SCIENTIFIC ABSTRACT KESSENIKH, A.V. - KESSLER, A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000721610013-0
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Sequence Number: 13
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

ZHURAVLEVA, T.S.;_W@@YIKH, A.V.
Spin-lattice relaxation of some organic free radicals stabilized
in the solid phase, Zhur. struk. khIm. 6 no-3t453-454 My-je 165.
(MIRA 18:8)
1. Fiziko-khimicheskiy Institut Iment L.Ya.Karpova.

N
(Yn) 12 JT7JK
T)P(C
!:R@ Ai")014011 MW SOURCE CODE: Ufi/O19'2A5/OO6/0d3/0,45Vb454
AMEF-R: Zhuravleva, T. S.;_Kesseni V.
@,R; : 11hysicochemistry Institute im. L. Ya. Karpov (Fiziko-khimicheskiy in3titut) 1@5
TIT1,11,": Spin-lattice relaxation of some organic free radicals' Ik.stabilized in a solid
phase Z11
SOURCE: Zhurnal strukturnoy khimii, v. 6, no, 3, 1965, 453-454
TOPIC TAGS: free radical, spin lattice relaxation, gamma irradiation, hydrocarbon,
aldehyde, organic zittrile compound
ABSTRACT: The autho R, measure T, (Spin-Lattiqe Relaxation Time) at 77 and 4.2*K
for a radical formed dur1n&-g,=ma irradiation'lof chernically pure, deoxidized phenyl
methyl acetylene, mett- -- atanttrileland acetal aldehyde. A table of
spin relaxation time is presented. --e'--a-uTFo-r-s thank L. S. Koraj@Tnko and N. Ye.
Kask for their assistance in carrying-out the expe rime @i-LZJ---also I-. V. Alck-s'@iWbv
Nri discussions of the results. OrIg. art. has: 1 table. 1JPR5)
SUB CODE: 07, 20 / SUM DATE: 260ct64 / ORIG IW: 003 / OT11 W-
Card
001.

KESSELRING, W.
Spraying, but in proper timej p. 314.
LAS POLASKI. (Ministerstwo Iesnictwa oraz Stowarzyazenie Naukowo-Techniczne
Inzynierow i Technikow Lesnictwa i Drzewnictwa) Warszawa, Poland. Vol- 32,
no. 10, May 1958.
Monthly List of East European Accession (EEAI) I.C, Vol. 9, no. 1, Jan. 196o.
Uncl.

-,'41, f
it it Z@ i4 v a .70 z
V A T LAA 1111 --t W ft A I
I A A JI'M
0
of j )R,
00 pule IIAN OM W Im the IA",Ifv PtAq@ RX), 41111
0
at etit"ll I,,-3P. and at 1-41. M) 3541'. 141 Ow
0 a ary ra I(ti-Itit cycles; further 00 ttrOWY JIA$%Cl
8; W-KNO-ag at room temp. In the interval 3 X I(Y-2 x 'be
UP tyvin, arA lortirm 80' sual.114" witli "ado BY
tip. In vium bork- akhydd&. The ion saw 0 rovAlm 'be
unchanged with changing trap. up to 330'. In tip IsIll
lArmiry Slames, the GO& 0 iscrammom WM
R=CvP:&--tf&- I-
after a nommover miatiou; the Imicrem Is tbo
It la
higher the F&O (or NatO) content d the slow;
with NajO iliam, with K.O-. exanirtles: (at X @ 31) tit. I
X,4J, I - IOU". 0 - 14'- 1 - 300'. 0 Va so'; I
70'- 24 44
91, Nato. Il- 0 - 211'- 1 2W*.
The tertiary Slaammitshowe win. to
44 it III Iffills of IN rallo K Li, Illemillin of tit,+ Cor"l,
twing kept cmi. The ittin. at 124' is situated at K: U be
I @Pl 42 fog JIM uwb. tit IIA. at all Wave ICWbs from 6 to be
llillim. The Itnaillott of The min. with teg" to the ratio
K.Ll rctuahm unchanged at higher temps. There is an
-04 tinjulatakable perallellm between the lichavior of 0 and
Ahat of the dec. cood. ol theme glamet, the ternary iflamrs
show alla a min. of virc. too. N, Thom
*ITALLUIGKAL L,TjW.T.6[ CL&MOSCATION
M.
L
A I a ftd 0
U IS AV M3 1%, at of a 9, 't K it it if or A I to
1
0 0 0 0 0 0 0 0 0 0 0 48 0 0 0 0 0 0 0 0 o 111, 4 0 0
a 0 0 0 0 0 0 0 0 0 0 0 0 0, 00 0 0 0 0 0 0 9 0 0 0 0 9 0 0 0 0 0 0

SOV/1 39-=:8-6-14/29
AUTHOR: Kessenikh, R.M.
TITLE: Effec ive Electrical 0onductivity of Continuous Media
at High Frequencies and its Connection with
Longitudinal Oscillations of Plasma (Fffektivnaya
eleictroprovodnost' sploshnykh sred pri -%4-ysokoy chaistote
i yeye svyazl s pl:odollnymi kolebaniyami plazmy)
PERIODICA'L:Izvestiya Vysshikh UchebIT k1i Zavedeniy, Fizika,
1958, Nr 61 pp 85-90 (08 0
ABSTRACT: The permittivity e for a solid. dielectric is written
as a complex function of frequency in the following way:
ew = el(w) + --c"(W) (1)
Here w is the angular frequency of the applied
electromotive force, el and c" respectively represent
the. ohmic and rea--tive components of c and 1 repre.@ents
'Phis equation to6ether %vith the relation
4)1j (2@)
P electric -9ield--vector and the total current-
between A.
Card 1/4 vector j enables the current density to be separated

kDOVI 09-58-6-14/29
Effective Electrical Conductivity of Continnous M,:@dia at
High Frequencies and its Connection with Longit-udinal Oscillat-,.ons
of Plasma
into ohmic and reactive paits accQrding to:
ja we It (,0 )E (3)
4 JT
and JP (4)
47-1
The power dissipation P in the medium -is of course
y define an effecti-ve electrlr@al
simply joB and one ma-
conductivity aeff -- P/J;2 by unalogy w1rh directi
'theory. From the abore relationships there follows
immediately tho following expression for oeff in terms
of the phase angle 6
Oeff Wel (W) tan 6 (12)
4 Tj
where tan 6 S"(W)
Card 2/4 ev (W)

I,iffective Electrical
High Frequencies and
of Plasma
""OV/139-58-6-14/29
Continuous IAedia at
Conductivity Of scillations
its Connection with Longitudinal 0
For practical computation Oeff is more conveniently
expressed as
P11
(121)
60'K
where x is the wavelength in metres associated with
the angular frequency 0. Values of ceff are tabulated
for some typical- dielectrics (ceramic VK-92. "Ftoroplast-
411 (probably ard polystyrene) for
m re gion; in each case ceff
wavelengths in the 15-44- conductivity by
is seen to exceed the corresponding d-c-
ut 10@8@ esented
a factor of abo . Graphs are also pr
showing the va!@jatjon of a;9ff with frecluenCY . Finally
th,., connection of the above theory with the theory of
-udinal Plasma Oscillations is briefly discussed.
longit uations for energy dissipation as a func@tion of
The eq imi, r in the two cases and it
frequency are formally s --a
is suggested therefore that tb@e 1pha-Nriour of an
Card 3/4 oscillating Plasma mightj be discussed by replacing it
U
Effective Electrical Conducti, '-!0V/139--58--6-I4/,29
.jity 0, C()jjt, 1,10
Ifigh Frequencies and its 0 L 11 us Media at
Of Plasma OnnPCtion Witi-i LongitlylirWI 0scillal;.1ons
by a mathematically equivalent diele3tr4c. The analo&f
is 'lot- Pursized in detail@ Tnerp, ,,- - -
and 2 refej.@ajj,_es of @vjjj.,jl I iS 60-,..-re 2 figure*v 1 -fab"o
riez and I Englisil,
AS"'0C1A'Pj0jq:Tom.9k.jy Politekhniches
luy Insti,jut, ;.me-n, S@M,,Kirova
(Tomsk Polytechnical Institute izien'I'S'IM-Kirov)
SUBI,iITTED: 14th June 1958
Card 4/4

KESSENIFH, R.M.
Effect of dielectric losses of chassis material on the quality of
one-2ayer cylindrical coils. Izv. TPI 95:226-233 158.
(MIRA 14:9)
1. Predstavleno professorom doktorom A.A.Voroblyevym.
(Dielectric loss) (Electric coils)
@z@ zz

KISSWINH, R.M.
Iffective electroconductivity of continuous media at high frequency
and its relation to longitudinal plasma oscillations. Izv.v-yi;.ucheb.
2av.*, fiz. no.6:85-90 '59- (MIRA 12:4)
1. Tomekiy politakhnicheakiv institut im. S.M. Kirova.
(Dielectrics)

88052
d ooo,,oo6/oi9/o3?
U011 2101) i/fI1312miON
AU MORS ;.G. and Ke s ienikh. R-M,
T' ME 1),.-@crinjnatlon of' the Velocity of Ultra-ioniz; Wave.4
in Polymers.
PERIODICAL Iz,ieAt:Lya vysshikh ucht-,bnykh zavedenty, Fizika,
1960. No..6, pp,.126-129
TEXT- Various ultrasonic methods have been used to study the
int.hanical. propt-rtio-.-j .>r polymers, Thk -@.ompr).ite %ribrator"
mr.zhod has b!,en u3c-d by the prescont authois at the Tomsk
Tn:ititute, The compoilte piezo-quartz vibrator
c.-*;xsjsted of a quartz rod having a resonance frequency of
125 k-. *' /.i and thir:! specimen under inve.@;tigttion whi.--h was attach-ld
t.;; -th- quartz rod by means of -.shellac., Thf! following conditions
v:-irc [e-mail] in @he preparation of the spcclmens- E>> h and
-t >) b , where t is the length of the spi-cimen and b and h
are th-P width and thickness respectively of the tpecimen, The
v@b;aito! rnLthod was ui,ed to dEett-ruitne the vielue-Ity at
uIrraicni-c- wavi@-i in th.@ polymter. and Young's m-.)duius was thLnL
': alt u I a t dtrorr. the fozmula:
i",ard Ii6

88052
S/.l39/6o/ooo/oo6/oi9/032
E032/E414
of the Velocity of' Ultrasonic Wave.--4 in Polym-2rs
1P a.- thI- di@nsity and E i.3 Young', m:,dulus Th.-
of kb,! ultra,@onlc waves wav calculated trom the formula
7 ef wh;,r,@ t 1-4 11 h,@@ length of the spetim-n and f i It-
Irt-quency of the specitnen which L3 Stven by
f r ) .. In th- latter formula fr he@
Im, ( fr S
fr@%qiiincy of the quartz rod with the @,pfi--,imen in
pe@ 341 4 4)n, f., ts the resonanee frcquency of the quartz r@)d
jiXiti-., th.-- show, I Jmc lay:!,r mr is th..@- mass of the quax tz rod and
th,? shellac lay,-.r, and mo is the mass of the specimen, The
Ma.-3.qQu were d;etk-rmined with the aid of analytical balanf es
of th@- polymers was calculA,ed from thir
:.w, t L- iL-Lal dt,nenAlons and tho weight of
-4pec3ally prepAxed
Tii@- followtug Table gives the dynamic Young:-4
txpo:rim.@ntally at t 20,('

88052
S/139/6o/ooo/oo6/m/032
E032/E414
Determination of the Velooity,of Ultrasonic Waves in Polymers
Name of Polymer
Polystyrene
Poiymonochlorostyrene
Poiydichlorostyrons
Epoxide resin
Young's Modulus
E x 10-11 dyne/c m2
0.347
0.385
0.411
0.297
The velocity of ultrasonic waves was also measured as a
function of temperature. For this purpose the vibrator was.
placed in a specially constructed temperature-regulated
enclosure. There are 3 figures, 2 tables and 4 Soviet
ref4--rences.
Card 3/6
-H

88052
s/i3q/6o/ooo/oo6/oi9/032
E032/E4i4
Determination- of the 'Velocity of Ultrasonic Waves in Polymers
ASSOCIATION: Tomskiy politekhnichaskiy institut imeni
S.M.Kirova (Tomsk Polytechnical Institute
imeni S.?4.Kirov)
SUBMITTED: may 4, ig6o
5
toe

.75 -
dg N a Me
PHC. 1. 3aDHC11U0"b CKOPOCTH YJIbTP23BYX3 oT TeunepaTYPW
nomcrupoaa.
Fig.l. Velocity of ultrasonic waves (cm/sec x 103) as a
function of temperature (OC) for polystyrene.
Card 4/6

88052
s/139/6o/ooo/006/019/032
E032/E4i4
Determination of the Velocity of Ultrasonic Waves in Polymers
174
F- d
/go -6P -to -40 -20 a to 40 69 eg 109
Pitc. 2. 33GHCIILIOCTb CKOpOCTH Y.IbTP3311YKa or Tesillepa-
TYPW A-19 nO.-IIIAMI-10POMP0,33-
Fig.2. Velocity of ultrasonic waves a* a function of
temperature for polydichlorostyrone
Card 5/6
ZR
88052
S/139/60/00o/oo6/019/032
E032/E414
Determination of the Velocity of Ultrasonic Waves in Polymers
IM
-8,9
PMc. 38MIC11MOM CKO
TYPU AJIR noPOCT" YJ'b'rP;13UYK;' OT Temilepl.
AHMOIIDXJIOPCTHPOJa.
Fig-3. Velocity or ultrasonic waves As a function of
..temperature for POIYIMonochlorostyrene.
.Card 6/6
"T -717. Y?,l S -k
T777777
7-
7
A

I 88611a
15,&50 s/iio/6i/000/001/002/023
Fni2/E455
AUTHORS- Anikeyenko, V.M_ Engineer and
Kessenikh, R,M . Candidate cof Technical Sciences
TITLE. Thermal Expansion of Polvmers
PERIODICAL- Vestnik elektropromyshlenno-tti, 1961, No I pp 4-6
TxXT! An experimental study is ri-p,,tted of the thermot. exoan-sion
of Polvatvrene polydichloroAtyrene polymonochlorostyrene
polyethylene and Tef I on ("I'toropla s i , The first three
polymers were prepared from powders iising normal techn)ques. while
polyethylene arid Teflon were of tho cq-)mmercially availablo variety
Tn all cases. the structurt- of' th@ @t---mvi)s was ,hr-ckt-d by '@-ray
me thods Thc- sp,@cimerii wero-@ cyliwiriLal in form (.1,a 6 11r.1
I ength It to b mm) T h e t 11 e r ma I , 1: 3:0. rl,; 1 f) '.' wa.@, t n v P.,; t j fra t c d b v a n
interference motlind so th.,it pvacttal)y no stre_.sses werc applied
to the speciia(.-n4. The rela#;.vr vxpnn@ivn was mpasured -ith
temperatures ris.ing in the ratige @v, -.n 100 C ond als- with
temperatures r.illing in thv -5itm i itigo I'llk- V'a!e Of hcOlIng W.'AA
0 . 5- C/min ant- the rate of' cnol (1 '75) C/min The #--xpan@,jon
coeff.icient 't was calculated f!nm tho forimila
Card l/ 4

q/i i o/6jW/()6O1'1'O./00j/002./023
F032/1"1155
Thermal Expansi-on or polynters
where 3.S tho lot)--rill at 20"C The tvmpelalfil'i-
measured by a ttlofmo.'Ouple And lit) ll(-ikl tit-itnirnt
was applied to the spocimen bet'nre meastiroment, Thr@
effect in the theritial expati-q3on wit, ohnerved in it]) the -j,@-.@inlcns.
The temperattire rneffi.clent of l1rie-ar- expansinn_ -)r I It e a h - -, -
materials was fourid to be large (1 18 200) x 10 degrl al -it)
Amorphous and crvAtalline polymer,; vvoi-r investiyated
It is well-known that the reason for- the thermal expnn,-@invi fif solid
bodies is the 3ncrna!@e in the thermal vthrationck of p.-irti:-ivs with
increasing temperature, In the above itinterial-i. ttip
elements taking Frit,t in the ther-mril N-thizition, .110 FIMC?" III
as A whole, 1@solated pal-t.'% of the ma,romoloriil(--1 aiid -ide,
radicals, 'I'lies-svint- exyv@vlsti@Nn i, by ini(i!@,%l
molecular displat-(-merits iti(l riit,;-v@ It would,
therefore, aplivat that. tlift of polit r gl ollp. III ap 0 1 -,.Me t-
Card 2/4

88641
s/110/61/000/001/002/023
E032/E455
Thermal Expansion of Polymers
would affect its thermal expansion. Polar polymers should have
lower values of the linear expansion coefficients than non-volar
polymers. This was found to be the case for polychlorosty-rene,
in which the temperature coefficient of linear eFpansion between
20 and 1000C was found to lie between 58 0 and 66.0 x 10-6,
.7 x 10
while for polystyrene in the range 20 to 850C,_ lie temperature -
coefficient was found to lie between 74.4 x 10 @ and 75.4 x 10
For polymonochlorostyrene this rule doeq not hold, beginning at
approximately 550C. The temperature coefficient of polymono-
chlorostyr ne in the tempegature range 20 to 1000C lies between
67.5 x 10 9 and 91.6 x 10- . It is suggested that the thermal
expansion of polymers is affected not only by polar groups but also
by other factors, such as the length and flexibility of the matn
and side chains. The relative expansions of crystalline polymrrs
also showed hysteretic behaviour both in the relative expansion and
the expansion coefficient. A characteristic property of
crystalline polymers is the fact that the expansion coefficient
Card 3/4

866
0@
s/no/61/o /001/002/023
E032/E455
Thermal Expansion of Polymers
returns to its original value after about ten hours. There are
6 figures and 2 references: I Soviet and 1 non-Soviet,
SUBMITTED: May 12, 1960
Card 4/4

ANIMYENKO, V.M.; XEVROIZVA, K.M.; 1P
,5EM.XH,_R.M.; SOTNTKGV, V.G.
Conductance and dieleetke loss in polyvinyl chloride plastics.
Izv. vys. ucheb. zav.; hz. no.5:75-80 162. (MM 15:12)
1. Tomskiy politekhnicheskiy institut imeni S.M. Kirova.
(Polymers-Electa-ic properties)
(Dielectric loss)

40785
IS- @ @615_() S/I 10 /62/0001006/001/002
1010/1210
AUTHORS: Anikeyenko, V. M., (Engineer) Kevroleva, K. M., Kesscaikh.NM, ( undidatcr for
Medical Science and Sotnikov, V. (Engineer)
IFITLE: Radiation-damage stability of polynviylchloride plastics of insulation and jacket pre-
scriptions
PERIODICAL: Vestnik elektro-promyshlonnosti, no. 6, 1962, 16-20
TEXT- 6 insulation type and two jacket type plastics (all prescriptions given in a table) were irradiated
with doses from 0 to 220 x 106 rad. The results of the measurements of the electrical and mechanical pro-
perties of irradiated samples presented in graphs, show that a substantial decrease of teasilc strength and
of the respective elongation of the plastic starts at 5 x 106 rad. The biggest change of or, occurs in the region
from (5 + 50) x 106 rad. At a dose of 150 x 106 the tensile strength of a plastic containing 40*,/, of plas.
ticizer, decreased by 20% of its initial value; whereas that containing 60% of plastificator by 60Y. of the
initial tensile strength. Irradiation causes chemical changes of the structure and therefore the resistivity
decreased at 150 x 106 rad. to 3-37 % of the initial one. At a total dose of 106 rad. the tempera I u re-frequency
change of the IS 3 was about a 200 % increase. The frost-rcsistance of the polyvinylchloride plastic decreases
starting from the dose of 15 x 106 rad. The decomposition temperature starts decreasing from 5 to 15 x 106
Card 1/2
Radiation-damage stability... S/I 10/62/000/006/001/002
1010/1210
rad. Structure changes appear at 150 x 106 rad. Tho best results have shown the materials of prescriptions
224 and 489 containing tricresyl phosphate as plasticizer. No improvement of physico-chemical characteris-
tics of polyviny1chloridc 'Plastics under irradiation up to 150 x 106 rad. was observed. The X-ray structure
analysis data show more regularity of the structure of the polymer's chains. There are 10 figures and I table.
Card 212

ANIKEYFJIKO., V.M.., inzh.; KgVROLBVA@ K.M., kand.tekhn.nauk; Kii@;SENIKH, R.M.7
kand.tekhn.nauk; SOTNIKOV, V.G., inzh.
Radiation resistance of the polyvinyl chloride plastic material of
insulation and hose compoundings. Vest.elektroprom. 33 no.61l6-
20 je 162. OUMA l5a7)
(Electric insulators and inoulation)
. ........ . ..
T,

ANIKEYENKO, V. M.; KEVROLEVA, K. M.; KESSUM, R. 14.; S07WIKOV, V. G.
Themop)Vvical characteristics of po2yvinyd chloride plastics.
Izv. vys. uch. sav,j fiz. 32121-123 162. (MIRA 15:10)
1. Tomeldy politakhnichookiy institut imeni S. M. Kirova.
(Etbylens-Thenal properties)

ANIKEYENKO, V. M.;, KEVROLEVk, K. N.; ICE:SSENIKH, R. M.1 SOTNIKOV,
Thext-al, aging ot a poly"l chloridis plastic. Izv. VYs*
zavoi fis. 3il.49-152 162. (MIRA 15: 10)
V. 0.
Ucho
1. TomBkiy politekbnIcheBtly inatitut Imeni S. M. Kirova.
(Virql compound polymers-Thermal properties)

ju."S'sEii I Ki I R.i4, @f;,IEO A.V. ; I
ye . Ye,
Diclectr;c losouo ef polar NLOEO . 0 1! c a b:, z c. le
Yl8i- -132 F

KESISENIKH, RAI SOTNIKOV, V.G.; TRIPELI, V,G.j PFTROV, A.V.; PCKHOLKOV, Yu.P.j
-.- 1,11-11-- SfItiklmy YU.Na . -
Some electrophysical properties of the homolog series of novolak-type
phenol-formaldehyde resins. Izv. TPI 126:26-35 164. (-MIRA 18:7)

HFNK
SOTNIKOV, V.G.- TRIPPELf, V.G.; SIRMLOV, Yu,N.; POVELIC
KE3SENIKH Oi
Effect of plasticization on the physical properties of polyvinyl
chloride resin. Izv. TPI 12606-45 164. (KRA 180)
@X
5,
J"

KF,S,')F,NIKTi, R.M.; TRIPr'FT,I, G.V.
Plasticizing properties of some carbazole derivatives. Izv. TPI
126t117-122 164. (MIRA 180)

UNT(MV-DIRN) RM
SOURCE CODE:
- T"Alea
UTHOR: Kessenikh, R.M.; Sq_tAjk0V_j _V.G.;
;ruzdeva.-Tti.G.; Povelichenko, A.P.
)RG: none
.ITIE. Effect of plasticization on the ;bysical prol ies r yi.%Y1chljrIde tar
: Ref. zh. Xhimiya, Abe, M344
REF SOURCE: Izv. Tomskogo politekhn. In-tap Y. 126, 196 , 56-.-)
TOPIC TAGS: polyvinyl chlori,.a, plasticizer, electric properi vinyl plas;ic,
brittleness, thermal stress
MINSIATION: A study was made of the effect of low-molecular '...xr p
from dioetylphtalate (DOP) and dibutylaebacinate (DBS) on the and elec-
tric properties of polyvinylchAoride (FVC). It was estubilt;.ea tc,at PL afrect.1 the
maximum of dipole elasticity losses and when the content of PL Is con8iderable it dia-
places the maximum to lower temperature areas and decreases 14.-i alue; the effect on
PIC produce(I by DBS is stronger than that of DOP. There is a @_ ...,idertible PL effect a
20* on the resistance of specific volume in plasticized PVC Vnen the compound contains
;;,P20@ of PL. The greatest effect is achieved by DB$p lowericv, --.Ie specific volume re-
sistance by 3 points, as compaxed to pure PVC. If the compound contains 50 of DBS,
the specific volume resistance goes down by 5 points and is lowered at higher

JO
mperatures. The Introduction of PL lovers the embrittlenent tc.=-@4rature (ET): with
content of 5% of PL in the compound, as referred to the ET o@, WC, the LT equalz
)** with a 50% content of PL in the compound, the ET equalz .@. DOP and DBS have an
Lmost identical effect on the thermal expansion and the ET in WC plastics. By means
' a roentgenographic analysis it was established that the Lntroauctioa of PL Iato PVC
@@20) stimulates a better ordered structure of the materia'-; however, a furt),_,z in-
.ease of FL (50%) will diaturb the order of the compound structure.
JB, CODE: 07
:ard 2. /2 vmb

ACC NR- jV7013136
SOURCE CODE: UR/0139/66/000 '006,10141,0143
AUTHOR: Kessenikh, R. M.; Pokholkov, Yu. P.; Petrov, A. V.
ORG: Tomk Polytechnlcal Institute Im. S. k. Kirov (Tomskty politakhnichoskiy
Institut) I
TITLE: Peculiarities of thermal aging of epoxide compound of hot hardening
SOURCE: IVUZ. Mika, no. 6, 1966, 141-143
TOPIC TAGS: thermal aging, epoxy resin, phthalic anhydride, hardening,
thermal stability
SUB CODE: 11,07
ABSTRACT: It has been established for some time that with suc@ dielectrics as
polystyrol, polyethylene-terephthalate, and others which have bulky groups -'In
their structures such as a benzene ring, COOCH3 group, etc, th4 dependence of
I
the specific resistance on the temperature passes through a "imum in the region
of the temperature of vitrification. A minimum temperature forl the specific
,resistance of polymers is explained by superimposing the polarization current on.
the conductance current (B. 1. Bazhin; "Dependence of Blectric Conductance of
Polymers on the Temperature;" YysokomolekulyarWe Boyedineniya No 6, 1961).
Card V2
ACC NRt AP7013136
093*3 0?32-
-In this article, the authors discover similar laws governing the hot
hardening of an epoxide compound containing 100 parts by weight of ED-6 resin
and 60 parts by weight of phthalic anhydride. The hardening took place over a
24-hour period at a temperature of 1400C. Thermal stability of the compound
obtained was 1200C.
V ..A minimum temperature was found for the specific resistance
of a pure therno-reactiva opoxide compound which shifted into the region of
hi her temperatures as the aging continued.. Orig. art. has: 2 figures..
!JPRS: 40,209
2
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Card 2! 2

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"on the Case of the Propogation of Radio Vaves in the Ionosphere," DAL
All SSSR.1 22, No.7, 1939
r@ -:jc

MSSENIKH, V. N.
"on the Characteristic Impedence of a Long Single Uire Line," Dokl. All
SSSR; 27) tio.6i 1940

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A theorem on the anercy stored in a reactive two-pole. Kessenich
PuL -N.!--
J. Pbys., =g 7,1, ppe 37-41, 1943. - A proof Is elven
hoorem that the energy involved in a transient In a re2etive
wo-terainal network, regulting fr om the switching-off of a
t
e .31 sinusoldal does not depend on the spectral distributIon in the
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a., Q.C
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V. IT
K-ESSPITIKH 3 11.
"Enerey Relations in Oscillatory Systems and Parameters of Radiating Systems,"
Zhur. Fiz. USSR, 4, Nos. 1-2, pp 123-42, 1941

isit. Am LatibiAttow UP t"81 log -.&At A:,.,*P;
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IT!,55EINIKH, V. N.
W L 396 551. 1 05 13 3011
Mazlinum Mum of P11111
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MT.

KESSENIKH, V. N.
"An Estimation of the Integral Adsorption in the Ionosphere According to
Measurements of the Strength of Vertical Field," Zhur. Fiz., 8, No*6) Ps 383) 1944
jv--

-KESSVr',-IKH) V. N.-
"The Theorems Concerning the Energy Stotage of a Reactive Double Fole.911 Zhur.
Tekh. Fiz., 14, Nos. 7-8., 1944
'N' M
7
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ar video daily maxima C4 the w1rdrimi, ounum-
in be F, Layer ddrivA the "later mu Ill
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__" 11 .
llz=s@;Iml V. 1".
Fab 194T
Heaviaide layer
"Evolution of Vievs on the Structure of the Iono-
sphere," V. N. nasenikh, 8 pp
"Izv Ak Nauk PIZ" Vol X1, No 2,4,. S"@r
Brief account of acme of the most substantial con-
tradictions an& gape in the conception of the
structure of the ionosphere as revealed by data
gathered in current observations.
8T3.13
FA M13
_6 M?

LISSNNIXH, V*N.; GUSAT, T.D., redaktor; MAMT, L.A., redakt*r.
',.-; -'@t ":' , k
Lprojmgstion of radlo vayes] Rasprostrananis radiovoln. Hooky&, Goa.
izd-vo tokhniko-tooret, lit-ry, 1952. 488 p. (MM 7:6)
(lonoopherio radio ways propagation)

The Cc=4.ttee an Stalin Prize* (of tbe Comcil of Kinlate-re =R) in the flelb 0
science and Imntians ammeen that the fol-loving acientme V=ts, pcpuar aclan-
tific books. and tm%tbooka have been aubaltted for compartition for Sttaia Prizes for
the yertra 1952 Pnd 1953- (60vetakaYft KlAtlan@, F,:). Z'2-JtO# 20 Feb - 3 Apr 1954)
a m Tltlfa of Work rcminated by
V. IIIadio dave --To:z -al.i.cr."
so: w-3o6c4, 7 JU17 1954'

KZSSINIKH, Y.N.
Answer to Y.L.Ginzburgis article concerning the book "Radio wave
propagation.o 2hur.eksp. I teor.fi2. 27 no.4:510-316 o 154.
(MLRA 7:12)
1. Sibirshy fiziko-tekhnicheakiy institut.
(Radio waves) (Ginsburg, V.L.)

M1. , @11
-1 JO
USSR/
Physics Radio wave propagation
Card 1/1 @ Mb, 116 - 7/7
Authora Getmantsev, G. G., Zhevakin, S. A., Kobrin, M. M., and Riller., M. A.
Title IPropaGation of radio waves
Periodical iUsp. fiz, nank 53/2p 298 - 303, June 19%
Abstract IThe book "Propagation of Radio Waves", written by V. N. Kessenikh, is
criticized. Many fundamental errors in interpretation of the subject
covored by the book vere found. Also., the unmethodical arrangemnt
of many experimental data, included in the book.. render it useless
even for reference. In short, the publication of the back by the
"Gostekhizdat" (State Pabl. House for Tech. Literature) is considered
to be erroneous.
Institution i **so
oubmitted I
7- T g
FIT- 7-:,
;7-71 @i@ -
N

7Z
NQ

80576
9-9100 sov/169-59-7-7471
Translation from: Referativnyy zhurnal, Geofizika, 1959, Nr 7, p 145 (USSR)
AUTHOR- Keszeni V.N.-
TITLE: The Neutron Decay and the Residual loncentration of Electrons
in the F2-Layer of the Ionosphere
PERIODICAL2 Tr. SibirBk. fiz.-tekhn. in-ta, 1958, Nr 36, pp 361 - 363
ABSTRACT: The steady existence of the residual electronic concentration in
the nightly F2-layer makes one to pay attention to possible
sources of a supplementary Ionization (SI) in the F2-layer. In
order to sustain the nightly concentration level of electrons,
a rate of ion generation of the order of 0.1 pairs/cm3.sec is
required, The UV-radiation of stars and the primary cosmic
radiation are considered as the possible sources of the SI. The
flux of stellar photon energy turns out to be at least 10,000
times weaker than the required quantity. The primary cosmic radia-
tion can generate only 10-7 ion pairs per second, The author
proposes the thesis according to which the SI is generated by
Card 1/2 the electrons emerging from the P -decay of neutrons entering
835-7 G
SOV/169-59-7-7471
The Neutron Decay and the Residual Concentration of Electrons in the F2-
Layer of the Ionosphere
the F-region of the ionosphere from the troposphere, where the latter are
generated by nuclear reactions due to cosmic rays. These electrons move in
the magnetic field of the earth along the helices. The electrons having an
energy of about 0.5 Mev can generate along their path 1.15 pairs of ions per
second. The quantity of these electrons can turn out to be sufficient for
sustaining the minimum level of the residual electronic concentration. The
data on the correlation of intensity of the neutron component of the cosmic
radiation in the troposphere with the ionization level of the nightly F2-
layer can be used for the verification of this hypothesis. VK
L. Shch.
Card 2/2

3(0),7(7)
AUTHOR: Kessenikh, V. N. SOV/20-123-1-14/56
TITLEs On the Possible Methods of Measuring the Concentration of Slow
Neutrons in the Layer F2 of the Ionosphere (0 vozmozhnykh
putyakh izmeroniya kontsentrataii medlennykh neytronov v sloye
F2 ionoafery)
PERIODICAL: Doklady Akademii nauk SSSR, 1958, Vol 123, Nr 1, pp 57-59
(USSR)
ABSTRACT: One of the bases for raising the problem of slow neutron conoen-
tration in the P2 layer of the ionosphere is the hypothesis of
the partial remanent nocturnal ionization of this layer under
the influence of the P. decay of neutrons. Estimates showed
that with a neutron concentration of the order I cm-3 the
A -electrons produced by neutron decay (which have an average
energy of 0.5 MeV) are captured by the terrestrial magnetic
field. They move on screw-shaped paths having a radius of up to
70 m and are able to produce up to 1.5.104 secondary electrons
per primary O-electron. In the case of n5utron concentrations
of 1 cm-3 and a half-life of 270 600t 10- primary_qlectrons
Card 1/4 (with an energy of 0-5 Mev) can be produced per cm 3.
7 _7

6n the' Possible Methods of Measuring the SOV120-123-1-14156
Concentration of Slow Neutruna in the Layer F2 of the Ionosphere
The lowest intensity limit of this ionization caused by the
R -decay of neutrons in the F 2 layer is of the order of
0.1 pairs om-3. see* -1 per I neutron in 1 cm3. The existence of
an ionization source of this intensity must make a measurable
contribution towards ionization of the F 2layer if the most
important ionizing factor, the solar photon radiation, is
lacking (nocturnal sky). The equilibrium value of the electron
concentration corresponding to the ionization intensity
0.1 em'.3.sec-1 amounts to 2.2.104 electrons in 1 em3. To this
concentration there corresponds the critical frequency of
1-3 megacycles. The lowest values (averaged for one month) of
the nocturnal minimum of the critical frequencies of the
F2 layer (for an ordinary beam) were observed in January 1943;
they did not decrease below the value of 2.0 megacycles. These
values were measured at Tomsk. The values of the nocturnal
minimum fo measured in individual nights of January 1943
Card 2/4 F2
R_

On the Possible Methods of Measuring the SOV/20-123-1-14/56
Concentration of Slow Neutrons in the Layer F2 of the Ionosphere
amounted to 0.9 megacycles. If the ionosphere is considered to
be an ionization chamber in which electron concentration is
measured by means of radiophysical methods, it may be said that
the obAerved remanent nocturnal ionization indicates the
existence of a hitherto unknown ionization source. If P-decay
is considered to be the source of this ionization, this
assumption must be verified by immediate measurement of neutron
concentration by employing the direct methods of detection and
by counting the slow neutrons. A short report is given on such
measurements carried out by various authors. Various
considerations indicate the possibility of measuring neutron
concentrations of up to jo-7 om-3 by means of unahielded
counters with BF3f which are conveyed into the upper atmosphere.
It is of great importance for the investigation of the dynamics
of the neutron component of the terrestrial atmosphere and its
possible influence on the remanent ionization of the ionosphere
to obtain immediate data concerning neutron concentration in
Card 3/4 the upper atmosphere.

On the Possible Methods of Measuring the SOV120-123-1-14156
Concentration of Slow Neutrons in the Layer F2 of the Ionosphere
There are 6 references, 7 of which are Soviet.
PRESENTED: May 28, 1958, by V. D. Kuznetsov, Academician
SUBMITTED: May 22, 1958
Card 4/4

9".9/00
89078
311691614000100110061011
A005/A001
Translation fromit Referativnyy zhurnal, Geofizika, 1961, No. 1, p. 12, # 1G120
AUTHOR: Kessen! _
-kh V N
TITLE: Propagation of Radiowaves and the Physics of the Ionosphere
PERIODICAL: Tr. Sibirsk. fiz.-tekhn. in-ta pri Tomskom un-te, 1959, No. 37,
PP. 10-15
TM; The author gives a concise summary of the works on the propagation of
radiowaves and the physics of the ionosphere, which were published by 1956. It is
stated that the ambiguity of the deciphering of ionograms and the absence of
reliable data on the molecular and atomic compcsition of the ionophere lead to
the necessity of rocket sounding of the ionosphere. The reception of signals
emitted from the moving rocket and coordinated in frequency as well the investi-
gations by the method of injection of extraneous gas masses are of special Impor-
tance.- It is noted that the rocket research complements essentially radiophysical
methods, but the development and the improvement of the latter remains the priority
problem in the study of the upper atmosphere. The special actuality of the works
is emphasized in connection with the study of the scattering of the pulse signals
Card 1/3

89078
s/169/61/boo/boi/oWbii
A005/AO01
Propagation of Radiowaves and the Physics of the Ionosphere
in the ionosphere, the scattering by the meteor trails, and the phenomena caused
by the diffraction of the signals by inhomogeneities of the ionosphere, which
are statistically distributed, changing with time, and moving in space. It is
noted that the problem of the nature of reflections with the,apparent value of
reflection coefficient R > 1 occupies a peculiar place among the problems of the
methods of:bnospheric observations. The investigations of idealized ways of
propagation in the ionospherb and of the peculiarities of propagation in a gyro-
tropic medium occupy a large place In the group of the theoretical works. The
graphical and graphoanalytical methods of Investigation of the course of rays in
the ionosphere are applied successfully. The works published showed that the
events of triple splitting of reflected signals are correlated with large values
of the gradient of electronic concentration in-the F2-region near the maximum of
the layer. The possibility of the stable existence of large gradients of
electronic density in the ionosphere becomes obvious when considering the abi-
polar diffusion with allowance for the effect of the geomagnetic field. Valuable
results are mentioned from the investigation of the diffusion in the ionosphere
which were obtained by V. M. Polyakov (Irkutsk). It is shown that the development
Card 2/3

89078
s/169/6i/ooo/ooi/oo6/oii
A0051AOOI
Propagation of Radiowaves and the Physics of the Ionosphere
of the theory of magnetohydrodynamical phenomena in plasma led to the substantia-
tion of the hypothesis on the stable existence of Inhomogeneities of plasma in
the Ionosphere. The small quantity of scientific data on the problem of the effact
of the troposphere on the,propegation of short waves is pointed out. There are
31 references. E. Kazimirovskiy
Translator's note: This is the full translation of the original Russian abstract.
Card 3/3
g-

5/169/61/000/010/048/053
D228/D304
AUTHORt
TITLE:
PERIODICU:
Keasenikh, V.- N.
Role of beta- and delta-electrons in the electron con-
oentration of the F2-layer
Referativnyy zhurnal, Geofizika, no. 10, 1961t 32-33,
abstract lOG196 (Tr. Sibirst. fiz.-tekhn. irAa pri
Tomskom un-tet no- 37, 1959, 330-340)
TEXT: The author develops the previously proposed iWpothesis (RZhGfiz,
no. 7, 1959, 7471) on the origin of fast electrons as a result of the
beta-decay of neutrons and on the possibility of maintaining the F2-layerls
nocturnal ionization at their expense. The expression for neutron ooncen-
tration at a definite height is given together with the formula represent-
ing one model of the neutiDn layer in the upper atmosphere. The calculated
distribution of neutron ooncentration in the ionosphere has a maximum at a
height of 200 km. Different processes of the decay of cosmic particles
Card 1/2

S/169/61/000/010/048/053
Role of beta- and delta-electrons... D228/D3C4
and their role in the atmosphere's ionization are examined. 23 references.
Z-Abstracter's notes Complete translation._7
Card 2/2
PHASE I BOOK EXPLOITATION SOV/5743
Akademiya nauk SSSR. Mezhduvedomstvennyy komitet po provedeniyu
Mezhdunarodnogo geofizicheskogo goda. Vrazdel programmy MOG:
Ionosfera.
Isaledovaniya ionosfery; sbornik statiy (Ionospheric Researches;
Collected Articles. No. 3) Moscow, Izd-vo AN USSR, 1960.
100 p. 2,000 copies printed.
Reap. Ed.: N. V. Mednikov, Candidate of Physics and Mathematics;
Ed.: L. A. Trofimova; Tech. Ed.: T. V. Polyakova.
PURPOSE : This IGY publication is intended for geophysicists,
astrophysicistB, and other scientists concerned with the
ionosphere and radio atmospherics.
COVERAGE: The collection of articles contains the results of
investigations on the ionosphere and radio atmospherics, based
chiefly on IGY observational data from USSR stations. The
articles may be grouped into the three following categories:
Card 1/5

Ionospheric Researches; Collected (Cont.) SOV/5743
Ke@rblay, T. S. , and Ye. M. Kovalevskaya. Correlation of foF2
With Solar Activity Indices 22
Driatskiy, V. M. Processes in the Lower Ionosphere in High
Latitudes During the Solar Flare of February 23, 1956 27
Felldshteyn, Ya. 1. The Noctural E-Layer According to Obser-
vations at the Dikson Island Observatory 34
Pankratova, N. S. Irregular Phenomena in the F-Region of the
Ionosphere According to Observations at the bikson Island
Observatory 40
Cherenkova, Ye. P. Certain Regularities in the Behavior of
the Lower Ionosphere Over Dikson Island 51
Gorbushina, 0. N. On the Use of Single Reflections for
Evaluating Absorption in the Ionosphere According to Obser-
vations at Dikson Island 60
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Ionospheric Researches; Collected (Cont.) SOV/5743
Struin, 0. N.1 and Ya. I. Felldshteyn. Nondeviating Absorp-
tion of Radio;44ves in the Auroral Zone 66
Gusev, V. D., and S. F. Mirkotan. On Certain Anomalies
During an Investigation of Ionospheric Drifts 77
Rapoport, Z. TB. On the Question of Determining the M3000
Coefficient 83
Likhter, Ya. I., and 0. 1. Terina. Certain Results on In-
vestigating the Intensity of Radio Atmospherics (Strays)
at Moscow go
Rodionov, Ya. S. A Possible Method of Determining Effec-
tive Recombination Coefficients and the Rate of Ionization
'n the Ionosphere 95
Zakharov, V. I., and Z. K. Shibayev. Effective Recombination
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(';@ 1, ('. FT
AUTHOR-
Kesseni.1ch, V.N.
TITLE., tolieretiL Scatt(.*rin'%'in
PERIODICALi Izvestiya vyssi-i.'di
1960, Nr 1, pp 234
S/I 3 9/60/000/01/03 9/0111
El 92/E 8:-,
uchebriykii zavede-ni.y. Fizika.,
- 233 (USSR)
ABSTRACT- When the radiation of A dipole source is scattered by the
electrons of plasma, apart from tho noncoherent scattered
radiation which is charact cri sect by a statistical ampli.tude
and phase distribution, there can always exist a stationary
or a slowly-Chariging f-Leld component whtch is due to a
coherent. superposition of the fields radiated by the
stationary component of the electron concentrati.011. tills
is independent of the thermal motion and the free path
of the electrons in plasma.. The condition of tho
appearance of a secondary field wi.-th a stationary or
a slowly-changing complex amplitude i-q analysed for the
case when ui lij; e w
.< .1. and / w '