SCIENTIFIC ABSTRACT SAPERSHTEYN, B.D. - SAPALEV, G.B.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001447130003-8
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: July 13, 2001
• Sequence Number: 3
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

ACC NRt AP6035904 56WCE 00:7 0/040/66/060/020/0145/oW
1NMTOR; Taybuk, U. S.; Petrov-OnegIn, V.. t.; Fovolotskly, E. L.; Yurovskiy, V. S.;
Komarnitskiy-Kuznetaov, V. K.; Saperghteyn, B. D.
ORG: none
MIX: Device for atudying elaotic senlo. Class 112, No. 187379 rannounced by the
ScienLific Reocarch Institute of the Rubber Industry (Nauchno-iosTedovatellakiy
InGtitut rezinovoy promyohlannooti)7
SOURCE: Izobreteniya. promyehlennyye obraztsy, tovarnyye znaki, no. 20, 1966, 145
Topic -iAGS: hermetic seal, sealing device, seal test device, test facility, test
Method
ABSTRACT: An Author Certificate line been Issued for a device for studying elastic
v-deh loicludeu a transparent shaft and a device for fastening the test parts
oato it. To study the behavior of the elastic-seal surface in contact with the shaft,
the shaft is made hollowo with a conical inner surface (coaxial with its outer our-
face), and contains a light source. In order to record the behavior of the elastic-
seal surface in contact with the shaft, it is equipped with.a motion-picture camera.
Orig. art. hast 1 figure.* EVA-981
SUB CODEt 131 SUBM DATEt! 24.Jun65/
[-Card UDCt 678.06-762 678.05.016 620s162
........ ...

124-58-9-10473
Translation from: Referativnyy zhUrnal, Mekhanika, 1958, Nr 9, p 150 (USSR)
AUTHOR: Sapershteyn, N. D.
TITLE: On the Determination of the Deflections of Thin Bars in Problems
of the Theory of Stability (K voprosu ob opredetenii progibov
tonkikh sterzhney v zadachakh teorii ustoychivosti)
PERIODICAL: Tr. Leningr. voyen. -mekhan. in-ta, 1956, Nr 5, pp 30-40
ABSTRACT: The method of successive approximation is employed for the
approximate determination of the deflections of beams under
forces that exceed slightly the first critical value. Here the
first fundamental function of the corresponding linear problem,
which is given with a first-order degree of accuracy, is assumed
as a first approximation. This method serves in an attempt to
estimate the magnitude and character of the hypercritical de-
formations of a constant- section beam, pin-joint supported at'its
ends, that is subjected to torsion.
1. Bars--Deflection 2. Bars--Stability 3. Bars--Mathe--tatical analysis-
V. V. Bolotin
Card 1/1

KONORSUT, Be, prof.; SATYUK, Vs. inih. (MWovap RuFniya); G#AKI F.1,
kELud, tekhn. niuk (Dudapeaht,- V9ugriya);'GRZSMFTAMW, V.N.: inxb,.;
MODEROT. A.A., iimh.: S&POZHNIKOV, R.A,,. doktor teldm. iauk, prof.;
APO _L34. kand. fig.-mat. nauk; BOGATEM. O.N., kand.
~ekhn. nauk (Koscow.).
Modification of the Heaviside fornaa. llektriohestTo U00:86-M
I& (NIRA IU5)
1 lodsinekly politakhnichaskiy instltvt, Pollsha (for lonorokly)-
20 leningradskiy politekhnicheskiy institnt imeni rallidna (for
a;eshnyakov, Moderov). 3-* 4ningradekly. voye=o-mk.hanicheskiy
institut (for Sapozhnikov, Sapershteyn).
(Illectrie engineerizw)

mpl,

ZHELEZrIOV, A.A.; SAPOWN, E.I.
Stratigrapby of Paleogene sediments in the Karashor Depression.
Trudy VSEGEI 46:261-270 '61. (MIRA 14:11)
(Turkmenistan-Joraminifem, Fossil)

AYN,EZER, A.I.; ZHFLUBOV"IFJYA., N.Yu.,- URHACHEV.-, A.A.;
Stratigraphic div!sIon and lithological characterjs~tics of a,
section of a structural-profile well, drilIed at the Cheshme
hilds(centra.1 Lower Kara Ku-m). Trudy VSEGEI 109:302-319 163.
(MIRA 17:7)

B11GROVAP E.M.; SAPF",RSON, E.I.
Stratigr-tphic analogues of the Keresta horizon in the Eocene
of Turkmenia. Trudy Len. ob-va est. 74 no. 1-.22-23 163.
(MIRA 17:9)

SAMSON, Tu.D., inzh.; KALIMMM, N.A., Insh.
Determining the degree of prestratching in prestressed concrete
reinforcements for roof shells. Biul.tekh.inform. 3 no.2:14-15
7 '57. (MM, 10: 10)
I 'n - - - - - -

SPIVAKOV. M.S., inzh.; SAPERSON, Yu.D.
Devices for mechanizing earthwork and hoisting operations,
Biul.tekh.inform.po stroi. 5 no.8-.11-14 Ag 159.
(MIRA 12:11)
(Excavating machinery-Bquipment and supplies)
(Hoistin-- machinery)

F~7 IT; A. I. Y A. -',- "'A ~ G . N
:~4-. of the nonllnearlt7 of a sweep on am reading error in oscil-
lographic measuremats. Geofiz. prib. no.2oz83-87 164. (141RA 18:9)
1. lealngradekly instltut tochnoy raekhaniki i opt:Lki.

t;

PRIKLONSKIY, S.G.; BIAITKI, V.V.; KARPOVICH, V.N.; KISELEII, Yu.N., SAPETINA,

.SAPETINA, I.M.9 nauchnyy sotrudnik
I .
Where do the stailings miarate'? lUn. n&t. jaoAt20-21 Mr 961.

:j'. ,
PRIKLONSKIY, S.G.J- NMiRASOV,, B.V.; SAPETIN, Ya.V.,- SAPETINA, I.M.

rA F&

U&qB/Mdicine - Poisons and Poisoning may/an 1947
Medicine - Nicotinic acid
"Nicotinic Acid and Convulsive Poisons," N. Ve
Sa_pezhinskaya) 4 pp
"Farmakol i Tokeikol" Vol X, No 3
It is concluded that nicotinic acid haetenethe,
,appearance of convulsions in mice, rate, guinea pigs,
rabbits, and frogs when strychnine, Bleagain, and
Korazol are injected under the skin anavia the
mouth, that nicotinic acid raises the capacity of the
mucous etcmach of frogs to absorb strychnine; and. thaLl
nicotinic acid intensifies the reaction of animals
to injections of strychnine, Bleagain, and Korazol
with subsequent fatal effects.. 14T31:

'IF
I
-

81421
S/020
.16011321061611068
B011/B003
,Ah&Ji20
AUTHORS: Zmanuell W. M.9 Corresponding
J!pq
116mber AS USSR
TITLE: Energy Levels of Metastable States of Biologival Objects
the'Loti n of Certain
and the Mechanism Underlying 0
Protootive-Substances igiihst Radiation
PERIODICAL: Doklady Akademii nauk SSSR9 1960,, Vol. 1.32,Noo 6,
pp. 1441 1443
TEXT; In a previous paper (Ref. 1) the authors proved hat
Produces metastable states in proteing ribonuoleio aoidt(RWAradiation
9 and do -
soxyribonuoloic said (DNA). These are similar to those formed by photo-
excitation of the most important components of the cell. The authors
studied the phosphorescence spectra (at 770K) of several substancesp
and deacribed the experiments with proteing DNAq and RNA. Further, they
took spectra of homogenates of some organs of mice and the phosphores-
cence apeotra of several protective substances against radiation. Fig.1
compares the spectra of a 1% solution of ovalbuminp a 0*01% solution of
Card 113

81421
Energy Levels of Metastable States of Biological S/00/66/132/06/61/068
Objects and the Mechanism Underlying the Action 3011/.B003
of Certain Protective Substances Against Radiation
the ribonucleio acid of yeastp and of a 0901% solution of.DNA from the
thymus of the calf. The agreement of the triplet level-$ of RNA and DNA
with the two triplet levels of proteing liver# and milt homiogenates
might be of fundamental importance. This is indicative of-a mutual ener-
gy transfer between protein and nucleic acids. The triplet level of DNA
is the lowest in the system under review. For this reasong DNA is proba-
bly dam ged by radiation if energy is transferred from other chemical
of the cell to DNI. Following this, the authors took spectral
of 0.1% of aqueous solutions of the following protective substances
against radiation: P-mercaptoethylamineg P-aminoethvlisothiuroniumo
tryptamine, serotonine histaminep epinineg propylgallateg and isopro-
pylgallate (Table 1). it may be seen from Table I that wavelengths cor-
responding to the phosphorescence maxima of DNA9 the protective sub-
stances against radiation, and the propyl eaters of gallic acid are in
close agreement with one another. The energy transfer from triplet
levels of DNA to the triplet levels of the protective substances is
very likely in this case. Thereforeg the damage of DNA must be con-
siderably reduced. One molecule of the protective substance passes from
Card 2/3

81421
Energy Levels of Metastable States of Biological 9/020/60/132/06/61/068
Objects and the Mechanism Underlying the Action B0111BOO3
of Certain Protective Substances Against Radiation
the singlet level to the triplet level. The interrelation between the
energy levels of protein RNA DNAp and one of the protective sub-
stances (P-mercaptoethyl;zlne~ is schematically shown in Fig. 2. The
mechanism underlying the action of inhibitors of free radical reactions
must be studied further. This mechanism may be regarded as an interac-
tion between free valences of the.biradical and the inhibitors. Conse-
quentlyp a.small amount of active radicals of the inhibitor might form.
If propylgallate.is introduced into a protein solution, the lifetime v
of the metastable states is considerably reduced. The protein loses its
phosphorescencep and T is shortened by one-half or one-third. There are
2 figureep 1 tablev and 6 references; 3 Soviet# I Swiesq and I German.
ASSOCIATION: Inatitut,khimicheakoy fiziki Akademii nauk SSSR,(Inatitute
of Chemical Physics of the Academy of Sciences, USS
SUBMITTED: February 16, ig6o
Card 3/3

SAPEZHINSKIT, I.I.; POSTNIKOVAI M.S.; EMANOW, N.M.
Interaction between theradicals of irradiated protein and alkyl
phenols. Dokl. AN SSSR 148 F 163. (KM 160)
1. Institut khimicheskoy fisiki AN SSSR. 2. Chlen-korrespondent
AN SSSR (for Emanuel').
(Phenols) (Proteins) (Radiation-Physiological effect)

Wu'

SAPEZHINSKIY, I.I.; SIUYEV, Yu.V.; IIIANUELI, N.M.
Long afterglow in aqueous solutions of proteins and synthetic:
polymer:3 irradiated by X rays. Dokl. 21 SSSR 159 nc.6zI378~11380
D 164 (M~U 18:!)
1. Institut khimicheskoy fiziki AN SSSR. 2. Chlen-korrespondent
AN SSSR (for Ihanuell).

I L.LLLF- r~L I qu Q L VX L' C1U.LUjJL'tJL1-'..;1.A.Vt2 41Kt:L&1.W ULL VL-tJ'-L-aULUU CtLLeX'K.LUW Ul~ J-L'VCLUL111Lt:U
,serum a ions
lbumin solut
~SOURCE: AN SSSR. Doklady, v. 162,
TOPIC TAGS: radioprotective agent,
cysteine, ultraviolet irradiation
!
no. 3, 1965, 691-693
serum protein, mercury lamp, radiobiologyl
ABSTRACT: Using a continuous-flow apparatus, the authors studied the effect of
ivarious kinds of radioprotective agents on the kinetics of the protracted afterglow
!produced when solutions of serum albumin in phosphate buffer are irradiAted with a
1'PRK-4 mercury lamp. Intensity of luminescence decreased sharply when oxygen was
removed from the solution. Addition of cysteine after irradiation increased the
rate of change in intensity of the afterglow. The magnitude of the effects noted
were characterized by the ratio KIKO and parameter a=(K-KO) Ka, (where Ko is the
constant of the rate of protracted afterglow and K is the rate with the addition of
a radioprotective.agent). The constant increased linearly with~ an increase in con-
'centration of cysteine and of the inhibitors of free-radical processes$ viz.,
iCard 1/2

~4.
L
524-65
58
.
.
CCESSION NR: AP5014857
r
2,6-di-tert-butyl-4a-aminoethylphenoI and 2-pr*pyl-S-methyl-a-hydmxy*py'ridine. The
,values of a were determined for 13 substances with a protein concentration of 0.133%
in phosphate buffer, pH 7, at 250. Other protective agents studied included reduced
glutathion, 8-mercaptoethylamine, thiourea, propylgallate, sodium thiasulfate, ani-
line, sodium sulfite, ascorbic acid, glucose, and hydroxylamine (all in a concentra-
tion of 3.3-10-3 m/liter). Those with marked protective action (the sulfur-contain-
ing s,Lbstances, phenol type) had the most potent effect on the kinetics of protracted
afterglow. The effect was even more pronounced when they were used prior to irradi-
!ation. "In conclusion, the authors thank N. M. Emanvell for discussion of the work."
~Orig. art. has: 4 figures, 1 table.
ASSOCIATION: Institut khimicheskoy fiziki, Akademii nauk S11SR (Institute of Chemi-.
cal Physics, Academy of Sciences, SSSR)
_:
SUBMITTED: 03Jun64 EkL: 00 SUB 00DEi
LS
,
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NO REF SOV: 007 OTHER: 004 L

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A. J.L.L 7U-'VV L-11 V % J If S.-I A kill IU"
ACC NR. Ap6o22567 SOURCE CODEs UR/0216/66/000/002/MS3/0196.
AUTHOR: Emanuel? N. M. B~Elakova, Yes B.; Kruglyakova, Ke Yes; zhinskilry 1. 1
ORG: Institute of Physical Chemist AN SSSRp Moscow (Institut khi-ai-ch-i-m6y fizild
AN SSSR)
TITLE: Studies on free-radical reactions following irradiation of model systems
the role of radicals in
SOURCE: AN SSSR. Izvestiya. Seriya biolo Icheskaya, no. 2, 1966t 183-196
TOPIC TAGS: free radical, irradiation effect, radiation injury, recombination
reaction, protein, free radical stabilizaiion, electron spin resonance, exchange
reaCtion, D
Kidative r6combination of the radicals of irradiated proteins
H'TRAGLstne
s a two- process: peroxide radical formation and disproportionation
(during which chomoluninescence arises). Analysis of electron spin
resonance and oxygen absorption by irradiated proteins reveals that the
-reaction proceeds through a transfer of free valence. The authors concluded
froa the results of the electron spin resonance studies and chemolmninescence-,
4that an wichange reaction is possible between the radicals of Irradiated
proteins and the inhibitors of fres-radical reactions.
Free-radical reactions play an important part In radiation ad IX64A.
-Induc:V
'degradation.' Study of the action of various'likbibitors showed that g
dim c
acid. phanylethylamine.. and lerivatives nark4!ny weeksgs the
eftdct of Irradiation. Ex t8 e egree o
pez on animals indicated that-th
protection is direetly rellated to the antiradical activity of the inhibitors
tab
rad6c$rertions. Orig. art* as~ 18 fi
81ea. [JPRS]
fre h oaaiWs and 2
90916bBE: 89, 2 SWE DATE llDe6,65 M5 ~&: H REF
Card 1/1
577.~~l

L -4229L~ 01T (M .1 M
Act" -0-6-M479 SOURCE CODE: UR/0217/66/011/003/0427/0433",~.,
AUTHOR: Sapezhinskiy, I. I ~Ilayev-LY-U-Ir--;' Kutsenovai A. V.
ORG: Institute of ChemicAj_.D~:kcp,_ AN SSSR, Moscow (Institat khimicheskoy fiziki A11
SSSR)
TITLE: Intensification of photochemiluminescence of 12~ Fein o.lutions by dyes
SOURCE: Biofizika, v. 11, no- 3, 1966, 427-433
TOPIC TAGS: dye chemical, protein, chemiluminescence i
ABSTRACT: The purpose of the article is to explain the mechanism of the increase
in intensity of luminescence which occurs when dyes are added to irradiated protein
solutions and to study the physical processes of intensification. It is shown that
dyes of the flourescein series (sodium flourescein,, erythrosin, sodium eosin, eosin
yellowish) intensify the photochemiluminescence of irradiated protein. The kiretic I
mechanisms of activated luminescence are studied, and it is shown that eosin yellowishi
does not affect the chemical process which causes photochemiluminescence. Spectral
investigations indicate that the light emission of activated chemiluminescence takes
pla4p from levels of dye molecules associated with the protein molecule. Estimates
are:given for the quantum yield of excited productIl and for value s of the ratios
k
g-p (where fp is the probability of emission migrRtion of protein molecules and
pd~,
kpdiis the constant of "excited product-dye" energy transfer), and possible reasons
are'considered fcr the low value of the former and high values of the latter.
Card 1/2

I- - -,- lil, I I ~ ", I ~ :
I . I ~ I -I I

1;., 7

automatic control,
TOPIC TAGS! 4-Nmetion theoryp frequeneX eonti~ol
ABSTRACT: Me authors propose a geneval"method for the syntheim-of optimum
transfer functions of alternating current correcting control a7y'
AteWs des-
cribable by linear differential equations with harmonic coefficients. For
the optimization criterion, they use be cainim, of the mean square deviation
-of the revorduction of a random favorable signal during a fixed tiset for
the transfer process when the dynamic reproduction accuracy of a notirandom
favorable signal is determined by the given values of the error coefficientso
The authors present also the conditions which must be satisfied,
Orig. art. has: 2 figures, 10 formulas.
Card 1/2

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AUTHORS';
TITLE:
PERIODICAL:
ABSTRACT:
Card 1/2
1: 1 A/
S4ir, I. N., Rassudova, ff. S. 64-8-17/19
P. M. Luklyanov. History of the Chemical,Profession and the
Chemical Industry in Russia (P. JJ. Luklyanov. Istoriya
khimicheskikh promyslov i khimicheskoy promyshlennosti
R083ii).
Khimicheskaya Promyshlennostff 1957, Nr 8, pp. 52-52 (USSR)
This is volume number 4. Under the editorship of
S. I. Vollfkovich, member of the Academy. Publishing house of
the Academy of Science USSRp 1955. 622-pages. The book is here
discussed in short. This.volume is entirely Given to the
history of the production of dyes in Russia from ancient times
up to the begin of the 20th century. k great number of
original documents, manuscripts, etc. are given. A great part
deals with the investigation of fresco-paintings, miniatures,
and icons. The author procured, often with great difficulties,
small quantities of these-old dyes andinvestigated them by
means of the spectralanalysis. The results.are comDrised
in a table. The fresco-paintings, miniatures, and icons are,
contained in the book in good reproduction. The book is
well-written, and contains a detailed name-p sixbject-,.

SAPGIR, I.N... doktor tekhn. nauk; IVANGVA~ A.A.* GOLIDBERG N.M.;
SAKHARN
OV, A.V.; LUBMRI, A.I.; SVERDLIN, H.S.; TMIN., B.F.
Prinima-li ucl-tiye: PLIPLINA, A.I.; IOFFE, M.Yaq LIVSHITS,
M.L., red.; 2UZUL'SKAYA, V.F.1 tekhn. red.
(Faint materials; raw materials and intermediate products;
handbook] Lakokrasochriye materialy; syrIe i poluproclukty;
spravochnik. Pod red. I.N.Sapgir
Moskva.. Gos.nauchno-
tekhn.izd-vo khim. lit-ry, 1961. 506 p. (MM 14:12)
(Paint materials)

SAPGIR,I.N,_
Some development trends in the field of pigments for the.lacquer
and paint industry. Lakokras.mat.i ikh prim. no.5:1-3 162.
(ERA 1621)
(Paint industry), (Pigments)

SAPHER, I. ; BARBU, I.

.itLIE.C.UAlm.JaL*4,,.AM-KAMINSKA. Maria
Case of leukemia with generalized moniliasis in 2 year old child.
Pediat. polske, 3Z no.2:183-186 Feb 57.
1. Z Kliniki Chorob.Zakaznych Wisku, DzIec eeego A.M,W
Varesawle Klerownik:'pro'f. dr,'meds JO Bogdanowicz i z
Pracowni. Anatomopat. Miejskiego sz~itaia Zak&Zaa Ir I
go
w Warszawle Dyrektorupitala: dro med. A. KryBztof
Kisrownik,Pracowni: dr. med. M. Afek-Kamins". Adresl..
Varezava, ul. Wolska 37.
(NDNILIASIS, in inf. & child
with ieukeni& (Pol))
(LM MIA. in Inf. & child
asis liol))
With Monili

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