SCIENTIFIC ABSTRACT TSENYUGA, N.S. - TSEPKOV, L.P.

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• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001757010005-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 14, 2001
• Sequence Number: 5
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

BUKHAYEV, V.P., inzh., GELIFAND, S.I., inzh.; DIDERIKHS, F.F.; KALERT,
A.A., doktor tekhn. nauk, prof.; HIKISHINA, M.F., kand. tekhn.
nauk; jSPLY.UGA,_21,S_,_inzh.; KOVRIZMn.H, L.P., red.; BOD&NOVA,
A.P., tekhn. red.
[Study of lightweight improved road pavements of the north-
western part of the U.S.S.IFL]Issledovanie oblegchennykh uso-
vershenstvovannykh pokrytii avtomobillnykh dorog severo-
zapadnoi chasti SSSR. [By]V.P.Bukhaev i dr. Pod red. A.A.Kalerta.
Moskva,, Avtotransizdat, 1962. 124 p. (MIRA 16:1)
(Russia, Northwestern-Pavements)

5(3) , 5(4), 24(7)
AUTHORS: Bubnov, N.N., Kibalko, L.A., Tsepalov, V.F. and Shlyapintoich, V.Ya.
TITLEs -On the Nature o 'f the Intermediate Product in the Reaction of Photo-
ri~duction of Hosin (0 prirode promezhutochnogo produkta v roaktaii
fotovosstanovleniya i~oxina)
PERIODIC&Lt Optika I sloaktroskoviya, 1959, Vol 7, Nr 1, pp 117-119 (USSR.)
ABSTRAM Hosin solution in pyridine (10-inole/litre) was photoreduced in the
presence of ascorbic acid (10-3 mole/litre) A SVDSh-250 lamp was
used as the light source and the reaction was studied using an
electron-caramagnatic-resonance (e.p.r.) spectrometer with high-frequency
modulation of the magnetic field. The e.p.r. spectrum kthe upper
figure on p 118) was a triplet with the component intensities In the
ratio 1-.2-.1 (the hyperfine-structure splitting vas &'rl = 4.6 -h 0.2 oersted)
0
The e.p.r. spectrum 'war, due to an intermediate product in the photo-
reduction reaction; the shape of the spectrum confirm9d earlier
card 1/2

S07/51-7-1-19/27
On the Nature of the Intermediate Product in the Reaction of Fhotoroduction of
Rosin
suggestions ~Refs 1, 2) Thai (1) the intenviediate product is sosin
Gemiquinone, 6nd that (2), in the photo chemi call y -a,7.tjvfj ctts, sonin
is a metastable biradical. There are 2 figAiros anti 10 roferences,
4 of which are Soviet, 3 German, 2 English and I French.
SUEMITTHDs November 25, .1958
Card 2/2

I ; SHLYAPINTOKH, I.7a.
---Wfft~ ~ ~:~ -
Intermediate products of xanthene dyes in redox photoreactions.
Dok-1. M SSSR 116 no.4:641-644 0 157. (MIRA 11:3)
1. Prodstavleno akademikom A.N. Toreninym.
(Photochemistry) (Xqnthene)

50) SOV/20-124-4-43/67
AUTHORS: Tsepalov, V. F., Shlyapintokh7 V. Ya.
TITLE: The Determination of the Elementary Constants of the Reaction
of the Oxidation of Ethyl-benzene by the 1.1ethod of Intermittent
Illumination (Opredeleniye elementarnykh konstant reaktsii
okisleniya etilberizola metodom preryvistogo osveshcheniya)
PERIODICAL: Doklady Akademii nauk SSSR, 1959, Vol 124, Nr 4, PP 883-886
(USSR)
ABSTRACT: According to present-day concepts, the oxidation of hydro-
carbons in the liquid phase develops according to a chain
mechanism accompanied by the formation of hydrogen peroxide
as the primary stable product of oxidation. At moderate tem-
peratures hydrogen peroxide is also the final product; and
in this case the reaction develops in accordance with the
following scheme: Production of
radicals A or k0 21 rate wi;
1,
-
-~2 -->-ko
(1). Continuation of the chain R + 0
(11);
2
2
k k
+ RH :" RO
k0
H + k (III). 2k ~~ inactive products
2
2
k . k6
(IV), i + i0 2 inactive products (V); 2R'O2,-=-> inactive
Card 1/4 products (VI). Here RH denotes the hydrocarbon, fi - an alkali

SOV/20-124-4-43/67
The Determination of the Elementary Constants of the Reaction of the
Oxidation of Ethyl-benzene by the Method of Intermittent Illumination
radical, and RO 2 " a peroxide radical. Next, an expression
is written down fo*he rate of the reaction for th 'is scheme
for the case of long chains, and is then specialized for the
case of sufficiently high concentrations 1 021 of oxygen:
d [02] = v/ 1/2 k k-'/' [Rffj . In the case of short chains
dt i 3 6
the initiation rate w i must be added to the right part. The
last-mentioned equation contains 3 unknown quantities wi,
k3 and k6' and accordingly, three independent relations are
required for the separate determination of these three quan-
tities. The theory of the method of continuous illumination
of such a decomposition has already been discussed in an
earlier paper (Ref 3)~ By means of this method it is possible
to measure the mean life of this chain, or, which is the
Card 2/4 same thing, the mean life T of the radical. Formulas for che

SOV/2o-124-4-43/67
The Determination of the Elementary Constants of the Reaction of the
Oxidation of Ethyl-benzene by the Method of Intermittent Il-lumination
determination. of T are written down. Carrying out of the
experim,unts is described in short. The rate of reaction is
determined from the absorption of oxygen in a vacuum device
with automatic recordings The light source used was a mercury
lamp 3VDSh-250~ which was fed with direct current. The next
chapter--deals with the determination of the initiation rate.
The experimentally determined dependence of d 10 21 /dt on
1/[13]
gram. The straight lines for 2 inhibitors at different tem-
peratures intersect at one and the same point, which is
indicative of the fact that the additions of these inhibitors
do not modify the initiation rate itself and that the latter
also does not depend on teraperature. This fact was u6ed for
the direct measurement of the quantity wi. For this purpose
the dependence of the reaction rate on temperature was deter-
mined. In the case of sufficiently low temperatures (5-15')
the reaction rate does not depend on temperature. Within this
temperature ranp, the length of the chain is near zero, and
it holds that d[0 2]/dt = w . The values of w. determined
Card 3/4 by the inhibitor method anl from the temperaiure-dependence
of the inhibitor is sh-own by a dia-
the concentration

SOV/2o-124-4-43/67
The Determination of the Elementary Constants of the Reaction of the
Oxidation of Ethyl-benzene by the Method of Intermittent Illumination
of the reaction rate are in practical agreement. Furthermore,
the initiation rate was determined by means of the second
method, because more accurate results may be obtained in thiE
way within a shorter time. In the last part of this paper
the life-times of peroxide radicals are determined. There
are 4 figures, I table, and 6 referBnces, 1 of which is
Soviet.
ASSOCIATION: Institut khimicheskoy fiziki Akademii nauk SSSR
(Institute for Chemical Physics of the Academy of Sciences,
USSR)
PRESENTED: October 11, 1958, by V. 11. Kondrat'yev, Academician
SUBMITTED: September 2o, 1958
Card 4/4

TSEPAIDV,,,-V.F.; SHLYAPINTOKH, V.Ya.; CHZHOU PEY-KHUAN (Chou Plei-huang]
Kinetics of cooxidation of cumene and ethylbenzene. Part 1.
Zhur. fiz. khim. 38 no.1:52-58 Ja'64- (MIRA 17:2)
1. Institut khimicheskoy fiziki AN SSSR.

TSEPAIOV, V.P.; SHLYAPIIM.LKH, V.Ya.
Determing constants of elementary reactions in the oxidation of
etbylbenzene by means of intermittent illumination. Dol--I. All SSSR
124 no.4:883-886 F '59. (MIRA 12:1)
I.Institut khimichooko7 fiziki AN SSSR. Predstavleno akademikom
V.9. X.ondratlyevym.
(Oxidation) (Benzene) (Photochemistry)

28654
/S-/ L) S/020/61/139/006/021/022
B103/B101
AUTHORS: Lebedev, Ya. S.; Tsepalov, V. F., and Shlyapintokh, V. Ya.
TITLE- The possibility of using the method of electron paramagnetic
resonance to record the active centers in the oxidation of
hydrocarbons in the liquid phase
PERIODICAL: Akademiya nauk SSSR. Doklady, v. 139, no. 6, 1961, 1409-1412
TEXT: The authors studied the applicability of electron paramagnetic
resonance (epr): a) for determining free radicals; b) for measuring the
steady concentration of these radicals in the oxidation of hydrocarbons.
A continuation of these studies will probably contribute to the knowledge
of the kinetics of processes of other types. From the measured values it
is possible to determine directly the rate constants of the elementary
reactions that constitute parts of the entire process. Since the
concentration of the radicals is low, their determination under steady
conditions is difficult. For this reason the active radicals could not be
identified during the oxidation of hydrocarbons in the liquid phase. 2
types of active centers take part in the oxidation of hydrocarbons:
Card 1/5

S/2082605~61/1 3 9/006/021/022
The possibility of using the inethod ... B103/B101
hydrocarbon radicals k and peroxide radicals R62' At a given initiation
rate the steady concentration is known for several substances. It is
approximately equal for the following substances: cyclohexene, methyl
cyclohexene, 1-octene, dihydromyroene, ethyl linoleate, digeranyl,
tetralin, ethyl benzene, cumene, n-decanal, and benzaldehyde. Under
d(RO w i
steady conditions: --E 2) = 0, and (R; ) - *1 (1). Hence, the steady
t 2 (-kr
6
concentration of the R62, at a given initiation rate, is ~he higher the
lower the rate constant of R62 recombination. An increase of the constant
to the threefold increases the steady concentration only to the 1-7-fold.
In aromatic hydrocarbons, tetralin and ethyl benzene, in which the
peroxide group is located at a secondary hydrocarbon atom, the recombination
constant is by 1-2 orders of magnitude higher. Among the substances
mentioned the cumyl peroxide radicals recombine with the smallest constant.
In order to prove the existence of the peroxide radicals their concentration
must amount to at least 1-1015 to 5-1015 radicals/CM3. The authors studied
Card 2/5

28654
S/020/61/139/006/021/022
The possibility of using the method... B103/B101
oumene since they expected the highest concentration in this substance.
They used an epr-spectrometer HO-2 (lKhP-2) with high-frequency
modulation of the magnetic field (A. G. Semenov, N. N. Bubnov, PTE, 1,
92 (19.59)). During the oxidation, oxygen was continuously bubbled G~cugh
the hydrocarbon. The following substances were used for the oxidation:
I) azobisisobutyronitrile, 11) dicyalohexyl peroarbonate, III) cobalt
stearate, and IV) cobalt acetate. Different initiators give identical
spectra. The a video almo t symmetrical singlet
(&H~4118 t2 oer:Ptecter)"withe a g factor of 2,015 tOsOO1. According to the
shift of the g factor and the effective line widthl this spectrum is
similar to the spr spectrum of the peroxide radicals in the solid phase.
In control tests in which isopropyl benzene was replaced by ethyl benzene
no epr spectrum was observed in any of the initiators mentioned. Besides,
epr absorption disappeared when the oxygen supply was stopped and when
nitrogen was blown through for a short period. Ad I) The authors
calculated the steady concentrations of the cumyl peroxide radicals at
different initiation rates from the known values w i and k6 of Eq. (1).
These concentrations were also measured between 70 and 900C and a
Card 3/5

28654 S/020/61/139/006,!021/022
The possibillty of using the method... B103/B101
concentration of I) between 0-05 and 0-55 mole/l. The absolute values of
the concentrations of (R6 2)meas lie between 2-1015 and 4-10 16 radicals/CM3.
The measured steady concentration of RO 2 radicals was close to the
calculated one. In experiments with II) the authors measured concentra-
tions of 4-10 15 to 2-10 16 radicals/CM3. The rate constant of decay of
II) into radicals is unknown. The authors assume that its decay rate is
equal to the decay rate into radicals. Thus, they calculate the initiation
rate and find that the measured concentrations of the RO 2 radicals are
tC 4
114 1/2 of the calculated values. Since this rate is unknown in
experiments with III) and IV) the meaf;ured and calculated radical
concentrations could not be intercomytred. There are 2 figures, 1 table,
and 11 references: 4 Soviet and 7 noi-Soviet. The four most important
references to English-language publi:ations read as follows: Ref. 1:
H. W. Melville, S. Richards, J. Chea. Soc. 1954, 944; Ref - 4 : H. R. Cooper,
H. W. Melville, J. Chem. Soc., 1951, 1993; Ref. 5: L. Bateman, G. Gee,
Trans. Farad. Soc. , All 155 ( 1 971)_;_ f ef . 6: T. A. Ingles, H. W. Melville,
Proo. Roy. Soc., A218, 163 (1953).
Card 4/5

28611/
S 020/61/139/oo6/o2l/022
The possibility of using the method... B103/B101
ASSOCIATION: Institut khimicheskoy fiziki Akademii nauk SSSR (Institute
of Chemical Physics of the Academy of Sciences USSR)
PRESENTED: May 20, 1961, by V. N. Kondratlyev, Academician
SUBMITTED: May 20, 1961
x
Card 5/5

V
V,
AUTHORS: Tsepalov, V. F., Shlyapintokh, I. Ya. 20-4-31/51
TITLE: Note on the intermediate Products in Redox Photoreactions
of Xanthine Dyes (0 promezhutochnykh produktakh v
okislitellnovosstanovitellnykh fotoreaktsiyakh ksantenovykh
krasiteley).
PERIODICAL: Doklady AN SSSR, 1957, Vol. 116, Nr 4, pp. 641-644 (USSR)
ABSTRACT: The xanthine dyes eosine, erythrosine and bengal
pink are frequently utilized photosensitizer of oxydation
and polymerization processes. A potentiometer method was
employed for studying the photo reduction and photo
oxydation of xanthine dyes. In the present paper the
measurements of the photo galvanic effect permitted the
recording of the formation of the intermediate products in
the redox- reactions of some dyes. The experiments were
conducted in a container with platinum electrodes. The
authors established the following facts in complete
accordance with the results obtained from chlorophyll
theophitine (feofitin) and other pigments. The illumination
of an alcoholic solution or of a pyridine solution of a
xanthine dye (C - 10-6 -1o-3 mol/1) shifts the electrode
Card 1/3 potential towards the positive in the presence of oxygen.

Note on the Intermediate Products in Redox Photoreactions 20-4-31/51
of Xanthine Dyes
An illumination in the presence of reducing substances
(alcohol, pyridine, ascorbinic acid, aldehyde) shifts the
electrode potential towards the negative. A diagram
illustrates the kinetic curves of the modification of
potential of a platinum electrode, which is immersed in a
pyridino solution of oovine. Tho mearjuroments wore conducted
with different light intensities from I - I to I - 0,08.
On illumination the potential decreases, reaches a certain
minimum, the increases again and returns to the original
value. The modification of the photo potential observed here
is connected with the existence of an intermediate product.
The condiderations institute by the authors also explain
the dependence of the kinetics of the modification of the
potential on the concentration of the dye, which has been
observed experimentally. An increase of concentration of
eosine shows in general the same influence on the kinetics
of the process as an increase of the light iiatensity. On
a cooling down the velocity of the potential reversal
decreases quickly. The character of the dependence of the
Card 2/3 kinetics of the modification of the potential on temperature

Note on the Intermediate Products in Redox Photoreactions 20-4- 3415-1
of Xanthine Dyes
distinctly speaks in favour for a stage-like character
of the reduction process. Finally, a few words are said
concerning this reaction at various pigments.
There are 4 figures, and 3 Slavic references.
PRESENTED: Apri112, 1957, by A. N. Terenin, Academician
SUBMITTED: February 7, 1957
AVAILABLE: Library of Congress
Card 3/3

KULITSKII Z.I.; TERMANq L.M.; TSEPALOVp V.F.; SHLYAPINT0101, V.Ya,
Determination of the rate constants of disintegration of
initiators and of the efficiency of initiation. Izv.AN SSSR.
Otd.khim.nauk no.2s253-257 F 163. (KIRA 16:4)
1. Institut khimicheskoy fiziki AN SSSR.
(Chemical reaction, Rate of)

8/062/6 310001002100610'Zor
B 144/0186
AUTHORSt Kulitskij Z. I., Termant Le M., Teepolowl V. ?.I and
Shlyspintokh, V. Ya.
TITLEj Determination of the rate constants of initiator denompooritiott
and of the initiation efficiency
PERIODICALi Akademiya nauk SSSR. Izve3tiya,. OtdoleniTe khimicheaktkh
nauk, no. 2, 1963, 253 - 257
TEXTs The rate constants of initiator decomposition can be deterwi-nQd from',
the relation between oxidation rate and concentratib'in'. The oxidatlo-n rntes
of.cumol and ethyl benzene containing iao-bis-isobutyr-a n itrile (1) aricL di-:
cyclohexyl perojy dicarbonate (II) as initiatore'vere studied at. 60 ~- 90OG
in an apparatus described previously (Kinetika k'.kat&'Iiz-(A962)p no. 6~.
The 02 absorpt ion-vers us -time curves showed that the oxidation rate is oon-
stant at low temperatures# where the initiator, concentration remain"
stant, but decreases at higher temperatures, owir(j to initiator decompopition.
The order of the i)ftitiation reaction was determliied using the equation
-d(O')/dt - k k -1/2 (RH)(e-k )1/2.(y)n/I (3) for the rate of 0 absorptIon,
2 3 6 eff 2
Card 1/3

Determination of the rate... IM4 B 186
where RH is the substance to be oxidized, e the t nitintion efficienayt kerr
the effective rate oonstant of initiator decompovitiont Y the initiatort
and n the order of the initiation reaction. If
_k t
(Y) - Mo a ef f- in in.troduced into (3) under the aiaitmption of a first-
order reaction for the decomposition of the initiatoi-j, lol;(-d(O2)/dt) , -
lQg(-d(O2)/dl)o - kefft/4.6 is obtained, where (-d(02)/,;-It*)o Is the initial
reaction rate and Y the initial concentration of the iiAtiator. Plotting
0
curves for the time dependence of log (d(02)/dt)/(d( 02) 0 a't)o established
that both initiators decompose in a first-order reactio-li., The rate coh-
stants of initiator decomposition, kff, were calculateil from this graph*
The activation energies were 29.6 kcallm for Il ango * .2 kcal/M for I.&
I I
The decomposition rate constants were 2.71,10150-29 VRP for Ilf and
2.63-io'5e-3'2'0/RT for 1. The initiation efficiency wait calculated frost
the initiation rate and the rate of initiator decompasitinn. The values
Card 2/3

Determination of the rate.'.. S/062/63/00o/oo2/006/020
B144/BI86
obtained were 1.1 for I and 1-4 for 11.
There are 5 figures and 2-tables.'
ASSOCIATIONt, Institut khi-mioheskoy fiziki iAkadexii nauk SSSR (Institute
of Chomioal-;Physios of the Academy of Sciences UBSR)-
SUBMITTEDt Maly 14, 1962'

I ~V.F. ~(Moekva)
#~E~
Chain reaction kinetics of multicompouent systems. Part 2:
Two-component systems; effect of the composition of the system
on the reaction kinetics. Zhur,fizokhime 35 no,7:1443-1452
.T1 161. (MIRL 14M
I* Akademiya nauk SSSR, Institut kbimicheekoy fiziki.
(System (Chemistry)) (Chemical reaction, Rate of)

TSEPALOV, V.F.
Kinetics of the chain reaction of multicomponert systems ,
Part 3: Two-component systems, integration of the rate and
composition equations. Zhur.fiz.khim. 35 no.81l691-1693 Ag
161., (MIRA 14:8)
1. AkeLdemiya nauk SSR.. Institut khimicheskoy fiziki.
(System (Chemistry))
(Chemical reactiono Rate of)

S/Util/'62/000/001/003/067
B156/B101
ATITHOR: -Tsepalov,_V. F.
TITLE: The effects of the chemical compositions of systems on the
kinetics of chain transformation
PERIODICAL: Referativnyy zhurnal. Khimiya, no. 1, 1962, 58, abstract
IB418 (Tr. po khimii i khim. tekhnol. (Gorlkiy),no. 1, 1961,
19?-197)
TEXT: The complex chain reaction taking place during simultaneous linear
and quadratic stopping of chains is examined on a theoretical basis. A
general expression is obtained with a stationary approximation for sufficiently.-.
long chains making no allowance for diffusion, for the consumption rate of
any component of the reaction as a function solely of the concentrations of
reacting substances. A few particular cases of complex chain reactions are
examined (copolymerization, oxidation of hydrocarbons at very high and very
.L Abstracter's
low 02 pressures and the 1'nked oxidation of two hydrocarbons).
note: Complete translation
Card 1/1

LEBED&W. Ya.S.; TSEPaLOV, V.F.; SHLYAPINTOKH,, V. Ya.
Possible use of'the electron parwagnetic resonance method
for recording active centers i1i'the reactions of the 34quid
phase oxidation of hydrocarbons. Dokl. AN SWIR 139 no.6:2409-
IW Ag 161. (MIRA 14:8)
1. Institut Ichimicheakoy fiziki AN SSSR. Predstavleno
akademikom V*N. KondrAtlyevym.
(Aydr6carbons) (Oxidation)
(Radicals (Chemistry).-Spectra)

PETROV, N.A.,.red.; PETRENK09 L.I., red.;,SAVITSKIYt P.S., red.; RUMYANTSEV,
S.V., red. toma; TSEPAYEV9 V.A.9 red.toma; GRUZIN9 P.L., red. toma;
LEBEDEVp A.K., red-.-fo--ma,-GERASB4CHUKq G.S.j red. toma; MIGAY, L.S.,
vedushchiy red.; SHOROKHOVA9 L.I.,' veduahchiy red.; IMEL'y A.G.,,
vedushchiy red.; MUKHINAy E. A.!, tekhn. red.
[Transactions of the Confereba6 on Radioactive Isotopes and Nuclear
Radiation in the National Economy of the U.S.SeR.1 Trudy Voesoiuznogo
ioveshchaniia po vnedreniiu i-adioaktivnykh izotopov i iadernykh izlu-
chenii v marodnae khoziaistvo SSSR. Riga, 1960,j v chetyrekh tomakh.
Pod red. N.A.Fetrova, L.I.Petrenk6 i P.S.Savitskogo. Hosk7a. Go
nauchno-tekhn.- izd-vo neft. i gorno-topli4noi lit-x7. V61.3. 'Iery
fKae
industry. Metallurgy] Mashinostroenie. Me-tuallurgiia. 1961. 224 p.
(MIRA .14:6)
1. Voesoyaznoye soveshchaniye po vnedreniyu radioaktivnykh izotopov i
yadernykh izIucheniy v narodnom khozyaystve SSSR. Riga, 1960.
(Metal industries) . (Radioisotopes-Industrial applications)

KIDIN, I.N.; MOZZHUKHIN, Ye.l.;-TSEPAYEV, V.A.; CHERNYAVSKIY, K.S.
Kinetics of the induction heating of porous iron. Izv. vys.
ucheb. zav.; chern. met. 7 no.1:152-156 164. (MJRA 17:2)
1. Moskovskiy institut stali i splavov.

SOV/84-58-4-7/48
AUTHOR: Teepelev, A., Instructor, Political Department
TME: Communists Struggling for Plan Fulfillment (Kommunisty v bor'be
za vn3olneniye plana)
PERIODICAL: Grazhdanskaya aviatBiya, 1958, Nr 4, pp 9-11
AWTFJ=: The article deals with the state of political propaganda in various
units of the Kazakh Territorial Administration. Individual units and
individual political workers are evaluated in terms of the practical
results of their work. The basis of evaluation is accident-free oper-
ation and the fulfillment of production quotas.
ASSOCIATION: las6khakoyd tefritoriii"noye Vpravletlye GVF (Kazakh Territorial
Administration of the GVF)
Card 1/1 1. Aviation--USSR 2. Communism 3. Propaganda

35-131-.
S/058/62/0OG/GG2/019/r-53'
//0900 A058/AlOl
ATJTHORS- Tsepelev, A. I., Larlonov, N. I., Mikhaylov, F. 0.
SUNW.-
TITILE: Ultrasonic effect In the process of galvanic plating
PERIODICAL, Referativnyy zhurnal, Fizika, no. 2, 1962, 43, abstract 2G.321
(V sb. "Primenenlye ulltraakust. k issled. veshchestva", no, 14,
Moscow, 1961, 227-2'~O)
TEYT: Nickel-plating in an ultrasonic field enables one to increase the
current density 2-3 times over and-to carry out nickel-plating at reduced tempera-
tures (20 - 30 C); at the same time, the quality of the nickel platings is
improved, The isotherms of current density as a function of ultrasonic power
were found. it was found that the highest yield of chromium per current takes
place when ultrasonic intensity = I watt/cm2.
[Abstracter's note: Complete translation]
Card 1/1

39
S/19 OM&/004/0069/105
0 D295YD308
AUTHORS: Tsepelev A. I.) Larionov, N. I. and Mlikhaylov, F. G.
TITLE: The influence of ultrasound on the cralvanic-coating
process
PERIODIC,~L: Referativnyy zhurnal, Avtomatika -1, radioelektronika
no. 4, 1962, abstract 4-5-409 (V sb. Primeneniye ull-
traakust. k issled. veshchestva. no. 14, M., 1961,
227-230)
T:,,;XT: It is established that ultrasound of 22 kc/s enables one to
increase the current density by 2 - 3 times and t-o carry ou-u -Uhe
nickel-plating process At a lowered temperature. The optimum ultra-
sonic int-ensity for the largest output of chromium for a given cur-
rent is determined. The magnetostrictor is so placed that ultra-
sound propagates parallel to the surface of the object. T.ne -process
of degreasing of the object before coating was-intensified by ultra-
sound. 2-references. /-Abstracter's note: Complete translation.-7
Card 1/1

XAMJMSXIY, I.Y.; SMIRNOVAv G-Pa; --- Y, AOS. ~
Melamine-acetone-formaldebyde resins* Trudy MUITI no*29;108-113
159. (MIRA 13:11)
(Resins, Synthetic) (Kelamine) (Acetone) (Formaldekvda)

KAMENSKIY, L V.;_Tp~--PELEV, A, S.; YAKUSHINA, T. V.
Textolite based on melamine-formaldehyde resins modified by
acetone. Plast. massy no. 5:67 164. (MIRA 1?:5)

;k.
88317
S/191/60/000/002/004/012
B02VB058
AUTHORS: Kamenskiyl I. V., Smirnova, Ye. P., T A* S.
TITLE: Melamine Acetone Formaldehyde Resins
PERIODICAL: Plasticheakiye massy, 1960, No. 2, pp. 17-19
TEM The disadvantage of melamine formaldehyde resins is their in-
solubility in organic solvents and their low stability while storing, thus
making a modification*of these products necessary. V. S. Kiselev and,M. F.
Sorokin (Ref. 2) studied the modification of melamine formaldehyde resins
with alcohol. K. V. Lukina (Ref- 4) Vroduced resins from dimethyl melamine
and diethanol aniline which show higher stability in water and good di-
electric properties. This study deals with the modification of melamine
formaldehyde resins by acetone. Commercial*melamine with a melamine con-
tent of 99.07~, formalin with a formaldehyde content of 40.3% and acetone
with a boiling temperature of from 55.5 to 56,50C served as initial
materials. Best modification was obtained with acetone, if this product
was introduced into the reaction after the formation of the methyl
derivatives of melamine. The reaction was carried out in neutral or
Card 1112

88317
Melamine Acetone Formaldehyde Resins S/igy6o/000/002/004/012
B027 B050
alkaline medium. Na 2CO,, NaOH, and 25% aqueous ammonia solution were used
as catalysts. Only when applying the latter, transparent colorless resins
of high stability, adhesion and good miscibility with various fillers were
obtained. The modified resin has a slightly higher coking number, it has
a higher thermal stability and may be stored for a long time. The yield of
melamine acetone formaldehyde resin is 150~ as compared to the melamine
used, while the yield of melamine formaldehyde resin amounts to a
maximum of 1346'. Various pressed materials were manufactured on the basis
of the synthetized resin. Glass fabric of the type )f'OCI- 8481-57
(1-t" GOST 8481-57) which contained 4qo resin after saturation with the
condensation solutiong was used for the production of a laminated plastic.
Tests with the glass textolite produced exhibited a high thermal and water
stability as well as resistance against the influence of chemicals and
organic solvents, and has good dielectric properties. There are 6 tables
and 6 referencest 4 Soviet, 1 British, and 1 US.
Card 2/2

KAMENSKIY, I.V.; TSEPELEV, A.S.; KOGAN, N.N.; ANDRIANOV, B.V.
Urea-acetone-formaldah.yde resins. Plast.massy no.4:8-12 162.
(KRA 15:4)
(Resins, Synthetic)

36-j,,/j.
S/191/62/000/004/004/017
3110/B138
AUTHORS: Kamenskiy, 1. V., Tsepolov, A. S., Kogan, N. N.,
Andrianov, B. V.
TITLE: 'Urea acetone formaldehyde resins
PERIODICAL: Plasticheskiye massy, no. 4, 1962, 9-12
TEXT. M~A-l (LIFA-1) with 72 ~L dry residue, 620 sec viscosity and 1 ~- free
formaldehyde was tested for suitability as a basis for glues and as a
binder for glass textolite and shell molds. Catalysts used were:
10 Ya aqueous oxalic acid, 50 ~6' orthophosphoric acid, 10 % hydrochloric
acid, arLd 30 26' NH4Cl. Activity decreases in the order: NH4Cl,ortho-
phosphoric acid, hydrochloric acid, oxalic acid. The hardened films are
only stable with oxalic or orthophosphoric acid. The lifetime of resin
hardened with 10 aqueous oxalic acid (2 % referred to dry resin) was
7,5 hr. at 100C, 0.6 hr at 500C. With 2 /6 catalyst, it was 4-5 hr, with
10 %, 0.5 hr. 1.6 7- volatiles with 5 % formaldehyde and 95 % H20 were
separated by hardening with 2 % oxalic acid. 0.5 N aqueous KOH caused
Card 1/2

3/19,1/62/000/004/004/017
Urea acetone formaldehyde resin6 Blio/B-136
swelling and cracking, 25 ~0' H2 so4destroyed the sample. Films hardened with
oxalic acid remained unchanged in very moist 2air, keeping their luster.
The ultimate tensile streno-th was 48.4 kg/cm Glass textolite
(POCT 8481-57 (GOST 8481-57))-was hot or cold molded with resin, ratio 6:4.
Glass fabric impregnated with resin (dry residue 70 ~o) was dried for
1.5-2.5 hr at 100-1100C. Non-laminated specimens were obtained at 1600C,
2, 'lass fabric impregnated with the resin and
250 kg/cm and 4 mL n/mM. V
C: (),
~ ~6 orthophosphoric acid was held at room temperature for 1.5-2 hr, and
pressed at 1.5-2 kg/cm2 for 6-24 hr. The resulting glass textolite had:
0.5 % hygroscopicity after 1 day, 1.1 % after 5 days, 1030C 31.1artens thermal
stability, 205 kg-cm/cm2 specific impact toughness, and 1350 kg/cm2
tensile strength in bending. 100 parts by .,,eight of sand (K100/200) and
6 parts by weight of resin (dry residue 41 '/a, viscosity 4-18 sec) were
mixed for producing shell molds and rods for casting. Tensile strength was
26.6-68.2 kg/cm2 in tension.and 82.4-12-1.0 kg/cm2 in bending. There are *
6 figures and 2 tables. The most important English-language reference reads
as follows: Hodgins, Hovey, Ind. Eng. Chem., ji, no. 6, 769 (1941).
Card 2/2

Acassmi AP4035110 s/olgi/64/000/005/0067/oo68
Ya
AUMOR: Famenskiy,, I. V.i._T~epelev.,-A. Imshina, T. V.
TITM Textolite based on melazine-fo=aldehyde resin modified vith acetone
SOURCE: Plasticheskiye massy*, no. 5.. 1964., 67-68
TOPIC TPGS: textolite, melamiae formaldehyde resin, modiiied melmine fo=a3Ae*de
resin., acetone modified melamiae formaldehyde resin, mechanical strenath,
impact strength,, tensile strength, breakdoim voltaGe: electrical property,,
heat stability,, light stability, dielectric property,, water resistaace
ABSTRACT: A textolite was pre_npxed from an acetone-modified melanine-formaldehyde
resin., more stable in conceatrated solvents than the u=odified, mande according
to earlier findings (I. V. Kmenskiy., Ye. P. Smimova,, A. S. Tsepelev, Plast.
----gay*, no. 2,. 1g&), and its physical mechamical and dielectric properties were
investiGated. A r-elamine-formaldebyde resin containing 9.9~4e formaJdehyde and
2.3% acetone vas for=d at 70-75 C in 35-45 minutes at a PH of 7-7-5 using 2%,(on
the weight of the =03=ine) of a 25% solution of a=onlae The textolite containing
50% resin vas made fr= cottca sheeting pressed at 150 C und r 135 kgsz=2
Card 1/2

Acassim NR: AP4035110
yressure with 5 minutes/sm holding. Water resistance of the textolite increased
somevhat, vith increase in molding temperature. It has higb34, decorative proper-
ties and practically does not cbange upon prolfnaed irradiation by quartz mercury
vapor lamps and under natural conditions# Iti: impact strength is 23 kgs,cm/cm2p
tensile strength 84~,kgs/=2, Marbens heat stability 187 C, specific surface
resistance 5.6 x 1013 ohm, specific volume rassistance 1.4 x 3b13 ohm cm.., dielec-
tric permeability 5.4. briakdown voltase 10.9 ky/mm and arc xes'stan 4 seconds
(at 10 milliamps). Orig. art. has: no gmixics.
ASSOC=CIU: Now
SUMaT~ED: 00 DATE ACQ: 26%ay& ENCL.. 00
;SUB CODE: MTpOC No Mw sm.. 001 OnM 000
4 lard 2/2

KAJONSKIT, I.V.; SMMMVA, Te.P.; TSWET, T, A.S.
Malamine-acatone-formaldeb7de resins. Flast.maso7 no.2:
17-19 160. (MIRA 13:6)
(Resins, Synthetic)

MASHRYKOV, K.; TSEPELEV~ N.S.; KULIYEV, K.
Concretionary formations in coal measures of the Kugitang Jurassic
deposits. Izv.AN Turk.SSR.Ser.fiz.-tekh., khim.i geol.nauk no.l:
66-71 162. (MIRA 16:12)
1. Institut geologii AN Turkmenskoy SSR.

YUREVICH, A..L*; HIKKURADOV. K.; TSHPZLEVI, 4.5.
Mineral composition of "caving cla7s" of Nebit-Dag. Izv. AN Turk.
SSR no.2:57-58 159. ~ WRA 12:6)
I.Institut geologii AN Turkmonskoy SSR,
(CU7-Aualysis)

ation
diment-a. ZY
during the o" Be
tekh., kh-'n- geol. naAlk
1. in,titut g--O")gli ~'Il
L r
Ma35
of crcEL'-'
AN '-,TIurk. SS'R-

TMIN., A.
.X-xay examination of th6-miniralogical composition and genesiw of
Claya-An.-the variagated,and lower coal-bearing series of the T;4&r-
region. Izv. AN- -Azerb.SSR. Ser.geol.-gecg.nauk i nefti tio.3' .
59-;~ 163. ... (141M 16:11)

TSEFELEV., N.S.; IBRAGIMOV, N.S.; KULIYEV, K.
Presence of g&Uium in the rocks of Kugitang. Izv.AN Turk.SSR.Ser.
fix.-tekh., khim.i geol.nauk no.3:106-110 161. (MIRA 3-4:?)
1. Institut geologii AN Turkienskoy SSR.
(Kugitangtau Range-Galli=)

TSEPELEVP N.S,,
Genesis and facies significance of concretionlike bodies in the
sandstone series of Bathonian sediments in Tuarkyr. Izv. AN Turk.
SSR.Ser. fiz.-tekh., khim. i geol.nauk no.6:60-72 163.
(WRA 18:1)
1. Institut geologii AN Turkmenskoy SSR.

V
ALEKSM Z7,
Intensity of reflected waves in a laminar nonhomogeneous
elastic medium. Izv.AN SSSR. Ser.geofiz. no.9:1021-1035
S '56. (NLRL 9-12)
1. Akademiya nauk SSSR. Leningradskoye otaeienve
Me,tematicheskogo instituts, imeni V.A. Steklova.
(Seismology) (Seismic waves)

-F,5 E IPL-' L L', Pf
SMIRNOVA, N.S.; TSEPELEV, N.V.; BERDINNIKOTA, N.I.
Plotting theoretical seismogramg of reflected and leading waves
propagated in media composed of plane-parallel layers. rop. din.
teor. raspr. seism. voln. no.lr213-248 157. (MLRA 10:8)
(Selomolog~--Graphic methodsY

ISLIIPII.;Ilzv ~ 11. V.
"'Uave Propagation in a Medium Containing an Inhmogenous Transitim Layer,"
paper prooentera at -IIe 4~h All-Unioll ccnferecn,~ on Acot~stics, Mlor-CoW, -25 i4ay - d Juri

AUTHOR:
TITLE:
SOV/49-59-1-2/23
On Reflection of Elastic Waves in a Non-uniform Medium
(Ob otrazhenii upruglkh voln v neodnorodnoy srede)
PERIODICAL: Izvestiya Akademii Nauk SSSR, Seriya Geofizicheskaya,
1959, Nr 11 PP 11-17 (USSR)
ABSTRACT: It is usually assumed that at the boundary where the
elastic prbperties of the medium change discontinuously,
Uhe gradients of these properties also change
discontinuously. The present paper deals with the case
when elastic waves are propagated in a non-uniform
medium, at the surface of which gradients of velocities
and of density change discontinuously. It was found that
such a surface has reflecting properties , and
coefficients of reflection and refraction for elastic
waves were obtained. The change of form of the reflected
and refracted waves at the surface of the medium was
derived. This change of form is related to the type
of discontinuity of the wave-front. The paper is
entirely theoretical. Acknowledgments are made to
G. I. Petrashen!and A. S. Alekseyev for their advice,
Card 1/2

SOV/49-59-1-2/23
'. On Reflection of Elastic Waves in a Non-uniform Medium
There are 2 Sovi,t references.
ASSOCIATION: Akademiya nauk SSSR Leningradskoye otdeleniye
hiatematicheskogo instituta (Ac.Se. USSR, Leningrad
Division of the Mathematics Institute)
SURIAITTED: JulY 309 1957
Card 2/2

TSEFEUV, N.V.
Propagation of waves in acoustlical media with transition
layers., Vop. dim, teor. raspr. seism. voln no.5:169-205
161. (MIRA 14-11)
(Waves)

TSRPRM, Yu
Microscope foi use in surgery. Medprom 12 no.8:5-~-58 Ag 158
(MIRA 11:9)
16, Vsesoyuznyy nauchno-isaledovateliskly institut meditsinskogo
instrumentariya i oborudovaniya;
(MICROSCOPY, MEDICAL).
(SURGBRY, OPERAT M )

TSFXNL-&V, Yu.A.
Hndoscope construction in Czechoslovakia. Ked.prom. 13
no.3:51-55 Mr '59. OGRA 12:5)
1. Vsesoyuznyy nauchno-isoledovatel'skiy institut meditain-
skogo instrumentarlya t oborudovaniya.
(CZECHOSLOVAKU--EIMOSCOPE)

TSEPMV, Yu.AA
Ophthalmological instruments in Czechoslovakia. Ked.prole.
13 no.4:56-59 Ap 159. (KIRA 12:6)
1. Vsesovnznyy nwichno-issledovatellakly institut meditsin-
skogo instrumentarlys, i oborudovaniya. %
(C%MCHOSLOVAM--BYB, INSTRL49NTS AD APPAR&TUS YOR)

IN, V.V.; NESTMWK0. A.T.; KOVSHAROVA, L.A.; RAZUMOVSKAYA, Ye.I.;
OSIPOTA, Ye.V.; VASIL'Y&VA, G.S.; PREARSKIY, M.D., otv.red.;
ZVCRONO. B.P., zamestitall otv.red.: BOLDYREV, B.Y., red.; YCLODIN,
Ye.A., red.; DANILI ' I WO, Te.F., red.; ORSKIY.. I.N.,. red.;, MISHIN,
L.N., red.; MIDIN,., G.S., red.; TSEPELU, Yu.A., red.
ETechnological instruction material; aluminum and aluminum alloys
for medical articles] Rukovodiashchie telchnicheskie materialy;
aliuminii i aliuminievye splavy'dlia meditainakikh izdelii. Moskva,
M-vo zdravookhraneniia. 1959. 70 p. (MIRA 13:8)
1. Vsesoyuznyy nauchno-ionledovateliskiy institut meditsinskogo
instrumentariya, i oborudovaniya.
(MEDICAL INSTRUMENTS AIM APPARATUS) (ALUMINUM)

SMIRNOV., I.P.p kand. tekhn.nauk, otv. red.; PEKARSKIY, M.D.,
kand. tekhn. nauk, zam. otv. red.; BOLDYREV, B.V.,
red.; VOLODIN, Ye.A., red.; GAYSIVSKIY, B.Ye., red.;
DANILICHENKO, Ye.P.; red.; KABATOV, Yu.F., red.;
KALM-ITAROV, K.D., red.; MISHIN., L.N., red.j ORSKIY, I.N..,
red.; FEDURKIN, V.V., red.; TSEPELEV, Yu.A., red.
[Materials of the scientific session devoted to the 25th
anniversary of the All-Union Scientific Research Insti-
tute for Medical In3truments and Equipment] Materialy
nauchnoi sessii. posviashchennol 25-letiiu VNIIM10. Mo-
skva, 1962. 65 P. (MIRA 17:2)
1. Moscow. Vsesoyuznyy nauchno-issledovatellskiy institut
meditsinakogo instrumantariya i oborudovanlyn. 2. Zame-
stitell direktora Vsosoyuznogo nauctmo-issledovatellskogo
instituta meditsinskogo instrumentariya i oborudovanlya
(for Pekarskiy). 2. Direktor Vsesoyuznogo nauchno-
issledovatellskogo instituta meditsinskogo Instrumentariya
i oborudovani:ya (for Smirnov).

AUTHORS:
TITLE:
SOV/70-4-1-11/26
Rez, I.S., Sonin, A.S., Tsepelevich, Ye.Ye. ahd
Filimonov, A.A.
Experimental Investigations in Finding New Piezoelectric
Materials (Eksperimentallnyye issledovaniya po 1rrjavleniyu
novykh plyezoelektr-ikov)
PERIODICAL: Kristallografiya, 1959, 1,'o1 41 Nr 1, pp 65-68 (USSR)
ABSTRACT: Lists are given of materials tested for piezoelectricity
(with a piezoelectric tester, PT-2). The authors found:
39 inorganic and complex compounds showing marked piezo-
effe--ts; 43 inorganic and complex compounds with
inappreciable piezoeffects; 90 organic compounds
showing marked piezoeffects; 184 organic compounds
showing inappreciable piezoeffects There are 4 references,
3 of w ich are S'oviet and 1 EnglisA.
ASSOCIATION: TsNIILP
.. '8
SUBMITTED: December 7, '95
Card 1/1

ANASTASIADI, A.P.; BOROVSKIY, V-R-; VYBORNOVI G.V.; KOPELYANSKIY,
G.D.; MAK, I.L.; FECHURO, S.S.; PIYEVSKIY, I.M.;
RACHEVSKAYA, K.D.; REYZNER, Yu.B.; RYBAK, L.L.; TSEPELIOVICH,
..M.R.; SHUMAKHER, L.I.; YUSHKEVICH, M-0-Ldeceased], AG-E-YSRKCF,
Yu.G., nauchnyy red.; BELUGIN, A.T., nauchnyy red.; KOGAN,
G.S., nauchnyy red.; KRZHEMINSKIY, S.A., nauchnyy red.;
MITSKEVICH, M.I., nauchnyy red.; SILENOK, S.G., nauchnyy red.;
TRILESNIK, Z.Ye... nauchnyy red.; ZUBAREV, K.A., glav. red.;
TROFIMOV, I.P., red.; SKRAMTAYEV, B.G., glav. red.; BALATIYEV,
P.K., red.; KITAYEV, Ye.N., red.; KITAYGORODSKIY, I.I., red.;
ROKHVARGER, Ye.L.., red.; KHOLIN, I.I., red.; CHERKINSKAYA,
R.L., red.; RODIONOVA, V.M., tekhn. red.
(Manual on the production of gypsum and gypsum products] Spra-
vochnik po proizvodstvu gipBa i gipsovykh izdelii. [By] A.P.
Anastasiadi i dr. Pod red. K.A.Zubareva. Moskva, Gosstroi-
izdat, 1963. 464 p. (MIRA 16:7)
(Gypsum) (Gypsum products)

SOV/' .18-59-3-13/~22_
2 B (1) 5 (5)
AUTHOR: Totoonov, A.T., Tsepenyuk, D.I., and
Davydov, V.I. , En-gIffe-e-r-s
TITLE: A Hydraulic Method of Mine Working and Transportation
of China Clay Ore (Gidravlicheskiy sposob razrabotki i
transporta kaolinovoy rudy)
PERIODICAL: Mekhanizatsiya i avtomatizatsiya proizvodstva, 1959,
Nr 3, pp 38-40 (USSR)
ABSTRACT: In mining china clay ore it has become necessary to
search for new methods
, because of difficult working
.
conditions in the spring and fall, and the.increasing
demand for it in the national Ponnom.y. In order to
meet the requirements of th~_ Glukhovetskiy combine, Vinn-
itsa sovnarkhoz, 100 million rubies are to be invested
for its reorganization. Long examination of hydrpmech-
anical working methods and transportation of china clay
ore in the combine have led to following conclusions:
Using small and simple equipment operated by 4-5 per-
Card 1/Z sons, the hydro-processing plant can constantly be pro-

SOV/1 18-59-3-13/62'~
A Hydraulic Method of Mine Working and Transportation of China Clay
-Ore
vided with raw material, not only to meet the present
production capacity but for double the output. For (~ig-
ging and transportation 70 workers, 6 excavators, .3 trol-
leys and more than 100dUnp-car5are needed- at present. With
the aid of hydromechanical methods they can be replaced
by 2 earthpumps, 2 suction pumps, 2 hydromotors, 2 bull-
dozers and 15-20 workmen. There are 3 diagrams.
Card 2/2

L 10757-63 EPP/F7P(J)/rPF(c)/F,"T(m)/PrS-AFFTC/ASr,-Ps-b/pc-4j/Fr-)i--
Rs AP3003291 3/0138/63/000/006/00.3l/0034
'ACCESSION N
AUTHOR 11 Ch4ko, A-. A.: Nejg~t_ 1. Ye.;V~aup T.-MO(Deceased)l Tsepanyukp Z*V.;
Chuyko, Ye, Ae~
f TITL71 -Effect of the chemical nature of finer sitrtace and lon1slue rgd== cm i
of rUbbers
SOUMEs Kauchuk i resina,, no. 6j. 1963, 31-34
;TOPIC TAGSs rubbers.. SKS-30-, SO-40,, SO; fMersj aillaaj Belsks; modified silica'
!vIWI-substituted silloei vulcanization# vuloanizate propertieub terasila strangthi
swellingi ionising radiation,, butadiene-styrene rubberi nitrile rubber
zdulus;
sodium butadiene rubberj silica surface hydroxyls
~ABSTRAGTs The effect of the chemical tu" of the fiUsr~ surface an
_Ahe physica-
mechanical prop~ofies of rubbeie boo n studied. %!Lad:Lena-st_yrene%'(�K�z "0
nitrile W)Rmd sodium butadiene rubbers loaded with unmodiflad silica
arA with silica whose surface hydrWls had boon aitbatituted by allyloxy or vWj
radicals were used, Use of modified silica in standard rubber mixes (containing
100 parta rubber and 50 to 60 parts finer) was shown to improve the pkalco-
mechanical properties of the vulcanizates. For e=mplep the tensile strength of

1 -07 15 7 -~ 3
iAOC=ON MRs AP3003291
;3M-40 rubber containing 60% filler Increased from 126.3'k with unmodiff
_g/em ed
silica to l63Au-3Mft/oa2 with viny2-substituted silica (iinyl silica); the
impactive values of the modulus at 600% elongation and swelling at equilibrium
in benzene were _55,2 and 134 W-cm 2 and 30 and 15%. This improvement was
lat'ributed to.greater compatibility of the filler and the rubber and to a reaction
between the olefin radicals of the finer surface and the rubber with the possible
formation of C-0 - and, C-3-0 linkages. The effect was studied of ionizing radiation
from a ..Co6o so=ce ,at a dose rate of 7f r/sec on nonloaded SKS-30 rubber and on
:~SKS-30.loaded (ratio'2/1) with unmodified and with.modified silica (Belake) con-
taining- 2.5% vinyl, - methyl., or ethyl radicalts. Irradiation- did not affect the
tensile strength and the modulus at 100% elongation of unloaded rubber but con-
siderably improved these properties in loaded rubbers,, particularly with vinyl
~-I- 03j.14ca. The maximum effect of irradiation 4s attained after 48 hr. Th-_se~ re-
sults were attributed to the participation of the finer in the formation of the
three-dimensional -network. In partioularp the allyl or vinyl groups of the finer
and the tubber macromolecules form radicals which link the two through the forms-
tion of covalent bonds. It is concludad that the structure and the phyeico-
mechanical properties of vulcanizates can be controlled by modifying the nature of
-the-orgavia-radicals-on- the -sili.6a-surface,,tha-mmber---of- ouch -radz1v4
as - t1he -compo-
sition -of the vulcanizates, and 'the method of vulcanization.~ - lOrIg. art. has i
C~rd 213. \9
J

SEDOV, X.R., doteent; TSKPI=CH~, B.M,
Work of the therapeutic department of a provincial clinicAl
hospital. Zdrav. Ros. Feder. 7 no#8:40-44 Ag'63.
(MIRA 16:10)
1. Iz kafedry gospitallnoy terap-li Irkutskogo meditsinakogo
instituts, (rektor - prof. A.I.Vikitin) i oblastnoy k1lini-
cheskoy bolinitsy (glavnyy vrach - zasluzhennyy vrach RSFSR
P.G. Rudina).

AT~M.M, G.B.; VYAZIMIN, V.A.; GRINSHTEYN, L.M.; GOLIDBERG, G.I.; GOLTIBEV,
B.S.; KASHLAKOV, M.Y.; KRASHOPEWSEV, M.P.; KUZBETSOV, S.I.;
KURATHY, A.V.; KAYUKOV, G.I.; MASHATIN, V,,I.: MOLOTILOV, v.I.;
NERUSH, A.R.; PRAT I, G.I.; RAGUSKAYA, L.F.; RDINSHTM, S.M.;
SXWNKOV, P.L.; TARASOV, L.A.; FEDOROVA, A.A.; TSaK4..-.,M.F.;
SHAYEVICH, A.G.: ZARUBIH, A.G., otv.red.; VASILIYEVA, I.A., -red.,
izd-va; SOKOLOYA, T.F., tekha.red.
[ZIL-157 motortruc'k; operation and service] Avtomobill ZIL-157;
instruktaiia po ekepluatateii. Gos.nauchno-tekhn.izd-vo mashino-
stroit.lit-ry, 1958. 235 P. (MIRA 11:12)
1. Moskovskiy avtomobillnyy zavod.
(Motortrucks)

PCBMI 9 LeDo;
Pishes from the ancient strolk-ghold near Chaplin. restsi AN
B33R. Ser.bllal.nav. no.2:137-140 160. (NIU 13s7)
(cumm Rmiox-Pisus, Fossm)

TSMUKOVA, V.P.
Changes in the oral cavity during the experimental vitamin B2
deficiency in dogs. Stomatologlia 35 no.2:13-14 Mr-Ap 156.
(MMA 9:8)
1. Iz kafedry terapevt1cheskoX stomatologii (zav.-prof. Te.Te.
Platonov) Moskovskogo meditainakogo stomatologicheakogo instituts,
(dir.-dotsent G.H.Beletakiy) i iz laboratorii izucheniya vitaminov
(zav. Y.Y.Tefremov) AMN SSSR.
(RIBOFIAVIN) (DEFICIENCY DISFASES) (M(RJTH--DISEASES)

Communists in the fight to fulfill the plans Grazhd. &v. 15 no.4%9-10
AP 958. (MM 11:5)
1,Instruktor politotiela, Kazakhskogo territoriallnogo upravlanlya
Grazhdanskogo vozdus',mogo flota.
(Communist Party of the Soviet Union-Party work)

TiSSR/MorpholoC7 of Man and Animals - Digestive System. S-3
Abe Jour Ref Zhur - Biol., 11o 61 1958, 26426
Author Tsepenkova) V*P.
Inst I ____I
Title Alterations in the Oral Cavity in Experimental Avitami-
nosis B2 in Dogs.
Orig Pub Stomatologiya) 1956, No 2, 13-14,
Abstract Dryness of the ton(,rue and oral mucosa were the first
manifestations of ariboflavinosis in three experimental
docs 62-74 days after the onset of the experimnt.
Hyperemia of the mucous membranes was noted on the 95th,
103rd and 166th days* Ulcers on the oral mucosa, round
in shape, measurinG approximately 0-5 cm- in diameter
and having undermined: elevated borders and a firm bot-
tom covered with bleeding granulatinns were revealed on
the 102nd-130th days, Dental deposits on the upper and
Card 1/2

I . . USSR/Morpholo~y of Mzn and Animals - Di-:~cstivc System. S-3
Abs Jour : Ref Zhur - Biol., r1o 6, 1950) 26426
lower molars were increased. The daily administrazion
of riboflavin, 10 ma, initially and then 20 mg., resul-
ted in the disappearance of patholot,,-Ic chanCes after
11-2-1 mr)nths.
~~ a
Card 2/2

TSEPIIT, A.
For you, rural teachers. SovproZsoiuzy 19 no.W8,29 Mr '63.
(MIRA 16-12)
1. Pravovoy inspektor TSmtrallnogo komiteta profeasinallnogo
soyUza Tabotnikov prosveshoheniyas, vyashey shkoly i nauchnykb
ueb~mMehiy. (Teaohers-Legal status, lawsp etc.)

TaPIR, Dmitriy Dmitriyevich; YELIKOV, F., red.
(Plastics in industi-f and conitruction] Flasticheskie
massy v promyshlennosti i ntroltellstve. Barnaulo Altaiskoe
knJzlLnoe izd-vo) 1961. 54 p. (MIRA 18:4)

TSEPINS D. D.
7553 TSEPIN. D. D. RATSIOMLIUTSIYA V STROITELISTVE. IZ OPYTA TRESTA
BAZSTROY-. SVERDLOVSK, KN. IZD., 1954. 39 S. 20 SM. 5.000 EM 1 1.
(55-3190) 69
SO: KNIZHNAYA LETIOPIS-VOL. 7, 1955

ANDRONNIKOV, N.K.; TSEPIN, M~F.
Great.nd by the innovators of the Rostov Agricultrual Machinery Plant,
Mashinostroitell no.41l4-15 Ap 165. (MIRA 18;5)

T5j,d'IN, P. F.
29188 Ripus kak ob"ekt ozerno,o i Drudovopo rybnogo khozyaystva. i,.yb. '~hoz-vo,
1949, No. 9, s, 43-46
SU: Leetopist Zhurnallnykh Statey, Vol. 39, Moskov, 1949

TSEPIN, P.F.
Organizing storage and sale of live fish. Trudy sov. Ikh+..
kom. no.14:104-106 162. (MIRA 15:12)
1. Ministerstvo sel'skogo khozyaystva RSFSR.
(Fishery products-44arketing)

f .1
M., red.; CECYTE, V.1 tekhn.
-.> PFPIIISKIS, Jonas; dots,; YJWAVIGIUTB~
I red.
n&,Iine lweedwiaLyj Kiauliu suginiraas. Vilnius., VElst7bine
pol.itines ir M-Okslibes iteraturos leidyklay 1961. 395 P.
(VIIRA 15:3)
(Lithuania-SWine)

TSEP TSIN2- A-; LEBFmv, M- A-; RYKOVA, 0 -
Stocle. pnd stoci,breedl-~-
cases 0, mult,,ple births in farLi enimFls- Sols. zhiv. I L no. 8, 195"
Fri re -
I
' 50vemb,,r 1952. M-11 '-,IS' '!" F 'ED'
Libmry of CongreLs,
mqn~~ Lj~, 2f Itursin -AC-Ce-gs-

MAKIM, Leontiv Igantlyevich; TSIMSIN, Aleksandr-Grigorteyvich;
KALASENIKOVA, V.S., reds~f5r; 0~,'l ".*t-6MftqWMY redaktor
[The -Xo==arksP State Yarml Bovkhoz glo=unarka.0 Koskya, Goa,
lzd-vo sellkhoz.lit-ry, 1956. 211 p. (MIRA 10:3)
1 (State farms)

TSEPKANOVA, 0. 1.
Tsepka.nova, 0. 1. - uSynoptic conditions of extremely warm and extremely cold pre-
winter seasons in the Bru-m-pean territor7 of the USSR,* Trudy Tbentr. in-ta pro-
gnozov, Issue 32, 1949, p. U0-34
SO: U-5240, 17. Dec. 53, (letopis 'Zhumal Inykh Statey, No.25, 1949).

GRITSENKO, M.V.; TSEPKANOVA, Ye.I.
Development of forecasting methods
of the pressure fleld-sign and the
depending on the initial pressure
'124.
o. -48-67 163.
n
(Weather forecasting)
for the conservation and change
mean temperature for 10 days
and thermal fields. Trudy TSIF
(MIRA 16:8)
KV

Ye. I
BORISOVA, L.G.; TSIPEANOTA, Tie.
Recurrence of certain types of natural synoptic periods. Trudy
?SIP no.56:108-127 157. (MMA lOi8)
(Keteorolog7)

TSEPUNOVA, YE. I.
USSR (600)
Weather Foreenatimg-
Synoptical conditions of extreme-warm and extreme-cold early winter synoptical
seasons in European U. S. S. R. Trudy TSIP No. 11, 1949.
q. Monthl List of Russian Accessions, Library of Congress, November 195h, Uncl.
2

TSEPKANOVA, Ye.i.
Synoptic climatological study of some prognostic indications
for the month of October in the European part of the U.S.S.R.
and Western Siberia. Trudy TSIP no.89:74-87 160. (14IRA 14:3)
(Weather forecasting)

TSEPKANOVA, Ye.I.
Forecasting reliability of basic atmospheric processes in
October. TRUDY TSIP no.115:80-85 062. (MIRA 1636)
(Weather forecastinLy)

ACC NRI AT7005069 SOURCE CODE:
AUTHORS: Grituanko, M. V.,- Tsepkanova, Ye. Is (deceased)
zzt
ORG: none
TITLE: Prognosis of an average monthly temperature in the lower half of the troposphere
and at the earth's surface I
SOURCE: Moscow. Tsentrallnyy institut prognozov. Trudy, no. 154, 1966. Vzaimodaystviye
protsessov v stratosfere i tropoafere i dolgosrochnyye prognozy pogody (Interaction of
processes in the stratosphere and troposphere and long-range weather forecasting), 16-.22
TOPIC TAGS: long range weather forecasting, atmospheric temperature, troposphere,
atmospheric model
ABSTRACT: A method for forecasting an average monthly temperature for the lower half
of the troposphere (layer from earth to 500 millibars) and at the earth's surface is
established by expanding the previous work of the authors (1-1. V. Grit--erdco and Ye. 1.
Tsepl=ova. Metodika prognoza 7-naka baricheskoippolya i sredney temperatury na me.Tjats.
Trudy Tsl?, vyp. 12,1, 1963). This method J-s based on a study dealing with the horizontal
transfer of air for the preceeding 25 days. The-study involves a distance of 1800 km
toward the cold and toward the warm air, thus giving a span of 36W 1cm of warm and cold
air masses. A rela~.%onBhip between the temperature of the troposphere layer and that
at the earth was estab3ished for 22 points of the Buxopean and 20 points of the Par
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ACC NRt AT7005069
Eastern SSSR. These relationships served to set up the regTeSSioa equatiOnS -,eniCha a~-e
tabulated. Prom these equations the average monthly earth's surface temperature may be
prognosticated. Orig. art. has: 4 tables and 1 equation.
SUB CODE: 04/ SM DATEs none/ ORIG REFt 002
Card

KM717, A.V.; SXKLNKOV, P.L.; BLIYZ, N.G.; BULAVA, V.P.; VYAZIKIN, V.A.:
GCVJBIV, B.S.; DYSHKANv B.M..- KUMIN, B.S.*F KAMM, G.I., NUGILI,
N.V.; MASHATIM. V.1,; MUSMA, LoY.; FMIKSHTM, S.Ko; SYTHANOT,
A.B.; TARASOV, LA.; INMOTA, A.A.1 YAMOTg L.N.1 -TOMINi NJ.;
SHA73VIOH, A.G.; VASILIYIWA, I.A., red. izd-va,- TIKWOVO A.Ya.,
tekhn. red.
[ZIL-158 and ZIL-1_58A motorbitses; instructions for operation] Avtobusy
ZIL-158 i ZIIP-158k; instrukt.-4iia po ekspluatataii. Koskva, Gos.
naudhno-tekhn. izd-vo mashinostroit, lit-ry, 1958. 193 P
(m6A 1W)
1. Moskovskly avtomobilinyy zavod.
(Motorbuses)

TSEPKIN Ye,A.
....... .I --- ----
Remnants of fioh populhtion3 of the second and first mill,~-.nniun
B.C. on the Peschanyy Penins-ule, in the Maritime Territory. Nauch.
dokl. vys. shkoly; biol. nauki no. 2:35-38 164. (MIRA 17:5)
1. Rekomendoveaia kafedroy ikhtiologii Moskovskogo gosudaratvennogo
universiteta im. M.V.Lomonosova.

TSEPKINS Ye.A.
Ichthyofauna of the Ingods, and Shilka Rivers and some of its biological
characteristics. flauch. dokl. vys. shkoly; biol. nauki no.2:40-43 .'62~
~6 (MI Rk 15: 5)
1. Rekomendovana kafedroy ikhtiolog+ Moskovskogo gosudarstvemiogo
universiteta im. M.V.Lomonosova. U1
(INGODA RIVER-FISHES) (SHILKA RM, R-FISHES)

TSEPKIN, Ye.A.
Fishes of the ancient stronghold of Tanais; fisheries in the
Don Delta during the second and first centuries B.C. Vop.
ikht. 1 no.3:448-452 161's. (MIRA 14:11)
l.. Kafedra ikhtiologii Moskovskogo gosudarstvennogo universiteta.
(Nedvigovka region-Fishes, Fossil)

TSEDKIN, Ye.A.
. ....... -1- 1.........
Neolithic fishes found in the Kul2itta settlement nr~ar 1;~-na P-4,14r.
Vest.Moak. un. Ser. 6z Biol., pochv. 20 no.2:57-62 Yr-Ap(,,'(,5.
I RA 18: 151)
1. Kafedra ikhtiologii Moskovskogo universitata.
C,

KARTASHEV, U.N.; UBEDEV) V.D.; TS,EPKBIJ, Ye.A.
Feeding habits of kingfl4sher -In the Oka Preserve region.
Trudy CGZ no.5:94-103 163.
(MMA 17: 10)

ACC NR,
Una ad
Mathematical patterns of excitation (MatematLehooklye modell votburbdenlys)
Kievo Izd-vo "Naukova dumka" 6~e 0146 p. iUuso,, UbIloo (At heaA
of titlei AkademLya nouk Ukrainskoy SOR, Institut kLbernetikL) 2,,000 copies
printed.
TOrXC TAGS; cybernatIce,, mathematLe model, tissue ybysLdlogy, muscle physiology,,
myology, neurology,, nervous system.
PbWOSE AND COVr.RA=: Ole book d1scusses the properties of clent'ns- of nervous
and muscle Ussue by constriacUng mathemstical models. A simple mathematical apparom
tus is used for cLnstructLng the-modelse The back to Lntan&4 for b1ologlets,
engineers, mathematicians, and doctors Interestsd In using c7W methods for
the analysis of living tissue.
TAM OF CONNES (abridged):
Introduction --3
Ch. 1. Determination of the emoltabLlity
Ch. II. Threshold regularities --A
Ch. III. Models of the nerve -51
Cwd 2/2 JUDC6

ACC NRi
I I
I
,I
I*
. I
. I .
0
i
i

ASIKRITOVA, N.A., red.; BURTSEV, K.I., glavxLyy inzh., red.; BURYAK.
A.R., red.; GLOTOV, D.I., tokarl, red.; ZAROVNYT, P.L.
dispetcher, red.; UOSAUOV, V.A.. red.; JSZPKOV, I.V., red.
[deceased]; AGISHEV, R.K., red.; MARKOiA,t.*-.-,--"d~gI.KAYD.ZOVA,
M.D., tekhn.red.
(Energomash; 25 anniversary of the Khabarovsk Electric Power
Machinery Plant] Energomash; 25 let proizvodstvennoi deiatell-
nosti Khabarovskogo zavoda energatichaskogo maghinastrooniia.
Khabarovsk, 1958. 349 p. (MIRA 12:9)
1. Khabarovskiy zavod energeticheskogo mashinostrayeniya.
2. Khabarovskiy zavod energetichaskogo mashinostroyeniya 'Ener-
gomashO (for all except Markova. Kaydalova). 3 ZIN-gAloffibbayo-
partiynym kabinetom zavoda *Energomash" (for AIikrito~a).-4-.-'-"
Sekretarl partiynogo byaro zavoda O."OnergomaBhO (for Buryak).
5. Deputat Khabarovskogo gorodskogo Soveta deputatov tnidya-
shchikhaya (for Glotov). 6. Direktor zavoda "Energomash* (for
Nosanov).
(Khabarovsk-Machinery industry)

TSEPKCV, L. F., Cand Tech Sci -- (diss) "Effect of the scalinl:: factor
on the st~;bility of giziss." -'.fo,-:CC'w, 1960. 12 pp; (StaLe
Fesearcli Inst for Glass); 2CO coDie-c; price not given; (KL, 126)

43755
S/081/62/000/023/068/120
B180/B144
AUTHORSz Tsepkov, L. P., Bartenev, G. N1.
TITLE: Experimental study of glass fatigue
PERIODICAL: Referativnyy zhurnal. Khimiya, no. 23, 1962, 497, abstract
23K456 (Steklo. Byul. Gos. n.-i. in-ta stekla, no..2(111),
1961, 73-77)
TEXTs It is confirmed experimentally that there is a safe load for glass,
which is 30 of its ahort-time reoistance. If a specimen or object made
of glass fails to break.after one month under a particular load it should
be able to stand this strsss for a long time, peverail years in fact. Tho
dimensional factor is found to be important with long periods under stress.
[Abstracter's notes Complete translation
Card 1/1