic isomerization rate of a-pinenes using various catalysts.

Investigation of the Nature of Catalysts Used in SOV/79-29-6-62/72
Isomerization and Polymerization of Hydrocarbons.
II. On the Catalytic Properties of Silicic Acid
There are 1 figure, 2 tables, and 22 references, 18 of which
are Soviet.
ASSOCIATION: Tsentrallnyy nauchno-issledovatellskiy lesokhimicheskiy
institut (Central Scientific Chemical Research Institute for
Forestry)
SUBMITTED: May 29, 1958
Card 3/3

5 (3)
AUTHORS: Rudakov. G. A., Shestayeva, 34. M. SOV/79-29-6-70/72
TITLE; On Catalytic Transformations of TerpeneB (0 kataliticheskikh
prevrashcheniyakh terpenov). VIII. Isomerization Changes of
Terpinolene in the Presence of Titanic Acid (VIII. Izomeriza-
tsionny e prevrashcheniya terpinolena v prisutstvii titanovoy
kisloty~
PERIODICAL: Zhurnal obahchey khimii, 1959, Vol 29, Nr 6, pp 2096 - 2100
(USSR)
ABSTRACT: The isomerization changes of monocyclic terpenes in the pres-
ence of acids are usually considered as an irreversible proc-
ess, which starts from dipentevie (I) and passes through ter-
pinolene (II) To a-terpenene (III) and ~-terpenene fITT"mozede-
tailed analysis makes this conception improbable. When acids
affect (II), one must expect a simultaneous formation of ions
of the carbonium (V) and (VI), or of the corresponding ethers
of the a-terpineole and terpinene--4-ole, if the C-atoms 4 and
8 of terpinclene are equivalent in double bond. When the proton
of (V) splits, the formation of an equilibrium mixture of 75%
of dipentene (I) and of 29% of terpinolene (I!) (Ref 1) is to
Card 1/3 be expected. When the proton of (VI) splits, an equilibrium

On Catalytic Transformations of Terpene3. VIII. Iso-. SOV//79=.29..6-70/72
merization Changes of Terpinolene in the Presence of
Titanic Acid
mixture of hydrocarbons (III), (IV) and (II) should result.
According to these conception5, when heating the above named
monocyclic terpenes with titanic anid, an equilibrium mixture
' , (II), (III) and (IV) is to be expected.
consisting of (I),
(scheme 1). The present stud;,should ascertain whether the re.-
ciprocal transformations M II) really take place, the re-
versible transformat-.33a (II (III) or (IV), not being taken
provisionally into consideration. Por this purpose the pro-
ducts of the catalytic changes of terpinolene (II), in pres-
I were analyzed.
ence of titanic acid at a temperature of 13505
In addition to the compounds (II), (III) and (IV) 10%. of di-
pentenes (I) have also been found, which confirms the presence
of the re'~rersible transformations 113-p-menthene
and p-cymzoll have likewise been found. When the optically act-
ive limonene is subjected to the action of the catalyst then
the presently proved reversible transformations lead to its
racemization (scheme 2). In opposition to the hitherto exist-
Card 2/3 ing admission, the racemization of limonene has, - due to the

On Catalytic Transformations of Terpenes. VIII. Iso- SOV/79-29-6-70/72
merization Changes of Terpinolene in the Presence of
Titanic Acid
reversible transformations the advantage over the
racemization, due to the rearrangement on account of the double
bond in the ring, even in a homogeneous medium. The transforma-
tion of the limonene into terpinolene is consequently a revers-
ible reaction and apparently the principal cause of the racemi-
zation of limonene when heating with acid catalysts, especially
if solid catalysts of the type of titanic acid, which are in-
soluble in linonene, are used. There are 2 figures and 9 ref-
erences, 6 of which are Soviet.
ASSOCIATION: Tsentralinyy nauchno-isaledovatel4skiy lesokhimicheskiy
institut (Central Scientific Chemical Research Institute for
Forestry)
SUBMITTED. April 7, 1958
Card 3/3

W.JDAKOV, G.A.; SHESTAYEVA, M.M.; IVANOVA, L.S.
Influence of the carriers on the course of the acid cataly-tic isomeri-
zation of pinene. Dokl. AN SSSR 162 no.6il320-1322 Je 165. (MIRA 18:7)
1. Institut nefte- i uglekhimicheskogo sinteza Irkutskogo gosudarstvennogo
universiteta im. A.A.Zhdanova. Submitted December 9, 1964.

SHESTIKOV, A.A.
Dfatribution of special points on n simultaneous differential
equations (n ),3). Trudy W 27--41-50 '53. (MLRA 10:6)
(Differential equations)

SHESTELI . ;..P.
The system of socially useful productive work of students. Biol.
v shkole no.5:67-70 S-0 '59. (HTRA 13:8)
1. Omskiy pedagogicheskly institut.
(Student activities)

- I- '. z..- , , . .
.- .-.I..- - I ~ 11 . - : - . ~ - ~ . I ~~'; - - ~ , - -
n I- - ~ 1. * -1 1- 1 ~ . !,--: ~a-

SHESTEPEROV, I.A.; R'-2D,;IT.SK,-'-f', "'.A.
Reviews and bibliography. Okeanologiia 5 no.5:928-930
165. (M-IRA 18:11)

A., inzhener; KRYNITSA, R.H., Inzhener.
SHESTERIKOU. APA
Installation of medium-capacity marine reductors. Sudostroenie 22
no.12:30-34 D '56. (MLRL 10:2)
(Marine engineering)

-Y
y
.-7
e n F e r
Ti
on LI
J
3,: Baltiysk,---
"Tad-. ik avien?o)

SHESTERIKOV, N.. kapitan I ranga zapans
Electric navigational devices. Voen.znan. 36 no.4:23-24
Ap 160. (MIRL 13:4)
(Nautical Instruments)

SHESTE.RIKOV, 11. ',., kand.tak-ha.aaulc, dotsent
Regular pin toothing. Trudy SkDI no.16 pt.i:62-69. 159, (MIRA 13:11)
(Gearing)

GLUSHKO, G.T., kand. tekhn. nauk; SHESTERIKOV, N.A., dots., kand.
tekhn. nauk, otv. za vyp.
[Methods manual on the course "Theory of mechanisms and
machines"I. Uchebno-metodicheskoe posobie po kursu I'Teoriia
mekhanizmov i mashin.11 Sost. G.T.Glushko. Saratov. Pt.2.
1963. 115 P. _ [Album of dravings...] Allbom chertezhei
k... 1 v. (MIRA 17-4)

PENTIN, YU.A.; TETERIN, E.G.; SHESTERIKOV, N.N.
Infrared spectroscopy method for determining tri-n-butyl phosphate
and dii5oamiyl ester of methylphosphonic acid in solutions of --
n-paraffinic hydrocarbons and dearomatized kerosine. Zbur.anal.-
khim. 17 no.2:239-244 Mr-Ap '62. (KIRA 15:4)
. (Phosphonic acid) (Butyl phosphates-Spectra) (Hydrocarbons)

xi rw

VA K-1 I K- C"IN
Subject USSR/Meteorology
Card 1/1 Pub. 71-a - 11/26
AID P - 26o8
Author Shesterikov, N. P.
Title Experience in computing drift correction in the
measurement of currents
Periodical Met i gidr, 4, 44-45, Jl/Ag 1955
Abstract The measuring of currents from drifting ships is
described and tables giving possible deviations for
5 and 10 m horizons are presented.
Institution None
Submitted No date

SHESTZRIKOV, N.P.
Preliminar7 analysis of the drift of radio beacons in Arctic seas.
Probl. Arkt. no.2:85-91 157. (MIRA 11:12)
(Arctic Ocean--Radio beacons)

SHESTERIKOV, IT.P., mladshiy nauchnyy sotrkidnik
------ __, . -
Brief characteristics of land floe in the Davis Sea. Inform.
biul. Sov. antark. eksp. no-5:43-45 '59- (MIRA 12;-10)
l.Arktichaskiy i antarkticheskiy nauchno-issledovatellski7
institut.
(Davis Sea--Ice)

SEMTYLRIKOV, N.P., mladshiy nauchriyy sot rudnik; SHIP NIKOV, V.I., mladshij
nauchnyy sotrudaik
Safety measures for cargo transportation on fast ice in the
Mirnyy areas. Inform. biul. Sov. antark. eksp. no.7:26-30 159
(MIRA 13:3)
1. Arkticheskiy i antarkticheskiy nanchno-issledovateliskiy
institut.
(Mirnyy region--Transportation, Automotive--Freight)

KLEPIKOV, V.V., kand. geogr. nauk; SHESTERIKOV, IT.P., mladshiy nauchnyy
sotrudnik
Currents observed at three diurnal stations in the coastal waters of
eastern Antarctica. Inform. biul. Sov. antark. eksp. no.8:16-20 '59.
(MIRA 13:3)
l.Leningri4dskoy-e v7sahey-e inzhenernoye morskoye uchilishche im. admira-
la Makarova i Arkticheskiy i antzarktichaski5r nauchno-isoledovatellskiy
institut.
(Antarctic regions-Ocean currents)

SH-OSTFURIKOV, N.P.-, mladshiy nauchUy sotrtidnik
Cnrrents in the coastal Dart of the Davis Sea. laform. Biul. Sov.
antark. eksp, no.10:24-28 '59 (MLU 13--3)
1. Arkticheakiy i antarkticheskiy nauchno-issledovatellskiy institut.
(Davis Sea--Ocean currents)

mladshiy nauchnY7 sotrudnik
Sea level fluctuations in the Mirny7 region. Inform.biul.Sov.
antark.eksp. no.11:29-32 '59. (MIRA 13:5)
1. Arkticheskiy, i antarkticheak-i7 nauchno-issledovat&l'skiy
institut.
(Mirnyy region, Antarctica--Tides)

TRESHNIKOV, Alek5ey Fedorovich, kand.geograf.nauk. Prinimli uchastiya:
MATYETCHUK. Georgi.7 Ivanovich; CHUPIM, Nikolay Petrovich; ARALOY,
Dmitriy Petrovich; TIKHOMIROT, Igor' Ivanovich, vrech-stomatolog;
MANSUROV, Sergey Mikhaylovich; ICRICHAK, Oskar Grigorlyevich, kand.
--eograff.nauk; SHUMSKIY, Petr Aleksandrovich, doktor geograf.nauk;
SHESTERIKOV, Nikolay Pavlovich. mladshiy nauchnyy sotrudnik, gidro-
log. DROZHZHINA, L.P., takhn.red.
[Second Continental Expedition, 1956-1958; general description]
Vtoraia kontinentallaaia ekspeditaiia, 1956-1958 gg.; obshchee opi-
sania. Pod red. A.F.Treshnikova. Leningrad, Izd-vo *Morskoi
traasport,O 1964D. 205 p. (Bovetakaia antarktichaskaia ekspeditsiia,
n0.8). (MIRA 13:7)
1. Leningrad. Arkticheskiy i antarkticheakiy nauchno-issladovatell-
skiy institut. 2. Nachallnik Vtoroy kontinentallnoy ekspeditaii
(for Treshnikov). 3. Zamestitell nachalinika Vtoroy kontinentallnoy
ekspeditaii po administrativno-khozyaystvennoy chasti; nachalinik
beregovoy bazy (for Hatveychuk). (Continued on next card)

TRESHNIKOV, Aleksey Fedorovich --- (continued) Card 2.
4. Glavnyy inzhener Vtoroy kontinentallnoy ek3peditaii (for Chupin).
5. Nachallnik otryada avvazi i radionavigatail Vtoroy koutinentallnoy
ekspeditsii (for Aralov). 6. StarBhiy vrach Vtoroy kontinentalluoy
ekspeditsii (for Tikhomirov). 7. Nachallnik geofizicheskogo otryada
Vtoroy kantinentallnoy ekspeditaii (for Kansurov). 8. Nachallnik
aerometeorologicheskogo otryada Vtoroy kontinentallnoy ekspeditaii
(for Krichak). 9. Rachallnik glyatsiologicheskogo i vnutrikontinen-
tallnogo otryada Vtoroy kontinental'noy ekspeditaii. 10. Hachallnik
otryada pribrezlinoy gidrologii Vtoroy kontinentallnoy ekspeditsii
(for Shasterikov),
(Antarctic regions--Russian exploration)

SHESTlaIYOV,--N.P,, mladshiy nauclu*ry sotrudnik
Effect of the heat resources of water on the freezing time of the
Davis 8ea and the adjacent part of the Indian Ocean. Inform. biul.
Sov. antark. eksp. no.19:35-38 160. (MIRA 13:9)
1. Arkticheskiy i antarkticheskiy nauchno-issledovatellskiv institut.
(Davis Sea--Sea ice) (Ocean temperature)

SHESTFAIIKOV, N~P.
Simplified method for computing 4eat resources of .,rater in the
Laptev Sea. Probl.ArkL.i Antar~t. no.7:5.-10 :61. (RIRA 14:10)
(Iaptev Sea-Ocean temperature)

SHEs'rEuKOV, NX.
Some features of the growth of land ice in the fAirnjy region.
Probl. Arkt. i Antarkt. no.13:19-25 163. (14IRA 16:9)
(Mirnyy region, Antarctica-Ice)

'~ H w- S - E t-t T'% ('.~T , " , -' I
Some -ff thc~ change In the albedo of the ice in the
Arcti~: in th,~- sammer. ~~'robl.Arkt-i Antark. no.14~27-31 1632 .
(~U RA :,h - 12 )

kand.geograf.nauk; D'1',72RuI'!--,N, L-I.., kand.peografi~lhes~lk-
nauk
Tidal wares in the Lazarev Station region. Inform.biuj.Sov.antark.
eksp. no.4Jg"9-42 163. (~ffRA 17:4)
1. Arkticheskiy i antarkticheskiy nauclino-issledovatel'skiy
institiit.

t nal ik
cl?
wa-le in
f .47.
antar 'At:
P- ntta:
Ar

SHESTERIKOV, N.F.
Methods for the calculation of ice melting. Probl.Arkt.1 Antarkt.
no.15:19-24 164. (MIRA 17:4)

SHS3T~'-,'.-~HOV,
ethod for the precalc(.Llatlon of" 'idea based on harmonic
M
M
constants and the data of "Astronor.Licneski-i ezhegodnik." Frobl.
Arkt, _i Antarkr.. no.16:27-34 164. (MIRA 17:6)

BUZUYEV, A.Ya.; SHESTERIKOVY N.P.; TIMEREV, A.A.
Albedo of ice in the Arctic seas according to data of aircraft
observations. Probl. Arkt. i Antark. no.20:49-54 165.
(KRA -18:10)

__L '170 ?5- 66 _-M. IT(I rij
r'-AT5028699 (N) SO URCE CODE: UR/3174/61~/0()O/()47/0()':",'0039
1AUTHOR: Titoir,~ V. B. (Candidate of Geograpb1ca-1 Scienco); Wpg-t IV,
-Qizikov
N. P, (Candidate of Geograpbical Science)
IORG: Arctic and Antarctic Scientific-Researcb Institute (Arkticbeskiy if
antarkticbeskiy nauobno-issledovati3lskiy,institut)
.TITLE: Propagation and nature of the Antarctic cean tide wave
SOURCE:, Sovetskaya antarkticheskaya eks editsiya, 1955-.
Informatsionnyy byulleten': no, 47. 196&- 35-39
OPIC TAGS: ocean tide, ftmffimgg~~ =Ip bydrograpby
ABSTRACT: Cotidal ebarts of the Antarctic'Ocean are presented based
on data obtained at the Soviet Antarctic stations during IGY observa-
tions (see Figs 1.+ 2), Formation of Antarctic tides is considered to
be the result of Interaction between the circumpolar tide-wave travel-
ling around Antarctica from east to west and waves appearing from more
nortbern regions which disrupt the progressive nature of the propagation
of the first wave* Superimposition of these two tide wave systems in
different phases leads to the formation of interference regions. One of
these is found south of New Zealand (see Fig. 1), The centers of'almost
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all the amphidromic systems are beyond the limits of Antarctica, and
only peripheral areas of these systems are found in the immediate waters
of Antarctica. Thus, Antarctic Ocean tide waves are mainly progressive
in nature with the exception of interference regions where they become
progressively stationary* Orig* Art. bas: 2 figures*
SUB CODE: 08/ SUBM DATE: 22Nov63/ ORIG REF: 0051 OTH REF.- 003
-7.

QVI
~cc NRt AT6006701 SOURCE CODi: U117/2~5 1/65/000/020/0049/0054
ti~rHOR: Buzuyev, A. Ya.-. Shesterikov. N. P.; Timerev. A. A.
1-7
GRG: none
TITLE: Alb of lee in Arctic Se based on data of aircraft observatiousN
SOURCE: Leningad. Arkticheskly i antarkticheaUX nauchno-loaledovatellski-Y injutitut.
Problemy Arktiki i AntarktiM. Sbornik statey, no. 20. 1965, 49-54
TOPIC TAGS: ice, sea ice, actinometry, aerial reconnaissance. optic albedo, arctic climate-
ABSTRACT: Actinometric observations from aboard ice reconnaissance aircraft and a "flying
meteorological observatory" were performed during the summer and fall of 1963. The actino-
metric observations were accompanied by a recording of the ice conditions, cloud cover,
a~d atmospheric phenomena. Pyranometers and albedometers were installed on the aircraft.
The total number of observations selected for analysis amounted to about 900. The observa-
tions were made in the western sector of the Arctic. It was found that the hummocked condi-
tion of ice somewhat 'lessens the albedo, however this relationship was not well pronounced.
Drift ice and fast ice have practically the same albedo value if their degree of disintegration
and contamination are identical. An analysis of the observations shows that the basic factor
UDC: 551.322:535

L 40838-66
ACC NR: AT6006701
determining the change of albedo of ice during the summer in the Arctic Seas is ice disintegra-
tion. As the ice melts the albedo of the snow-ice surface decreases from 75% at the starting
period to 25% at. maximal disintegration of the ice. Against a general background of a decrease
of albedo a certain disruption of this tendency is observed at an Ice disintegration value of
2-3 scale units (on a 5-point scale). At this period the albedo of the ice remains constant or
even somewhat increases, which is explained by the fact that at this degree of disintegration
drying of the ice occurs and the values of the albedo of the "dry" sections of Ice and melt water
on ice are substantially different. It is concluded, that the investigations confirmed the possi-
bility of accomplishing actinometric observation from ice reconnaissance aircraft. An analy-
sis of the material obtained shows that the data of the observations both with respect to stan-
dard instruments and to instruments specially fabricated for aircraft observations secure the
same degree of accuracy in determining the albedo in the presence of an overcast sky. Orig.
art. has: I table and 3 figures.
SUB CODE: 08/ SUBM DATE: 20Apr64/ ORIG REF: 003/ OTH REF: 000
coed

SHESTE'RIFW, S.
"Agricultural freography of the U.S.S.R." by G.A. Zapalov. Reviewed
by S. S-hesterikov. Geog. v shkole 24 no-5:8?-88 5-0 '61.
(KIRA 14:8)
(Apricultural geography) (Zapalov, G. A.)

SOV/ 124-58-5-5835 D
Translation from: Referativnyy zhurnal, Mckhanika, 1958, Nr 5, p 129 (USSR)
AUTHOR: Shesterikov, S.A.
TITLE: On the Problem of Stability in Creep (K voprosu ustoychivosti
pri polzuchesti)
ABSTRACT: Bibliographic entry on the author's dissertation for the de-
gree of Candidate of Physical-Mathematical Sciences, pre-
sented to the MGU (Moscow State University), Moscow, 1957
ASSOCIATION: MGU (Moscow State University), Moscow
1. Metala--Stabllity
2. Metals--Creep
Card 1/1

SH.NSTERIKOV, S.A. (Moskva)
A variation principle applied to the theory of creep. Izv.AN SSSR
Otd.tekh.nauk no.2:122-121 F '57. (MLRA 10-5)
(Creep of materials)

'221/14/2 624. o-ji ~3 :62"073.1 :539-434-,
Stability Of Rods and Platdd A-Jkl,Mat.Rekh.
40
:21(3) 6.-~41 2
T9-57
Xu,& Ijabotnov S.A. ShelsterUOM U.S. S. R.
of
Ail attempt is-maViVARRI he~ loss of- stabi=-~!
either 6-22,ata~kn its pure'state, i.e. apart frm
nt is based on the the Of
buzkling.,~Y The argume ory
strengthening according to vihich- the process of creep
satisfies axi equation linking stress and velocity aw,
magnitude of .2Lastlo &formation.'AoThe stability' of
plates is discussed froin the point of view of both We
theory of flow and.the theory of defoxynation, and the
results comravod. Bibl.6.

SOVA79-59-1-20/36
3, A, ('j scow)
Joil(ii~.; )n for nie Laws o Creef- (0b odnom uslovii dlya
~-a.i-.opov i)olzilchesti)
Izvesuiya Ai~ademii nauk S66A, C-Gdeieniye tueklinicheskilch,
.ieka!-Lnlka i iDiashinostroyeaiye, 1959, !;r 1, P 131 (USSR)
~.;TA Tiie condition is;
a2
F, or 0 for t
C) for t u
> -H
E ~ touE~~! de-i"ormation.. deformation and
srr-ess The a--,pli-2abiiit,- of uLis condition when -age-
discu.3sed TLeT- is Soviet ref .~rer
)CCUrs is
N, ,ernber 10, 19 5:3,

617612
2q-, ~Lloo SOV/179--59-5--38/41
AUTHOR: Shesterl
-Ll~ 0 V-j (Moscow)
TITLE.' Thermal Stress-esl~lin an Elastic Disc 3t0 of Constant Thickness
PERIODICAL-Izvestiva Akademii nauk SSSR, Otdeleniye tekhnichesk-ikh
nauk, Mekhanika i mashinostroyenive, 1959; Nr
pp 177-179 (USSR)
ABSTRACT; The Young's modulus of the material of an annular disc
is assumed to vary exponentially with temperature, the
Poisson's ratio is assumed independent of temperature.
On these assumptions, the differential equation zoverning
the displacements is set up and solved and expressions are
derived for the stress components. There is I Soviet
reference.
ASSOCIATION, Moskovskiv gosudarstvennyy universitet. Kafedra teorii
plastichnost-i (Moscow State University, Chair of Plasticity
Theory)
SUBMITTED2 April 20, 1959
Card 1/1

SfILSV-U-F, --)V ,- -'j--A. (Moskva)
Calculating th= relaxation in discs. PMTF no.1:117-120
My-je 160. (MIRA 14:8)
(Strains and stresses)

S-0-S'MIK,jV, S.A. (14oslcva)
Developing a theory of a perfectly plastic solid. Prikl.mat.i
mekh. 24 no.3:412-415 Hy"J,106o. (MIRA 13:10)
1. Moskovskly gosudarstvennyy univeraitet.
(Plasticity)

SHESTERROV, S.A. (Moskva)
Dynamics of the stability of rods in case of creep. PKff
no.1:66.71 Ja - F '61. (MIRA 14:6)
1. Moskovskiy gosudarstvennyy universitet.
(Creep of materials) (Elastic rods and wires)

SHESTERLIKOV., S.A. (Moskva)
Unjaxial creep at variable stresses. Izv.AN SSSR.Otd.tekh.nauk.
Mekh.i mashinostr. no.2:148-149 Mr-AP 161. (MIRA 14:46
(Creep of metals)

(Moskva)
Stability if rectr~ngular plates in creep. PMTF no.3:93-100
C ') f- I
-C I~i~ (MIRA 14:8)
(Elastic plates and shells) (Creep of materials)

31251
S/207/61/000/U05/011/015
D237/D303
AUTHOR: Shesterikov, S.A.' (YOBCOW)
TITLE: Stability of plates during creep by flow theory
PERIODICAL: Zhurnal prikladnoy mekhaniki i tekhnicheskoy fiziki#
no. 5, 1961# 100 - 108
TEXT: The author considers some general problems of buckling of
plates during creep. Basic hypotheses of stress and strain condi-
tions were formulated b Yu.N. Rabotnov and the author (Ref, 1:
Md, 1957, v. 21, no. 3~ and the equation for bending was obtained
on the assumption that coefficients are independent of time. Here
the same equation is derived without the above assumption and a
possibility of initial bending is allowed for. Thent the behavior
of the plate is investigated by quasistatic criterium of stability
according to Yu.N. Rabotnov (Ref. 3: The theory of creep and its
applications 'Plasticity'. Oxford-London-New York-Parist Pergamon
Press, 1960, )58 - 346). For the case of uniformly compressed pla-
te
rV
14ard 1/3

31251
3/207/61/000/005/011/015
Stability of platues during creep ... D23'//D303
X
u - se- exudx - 3se-(I+b)x-aX x" (I + b) e(,+b),udx = ko
0 (2.2)
9 ~- Acin-'Pi-a, k-o = PUo + Mo, P = ab
4(t-P)s=1, w(t,x,y)=u(I)(p(x,y)
is obtained, which can, in general, be reduced to th 'e Whittaker
equation. An approx�mate solution is given for 1 and Ot
.Lollowed by the discussion of buckling of the plate, again for
P ' -L and P ' 0. A rectangular plate freely supported and compres-
sed in one direction is considerea next and the equation obtained
is
X
a -P, (a + ao) st) e- aex dx - sjr- x-a xane-adx 0
0 0
Two cases of x small and x large are discussed. This is followed
by a deterhiinatiQn of critical state by the method of final bend-
ings according to G.V. Ivanov (Ref. 4: PMTF, 1961, no. 3), for the
Card 2/3

31251
S/20 t/61/()UO/0051/011/'0l5
Stability of plates during creep D231ID505
uniformly c*apressed plate,-and for the plate compressed in one di-
rection. There are 1~ figures and 5 references: 4 Soviet-bloc and 1
non-Soviet-bloc. The reference to'the English-language publication
reads as follows: Yu.N. Rabotnov, The theory of creep and its app-
lications 'Piasticityl, Oxford-London-New York-Paris, Pergamon
Press, 1960, D38-346.
SUBMITTED: July 17, 1961
Card 3/3

BRONSKIYP A.F.; KLYLJSHNIKOV, V.D.; MAZIM, R.I.; RLBUTNOV, Yu.N.;
SHESTERIKOV,S-A2
Dynamic strength of building materials at medium deformation
rates. PMTF no.1:118-130 Ja-F 162. (143RA 15:4)
(Deformations (Mechanics)) (Strength of materials)

SHESTEKIKUlf S.A. (Moskva)
Approximate method for calculating creep buckling. VfrF no.5:
151-153 S-0 163. (MIPA 16:11)

SHESTERIKOV, S. A. (Moscow)
"The formulation of problems of stability and bucklin3 in creep".
report presented at the 2nd All-Union Congress on Theoretical and Applied
Mechanics, Moscow, 29 January - 5 February 1964.

ACCESSION NRI AP4026418
S/0055/64/000/002/0037/0040!
AuTHORS: Lokoshchenkoy A. M.j Shesterikovg S* As
TITLE: on the slip line distribution in plastic deformation
SOURCE: Moscow. Universitet. Vestnik. Seriya 1. Matematikaj meklianika, no* 2,
1964..'37-40
TO?IG TAGSt slip line, ground end plane, shear stress) normal vector) applied
stress, plastic deformation
ABgi"I?AGT% The glip line direction distribution on the ground end plane ofa
specimen was solved with the assumption that the possible slip planes are arranged'
with equal probability relative to the maxi;-irum shear stress. The solution is
gl-.ven on the basis of representing a real material by a set of elements with ideal,
properties. Furthermore, it is assumed that the normal vector to the possiblo
slip plane can make an angle with the applied stress between Tf/4 - 6 and-W4 +SP"*
O< S < T[A~, with equal probability. On this basis,, an expression is derived for
the distribution of slip line directions R(q)) at the ground end plan6 which for
11/2

ACGFSSION NRs AP4026418
0 reduces to the form
RM
n cm V
-R at x <
"The author is grateful to I* M. Gryaznov for his influence on this work." Orig.
art* has: 5 formulas and j figures.
ASWCIATIO113 0-1v-del plastidhnosti NII makhaniki 14GU (Plasticity Branch NII
Mechanics., MU)
SUBMTEDi 29Dec62 EWL: 00
SO CODE 3 ME NO REF SM OQII OTHER: 000
Cord 2/2

t 278h5-
AP5027273 SOURCE CODE,- UR/0267/65/000/005/0068 q(Y75
AA-k
AUTHORS: Barenblatt,, G. I. (Moscow); Kozyrev, Yu, All.`~f(mmos cow 14alinin N is '7
(Moscow); FavloyX D. (moscow);_Shesterikov, S. A, (Hoscow)
ORG: none
TITLE: Vibrocreep of polymeric materials)p
SOURCE: Zhurnal prikladnoy mekhaniki 1 tekhnicheskoy fiziki, no. 5, 1965~ 68-75
TOPIC TAGS: polymer, caprolyte, stress analysis, stress, stress measurement, creep,
.creeD mechanism 4
ABSTRACT: This paper presents experimental data and theoretical discussion on the
phenomenon of vibrocreep in polymoric materials. The experimental procedure con-
sisted of applying a vibratory stress to a specimen under a static stress and deter-
mining -the resultant creep E as a function of time. A schematic of the experimental
setup is given, and the experimental results are presented graphically. The ex-
perimental results are compared with the theoretical expression
elp L"W-r"6dtj
where E 0 is the creep deformation., U - the energy of activation, d- stress,
Card

L 27845-66
ACC NRt AP5027273
T - temperature, R - the universal.gas constant,, a constant, t the time, anV-'~..',
LP is the transform. of Y . I, I V ..
de, ~Xp (U -to) dt P
766W RT
0
in which F(.E.) is given by de.
F (Be) exp (U
RT
after S. N. Zhurkov and T. N. Sanfirova (Temperaturnaya zavisimost' prochnosti
chistykh metallov. DAL AN SSSR, 1955, t. 101. No. 2). It was found that the
application of an oscillating stress causes an increase in the creep velocity in
polymeric materials. The authors thank V. A. Volodchenkoy N. I. GaItchinL U. -S.
.Levshin, Yu, P. Maksimaohev and V.'V. Tikh-j ov for their participation in the
experiments. Orig. art. has: 4 graphs and 22 equations.
SUB COLE: OC/ SUBM DATE: 17Jun65/ ORIG REF: 0131 OTH REFt 005
Card 2/2

L 31407-66 E'. J
ACC NR: ,,P602257~ SCURCE CODE: UR/0048/66/030/00-YO413/0415
'~.-,iielepov, B S.; Medvedev A I Uchevatkin, 1. F.
%UT;iC,A: Balala, M.
nestq),iiova, L). A.
GnC,: Ali-Union Research Institute of Metrology im.D. 1. Mendeleyev
(V,;eF,oyuznyy nauchno-iss "'-(Iovatellskiy institut metrologii)
71T,,"-!: :,'ei; data on tile spectrum of conversion electrons for the strongest transitioni
-n Yb sup 170
1 /9
ii!: Izvestiya fizicheskaya, v. 30, no. 3, 1966, 413-415
1"tiG"'J: ytterbium, transition radiation, conversion electron spectrum, spectral
line, electron energy level
The availability of a new higher-energy' source made it
possible to study conversion electrons having energies above 3150
1
1cev. The mference used was the K-conversion line of the transition-
2955.2 kev. The spectrum from 2880 to 3150 kev was remeasured to
confirm those made above 3150, Inasmuch as the spectrum Is complex
and the K, L, and K lines of the various,transitions overlap. Re-
.sults of measurements above 3150 kev, given In a table are essen-
tially new. Six new transitions were found: 3224, 324~, 3263, 3287,'
3302 and 3325. The latter is suggested as possibly the stronges-t-
uransItIon In the spectrum. 'The' authors thank K. Ya. Gromov and Zh. T. Zheleva
f or providi table. ZjPRS
ng the sources. Orig. art. has; 1 figure and
SU13 J~~E: ('20/ SUBM DATE: none/ ORIG REF: 003
Card

,-,, S,HESTNRIKOV, S. I.
Rural school studies in local agriculture as part of the course in
economic geography of the U.S.S.R. Geog. v shkole 20 no.3:26-32 MY-Je
'57. (MLRA 10:6)
-kericultuxe-Study -ind teaching)
(Geography Iconomic-Study and teaching)

SHESTERIKOV, S.I.
__ ___~ - ~, - -- - - , " 1~ - -
An excursion to a machine-tractor station. Geog. v shkole 21
no.2:43-44 Mr-Ap '58. (MIRA 11:2)
(Kachine-tractor stations)
(School excursions)

SIESTERIKOV, S !-
Improving methods for teaching the economic geography of
foreign countries'in the secondary school, Uch, zap. Perm,
gos. un. 15 no.2:119--126 -'60. (MIRA 14:12)
(Geography, Economic--Study and teaching)

SERY J'.KOV, N.I.; SHEYKINA, T.S.; PE71'itOV, V.V.; IDBRILI, Z.Ya.;
_,_ V_. G. ; PR(11,1 T V , V. 1.1 . ;
SliESTERIKOV -1. I:.UBSKIY, G.S.;
-1gMb-V'I.-K-.-;VCLODARSKfiYA, V.Ye., red.
[Automated power supply guarantee systems for telecom-
munication apparatus] Avtomatizirovannye ustroistva ga-
rantirovannogo pitaniia apparatury sviazi; informatsion-
nyi sbornik. Moskva, Izd-vo "Sviazl," 1964. 132 p.
(MIRA 17:6)

tt -i tr -j3'e.7.3 )-:7~ctyl alcohol
I 165~

L 35913-66 E4T(m)/EWP(j) RM/JW
ACC M AP6014897 SOURCE CODE: UR/0076/65/039/012/3007/3010
AUTHOR: Shesterikov, V. N.; Shmidt, V. S.
ORG: none
TITLE: Cryoscopic investigation of the reaction of all hatic alcohols
of different structure with tri-n-octylammonium nitrateT, benzene
solutions I
SOURCE: Zhurnal fizicheskoy khimii, v- 39, no. 12, 1965, 3007-3010
TOPIC TAGS: ammonium nitrate, aliphatic alcohol, chemical reaction,
benzene, cryogenics
ABSTRACT: Chemically pure primary alcohols of normal structure were
used in the investigation; their properties did not differ from those
described in the literature. The tri-n-octylammonium nitrate was
obtained by the reaction of equivalent amounts of 99.5% HNO3and tri-n-
octylemine. The temperature measurements were made by the iitandard
method. Experimental results are shown in graphic form. It was found
that in the reaction of methyl;kethyl, n-butyl, n-bexyl, n-octyl, and
-n-decyl alcohol 'with trl--n-octylammonlum nitrate In benzene solutions,
there are formed~addition compounds of the composition
(n-C8Hl7)3 NOHNO 3* 3ROH in the case of methyl and ethyl alcohols and
Card 112 UDG.- c;), I - 8

L 35~~-11'13--~,b
ACC NR- AP6014897
(n-X N*HNO *2ROH in 11 the remaining cases. The instability
cons BAJ33were h1culatedafor compounds of the composition
(n-CA ) N-HNO -2ROH. The values of the instability constant at
6+ 0 7Ar coQounds of buryl, bexyl, octyl, and decyl alcohols were
found to be, respectively, 2.89; 2.74; 2.55; and 2.38. The instability
constant for the compounds (n-c8HI7) N-HNO -3CH310H end
(n;C8Hl )3N;HNO~-3CPH50H was eque 4spect~vely to 5.25 and 3.88.
Tb re wis a tab isbed the existence of a linear relationship between the
values of the instability constant for compounds of tbe-composition
(n-CO,~)3NIIHNO*2ROH and the number of carbon atoms in the alkyl
chains f the a4cobol. Origs art. has: 2 formulas and 3 figures.
SUB CODE: 07/ SUBM DATE: l3Nov64/ ORIG REF-. 006/- OTH REF-. 005

USSR/ZooparasitcloCy - KLtes and Lisocts as Disease Vectors. G-3
Kbs J-)ur Ref Zhur - Biol., No 10, 1958, 43447
Author Pdmazova, V.V., Prokopenko, L.I., Shesterikova, A.A.,
Levitnnska-5ma, P.B.
Inst
Title Ccmposition by Age and EpiOemioloGical Sicnificance of
i1voliheles, Maculipevu-iis Population in Districts of "Ile
,'Lltai Reg-ion Near Ob.
Oriu, Pub McO. parazitol. I parazitarn. bolezni, 1957, 26, Nol, 61-
70.
Abstract Data on composition by aGc and physiolo(g of A. mculipen-
nis in imtreated settlements and settlements thorou[ply
treatoO by DDT in districts near Ob (of Pavlov reGion).
The mosquitoes which wintered there, as well as tl,-e mos-
quitoes of the first surmcr L;eneration durin- the 1953 and
1954 seasons exhibited no epi0cmiological sigpificancc.
ca-r-I 1/3

USOE/Zooparasitology - Mites and Insects as Disease Vectors. G-3
Abs Jour Ref Z-hur - Biol., No 10, 1958, 43447
Epidemiologically dangerour. females were found only among
m-squitoes of the second generation in Aum
,,.ist and Septem-
ber among females who vent through 4-6 gonotrophic cycles,
The age composition of the mosquitoes in untreated settle-
menta was found to be comparatively low (the avera[;e Illy-
sioloGical age of the ronoactive female was I gonotrophic
cycle). Depending ,3n the difference in meteorological
conditions in 1953 and 1954, the proportion of epidemiolo-
~yically dangerous females (on the average in one barn per
season) was 9.1% and 3.2%, respectively. In a settlement
treated by DDT, with a lar(;er average number of mosquitoes,
the number of potentially dangerous females was 1/4 ti-iat
in the untreated settlements. The treatment was effective
despite its late execution and the presence of mosquitoes
outside the buildinGs, as well as desDite an adjacent un-
treated settlement. Times of the possible effective
Card 2/3
- 18

SHESTERIXOVA, L.L- K07.HEVNIKOVA, T., redaktor; ZHURkVUV, A., tekhnicheekiy
-'-" -r6daktorA ,
EHistorical dates in Soviet aviation and aeronautics) Daty istorii
otechestvennoi P-viatsii i vozdukhoplavaniia. Moskva, Izd-vo DOSAAF,
1953. ?81 P. (MLRA 7--9)
(Aeronautica-History)

ZAPOLISKIY, G.N.; SHNSTIRIKOUp L.I.; N&HYSHKIN, V.A.; L9BEDINA, Yu.A., red.;
KARYAKINA, 14-,�-,,'tekhn. red.
EMeans and methods of civil air defense; an album of v1sual aide
for units of the Volunteer Society for Assistance to Army, Air
Force, and Navy studying civil air defense] Sredstya i sposaby
protivovozdushnoi oborony naselaniia; allbom nagliadnykh posobii
dlia 1cruzhkov DO&W, iziidhaiushchikh protivovozdushnuiu oboro=.
Red. M.A. Iabedeva. Rhudozh. M.P. Tumanov. Mosk7a, Izd-vo DOSAAF,
1958. 39 P. (MLEA 11:7)
(Air defenses)

Kalkhomiku o wvo (To the Collective Farm Worker Concerning
Local Air Defense), by Yu. A. Lebedeva and L. P. Shester-
ikova, edited by V. D. Moskaleva, Moscow DOSAAF, 1~56, 128 pp
(from a standard card of the USSR State Library imeni
V. I. Lenin, 30 358-5)
"A popular discussion of chemical, bacteriological, and atomic veap-
ons, and other methods of attack and destruction from the air included in
the armament of the imperialist armies. Defensive measures and methods
for liquidating the consequences of the attack are also discussed. The
organization and problems of local air defense (I.IPVO) in the rural ccmmu-
nity are described. Baoic rulcs for the behavior of the populace under
threat of air attack are given." (U)

KUiUbI.ZV, Mikimil Dmitriyevich; LEBBIAVA, Yulivn Alel:windrovw;
SIFEST~,2IKOVA, Lyudmile PavlovnE; MIROSfUlIKOVA.. I.P., red.;
Kk4XV:MLiYA, M.D., red.; AIMIAITOV, B.I., tekhn.red.
LLocal antiaircraft defense in rural areas] HFVO v sel'skoi
inestnosti. Pod red. I..P.Miroshnikova. Hosk-va, Izd-vo DOSAAF,
1959. 198 P. (MMA 13:1)
(Air defensen)

CATEGORY: USSR/PITY-SICAL CHEMISTRY-SURFACE PHENOMENA. ADSORPTION.
CHROMATOGRAPHY. ION EXCHANGE
ABS JOUR: REFERAT ZHUR -KRIMIYAP NO 9, 1957 , 30218
AUTHOR: SAMSONOV, G.V., BRESLER, S. yg. VANSHFYDT, A.A., KUZNETSOVA, N.N.
LAVRENT IYEVA, S.F., SHESTERIKOVA, M.P.
INST. NOT GIVEN
TITLE: SORPTION OF STREPTOMYCIN BY CARBOYYPHENO11 RESINS
ORIG. PUB. ANTIBIOTIKI, 1956, 1, no5, 42-46
ABSTRACT: Trivalent cations of streptomycin ( STR ) are sorbed irreversi-
bly at sulfocatienites while with purely carboxylic cathionites ( KFU AND
KW) absorption capacity for Str3* amounts to Only 38 - 22% of their capaci-
ty for simple inorganic cations( Na+ AND Ca2+ ), evidently due to steric
hindrances caused by excessively close distribution of carboxly groups.
It was found , in accord with the theoretical assumption, that the readily
swelling, capable of ion-exchange throughout their bulk, resins of the
mixed carboxy-phenol type ( KRFFU, KRFU, CZECHOSLOVAK ROA RESIN) of
strongly reduced general excahnge capacity ( phenolic OH groups do not

participate in the exchange ), exhibit considerably greater relative
adsorption capacity for Str3+. It is shown that the constant of Str3+
-Na+ exchange at carboxy-phenolic resins differs little from the constants
at purely carboxylic resins.

0
In V P- !
A
Statics and d)'nltlruC3 of the excliAnge of Aureompltj iind
'otramycln lonit with hydrogdn and goilluill W114 'III 4:61dQA
exchangers. G. V. L. M. 11
Nit
-tcrikova S F. Lavreul'mi. V. S. Mm;!mIiikva. ~.. -A
S
~urwu'574, ~MnT%'. V, hokareva Owit, 11(gli-MM, Cowl I.,
A(: 44, Sci, lxlllazfad)~ Ax"llaid, zkf...r. 181474--
LLI)isit.-Tio,
m1fo rv-slua for Aureoi 11 (1) ;twl TvYr.-mycin'(11) -wa.~
yet))
vrcater the greater tbl.. 51YOUll K Of IIIP rOiUl. ThU CiJUMIIAL
"Lj*jd if 0., liWitilt Olz 1w. of ~twall hine
thL iusin az~tl CapnMe .4)1 beim, C"tiji X;)!;, 11 ff'r I i'l"
Fri no. Of I or 11 wiri (which i~re uldvalwit) in Elu,, rcAnt
C, and I:, are the canciis, of aufib.~olic and of wmell ions,
in the. sola. The txclutubm cormt. X of I wwi 100-11V
for Na ru,3ins and M(~ 425 for 11 resins; the K of 11 wii Ivir,
for a p1miphate rc.;:n and a iullo rcsir.- The upiakv of tand'
If by ion C'fClLLn9UJ occurred with a sLtrp bu; I
their displaceramt by aq. 11C1 was very gTadltai; heave, a~
soln. of liCl in MeOH ILIA to be used, J. J.JI:k-drman

SAMSONOV, G.V.; LAVIL.610'Y16VA, S.F.; SHESTARIKOVA, M.P.
3-r-1 -- , ' ' * - ' '. ~ - -- ~ 1.
Dy-namics of strentomycin sorption by carboxyl resins in the presence
of polyvalent metal ions [with summary in Nnglishj Antibiotiki,
2 no.2:32-35 14r-Ap '57 (MIRA 10:5)
1. Institut vysokomolekulyarnylffi soyedineniy AN SSSR I Laningradskiy
khimiko-farmatsevticheakiy inatitut.
(STR&PTOKYCIN
dynamics of sorption by carboxyl resins in presence of
poly-valent metal ions)
(RESINS
carboxyl resins sorption of streptomycin, dynamics In
presence of polyvalent metal ions)
(IONS, eff.
polyvalent metal ions,)

SAMSONOV, G.V.; DMITRENKO, L.V.; SIROTA, A.G.; GORYUNKOVA, A.D.; MOROZOVA, I.G.;
KLIKH, S.F.; SHESTERIKOVA, M.P.
Purification of albomycin by using chromatographic method an sulfo-
cationites. Antibiotiki 3 no.2:90-94 Mr-Ap 158. (MIRA 12:11)
1. Leningradskiy khimiko-farmatsevticheskiy institut, i Institut
vysokomolekalyarn.vkh soyedineniy AN SSSR.
(ANTIBIOTICS,
albomycin, chromatographic purification with sulfo-
cation exchange resistance (Has))
(ION EXCHANGE RESINS,
sulfo-cation exchange resin SDV-3, chromatographic
purification of albomycin (Rus))

SAMSONOVP G.V.P DMITRIYENKO, L.V., SIROTA, A.G.# SHESTERIKOVA, M.P.,
lJ,VR0T'YEVA, S.F. --41~~--
Phyalcochemical properties of albomycin [with summpr7 in English]
Biokhimiia 23 no.2:220-224 Mr-Ap '58 (MIRA 11:6)
1. Institut vysokomolekulyarnykh soyedineniy AN SSSR i i[himiko-
farmntsevtichaskiy institut, Leningrad.
(ANTIBIOTICS,
albomycin, physicochem. properties (Rua))

ORLOVA, G.A. [Orlova, H.A.1; CHERnSOVA, L.I.; SHEST12IKOVA 0 1.- SERGEYEVA,
M.M.; TARASOVA, M.Kh.; KARUNSKIY, V.G. [Kerandlfrc~,!Y.-et,-iTISHIII.A.
Z.D.: LEBEDEVA, T.V.; ROZDYALOVSKIY, B.V. [Rozdialovalkyi, B.V.1;
DYMSHITS, L.S.; 7.AYTS-W, A.B., glavnyy red.; SRRGEM, N., otv. za
vy-misk; SERGEY-EV, X.F., red.; BERGER, F., tekhn.red.
[Economy of Volyn' Province; a statistical manuall Narodne hospoderstvo
Volynslkoi oblasti; statystychnyi zbirnyk. Vviv, Derzhstatvydav,
41 1958. 211 p. (MIRA 12:12)
1. Volyn' (Province) Statystychne upravlinnia. 2. Statistichaskoye
upravleniye Volynskoy oblasti (for all, except Sergeyev, N., Ser-eyev,
M.F.) 3. Nachallnik Statisticheakogo upravleniya Volynskoy oblasti
(for Zaytaev).
(Volyn' Province--Statistics)

1
0 0 4
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of A 11 L 11 L -1 1 a I I J. a a r a a I I v v
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Hornwateandencyntec I Kffeet of mocoe hortrione
on AMY18" L' F '- RAMCIdel d And
JO)t 19AW
I'k,o.x 1twkA#m, Zha'. 0. .49 Min F(rj ~
:
1 )w s. 1'.- .
1. tel.. th, 4, tlvlty W Aillyl.- ~Otq_t~d 1'
adavilAhliv, ltl~ului mid thyTotdin dk~ Out 4:tLAligv I
so susiotd Ism, it rrimaims ujk-h&nW unticir the action m
an-thl, dild thvitudin and is ~tivatftl alturwhat It% ad
yrnalmr, lot ngw. adyrnatinr slid upisdin activii.- th
so j -ituw- no chanlir.
of (mute, thyroidin L
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'I n is i, I. NY It 0 is r
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so .
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so , , L

0 It I Some spriptorits of affectiou of the liver during thyrev
00 IN I toxicasis. E. E. G)Vudctkil iuld 1'. 11. Slicitcril"AV4.
Biokkam. Zkw. 10.
00 11 Frtuch 140-00107j.- in % of It txm, of Bawduw',
610 r &-w a dauinutt-in of the wrumcvmpl~mrnt was found:
00
00 ,:I other it w4s normid. though a.U thyTwtu%w :
-istxornti were l-ly- ~prt*-d. Th. ~ from a p,. 0
00 tit-tit with Bi.,~Ytlow'& curit4tu-i lipase resistant t,) =0
ituninc, which characitrizeti the Affection of the li%rr.
00 kit clevalrd excret4m of antino acids 12 W. iu%ttAd -it !Zee
00 11CPAC'iC 4flecti.111. coo
so COO
of
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00 goo
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- r .4

4
0 0 0 0 0 0
07 0 0 0 411 0 0 0 0 0 ON 0 0 0 0 0 a 9 0 0 0 ON 0 9 0 0 0 0 o 0 o o 0 0 o

4
0 0 0 0 0 0 0 0 0 0 a 0 9 0 0 0 0 0 0 0 0
000 *6*00040000000000

000**0
00 0 0 0 0 o o 0 a

*8600 0 0 0 0 c ~tv
0 0 0 o 0 0 o
rc
0 0 0 4 4 6 0 6 V w w w

o a a 0 0 0 0 0 0 0 4

0 0
04 .
1
21
a it 1? 4 m AD 111 4 36 V Al 11 V U M a Is V 0 0 v it 4i A] m Vigo
I L 0 L -1 f, A
X -4- L L a A f 9 1- 1- AA 0 Q GO U It a A A I a A A k
00
off 11"fusimsed 6j4 itusymem, If Tho
o 0
hormooss an If, It ... elitri"I al"I I
'
'
t
l
00 l'
4 V.Sal W S'." it I JJ, 411, %11 lit I
.
lla
IV$ 1

00 C. A. 41. ~IoLxll Adt"11,11111, I, Al'.1
l
bvf,-,,IlA 011 '1" not itill.1vise'. lit, vimliv .I lip.-
I
00 Actlilly is lilkiva"d mill'i III, tillik"11- -d
11-
I'litairlivity ill -I 00
00 change flitting jva~gr tit It ~ud Ill, .1111t 1 Ill,
00 &C vitv hXhily. I inhihilt tit,- avti*ttv 4 bl-A. sm 1-,:,,
: -00

00 Ir 11 ar.1 Ill %wTTA- 4( A K~l 14L& d
wf~
0 goo
:
0
noG.
000 coo
60 4200
00
too
00 a aGo
00 09
00
0
;
'00

9.Z-
0
t
too
4-- j7
10 U F 4 yff 0 5 a a
u n AV :0 PCIROKKax Iff K a cc cc 14 L 0 -.1 0 a I
0 0 0 * 0 0 0 0 0 0 0 0 0
o 0 0 0 0 0 0 0 0 00 0 to 0 of.
0 0 0 0 0 0 0 0 0 0 6 0 00 40 orso
0 0 010 0 0 0 11111 11119 0 0 0 0 0 0 r 0 0 0 w

0 0 0 0 9 0 0 0 0 0 0 0 0
41
o 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 a W-W
~ -W-W- W'W _`W_
t ... oil us is 11 xNe
. OFF.
is 14 It
k
ffi
1 IF I 1 2 &4
I
M I
A
k
W 41 an 04546
Aa T.
&L-J-6irl K Lan
04049S _
L
-r-
A
-
_
_
11 "
I.P ..cl
T
,
_ - I - -
~ I __ __
'flyauttica o(the blochernicaj ploc"M It, the ciji-04-tTur. intignincent changm, rhf, slytaylic activity was slislit
th jut flay. 1121 if- l4th) -1 the pre,,ervation period. 4 0
ing pffifertallcia. 1. Mitrogilift Softball= ix dw
Pre. turm
'i ad conlea. T. F.
a metabolism in this '"rv
ui

IlOrr" comes T. P. !Qwstefikova and E
1
Gelelovich and ' -9(i. R.--
L. Rwmfrj. Ibid. aG
H
'
i ove
t
00 .
.
.
j "'j-- "Pa"" 10--277-hWitfitussian)(in French. 20- .
,
es
er
sin) (i. French. ard). -The lipidirs in the cornea were
*
"J), 1940).- -The altirrations in the N substances of car- highly stable during the firstlo days of preservation, At +3
0 neas kept at + 3 ~ and + 5' are charaeterj~t ir DI an jolytic AM +5,; if the lipide content of %he fresh conteo Was
Processes- At the b"innir4 of the preservation PFMy &ken as 100%. that on the 8th. I(xh, I-0th And 14th days
Th
go it top to the t1th-8th (JAY) the N of the insol. Prot i4 $10-
' e
-
CrM%rd and residual a
d
l
i e
as JOB. 103, 51 -8 WW J7 .3%. re I
of pfeservation w
(rain the h day
kedl
of n
Po
de N
pept
increased.
y
Plorn
h
6
h it Very mar
y
ketone bodies inaves
in lb~
di
b
00 t
e
t
-Sth up to Ic Wth-14th clays ol preservation tha.
N of the insol. Prolvin renjained unchan
ed
Whil
N;
th es
o
of ptcservation; if th content of kcicine
s taken as 100%, that On the 2nd, Sth,
w
e
.
e j
g
Ol the -A. Protein diminished and the residuaJIF increased a
fresh COMCS
nd 14tb days of preservation was 119- 258, 417, and
Mh goo
markedly. During the whole periodo(prewsystiou t
here A
resP- C~onsjdaing the high stability of the lipide~.
332%
was it noticeable d
L5899MPtion Of Proteins with fortruition
0I the end
t
d
U
C ,
this accumulation of ketone bodies can be due to the irf-
ce of kettme bod"
s.
uc
Pro
.
arbohydrate metaboUgm In ppeartin
hibition Of oxidation Of to the W
et IV -
i
l
Ii

the Reserved cornea J-. 1. (;ejejovich drid T. 11. Shes
-
c a
yt
po
e$. The
which am not products of the lipid
b
i
go 3 it-rikova. INd. 20-301kin Russf)jin French, 301-2). e
ng
it, of the cornes remained almost unchanged dur

00 - M(M of the glycogen re-,rvrs was utilized by the cornea entire Presemtwn P"iol and only diminished during the to 0
luring the first 24 hr,,. of pre-&rvatiou at +3' and +5..
[h test days; if the lipolytic Activity of the fresh comes was
h d
ZOO
00 4 c~ small rexidur of glycogen was utilized very slowly ays was
Placed at t0()%. that on the 2-d. Sth and 14t i

ZI

- ,ItsnnS the whole pr action Period This abrupt dimi.

Was n'
RUMM in Slycogen
however
t foll
w
d b
i too, 106.And S2_37. -p- The cholesterol value gr&du-

he first days of preservation*. it
ft
d
21,90
:0 ,
.
.
o
e
y a s
nadtikut"OtIfI LU(-rrac III ,Uger. The
1111 t - of reducing sub -
i
er
a
ally diminishe
Ot- was taken as
the cholesterol Value of the fresh cut
l2tb and 14tb
o
h Zoo

1-
vis It %tances
n the t-Ornm under,writt
relatively little change t
.
too%. that on the 2nd, 4th. 6th, 8th, l
5
55
7 00
during 'he fir"t days Of PM~ation' considerable reduc- .
,
days of Preservation was 102, 88-2, 82-8, MIS, 65. Zoo
lion occurred only after 12-14 day;- The glycogen de- And 44.517c, IP. This is difficult to explain' since the

A
0
flFurtiou was folluw"l by an accumulaticm ol hiclic acid
trb are highly stable. IV. MiAgrill 1114111ghtflim 'I' the
1110410
1 Until only smignificant -it, of slykegen were left. The preserved cornea. T. P. Sh"terikov! and K.. M - Rgeo_ t:0 0
"'clic atid incTrff~l 110tikvablY toward the Oth flay of

pre-tval icin.% hen I fir ux if fat ion could no longer follow I be too

00 -utipw fit the anacrulm pluise. The amylolytic activity
luring life i,rhole pre-rvation period underwent almost Z=1: Doill
WOO
k
4
F
0 1 IF !Z1 I a fW 0 if A
so 11 03 a
7 -0 o 1 1. 0, or K a I( it C Cr 11 or ",D A 1 0 0 0 0 0 a
0 0 0 0 0 0 0 o 0 0 0 o a 0 0 0 9i 0 o 0 4P
0 0
0 a o #0 o o o 0 C 0 0 0
0
0
0 0
0
0 0 e * 0 0

poll. Old 311-16mi Uussuin)jin I*fonl'n, JI.I.L jn~
00 Jiro content (A the Ctiftirs of prrwvrd eyes underwent
(XICIsidershk variatitm,,witil to the imbibition of Buid front
0 the anterior chisusIx-c. rhe 11,0 ti"itent ust-rrawd cm,
go -Irrably during thr 1%1 IIAYs of prrwrvation and varicd
4ightly during the [mi. The C1 content of the cornes in.
of , taxed cousidmilly from the 2nd day of pfewtvation
go Ca and K wt~re stable during the entire preiervatiots pe-
00 rind. The intwg. P inr-t gTaduatly. The comes rr-
"lows 11,0 and CI fronk th~ fluid in the anterkv chamber.
go while the anits. of k and Ca remain unchanged. at the
Me time the lunt. of ularx. P incre~, prohably at the
00 :*%Pn- -f th~ mriplex orgy substime". R. Deraren
0
00
66
00
00
40
00
00
00
00
00
IS 0
00
00
This
00
0 0 o 0 0 0 0 0 o 0 0 0 0 0 0 0 0 0 0 0 0 a 0 0 0 0 0 0
0 0 0 0 a 0 0 0 0 "Is 0 0 0 0 0 0 0 0 0 0 0 0 a 0 0 0 * 0 0 0 0 0 0 0 0 0 0

0 0 0 0 0 o 0 0 o o o o 0 0 0 0 0 q 0 Wift 0 o W-W At g 0 a

al I
t #

"
If It a 11 11 is ly 11 It I It a In if a U bin XV Vassal
a . f
I jjdislas-~W
a ~r_ IL l
--.L ll I K L A_-M V
?
-0 A
of A j'!9 q*qj4I W 4.0 it- C0901

Age changes of biochemical Indexes In some &n4s as
interstal secretion. T. P, Sliestaikova and N. M. Poly-
sakovs. Biorhm. 1. (Ukraine) 13, No. 2-3. 369-Motin
go j; R( i is 3,141 3; in French, &M-4)(1040).-The wt. and
ox"
N

00 j
~!'i t
I
of the thymus of tabbiw iuvreav. up its the:01-30th
day. rernsin stationary up to the Mitts day, then drop in
00 l adults. The residual N varies slightly up to the 41-&)tb

0 O'f day, ifirn drops to a imji~ at the 14 441th slay. The rsst~ts see
if residual to total N is 10*1:11 dutillig pulittity, 511 will
Fruits dirtt on it ilictra."s land tile ttOtAl dreleaw'.

#0 tancously with the reduction in t lie wt. J Ow Sland. "rite
h
l
f
l
l

04 a c
olestero
Lv)ntcnt o
the sexua
ands drops at puberty,
g
itinaining at low level in the adult inale and sharply in-
clog

oew , fraling ill (tic f~lltsle. The ratio t,( admittalitte Its the
see
'llind $how% n't rhant(C. W (Itit"If

i6W
im
.5 LA INSTALLUMOMAL LITIMAILMI CLAS%WKATION
clam 1111411111.
t41040 is Q.V Cat
IF.
U AV so AS ., - - - a- - _i
4i Is a Or
110 o of o0 00 * 0 0 0 0 0 0 0 0 -0 0. o'
:10 a 0 a a a & a a * 0 41 0 0 e 0 a a 0 a *
-00
mete
144. 90"Lti.
filial QK a" 1111 NJ 2 As Asti
0 0 a I IF a 9 A 3 4 V 4 -WLX=--4i
-004906066 0 010 'A

SHESTERIKOVA, T. P; YUZEFOVICH, Ye. K;CHERNMK, V. P.
9inch"nical changes of thw earebraspinal fluid in tuberculous
maningitiAL tr~&Ud w1th str"ptomycin. Probl. tubark., Moskva
no.2.-42-48 ?4ar-Apr 1952, (CLML 22:2)
1. Of the Department of Biochemistry (Head -- Prof. D. A.
Teuvorkalov) and Clinic for Children's Diseases (Head -- Prof.
A. I. Skrotskly), Odessa Medical Institute.

Chemical Abstracts
May 25, 1954
Biological Chemistry
The influence of light and the exclusion thereof on the
biochemical processes in the tissues of the eye. 1. The
influence of light and its exclusiofi on the re piratory
quotient of the eye tissue. T. P.'5hcsterikova;?, . Re-
search Psychoneurol. Inst.,--Offe-s-fXl--VTr-di-n-Biokhiin.
Zhur. 24, 87-94(in Russian, O.-5XIO52).-The expts. were
done mostly with rabbits, a few with pigs. Some of the
eyes were continuously illuminated with 200-600 lux,
naturally during the day and artificially during the night.
Some eyes were continually kepi in darkness, and the con-
trols were under natural condition!: (bright during the day,
dark during the night). The activity of the eyes was ex-
pressed as the respiratory quotient, Qo,, which was measured
in a Warburg app. at 38*. The results were, under normal
conditions, illumination, and in darkness, resp.: whole eye
1.0,55, 1.34, 1.066; iris 4.91, 5.D5, 3.96; cryst. lens 0.2&13.
0.399, 0.293; retina 6.85, 10.17, 6.51. 11. The influence
of light and its e :cluslon on the amount of ascorbic acid
in the tissues of t~e eye. E. V. Kresina and T. P. Shcster-
ikova. Ibid. 96-100(Russian summary, IOL)(1052).-Rab-
bits were kept for 3-5 weeks under const. illumination, or in
coust. darkness, or under normal conditions (controls).
The results (in mg. %) were, under normql* conditions,
illumination, and in darkness, resp.: r-hole cyc 25.-'P;,
26.64, 21.62; cornea 24.01, 31.84. f- .49; cr%-~t. lens
15.34, 18.39, 13.76; VitrLO11S hunv,r 8.7, 12-fl'), 7.67;
rSOna 18.222, 20.14, 17.96. Wvnier ji, -ob~svr -

1. KFFSINA, F. V.; SHESTERYKOVA. T. .
2. USSR (600)
4. Light - Physiological Effect
7. Effect of light and of shutting it off on the biochemical processes in the
eye tissues. Part 2. Fffect of light and of shutting it off on the
content of ascorbic acid in the eye tissues, Ukr. blokhim. zhur.
24 No. 1, 1952.
9. Monthly List of Russian Accessions, Library of Congress, April, 1953. Uncl.

L
HILIK-HZGRABOV,A.M.,professor; SHESTFRIKO ekretarl dotsent
At he Ukrainian Society of PlWsiologists, Biochemists and
Pharmacologists. Scientific sessions of the Odessa branch of the
Society in 1951. Vop. fiziol. no-5:153-160 153. (MLRA 8:1)
1. Predeedatell pravleniya Ocleeskogo otdelenlya Ukainskogo
obahchestva fiziologov. biokhimikov i farmakologov (for Melik-
Regrabov)
(ODBSSA--PHYSIOLOGT--SOCINTINS)
(OISSSA--BIOCHMISTRY--SOC IET IRS)
(ODESSA--PHARMACOLOGY--SOCIETIES)

V 2~1 T
Maim, ~aiailiisi
nervous system Injuries. 1. Magnitade of respiration-i
T. P. Shesterikovg.and Vu. A. Petrovich (Sci. Research'
Ukrain. Biokkim Zkw 26
il*-72(in iussian. 1734)(1954).-Papti.- were pef;;rQL
on 45 rabbits divided into 3 groups: (1) control (;wrmal!
rabbits); (2) intracranial cutting of the trifacial nerve;:
(3) extirpation of the superior cervical s~ rapathetic ganglion.
:The inh-acranial injury of the trifacial nerve leads to the de-:
velopment of ocular dystrophy and a lowering in the respira-
tion of the eye tissues on the uninjured as well as on the in-
jured side. The lowering in the Qft of the cornea of both
Is observed 5 min. after the on5et of the injury and per-,
for 4 days. A lowering in the respiration ot the iris of
'both em is man;fest throughout theentire period of surgi-
calin6rierence. The lowering of the Qos of the rete of both!
eyes is noted more during the first few brs. Jollowing the
operation. It is not feasible, therefore, to have the eye on
the nonoperated side sm-ye aa a control. After the extirpa-
~tlon as in (3) respiration of the cornea of both eyes is un-
changed. The (IN of the Iris of the normal eYe only re--
Mains unaffected. The (Jos of the rete of both eyeo is-
noticeably increased. Conclusion: The lo*ired r6;p*uu-
tion charact"fic of oculu neurodyst by cannot be pr -
top
mArily related to disturbanem"es lba to#e mpathefic erv6L-
On from the superiorcervical gxmdio B. S.
4__

t,,-~The blocherniral constitution of saliva in unconditioned
and conditioned rfiflex responses. T: P.
5hCAC.Ljkgv.&und
E. A. Sukalova (Sci. Rmarch Psy
Ukrain. Biokhint. Zhur. 26, 397-404(in Rus~ian. 405)(1954). 't
-Two dogs were used. Saliva was obtained from the dis-
sected and cannulated duct of the maxillary salivary gland
followitig nutritional stimulation of dogs with conditioned
and uticonditimsed salivary reflexes. Dellis. were made of
total N. dry residue, org. and inorg. conitituents (if Cl and
of the ys. The developsueut, of conditiotied salivary re-
flexes is accompanied by an ijjcrea~e in tilt StIliNtUry eXUElUtC
upon strong stimulation. In cases with a well established ;4'
A
stereotype salivary reflex reaction the values of N, C1 and
of the n are of a lessex magnitude in the saliva obtained,
from the conditioned than the unconditioned dog.
tative N and CI studies indicate that the greater thet-pt,!;
of the conditioned stimulation the greater the percentage of
solid substances in the secreted , i!iva,. __ B.A9. Levine

SEIEST&RIKOVA.,.I.P.; SOKOLOVA, 1.0.
Effect in disturbances in the higher nervous function on the secre-
tion of salivar7 glands. Ukr.biokhim.zhur. 26 no.4:406-416 154.
(MM& 8-3)
1. Odeslkiy naukovo-doslidniy psikhonevrologichniy institut.
(Nervous system)(Salivary glands)