SCIENTIFIC ABSTRACT ZHITKOV, V.V. - ZHITNIKOV, L.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R002064820013-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: July 20, 2001
• Sequence Number: 13
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT


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E.- UR/0080 10127iOT2665
SOURCE COD 1651038
AUTHOR: Kochorgin8~a, La L,; Rozenblyum, N. Do; Stasyqk. Kh. A Zhitkova Le GoL
Breg r A:*
~Kho
ORG., none
TITIE: -Obtainik ion-exchange membranes by the pre-irraaiation mothodfl
:SOURCE: Zhurnal prikladnoy khimii,: v. 38, no. 12, 1965, 2662-2663
TOPIG TAGS: phosphor7lation, ion exchange membrane, gamma irradistiont' sulfonatAon.7-:_,,`,,,
ABSTILkCT: To verify the possibilities of the pre-irradiation meth6d' polyileflji
rradiated%n a-unit used for radiation-chemical research with
films were i
~.C600 gamma-radiation source.(dose strength __ 0.15 megarad/hour) in the
presence of atmosphericoxygen. The 'eroxide group content in irradiated
P
Xilms was determined by an iodometric method. It was established that the
peroxide group content at room temperature does not vary over a period of
Awo to three months. Grafting of the monomer was carried out in air at an
'';elevated temperature outside the irradiated zone. For introduction of
iionogenic groups,'th6 grafted'films underwent su'Lfonation, vaponificationt,
phosphorylation. It was.found.that the presence of.anloxidation inhibitor
_or_
-cam i/2
UDC: 661.183.1.23
M77c

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I . 6
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7
AUTHORI. ZLXshevsk~y, Tu. S Garkunova, N. V41 la va L Ao; ZhitkovAl To NO
ORG I none
TITLE.u"Decomposition of datolito.on heating.
SOURCS1 Zhurnal neorganiaheskoy, khirdis vo 11p' no. 8* 1966, 1822-18Z6
TOPIC TAGS1 boron aneralp calcium vdneral# borate., barate glansp silioate
ABSTRAM The thermographic method was used to determine the heat effects associated,
with phaso transformations and the hoat cApacity of the minaral datolite. The phase
transformations were found to occur only above 9200. In the 950-9800C range, the
oral decomposes As followsl
MO-B20~-M02-H20 C&O-B203 + C&O-SiO2 + SiO2 + H20t
borate CaO- B2(~ p. monocaloitu* silicate ft-CaO-SiO29 quartz, cL-Si029 and
SU2-cristobalite are thus f gyme d. At 110000l -the mixture of nowly formed comPou*.
M011ts 0, forming LMA.,(. The beat or,reaction of tho dAtolite d00QWPQ$JtjoD jaj'~-~
6.4 kcialmole., The he*at' of reaction of the dehydration
+
Card 1/2-- UDC: s46.82414202n s542.
N BIMINI`

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Twoy is uhived by lawtuft m
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ACC NRi
AP7003196 SOURCE CODE: UR/0213/66/06i[06iji
1086/1088
AUTHOR: -Volovov, Ve 'l.; Zhitkovskiy, Yu* Yu
(Akusticheskiyi:institutY
Acoustics,-Institute
ORG:,
TITLE.,~ Measurements of the:coefficient of sound ref lection, f rom the ocean.bottom
SOURCE: Okeanol og iya,, v. 6. Ino.~6 1966, 1686-1088
TOPIC TAGS: acean.acoustics, ocean floor topography, oceanography, underwater
acoustics acj>"J-
ABSTRACT: Some experimental results of the study of-the coefficient of sound re-
El Pet.ion.from, the Atlantic Ocean bottom are giVen, based on measurements made in
11961-7mt)_- C-er a distance of 20,000 miles. - The measur Iements were made at normal
lincidence using Keivin-H~~ MS-26 e~cho sounders at 9.6 kcps and N-100 recorders.
Bottom:rellief was simultaneously recorded on a Ladoga precision graphic recorder.
the difference between, the experimenta Illy determined coefficients and those com-
I

-A'CC N R-AP7003197 SOURCE CODE; UR/0213/661006/006/1089/1090
AUTHOR: Zhitkovs!~i~yu# yu~..
ORG:. Acoustics.Inatitute-(Akusticheskiy.inatitut)
TITLE: Multidimensionalatatistical characteristics of sea currents and their use
SUB CODE: 08/. SUBM DATE: nona
ClprCL '1/1 UDC., 551,083:534 :551.462

7 EXIM lJn-c)
CC -NRs AP6029539 SOURCE CODE: -UR/0046/66/012/003/0301/~OAL2--
4P.
AZY
AUTHOR:. Zhitkovskiy, Yu. Yu.
ORG: Acoustics Institute, AN SSSRp Mosc6 (Akusticheskiy institut AN SSSR)
TITLE: ~The use of 'short pulses In measuring the scattering coefficient of sound at
the bottom of the sea
SOURCE: Akustiche6kiy zhurnals vi 12, no. 3, 1966, 381-382
TOPIC-TAGS: acoustic scatteringo.ocean acoustics, sound waves seismic wave
ABSTRACT-. The author proposesa technique for,determining the capacity of the ocean,
floor for scattering sound waves. A scattpring coefficient is defined as M
where 1~.-is the intensity of a sound wave incident upon the ocean floor, and re is the
intensity of sound scattered in a given direction by a unit area of the ocean floor,
measured at unit distancefrom it.-.~Special attention is given to the coefficient M
for back scatteringg in which the part of the scattered wave which is reflected back
toward the source is examined. A case is considered in which a short pulse of sound
strikes the ocean floor and is scattered by it. Assuming the ocean floor to be made
up of randomly distributed point scatterers, the coefficient M is then obtained by in_
tegration. An expression is obtained for the frequency dependence of the back scat-
UDC: 534.24
Card /2

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sbmM W uj*d its timmijunctiois with mtvb. r4"slvs to
det. the t0ect of ZrA) im mism emit. emultim-typo woo
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cmred for " min. left S ia the oil after 6wiling 144
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L 41366-66 EWT(r,
ACC N& souRCE COBS: UR/0138/66/000/064/0022/0025
AUTHOR: ~3=ydko, T. P Zhitlo.vskaya, A. L; AmItuni L. A..., Nikogosyant--V,[. G.
ggdyedeya. A. M.
ORG.0 Scientific Research Institute of the Rubber Industry (Nauohno-issladqvatellskiY~
instifi promyshlonnosti)
~TITLE: 8NP 'adhesive onding.gf rubber to metal 14
8----" Jor cold b
SOURM KauVehl I razina, nos 4# 1966," 22-25
TOPIC TAGS t adhesive,, adhesive bonding, rubber /88NP adhesive
pro rti ed from NP niirltt was studied un-
ABSTRACT: The pe es of 88-NP adhesive$ prepar
dot laboratory and industrial conditions. The adhesive does not change its viscosity
an# adhesive properties during' storage3, and is thermally stable up to 700C. The o-oti-
mum strength of the adhesive joint is:aohieved 24 hours after the bonding. Th4 a6e-.~
sive properties of 88-NP are not impaired by the action of low toq3eratures.- When I/?
part ;f toluene is introducedinto the.adhosive com-oosition as the solvento the crys-,f
tallization te=srature of 88-NP decreases. The ad6sive produces satisfactory bond-
Ing strengths with,various materials. It is concluded that 88-NP adhesive Is suitable
for bonding the majority of commonly:used rubbers to various materials. In.the pres-
ence of a plasticizer, however, the bonding strength decreases beoause the plasticiz-
ers migrate from the. rubber to the film of adhes'ive and cause it to soften. Orig. art.
has: 6 fi
gures and It.able,
SUB CODE- -11 DATE:- 30ov6k~
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VOLKOV. Yu.I., inzhe; GAFANOVICH, A.A., kand.tekhn.nauk; GLADKOY, N.G..
kand.sellskokhos,nauk; GOMSHA, A.Ye., agr.;-ZUTMM -H.?., inzh.;
ZANIH, A.V., kand.takhn.nauk; ZAUSHITSYN, V.Ye., kand.takhn.nauk;
ZVOLINSKIT, N.P.; ZZLITSERMAN, I.M., kand.tekhn.nauk; XAIPOV, A.U.,
kand,tekhnonauk; KASPAROVA, S.A., kand.zellskokhoz.neuk; KOLOTUSUINA,
KRUGLYAKOV,
A.P., kand.ekon.nauk A M., inzh.; IMIKOV.,.I.I., inzh.,~
LAVRMIYF.V, L.H., inzh.; LEREM, B.M., kand.tekhn.nauk; LEVITIH,
YU.I., Insh.; KAMIM, Ye.A., inzh.; NIKOLAYEV, G.S., inzh.;
POLESHCHMO, P.V., kand.tekhn.nnuk; POLUNOCHEV, I.M., agr.; POYANKOV,
kand.sel'skokhoz.nauk; RABINOVICH, I.P., kand.takha.nauk;
A.F., kandoeallskokhoz.nauk; STISUOVSKIY, A.A., insh
TURBIN, B.G., kBnd.takhn.nauk; CHABAN,LV.# insh.; CHAPKIVICH, A.A.,
kand.takhn.nauk; CHMMOV, G.G., kand.tekhn.nauk; SUMM, B.M., kand,
tekhn.nauk; KRASHI 0, A.V., inzh., red.; KIMSKIN, M.I., inzh.,
red.; MOLYUKOV, G.A., inzh.,,red.; ELAGOMMONOVA, N.Yu., inzh., red.;
UVAROVA, A.F., tekhn.red.
[Reference book for the designer of agricultural machinery in Wo
voluross] Spravochnik konstruktore seltakokhozisistvennykh mashin
v dvukh tomakh. Hoskva, Gos.nsuchno-tekhn.izd-vo mashinostroit..
lit-ry. Val 1. 1960. 655 p. (HIRA 13:111)
(Agri;;Itural.machinery-Design and construction)

TV P
1, 414", 44112114 44
L 17093-63 EPR/"F(c)/ZWP WAM (M J/BDS kFMIAM P,; -4/1>r
ACCESSICN N -R: AP3004691 /~)1-/00c/004/0056/CC38
it~L AUTHORS, Z~Ltnev,,. ru. K.; Filippoirp, Yu. V.
Tr7q. lagh-pre-asure- 6zond hsais from'tdtrogen-oVgen mixftres
666HO i Moscow. Universitef. Vestnik* Serlya Ile Xhildyap no. .16 1963t 16-38
TOPIC TAGS; ozone, ozone synthesis, discharge, oxygen, nitrogen-oxygen, presswe
ABSTRACT: Eleotrosynthesis of ozone Yras conducted at 1p 20 )p 4t end 5 atmosPheres
from mixtures of nitroger. with 829 50, 322 and 2Z oxygen. The s7nthesis of ozone
from teabnical grade ozygen served as control, and tne of ozonator used VMs idanti-
cal with the one described by N. 1. Kobozev, I. A. Serdokl-dn ind Yo. Y. Pitakh&wl
(Fdnetika i kataliz, 6, 81, 88, 1960). It vras found that for iechnical oVgen the
maximum yield of ozone (nearly 8%) was cbtained at 1 !,,trospherf., wMle for rdxtures
of' oxygen v-ith nitrogen the maxim, was roached at 2 PtM0S-,nh0rE-3. 7beBe xmountS
decreased from 7% to slightly over rr with the decrease !r. oxyFar cirtert from. Fz.
to 3Zr - ',t I a aluggest-d that the lover-Ing of thft ccn, or trg t,' ~,t of i~ zonl -, ')~-e
presence all nitrogen may be fte to the oxidntio,i --oducl.s I-f 7be errount
of these, calculated az NO, was eatimte,' by the at:thcre as Irr voix;Lre. orig.
art. bast 2 chnrta.
C4rd 1/2
W; am 11111 BRA
gt~

V. ItUl' 1~ T~ 1N V
L
L 16952-63 gWi'c).,~WT(m)/WPfq)/BDS kM0 P-P 4, JTIJ
ACCESS10H NRI AP3006631 6 1 71 D 9 "213 62 13 7 ,
AUTHORt ZhLtnav, Yu. N. V,
TITLEt AlitomatLc analyzer for ozone
SOURCFt Zh. fizicheakoy khtmlij v. 37, no. 9, 19E3, 2136-2137
TOPIC TAGSt ozone, automatic analyrer, thermal ccnductivtr_-? method,
gas analysis, analysis. katharometer, thermistor, sta:.conductor
thermLetor, ST-3 charmLstar, Tflgh-l thermLecor
ARSTRAM An improved thermal conductivity method ham been de-
veloped for periodic determination of ozone in oz.)ne-oxygen and
ozone-&Lr flow systems at constant pressure. TwQ types of katharo-
Meters V a dasigne4-and testeds a brans saniflow cell equipped
mdAybd-enum glass flow-through cell with
with ST 9thermLs.to4ad
VSh-16thersistorse The seaLconductor tharmletorn were coated with
a 8 age fLIm to prevent reaction of ozone with the k4thardlieter. A
wires. A complete assembly for autoveatic gas analysis to chown
in Fig. 1 of the Enclosure. T.he reference cell and the measuring
G id

L 16952-63
ACCESSION HRt AP3006631
call form the two arma of a risistance bridge, which in connected
to a 5-mv poteatiometar. Potantioneter roadings are racorded
automatioally as punks, :,'nano in daterininad from
the heights of the peaks; a linear ca'!~ration gr,ip~ ii usee.
Complete analysis required only 8C 4 e C tile 8,1,19 f I. h e.
method to at least 0.03 vol% lx-~ne 'hot 'K, it ti a r o,- t een ~ If r a -
ture Is maintained constant wit'-In
f i gu re s
ASSOCIA'"IONt Mookovskiy gosudaritverinviky universitet im. H. V.
5 -Tn-f-veialt ~4 .
Lomonosova (Ho cow tate Yi
SUBMITTEDt 09Nov62 DATE ACQt 309ap63 HHCLi 01
SUB CODEs CH, EL NO REF SOVt 003 OTHERt 004

T , ?; 'Ll, 1-111, IV!
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5(4) 8/076/66/034/01/034/044
AUTHORSs FilippoVj-Yu.'V*# Zhitn6v,-LU-.N- BOOM
TITLEs Osonizeri Made From fj#'Ati.0s:
PERIODICALs Zhurnal f izicheskoy, khitaiiv 1960, Vol 34s, Nr II pp 209 210

ABSTRACTs- The authors point out the use.of plastics, which are more.~,.
easily workable as dielebtriollayer of the ozonizer instead
of glass. They describe,suoh.an oz i er, which they produced
,
;
electric breakdown/,
from viniplast(Fig 1). Viniplast as good
,,
-
35. kv/,;=) # a sufficient dielectric constant
Itrength '(15 -
.
4)9 and is resistive both to ozone and to the electric
-disoharge.,The.chiLracteriatio,features of the ozonizerpro-
duced weres Operating voltage 8 kv, frequency 1500 cps,
temperature of cooling miter 20'soxygen pressure 780 tort,
amperage 6o5 map power 14 W. Figure 2 shows thedependence of
lheozone concentration on.the factor.U/V (Power of.the
ozonizers gas velocity). There ate 2 figures.
ASSOCIATION: Moskovski ' osudarstyanny universita
t
t
i
V
t t im. M. Lomonosova,
L
Moscow S
a
.
' O
S
e Universi
men M.,
O
OZ
y
g omonosov)
e-I
N
5 U
ep
lug :1727

8/844/62/000/000/059/129:
D204/D307
..AUTHORS.* 31avinakaya,,N-1A., Kamenetakaya, S. Aop- Pshezhetakiyt
S. Ya. and Zhitneva, 0. P
-.TITLE:. A study of the kinetics of the chain oxidation of btitane
in the vapor phase, under the aciion of fast electrons
SOURCE': Trudy II Vsesoyuznogo soyeshchaniya po radiatsionnoy khi-,
mii. Ed. by L Polak, Mosdow, Izd-vo AN SSSRs 1962,
353-356
TEXT: Kinetics of.the aerial okidation of gaseous butane were Btu-
-died under steady irradiation with fast olectrigs (the 3enery ab-
sorbed by the gas p being:0.6,'.1i2 or-204 x 10 ev/cm see at,
613 - 640 mm H9 and between 185 and 25700i'to elucidate the mdehan-.
ism of such reactions. The intermediate oxidation products were
estimated polarographically, the unchanged butane chromatographi-
bally, and the reaction rate was followed by the increase in pres-
Buret Ap. *Thelog 6p/time plots were linear in all cases, as pre-
dicted by.the kinetic equations derived for branched-chain mecha-
Card 1/2

3/844/62/000/000/059/129
A study of the kineticiv D204/D307
nisms by N. N. Semenov,., Both.the.initial number of active centers,
n , and a parameter characterizing the extent of chain-branching
Acreased linearly with-increasing intensity of irradiation, whilst
the effective activation unergy waB decreased. t-%. mathematical treat-,
ment is presented, showing that the rates of oxidation of hydrocar-
bons under constant.irradiation-may be described by branched-chain
kinetic equations, the actual-parameters being a function of the-
,irradiation intensity. The relative increase in n under the action
0
of irradiation was comparatively lower at higher temperatures. The
effect.of radiation on chain-branching is ascribed to the action of
-the irradiation on intermediate oxidation products,(aldehydes and
:peroxides); these products were shown to decompose in proportion to
the-duration of irradiation. There are 5 figures.
ASSOCIATION:, Piziko-khimicheskiy institut im. L. 'La. Karpova (Phy-
sico-Chemical Institute im; L. Ya. Karpov)
'Card 2/2
r., T~

8/076/62/036/006/003/011
Ef foot of ionizin B117/B138
:cribed:in L,-.BPs13Wbs-the chromatographie'dotermination of butane, also
the products''of its partial oxidation (peroxides and aldehydes) wore also
studied polarographically. :Experimental conditionst initial pressure of
the butane,.- air mixture 613 mm.~Hgj temperature 185 - 2570C. The
temperature dependence of the-r6action rate.was recorded at.two radiation...,-
15 11, 3
intensities'(1.2-10 and 2.4-10, ev/cm.9sec). -As in I, the main para-
meters.of the reaction kinetics were determined from experimental-curvesj~,4,/,
usine the equations ST'josted by, N. I. Sewonov (O.nekotor kh problemakh
,khii-.-,icheskoy kinetiki Some., problems of chemical kineticTIzda-vo AN SSSRt
19 C in riactions... It r~as found that the effective
54) for-ramif-Jed hal e acti-
vation ener6y rafr ecrea 6d and.the number of initia.1 octive centers n 0
and the ramification factor increase-as ra nteneity rose.. This
diationi
is consistent.vilth the pre,viously'deter~ained.depandence of these para-
meters'on the -intensity, of the electron beam.Accelerated accumulation of
peroxides-and aldehy, des'was found with rising intensity of the eleciron
beam,.' Examination of .-,their Poncentration'as a function of this intensity,
shovied that-they decompose under the action of electrons. The amount of
decompoiii croxides-,was,,proportional to the radiation intensity. 'The
ng
Card 2/3:-

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of carbon and no to &4% of manganom. The author I 4100i
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forultim. annealing and welding this alloy, awl atudkA Its haninrim. I
niscro. and mim-litructulv and magmtlo propertlem. its marldne.
ability and its arplIcation for cutting toots. His general rmclusion, lost
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u t ttl
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permill. as used with efficient owting. The beat cutting 11:0rdi"
in the steel were obtained by quenching from 124G-12W' at
double tempering at 8304SW. C.
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