SCIENTIFIC ABSTRACT KABANOV, V.YA. - KABANOVA, O.N.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000519810005-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: July 19, 2001
• Sequence Number: 5
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

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SPITSM, Vikt. 1. v &klLdemik; KARA T. T.Ya.
Mechanism of formation of high molecular weight compounds or
tuagotenj as studied by.tba dilatonstric and spectrophotonstric
methods- DOkrAS US 13Z no.5$1114-1117 Jo 160.
(KER 13t6)
1, Moskoysidy Cosudarstvenayy univernitet in* X.VoLosonosovas
(vUpton compounds)

'A-, -,; ll'; ~- ,
I
1~
LABANOV,, V.Ya.
Radiation and polymwso Khim, v sh1cols 17 no.2t$-15 Mr-Ap 162,
(KM 1513)
(RadiochemUtry) (PblyoWs)

UMINj. V.A., KAPANOV., V-YA-j, PAPISOV, I.M.
Effect of phasie transitions on the polymerization of monomers below their
malting points
Report submitted for the International Symosium of Macromolsoular Chemistryp
Paris, 1-6 July 63

KABANOV, V.Ya.
Use of dilatometrio methods in studying the crystallization of
salts frim aqueous solutions. Kristallograflia 8 no,6t
937-940 N-D'63. (MIRA 17t2)
1. Institut fizicheskoy khimii AN SSSR,

a LIA~M~
New transurainum elements* Rhime v shkole 18 nool:91-96 Je:-F 163.
(KEBA 16t4)
(Transuranium elomntio)
k

UBANOVp V.7a.
~
.Iz
Structure of sodium Watungstate. Zhur.strukt.khim. 4 no.4:622-
623 n-Ag 163. (MIRA 16-.9)
1. Institut fizichaskay khimii AV SSSR.
(Sodium tungetates) (Chemical structure)

l&WOVp V.Ye.; SPMYK~ Vikt.l., akademik
Neebanism =derlying the formation of maorcuolecuUx tungstateff
studied by Infrared opectroseopyo DDk3.,, AN WSR W no.ItIO9-
3-12 A 163, (KM 16 Q)
Is bstitut fixicheskoy kh4zall AN SSSR I Mookovokiy govudarst-
vempr itaiversitet In* M.V. %monooov&6
(Thxget#tes--Speatr&)

SPITSYN, Vikt.I., akademik; CHUVAIZV, V.F.; KABANOV,_ V.Ya,
Nuclear magnetic resonance 4thod used in studying the state of
hydrogen in aquapoly compounds-of tungsten. Dokl. AN. SSSR 152
no.lsl53-155 S 163. (MIn 160)
1. Institut fixicheskoy khimii AN SSSR.
(Ttwgsten compotmde) (Hydrogen)
(Nuclear magnetic resonance and rel4atian)

KABANOV, V.Yd.- CHUVAYEvt V.F.
Infrared spectroscopy and nuclear magnetic resonance study
~of the state of water in yellow tungstie acid. Zhur. fiz.
khim. 38 no.5s1317-1318 Yq 164. (MIRA 18:12)
1. Inatitut fisicheskoy kh1m.-Ii. AN SSSR. Submitted June 18v
1963.

CHIAIAYEV, V.F.j JJAB~NOV..Y.Ya.; SPITSYN, Ukt.I., akademik
Study of the state of water in phosphomolybdic acid by means
of nuclear magnetic resonance. Dokl. AN SSSR 155 no. 4:968-9n
Ap 164. (MIRA 17:5)
1. Institut fizicheskoy khimii AN SSSR.

KABANOV, V.Ya-.-; SPITSVI, Vikt. I.
Transformations of a paratungstate anion. Zhur. neor ~Jlim. 9
no.8:1844-1847 Ag 164. ~M*IRA 17:11)
1. Inatitut fizicheskoy khimii AN SSSR.

BUIUMNISARAYTSEVAp S,A.1- MWOVP V.Ya.
Bartinity of iqoma.bet/dropoly compounds studied by infrare-,,
Dikls AN SSSR 163 noo42913-916 Abil '65-
(MIRA 1818)
14 flzloheskoy kbimti AN SSSR.,
5i~l

A)L 13675-66 W(M)/Bip(v)/D[T.(J)/T/EIP(t)/EWP(b)/&iA(h) IJP(c) MI
W/ Mq
ACC NR- AP5028915' SOURCE CODE: UR/0020/65/165/003/0626/0628
1! AUTTIOR! Kabanov, V. Ya.; Grozinakaya, ~Z. P.; Zuboy, P. L; Spitayn, WK 1. (Academician)
q1ences SSSR (Institut fizicheakoy
ORG: Institute of P~yaical Chemistry, Aca42my_qf 1~
khimii. Akademii nauk SSSR)
TITLE: The study of adhesion f polyethylene coatings on aluminum bases during
Irradiation
SOURCE: AN SSSR. Doklady, v. 165 no. 3, 1965, 626-628
TOPIC TAGS: adhesive bonding, yethylene plastic, protective coating, Irradiation
pol
i effect Mwes--,oAj, F/- rE 0 JrA? vAJ SE,(-1/71
A13STRACT: It was found earlier by the authors (VysokomoJek. soyed., In print) that
prolonged low Intensity IrrgdIation of P yethyleneS ~tln s~fXesults In a considerable
.01
i Increase In adhesion. The present paper descriWs-ni-e-ffrr6'ct Investigation of such
adhesion on samples subjected to a beam of accelerated electrons. Samples were
prepared from nonstabilized low-pressure volyethylene-deposited by melting on 50p-
--.-rhick aluminum foil supports.- -The heatin -lasted -10 mrn. -at.230C with a subsequent
appl,lcatlon,W 6 kg/om~_Pf pressure. Reaults~,are ,summarized on Table i.
UDC- 54i._e'.4:__

AWNRi AP6026915
rA

TASL1 1.'-'Adhesion of
polyethylene o*aUW to alumimim supports s*ected to irradiation
4 (samples were prepared three days prior to the tests).
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L 36813-66 EWF J /LYT m /T EWT v DvT t E T I I I P ( C G 1 W-J
ACC NR, AP6024415 14
SOURCE CODE: UR/0020/661169/001/0146/0 9
AUTHOR: Kp Ya.; Grozinskga, Z. P.- Zubov P. I.; V. I.
.~=y, V. Spitsyn
(Academician) r/
A
ORG: Institute of Physical Chemistry, Academy of Sciencesj~SR (~nstitut fizicheskoy
khimii Akademii nauk SSSR)
TITLE; The effect of radiation -on adhesiffi o; polymer coating n aluminum-
~V 15
SOURCE: AN SSSR. Doklady, v. 169, no. 1, 1966, 146-149
MPIC TAGS: protective coating, polymer coating, plastic coating, adhesion, radiatiot
effect, ionizing radiation, electron radiation , 4AC.J'-'77jA,)Wr7t
ABSTRAM Previous studies W the authors of the effect of-ionizing radiation on
the adhesion of polyethylene)~koatings on aluminum foil [Vysokomolek.soyed., v. 8,
no. 4, 1966 and DAN, v. 165, no. 3, 19651 were extended to other polymeric coatings
of dif f erent chemical c mposition.1 A comparative y tudy was made of dhesi n )f
500-600 v thick ep _x7poly es te r,JPpe rchlo ro vinyl 17 and yurethan Cain*
2x Pol . e gs before
and after irradiaiion at a low (from a Co" source) or high V-104 rad/sec from a
linear accelerator) dose rate of ionizing radiation. A stripping method previously
described was used to evaluate adhesion. Energy of adhesion was also determined
during irradiation with a high-intensity electron beam (from. the linear accelerator)
Cord 1/2 UDC: 6

L 36313-66
F-ACC _NR: AP6024415
An increase in adhesion of all coatings studied was noted after prolonged irradiation
at a low dose rate (163 rad/sec), in air or vacuum, together with an increase in
rigidity and brittleness of all but the polyurethane coatings. Epixy coatings
exhibited the most notable increase in adhesion. The initial Increase in adhesion
was explained as the result of radiation-induced formation of polar groups,, e.g.,
011, 0-0, and after hardening of the coatings. In opposition to polyethylene, the
energy of adhesion of other coatings was higher under the electron beam than before
irradiation. The highest difference in adhesion was noted for epoxy coatings, the
lowest for polyurethane coatings. This increase in adhesion was reversible in case Of
a short-time irradiation, irreversible Jn - of a 3onggr expcsure Odgbier raiiation dose abexbed) to the
electron beam. Ihe role of diemic*al changes In pdLymem wd relaxation pimesses was dimubsed to explak
the increase in adhesion in polymers exposed to J~e electron beam. Duration of the
exposure to radiation and the pre.sence of oxygeri'In the coatings' composition were
the most important factors contributing to incFe-ahing adhesion. Orig# arts has:
1 figure and 3 tables. [JKI
SUB COW: l1/ SUBM DATE: 09Dec65/ ordr, MF: 004/ ATD PRESS:6-135'
117-~
Card, 2
~ I

_W-
__667_066/004/o6O4/
ACC 146- AP6012707 SOURCE CODE! Ltn/oigo/ 0612
AUTHOR: Spitsyn, V. 1. Zubovs P. I.; Kabanov, V. Ya.; Grozinskaya, Z. P.
ORG: Institute of Physical Chemistry, M SSSR (Institut fizicheskoy khimii AN SSSR)
TITLE: The effect of radiation on the adhesion ~f polyethylene to aluminum
SOURCE: Vysokomolekulyarnyye soyedineniyal v. 89 no. 4, 1966, 60-612
TOPIC TAGS: aluminum, metal coating, radiation effect, adhesion, high temperature
effectj polyethylene plastic
ABSTRAM: It was found that irradiation of a polyethylene coating on aluminum foil
doubles its adhesion. If the coating is heated to the melting point after irradia-
tion, adhesion 'triples. -The nature of adhesion curves depInds greatly on the
type of polyethylene and the air medium. The irradiation of coatings and base
layers is more effective than irradiation of the polyethylefie powder alone. The
increase in,adhesion is explained by the radiation-induced oxidation of polyethylene
in the contact area, which favors orientation of the carbonyl groups with respect
to the aluminum oxide film. In addition, flexibility of the chains is increased
in the radiation field, facilitating adhesive-cubstrate contacts. The decrease,
of adhesion with further irradiation is related%. to increased radiative crosslinking
in polyethylene. The experimental results were confirmed by- IR and NMP spectra,
and by measuring the modulus of elasticity of irradiated polyethylene. The authors
Card 1/2 --- um 678.01:53+678.782

L 32761-66
Card 2/2
ACC NRi AP6012707
thank I. F. ChuXayev and Be A. Bakhchisaraytaeva for photo5raphing the IR and NW
spectra. Orig. art, has-* 5 figures, 7 formulas, and 2 tT%bleoo (Based on authors
,translation.] INTI
SUB CDDE:11$ 20,AUBM DATE 18mar65/ ORIG REF: 010/ OTH MW 007/

KABANOV, Ye., general-mayor aviataii, Geroy Savetskogo Soyuza;
'-dflEANYAVSKIY, N., polkovnik, voyennyy shturman, kand.
tekhn. nauk
Young people an aviation professions. Kryl. rod. 16
no.lOtl8-21 0 165. (MIRA l8tl2)

0 GArADZHEV, R.S.; GAYANOVICH, A-I-; KAUNOV, 7.0-ye-; KATAR'YAN, Ye-S-
Investigating the strength of threshing drum shafto in combines.
0 Trakt. 1, sallkhozmash. no.2:24-28 7 158. (MIRA 12:3)
I.Rostovskiy saved sel'skekhospystvannoge mashinostroyeniya.
(Combines (Agricultural machinery))

KABABOV, Tu., Insh.
Sandblast apparatus with sk dust-removing devicei Na strot.Mook.
1 n0.11:20 N 138. (MINA 11:12)
(ftsades-Clessing) (SjuAbl"t)

KABOOV, Yu.F..-.
'Jaxicon" series in the middle N= River,, Vent.Hookoun.Ser.0
Gool. 17 no.1&62-67 js,-r 162.
(KRA .15:2)
10 YAgakbBta=kVa skoPeditaiya geo-logichookogo fakulltet&
Wolqo*kogo universiteta,
(Nar& VLUOY-GS0109Y, Stratigraphic)

KABANOV,, Yu
Relationship between the southern part of the Teniz Depression
and the Karaganda mynclinorium. Biul. MDIP Otd geol. 37
no.6131-49 N-D 162. NIRA 16:8)

KABANOV, Yu.F.; SOBOLEV, R.N.
Manifestation of Lower Carboniferous igneous activity in
the eastern part of the Sarysu-Tengiz watershed (central
Kazakhstan). Isy. vyse ucheb. zav.; geol, i razv. 6
no.9tl39-140 S 163. (MIRA 17slO)
1. Moskovskiy gosudarstvennyy universitet im. M.V. Lomonosova.

NOW electric tools for use In building and repair work. Gor.kboz.
Hook. 33 no.4:35 36 A 159- (MM 12:6)
-to 'IT
(Power Ole
AK

Yu.N.
Investigating the pressure of rubber oompounds on the calendei
rolls in the deformation zone during calendering, Kauch, i rot.
22 no.1201-34 D t63. (MIRA DO)
1. Taroelavekiy tekhnologicheskiy institut.

KABANOV, Yu. N KORNMVv N. L; PMNER., S. B.; SKUGMV, I. G.;
V. F..
Jktra-strong pressed steel semifinished articles. Biul.takh.-
ekon.inform.Goo.vAuch.-Lool.inst.nauch. i tokh.infom. no.10:
37-38 '62. (MMA 15110)
(Deep draving(Metalwork))

~ACCESSZON NR: AT4040421 S/POO/ 64/000/000/0177/0182
AUTHOR: Bokshteyn, S. Z. Glazunov, S. G. ; 'Yemellyanova,- T. A.
.,~.abanoy,-Yue N..; Kishkin, S. T.; MLrskiy,* L. He
~f'TITLE: Thermomechanical treatment of titanium alloys with 0-structure
1SOURCE: Protsessy* diffuzii, struktura i svoystva metallov (Diffusion
;processes, structure, and properties of metals); abornik statey,
Izd-vo Mashinostroyeniye, 1964, 177-182
iTOPIC TAGS: *titanium alloy. b'eta structure. mechanical property, thermo
.mechanical treatment, thermomechanical treatment effect
!ABSTRACT: The affect of thermomechanical treatment on the mechanical
!properties of B-titanium alloys VT15 (3.762 Al, 7.60 Ho, 10.72 Cr) and
(US alloy, 3.12 Al, 11.6% Cr, 12.6Z V) were investigated. Al--;
loy specimens were held at 760C for 30 minutes, then rolled,vith a
!..reduction of either 10 or 45% and immediately quenched (high tempera-"
1-ture thermomechanical treatment, HTTMT) or they were cooled at 350C,
hold for 2-3 minutestrollod with &.reduction of 10 or 40Z,ind
ewd., 1/3

'ACCESSION NR: AT4040421
!immediately quenched. In both cases, quenching was followed by iging!
!at 450C for 25 or 50 hr. The'notchanical properties of differently
treated alloys are shown in 'Table I d f the Enclosure*. In stress
2
1,1rupture tests lapparedtly at 4060 under a stress of 100 kg/mm , the:lf'
1,1VT15 alloy had a rupture life of 13.5-15.0 hr, elongation of
';17.2-19.0%, and a reduction of area of 49.0-51.5% after HTTMT.
,:The V-120 alloy similarly treated had a eupturs life of 97-100 hr*
J! fiau
i; Orig. art. has: 5 rts- and 4,tables.
As s o cr AT r ON tnone
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SUB CODE: MM NO RE-F, sovi, 000 OTHERt 001
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Table I. "asbestos& properties of VT13 titmaime alley
Aesi.c- Aging* Too

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water 30 z9 134 042 1647
so 400 tax 3S.9

---- :-6-3/3

ACCESSION NR: AP4012 434 S/0129/64/000/002/0055/0058
AUTHOR: K Y tg~j[.; Korneyev 'Kalugin,, V. F.; Skugarev, 1.
J-Ab4o
Pevzner, S. B.,
and compres
TITLE: Technology of hot work hardening of steel during rolling
SOURCE: Metilloved. I term". obrab. metanov, no. 2,- 1964, 55-58'
TOPIC TAGS: VLlsteel, martensite steel, austenite steel, steel rolling, steel
compression, steel strain hardening, steel work hardening
ABSTRACT: A technology for hot work hardening of steel during rolling and
compressiou was developed using martensite class VLI type steel for testing.
The carbon content in the auatenite has a vital bearing upon the process after
work hardening had been attained. It was e.stablished that work hardening is
augmented with a carbon content up to 0. 5%. steel Witil k oarbon content
of 0.6% or more is' subJeot to brittle fraoture after
bar jejing
Card

ACCESSION NR: AP4012434
The optimal
;1~arbon content in steel for hot work hardeift Is from 0. 45 to 0. 55% with beat
hot work hardening attained with one roll pass. It was.found'that It is impossi-
ble to, get a 90% deformation with a single pass. but up to 87%. reduction with a
single pass with some. small billets was obtained with rapid temperature rises
frorri-550 to 700C at the point of deformations The shaip increase of tempera-
ture causes a partial recrystallization With ensuing reduction in work hardening.,
Thi specific pressure also rises sharply at deformations above 8079. The
austenite which is most stable at 450C and least stable at 650C is preferably
deformed at temperature slightly above 450C to prevent small reductions in
temperature which may cause the, austenite to transform. It Is important that
during the hot work hardening the prescribed temperatures during rolling (500-
600C) be maintained without sharp heating and cooling. The austenite roUed with
-several passes was found to be haider than that with only one pass. The two
rolling sequences which are given for this process are very complex, especially
If used in industrial'conditions... Orig. -art. hasi 6 figures.
ASSOCIATION: None
SUBMITTED: 00 DATE ACQ: 03M&r84 ENCL.- 00
SUB CODE: ML NO REP SOV: 000 OTHER: 000
Card 2/ 2
IL

SHUBI14SKIY Aleksandr ;oWovioh;
J~MREYFVAI L.8.p red.; ZAREZIN~ I,V.j red,
[Electrician in harbor mechanization) Elektromonter
portovoi mokhanizatsii. Moskvap Transport# 1965. 183 p.
(MIRA l619)
7,
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TRISODIM4 PHOSMATS Ab SUBSTITUTE FOR MAKSTAPHOSPHLTS
23"
,
FOR MATING CIMUTATING (COOLING) WATIR IN POM STATIONS.
A. I lkc6omlyu Toplival, 19461 ji No.,U-12,, 2% Cheb. Abstr.,
19471 Qj 28 25).~

The affectimsen oulf No PO in water trentaent uts tested on a
3
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liboratory mae and fou
isfactory,
400

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AID P - 1828
'Subject USSR/Engineering
Card 1/1 Pub. 110-a - 5/16
Authors : 'Kame.t,,' Aejp Doce of Tech* Sol, and Kabanovav A, I,
Eng.
Title : Sodium-zeolite condensate treatment for the feeding
of the once-through high-preasure boilers
Ferlodich : Tepl Ioenergetika.9 3,, 21-23-, Mr 1955
Abstract % The authors describe the resulte.of sodium zeolite
treatment of-oondensate which is used to feed an.
Industrial onoo-through:boiler with steam separator
(Sulzer boiler, p a 100 atm*t - 5000C). It was
found that the salt contents,of the water and its
alkalinity Increased,at the expense of the pressure
in the"condensate of ammonia and oarbon dioxide,
One table,
Institution: Tsentroenergometallurgprom
Submitted No date
-0-

-,'Vat" pmod%* lot Egawnuon
-+.~ -tn.
0 71 or -SW Fr r -,17=rv4z~

SOV/91-58-2-9/31
AUTHORS: Mamet, A.P., Doctor of Technical Sciences,
and Kabanova A.I,, and Semenova N.T.,
Eng�~~rF ~-
TITLE: On the Work of an Ammonium-Sodium-Cationite
Installation( (Rabota ammonirnatrly-keLtioni-
tovoy ustanovki)
PERIODICAL: Energetik, 1958, Nr 2, p 15 (USSR)
ABSTRACT: The plant mentioned in the article has a
heating boiler room equipped with a water-
softening carionite installation working
along the system of simultaneous ammonium-
sodium cationation. The system has lowered
the alkali and salt contents of the processed
water to such a degree that the blow-thru
process could be dropped by 7 or 8%, even
though condensed water is not recovered.
Card 1/3 The processed water had 322 mg/1 mineral

SOV/91-58-2-9/31
On the Work of an Ammonium-Solium-Cationite Installation
residue, mean hardness 6.2 mg-eq./l
(caused almost exclusively by carbonates),
2A mg/l of chlorides and some traces of
sulphates. The installation has 2 cationite
filters, 700 mm in diameter each, a 0.6cu m
container for regeneration solutionj a centri-
fugal fan for blow1mg the solution towards
the filters and a 600 mm diameter salt dis-
solver (needed in cases when sodium-cationation
is necessary because of eventual lack of am-
monium reagents). The experiments of the
plants are described, and the results shown
in form of a table. Experiments showed that
Card 2/3 by applying simultaneous ammonium-sodium

SOV/91-58-2-9/31
On the Work of an Ammonium-Sodium-Cationite Installation
cationation, one obtains a comparatively
higher exchange capacity of the sulpho-
carbon (370 instead of 325 g-eq./cu m) and
a somewhat lower specific cunsumption of
the reagents (170 instead of 200 g/g-eq.).
There is 1 table.

INUYUKOV, N.M.; KABANOVA, X.F.o PANMWA. N.L: LkGRAKMA, Y.As
Purification of.No.10 and No.18 distillate automobile oils by
6"ut acid from 44,.ajky4tIon unit*.- Pbor.trud.AsNII IP qo.21
308-317 Ag '58- (XI RA 12 16)
(Lab r 1~ &~'t'io n * a -nd" lubi i cant a)
.(Sulfuric gold)

BAKSHT, B.P.I.KARANOVAO A.M.
Follow-up periods for women treated for gonorrhea. Toot,
dem. i ven. ri no.8t68-69 Agt63 (MIRA 17W
1. Orenburgskiy oblastnoy kozhno-venerologichookiy dispanser.

KALININ, A.A.; KABANOVA, G.B.; KIRILLOV, I.P.
Relation between the catalytic activity of phosphate catalyFtj
and the conditions of their preparation. Izv. vys. ucheb. zav.;
khim, .1% kh4m. tekh. 8-no.1288-93 165., (Y11RA 18t6)
10 lvanovskiy kh!Aca--t-ekhnolog1cheskiy institut, kafedra.tekhnologli
noorganicheakikh veahchesty.

KABAROU,K kand. ekon. nauk, oty. red.;
A.; PALIMIN, B.A.v
DESYATNIK, F., red.; GORIKOVAYA, Z.P.,, tekhn. red.
(Problems in the organization of suburban farming in
Usbekistan,as exemplified by the Tashkent suburban zone)
Voprosy organizataii prigorodnogo sel'skogo khosiaftva v
Uzbekistans; na primers Tashkentskoi prigorodnoi sony.
Tashkent, Izd-vo Akad.nauk UzSSR, 1963. 126 p.
(MIRA 16-.4)
(Tashkent region-Vegetable gardening)

KAWIOVA, K. I.
"GrIaphical Calculations In School." Cand Pod Set, Acad of Pedagogical Set
RSFSR, Hoscow, 1954. (R'Wat, Nov 54)
Sumey of Scientific and Technical Dissertations Deronded at USSR Higher
Educational Institutions (U)
SO% Sum. No. 521, 2 Jun 55

KABANOVA~ K. S.
Asia, Central - Sedimentation and Deposition
Genetic analysis of the flow of suspended sediment in the rivers of Central Asia.
Uch. zap. Len. un. No. 152, 19Q.
9. Monthl List of Russian Accessions, Library of Congress,
June 1953, Uncl.

PROSKURYAKOV, A.K.; KAMOVA, I.S.
Braluating the accuracy of calculating the discharge in hydro-
electric power stations. Trudy GGI no.?0:3-29 '58. (KIRA 11:11)
(EVdroolectric power stations)
77777-

QATRILOT, Alakeandr N"ch ylovich, kzind.geogr.nauk; IrAIRA OVA, Kira
:--�DX4Pjvki3u4 kandageogremuk; PROSMAKOT, i-nd-r-o-y-K-;-n-st-a-Atlnovlch,
kand.takhn.naukl ITSEWO, A.Khep mde; TWIMIROT9 O*Go#
tekhn.nd,
[Principles of calculating water discharge at hydroelectric
power stations] 0snovy nchsts stolm na gidroolaktrostan'tailakhg
posobie dlia g1drologov. Laningred. Gidromateor.isd-vo. 1960.
342 p. (KMA 14: 1)
(Hydroelectric power stations)

SHFUNT, M.I.; Prinimali uchastiye: ZAYTSEVA, Ye.; KABAKOVA, L.
Selecting parameters for the monitoring and controling the
quality or petroleum products. Nefteper. I neftekhim. no. 3:
36-4o 64. (MIM 17:5)
I* Spotsiallnoye konatmiktorokoya byuro po avtomatike v neftepe-
rerabatke i neftekhimii.

12/042
S/8(55 62/002/000/0
D40SX301
UMORS. Areenlyeva, M.A., Antipov, V.V Petrukhin, V.G.,
L'vova, T.S.. Orlova, H.N., 11;1na, S. ., Kabanova, 1.
-----------
L.A6, and Kalyayeva, E.Si
rl,.VLE.* Cytologic " histologic changes in blood-forming
organs of mice under the effect of space flight
conditions
ties.I
301MCG4 Problemy kommicheakoy:biologiia v. 2. Ud. by N.
kyan. and V. Yaxdovskiy. 14o&cow,.Ixd-vo AN.SSSR, 19621
116-127
'T
In the investigations, an attempt was made at differ:.
tihg between the effects tore of flight such am
vibra of dynamic fee -were
ation, acceleration and veightles eon. The experiments
corOucted on males of black-linQar (a ).mice, and on white mice.
.1 cytological analysis of the bone marrow cells revealed a distur-
bance of mitosis under the effect of space flight. It was found
that the majority of chromosome abberations sppeared not as a result
are
Ld

- - -ir
S/865/62/002/000/012/042
D405/D301
Pytologic and histologic Goo
of chromosome disruption, but through sticking together with possi-
ble subsequent anomalous separation.
Morphologic9l studies of the
bone marrow show 8
ed, afte d ' n increase in the number of mye-
r '30 yey ' e8 Histologic investigations
I -a lp
loblasta, promyelocytea ~d n. ocyt
of the spleen of the mic, sho ed duri~ the first days of the ex-
the number of olliculas and megacaryiocyto
i pariment, a decrease in
towards the 30th day the number of the latter in:rcaoed again and on
the 60th day the blood formation!was renewed. Special experiments
were conducted in order to ascakait% the specific effects of vibra-
tion, acceleration and weightlesinese. It was found that Serotonini
introduced intraperitoneally into the mice 10 minutes before the I.
experiment, was an effective means of protection againstvibration
damage of dolls. Conclusion$. Soace flight caused disturbances in
the bone marrow and spleen.of mice that-were recordad two days after
the flight and lasted for a month.- Both vibration and weightlessness
experiments produced such alterations as chromosome fusion.. Accel-
eration-in a state of weightlessness can lead to a disruption in the.
'-t*-Spindle apparatus of the call. It is evident that the effects of
space flight on the call constitute a complex problem, involving
Card 2/3

: I .
I - I
I i !t 1 1
4 1
.I i
I. .
; 1 1:; I
i
!~,Mwmmmw
-
.. I,

kWF,NIYEVA, M.A.; ANTIPCIV, V.V.,- FRTRUKHIN, V.G.; LIVGVA, T.S.;
ORLOVA, N.N.;-ILIINA, S.S.; KABANOVA, L.A.; KALTAYEVA,,E.S.
Effect of Oace flight in spaceships an th -a logical and
histological changes in the hmopoietic owa to
0 of nice.
Probl.kosm.biol. 2sU6-127 262. (NIRA 1634)
FLIGHT-PHYSIOIDGIGAI I~Jnm)
(SPACE
(UMP033&TIC SYSTEM)

17
SOY/112-58-2-3464
Translation from: Referativnyy zhurnal, Elektrotekhnika, 1958, Nr 2, p 255 (USSR)
AUTHOR; Derbisher, T. V., and Kabanova, L. F.
TITLE: Yellow-Flame Carbons for Cinematic FloodligMs
(Zheltoplamennyye kinos"yemochnyye ugli)
PERIODICAL: Tr. Vaes. n.-i. ktnofotoin-ta, 1957, Nr I(P), pp 24-28
ABSTRACT: Yellow-flame 16-mm 150-amp carbons have been developed for the
KPD-50 cinematic floodlight. The new carbons have very smooth-characteris-
tic curves. Crater brightness and positive-carbon consumption are lower than
for KSI-16, and 16-200 carbons at 150 amp. The color temperature of the new
carbons with the Nr I light filter is, 3,300*K for a focused light beam and'
3, 0000 K at maximum defocusing; the axial luminous intensity of the floodlight
is 4,120,000 and 240,000candles respectively. Application of the yellow-
flame carbons does not require any essential alterations in the design of the
KPD-50 floodlight.
N. V. Ch.
Card 1 1

MBISHM, T-V.. XAWOVA. L-7-
Yellow-flame carbons for the KPD-50 arc lamp used for motion-
picture photograpbyp Tekhekino i telerv. 4 no-5:52-55 NY 160-
(Ulu 13:8)
(Ilectrie LWB, Arc)
(Modern-picture studios-lWpment and supplies)

KABA -, L.,M., kkndidat takhnichaskikh nauk.
What the reconstruction of the technological process contributed.
Vast.. AN Xazakh=i ll'no-5:52-0 Ny 154. (MM 7:7)
(ImUlivroy) - - I

ZABANOVA.L.N., kandidat tekhnichaskikh nauk
Occurrence of arsenic in lead industrial products. Vest.AN Kazakh.
SSR U no.8:68-73 Ag'53. (NMA 9:1)
(Lead industry) (Arsenic)

SOV/ 137-57-6-9808-
ranslation from: Referativnyy zhurnal, Metallurgiya, 1957, Nr 6, p 71 (USSR)
AUTHORS: Kabanova, L.M., Ponomarev, V.D.
TITLE: The Precipitation of Arsenic From Zinc and Cadmium Sulfate Solu-
tions (Ob osazhdenii myshlyaka iz sullfatnykh tainkovykh i kadmiye-
vykh rastvorov)
PERIODICAL: Tr. Altaysk. gorno-metallurg. n.-i. in-ta, 1956, Vol 3, pp 136-
156
ABSTRACT: An investigation is made of processes of As deposition from
arsenate solutions of the following composition- H3AsO4 M -
ZnS04 (II), I-CdSO4 M . I-CuSO4 (IV), I-Fe?(SO4)3 M, I-II-V,
I-III-V, I---V-V, I-II-III-V, I-II-111-IV-V, I-II-III, I-II-III-IV. Pre-
cipitation was by additions of NH40H with continuous monitoring of
the pH of the solution and of the composition of the solution and the
bottom phase, It is shown that precipitation of As from neutralized
solutions II, III, IV, and V results due to formation of arsenates
(A), the composition of the latter being dependent upon the acidity
Card 1/2 of the solution. At one and the same As concentration in the

SOV/137-57-6-9808
The Precipitation of Arsenic From Zinc and Cadmium Sulfate Solutions
starting solution (3 g/liter), As precipitates as an A of Fe, Cu, Zn, and Cd in
the following pH intervals: 1. 1-3.0; 1.85-5.6; 1.6-6.0, and 1.8-7.2, respectively.
In alkaline media, the dissolution of all the A, ending in the 9-10 pH interval, is
observed. The precipitation of A starts at lower p14 values than that of the
hydroxides; this indicates to an arsenate order of reaction < than the hydroxide
order of reaction and consequently to the possibility of precipitating As by hydrox-
ides. A vary in solubility at various pH values, and this may be employed to
separate As and Fe from Cu, Zn, and Cd.
A.Ye.
Card 2/2

TbIM, A.L.; XABA , L.M.
Formation of cadmium aluminates. silicates, and ferrites and their
behavior when subjected to sulfuric acid lixiviation. Vest.AN
Kazakh.SSR 12 no.1:65-71 Ja 156. (W-RA 9:5)
(Cadmium compounds) (Leaching)

137-1958-3-4878
Translation from: Referativnyy zhurnal, Metallurgiya, 1958, Nr 3, 60 (USSR)
AUTHOR: Kabanova, L. M.
TITLE: On the 1~rocessifig of Arsenic Cakes (0 pererabatke
myshlyakovykh kekov)
PERIODICAL: Tr. *Altaysk. gornometallurg. n.-i. in-ta, 1957, Vol 5,
pp 82-92
ABSTRACT: Arsenic cake is a product of the removal of As fromsolutions
obtained during the processing of Cd-bearing dusts of the
Leninogorsk plant. A system for extraction of Cd and Zn from
it is proposed. Mixed with soda, the cake is sintered at a tempera-
ture of 6000 and the sinter is then leached with water. The sub-
stance remaining after the leaching process is channeled, together
with the dust, to the leaching section for Cd extraction. The
solution, containing up to 92-95 percent of transferred As, is
subjected to crystallization which results in a commercial pro-
duct, the arsenate of Na. The soda separated out in the process
of evaporating the mother liquor is utilized intthe"gintering of
cakes.
Card 1/1 L. P.

136-12-7/18
AUTHORS: Khan, O.A., Kabanova L.M. and Kuzental', B.B.
TITIJS: Electrolysis of Cadmium in Cells with Rotating Cathodes
(Ob elektrolize kadmiya v vannakh s vrashchayushchimisya
katodami)
PERIODICAL: TivetnyM Metally, 195?, No-12, pp. 35 - 39 (USSR).
ABSTROT: The authors describe experiments on the practiceadopted
at the Ust'-Kamenogorsk Oombine (Ust'-Kamenogorskiy kombinat),
for cadmium electrolysis with rotating aluminium disc cathodes
in a rubber-inculated cell. Samples of electrolyte were tak2n
every eight hours from commercial cells operating at 100 A/M.
and analysed for cadmium, sulphuric acid and impurities (Fig.1).
The deposit was removed at two-day intervals and analysed for
impurities (Table 2). A graph (Fig.2) shows the changes with
time of the cadmium content of the eleatkolyte and the quantity
of the metal obtained at successive removals oj the deposit.
Satisfactory deposits were obtained at 100 A/z . Further tests
were carried out on a lab2ratory scale at current densities of
100 200 300 and 400 A/m . These showed thatwith impurities
in the eiectrolyte, sound depo2its could not be obtained with
current densities over 100 A/m . The authors discuss this
effect and give photomicrographs of deposits obtained. An
editorial note suggests that on the available evidence,
Cardl/2

136-12--//18
Electrolysis of Cadmium in Celle with Rotating Cathodes
rotating-cathode units appear to offer no advantages and
invites readers' contributions in view of the forthcoming
expansion in cadmium-production capacity. There are 3 figures,
2 tables and 4 Russian references.
AVAIIABIZ: Library of Congress
Card 2/2

MISIM, V.D.; MANOVI, It.M.
Terwernture conditions and kinetics of siliente, nluminate and
ferrite formation of cobalt oxide. Trudy Urnl.politekh.inst.
no.i8:113-127 '57a (MMA 11M
(Cobalt aluminate) (Cobalt silicate) (Cobalt ferrates)

,I . I I I / 17
HISHIN, V.D.; KABANOVA, L.M.
Reducibility and sulfidation of oxidized cobalt compounds. Trudy
Urnl.politekh.inat. no.58:128-144 '57. (MIRA 11:4)
(Cobalt compounds)

M.UN. O.A.; KAUKOVA, L.M.
Cadmium electrolysis with a high density current In baths
with rotating cathodes. TSvet.met. 33 no-1:31-38 Ja 160.
OGR& 13:5)
(Cadmium-Slectrometallurcy)

ABLANOV, A.D.; KABANM, L.M.; TKACFIENKOp O.B.; YERMIMV, V.V.
Processing of Nikolayevka deposit ores. Trudy In-t. met.A
abogashch. AN Kazakh_SSR 3190-104 160q (MMA 3.4-.6)
(Mikolayovka region(Kazakhstan)-N~nferroua metals--Metallurgr)
S3,

KABALNOVA, L.M.
Troatment of arsenio-containing semifinished products of
noLferrous metanurgy. Trudy Alt. GMNII AN Kazakh.SSR 91247-
250 160. (HIRA l4t6)
2. Altayekiy gornometallurgicheakiy nauchno-isaledavateltakiy
inatitut AN Kazakakoy SSR.
(No nferrous metals~getallurgy)
(Arsenio

KARA OVAO L.~L; IaWq~ OeA.
Cad-bam qexentation from concentrated sulfate solutions., Trudy
Alt.GMI AN Ux"OSSIt 11:34,47 161. (MM 14:8)
(Cementation (metanurgy)) (Cadmiura-Metanurgy)

ACCESSION XRs AMIS541 3/0137/63/OOC-/OU/rj0l?/(1017
SOURCE: RZh. Meta3lurgiyaq Abs. U0165
AUTHORt Kabanovat L, Met Dobosh# V, Gel Grekavg Be Do
TIM: Precipitation of Indium from sulfuric acid solutions with sodium pyro-
phosphate
CITED SOURCE: Sbo Teoriya I praktika metallarglie Chelyabinsk, vy4p. 3, 1963,
190-193
TOPIC TAGS: indiump indium precipitationt indium extraction, sodium pyrophosphate
TRANSIATION: The authors studied the procipitation of In from a sulfuric acid
solution with sodium pyrophoaphate as a function of acidity. They found that
in the process of neutralization, depending on the pH of the solution* It Is
possible to have the formation of both acidic, and normal In pyrophosphate3t
In?(H-P
207)-j- In(HP->N')- wA 1n4(P
1n(HjY? j,%)3. Their In content varies
a MR ~Xe abidity of W solution. so with a PH or 012-0*7o the
Card 1/2

ACOMION XR: AR4M3.%l
In content in the precipitate In 23*3-)45%* With Incroaadng pH of the solution,
the In content increases and reaches 40*5% with a pff of Zo43 Go Svodtsava.
DATE ACQ.- 09Dec63 SUB CODEs ML. ENCLt .00

D', 31039-66 )LtAN;R(t)A1T__ lip(q) ipha
WTLM
_~CC Nib. AR5027744. SOURCE., CODi tM/0137/65/000/008/oDI6/0016
AUTHOR! Kabarovap L. M.; Doboehq V 06
TITLE: Xxtraction-of molybden frois molybden'um-'eontaialng tails
'Ref sh
SOURCE I MetallurWa BM25
REF SOURM. M.Teoriyal praktika metallurgii. V". 7, Chelyabinsk, 1964, 236442
TOPIC TAOS: metal extiectingo'-siolybdenum 0*4"t~oq% ~Ioimv**oyl t'A%V4%M%
ABSTRAM, The-investigation of MD.extraction from the tails of molybdenum flotation
vae-carried out throught - oxidizing roasting, lixiviating the cin-der with Na28 solu-
tiod, and extiacting No from the solution as M3. -The roasting was performed in a
rotating, over-sized laboratory kiln st:600-6500C for 7 - 8 hre.. The extraction of
Mo into cinder amounts to 93-96%i The cinder was lixiviated under optimum condit'iono
the concentration or Na26 in*the Initial solution -40-10 g/19 the pulp tempeirature-
406C, and the. '11xi-Astrion Umm_~,- k-~, 5 bra o~, The teasing of Mb Into the u~iut Ion amounts
to ~ 83-84% The )b was then , prs~ipitated from. the solution. as ~*83. The solution was
heated 4 to TOO. snA neutralized. with' 'entration, The most complete pre-
:~,,sn HC1 com
cipitation Vag at'PH a of )b and 98%
"3*wdx 98.8 and
respectively,-. Svddtaeval
SUB 00m: 07,ill
81MM DJ
V.
UM.. too. ?a ,In
Cor~ 1/1

BODNYA, M.D.1 BARkNOVSKAYI# G.M.; OBNOSOVA, A.D.; KABANOVA, L.V.
Use of catalpa oil in the manufacture of alkyd resins and drying
oila. - Lakdkrae.wt.1 ikh. prim. no.5:78 162. (MIRA 16s1)
1. Taftentakiy lakokrasochnyy zavod.
Cpaint materials) CCatalpa)

4 -aj r 4,
lilt
I IUR
zi I% t
On
to U.
I
OIL
p. 10: vi .4
rl
OJ
A MZ~e a a so A
a
via
0' 0
R ~
D3

INDYUKOT, N.M.; YAPA VA. JLY.
Catmlytlc cracking of thermally cracked kerosene. kbim.1
tokh.toplei meal 5 A0,50-11 Mr 060, W" 13:7)
1. Aserbaydshanskly usuchm-Issleduvatell sidu Institut
. -. promrshlennosti im. -V.Ve -
lvvbVsheva. -
(Kerosene) (cracking process) (Gasoline)

AFM HEM
S GV, V*A.; S 07, I.S.
ALIYEV9 V.S.; INDYUKOVt N.M.; ]S~W
Pyrolysis of oil distillates and residues In the fluidized
bad of a heat carrier. Dim. I, tekh. topl, i masel 7 no.10t
27-31 01!62 (MIRA 17 V)
1. Institut, neftekhImioheskikh protsessov AN kmrSS14

K&BMTA, H.S.
"'-WIC^ h~~mograw in progressive.Iparalysis in relation to malarial
vaccination* Klin.sed., Hookys, 29 no.2t9l-92 Feb 51. (CLHL 20:7)
1. Of the Central Institute of Forensic Psychiatry imeni Prof.
Serbskly, Moscow.

J7 11600 68104
BOV/78-5-1-6/45
AMEORS: Kabanova, 0. Lop Paley, P. N.
TITLE: The Redox Potentials of Plutonium in Acid Solutions With
Different Ionic Strengthii
PERIODICAL:
ABSTRACT:
Card 1/2
Zhurnal neorganicheskoy khimii, 19609 Vol 59 lir 1, PP 31 - 34
(USSR)
The authors report on the influence of the concentration of
chlorio acidg'hydrochloric acid, and potassium chloride, i.e.9
monovalent electrolytes (investigated by them between 1950
and 1952) on the redox potential Ef of the system Pu(1II)/PU(IV).
(Abstracter's note: The authors refer to chloric acidl in for-
mulang however, they always write HC104). E. was measured by
the compensation method by means of a PPTV-1 potentiometer. The
solution was liberated from oxygen by passing purified nitrogen
through it befois the emf was measured. The concentration of
,Pu(III) and Pu(IV) was determined by speotrophotomet.ry. Figure I
A, V e concentration of ECIO ', Ml,
shows the dependence of E o ti-
4
and 1 mol of HC1. + 0-5 - 3-8 mol of K01- Figure 2 shows the ab-
sorption spectra pf PuCl in H01 or ECI + KC19 and figure 3 the
4

68204
The Redox Potentials of Plutonium in Acid Solutions With SOV/78-5-1-6/45
Different Ionic Strengths
dependence of Ef onthe concentration of the chlorine ion. It
was found that the'redox potential of the system Pu(III)/'Pu(IV)
at 250 in 0.5-4 19 RCIO4increased with increasing acid con-,
centration. In solutions with E01 (1-5 X) and HC1 + KC1 (compo-
sition as,mentioned above), the redox potential becomes more
negative with increasing chloride concentration. If the-doncen-,
tration of the chlorine ion in ten times increased, Er decreases
by 0.058 + 0-007 v. The complex ions PUC13+ and PuCl'.22 + are
formed. Their stability constants are 0.8 and n.39 respectively.
The system Pu(III)/ft(IV) has &'current density of more than
-5 -, -40-4 &/0B2 on & P,
10 atinum electrode in 0.6 N KC1 at room
tomperatuxe and with a concentration of 10-3 N ft. There are
3 figures and 17 references, I of which in Soviet.
SVBXITTED~ September 1, 1958
Card 2/2

21335
S/07e/61/006/004/006/018
B121/B216
AUTHOR: Kabanovap Ot L.
-- -------------------------
TITLE. Formation of complexes of plutonium(V) and ethylene-
dinitrilo-tetraacetic acid
PERIODICAL: Zhurnal neorganicheskoy khimii, v. 6, no. 4, 1961, 7s6-789
TEXT: In the work presented, the author studied the composition of
plutonium(V) complexes with ethylene-dinitrilo-tetraacetic acid (H4Y) and
determined their stability constants. Complex formation was studied by
high-frequency titration of Pu02C104 with Na2H2Y solution (Fig. 1) and
potentiometric titration of a mixture of Pu02ClO 4 + Na2H2Y in 0.1 M KCI
solution with NaOH (Fig. 2), using a glass eledtrode and a jin-4 (LP-4)
potentiometer. It was found that Pu(V) forms two different complexes with
the acid anion Y4-, of molar ratios PnO+ . Y4- . 1 and 0.5, respectively.
2
The course of the high-frequency titratiot indicates the occurrence of
complex formation even in acidic medium (pH 3). At potentiometric
Card 1/6
'_4

21335
S/078/61/006/004/006/018
Formation of complexes of ... B121/B216
of an equimolar mixture of PuM and Na
2H2y' a green precipitate
forms at PH 11-5-12. Precipitation does not oc=~, however, when the
Na2H2 Y content is doubled. The absorption spectra were recorded for
solutions containing 2.10-3 mole PUM + 4-10- 3 mole Na2R2Y + 0.1 mole KC1
,with a pE - 11-5 (Fig- 3)- It follows from the potentiometric data that
pentavalent plutonium forms a comple.- with Complexon II at PH 11.5, Wbich
is stable for several hours. The stability constant of the
PuO 2Y3- complex in 0.1 mole KCI solution at room temperature is log K
- 12.90 + 0.13. This value is in good agreement with the value obtained by
the Bjerrum method (log K - 12.9 t 0.1). Complex formation of pentavalent
plutoninm with the anion of ethylene-dinitrilo-tetraacetic acid y4- is
in accordance with the following equations:
PuO+ + Y4- :~=~ PuO Y3- (I); PUO+ + H Y- ;=:~Puo Y3- + 3H+ (2);
2 2 2 3 2
PuO+ + R Y2- * )PU0 Y3- + 2H+ (3); PuO+ + HY3- W::t PuO Y3- + (4).
2 2 2 2 2
Card 2/6

21335
S/078/61/006/004/006/018~~,
-Formation of complexes of ... B121IB216
'Th6 logarithms of the equilibrium-constants of reactions (4), (3),
and (2)
are, 10.9, .8.2, and~2.0. The calculation of these stability constants
carried out without taking into account the possible formation of
:!.polynuclear complexes or complexes composed of more than two components
molecules, or the possibility of hydrogen ions being introduced into the
during stage-wise complex formation. The work was carried out
"I-in -1956. M. A. Danyuahchenkova took part in the exporiments. are
-3 figures and 6 references: 3 Soviet-bloc and 5 non-Soviet-bloo..
ASSOCIATION: Institut gookhimii i analiticheakoy khim-li im. V. I
Vern4dskogo Akademii nauk SSSR (Institute of Geochemistry
and Analytical Chemistry imeni V. 1. Vernadskiy, Academy
of Sciences USSR)
SUBMITTED: March 1960
C
ard 3/6

KABANOVA, O.L.
Effect of oxygen absorption on the oxidation of ferrocyanide lono
on a gold electrode. Zhur.anal,khim, 16 no,2W~-140 Mr-AP 161
(MIRA 14:5i
1. 4ernadskiy Institute of Geochekistry and Analytical Chemistry,
Academy of Sciences U*S*S*Re, Moscow,
(-Ferr6cyanides)
(oxygen)

KABANOVA O.L. (Kooeow)
Oxidation of divalent iron and passivation of a platinum electrode.
Zhur.fiz.khimo 35 nont.21+65-2/+71 N 161. (MM 14: 12
1. Institilt Spokhimil i analiticheskoy-khimii imeni V.I. Vernadskogo
AN SSSR.
iron).
Oxidation)
Eleotrodsp, Platinum)
i

&Roam
KABAMOVA, O.L.
Voltametry of trivalent gold-on solid eleotrodes. Zhur.anal.
khInj 17 no,7096-Wl 0 162. (MM 25s:L2)
1. Vemadsky Ihatitute'qf Oeochmistry and knalytical Chemistryg
AcademW of Scienosel, U.S*SF(,b, Moscows
(Gold-Analysis) (Polarograpby)

KABANOVA. O.L.; DANYUSHCHENKOVA, M.A.
Determination of gmall amounts of aluminum in metallic silver ty
means of stilbazo, Zhur,anal. IdUn. IS no.6*.780-781 Je 63.
(MIRA 16:9)
1. Vernadskiy Institute of Geochemistry and Analytical Chemistry,,
Acadeqj of Sciences), U.S.S.R., Moscow.
(Alumirnmi-Analysis) (Silver-Analysis) (StilboLzo)
i .- '- ~ ~

KABANOVA 4,10.L.
Conference oln the Electrochemical Methods of Analysis in Alma-Ata.
Elaktrokhimiia 1 no.lillB Ja 165. (MIRA 180)

KABANDVA, O.L.
~~=n`ee of TIM aqueous solutions at WOC. Zhur.neorgekbime
10 nOO4:996-997 Ap 165. (MIRA 18t6)
1. Institut geokhimii. i nnalitichask-oy khimii imeni Vernadskogo
AN SSSR.

DORONIN, A.N.; KABANOVA, O.L.
Chronopotentiometric method for determining microconcentrations
of monovalent thallium after its electrolytic accumulation on a
rotating platinum disk electrode. Zhur. anal.. khim, 20 no.llct
11~21-1324 165. (M-'RA 18~.12)
1. Institut geokhimil i analitichaskoy khimii imeni V.I.
Vernadskogo AN SSSR, Moskva. Submitted November 3, 1964.

KAB L.; ZALoGru, Ye.A.
Datsruihatioft 'of aicrogien quaiatitios* of oxypn*diseolved in
vater br,the't"llium colum method at 320 and 4000, Zhur,
analokbim,-20 no&5*60"13, 165o
- (MIRA 18s12)
1. Instititt gookbimii i analitichiakoy kbiali imeni V.1,
Vernadskogo AN SSSR, Moskva. Submitted April 7, 1964.

ACC NR' AP6014140 SOURCE GODE: UR/0075/65/020/0.12/132,1/1324
3 3~'
AUTHOR: Doronin, A. N.; Kabanova, Oe Le
ORG: Institute of Geochemistry and Analytical Cbemistry im. V. I,
Vernadskly AV 5R, Moscow (Institut gookbimil I analitiobaskoy Aimii
AN 333H)
TITLEO., Cbronopotentiometric method f determination of micro
concentrations of monovalent tballium fter electrolytical accumulation
on a rotating disk platinum electrode
SOURCE: Zhurnal analiticheakoy kbimil, Y, 20p no. 12, 1965# 1321-1324
TOPIC TAGB:- tballium,, quantitativo*analyals, potentiometer
I
ABSTRACT: The article desoribea,tbe determination of Tl(I) down to a
minimum concentration of 5 x 10"' M, During the cathode cycle
(preliminary accumulation) the following electrochemical reactions take
place at the electrode:
H
(2)
CWd
UDG., 5%~*25791
6~i

L 38108-66
ACC NRs AP6014140
A rotating platinum electrode in the form of a disk was placed i~
.Teflon tube, The surface of the electrode was equal to 0,126 em The
cathode and anode spaces were separated by a porous glass diaphragm,
The call b d a capacity of 100 ml. The speed of rotation of the disk
,was 3000 =/min. Polarization was carried out at a current density of
5 ma/cm3 for 3 minutes after the current was turned on,
Chronopotentiograma were taken with a type S1-4 oscillograpb with an
entry resistance of 20 milliohms, The amalgam of thallium, was deposited
at a constant potential of E = 1,0 volts. Within 5 minutes after the
start of the electrolysis, the current was abut off and an
oacillographic determination was made of the change with time of the
potential of the amalgam electrode. The experimental results are shqyn
in grapbic and tabular form.8 It was found.1hato for solutions of Tl
within the limits of 5 x 10- to 1.9 x 10-ung there is a straight line
relationabip between the transition time and the concentration of
tballium ions, It was.shown that It possible to a
. Aculate tiK
transition times for the dissooiationif thin layers116f analgamlby the
Faraday law. Orig. art. ban: 4 formulas# 2 figures tnd-1-1-aRee
SUB CODE: 07# 20/. SUBM DATE: 03Vov64/ ORIG REF: 003/ OTH REF-- 005
Cmd 2/2M 14'

TIMFFYFVq D.P.; KABANOVA, O.N.; Prinimala uchastiye YERASHKO, I.T.
Kinetics of water vapor sorption on zeolites of the type A from Fas
carrier flow. Izv. AN SSSR. Otd.khim.nauk no.9:1539-1542 S '61.
(MIRA 14:9)
1. Institut fizicheakoy khimii AN SSSR.
(Water vapor) (Zeolites)

B/062/63/000/001/017/025
B101/B180
UTHORS; ~-Ia noy 0. N., and Timofeyevt D. P.'
A ba a.
TITLE: Determination of the-diffusion coefficient of watQr vapor on
granulated zeoliteB-by sorption froth the carrier gas stream
PERIODICAL: 'Akademiya nauk SSBR.. Izvestiya. Otdcloniye khimicheskikh nauk,
no. 1, 1963, 176 i7e
TEXT: The sorption of water vapor on granulated zeolites, grain-diameter
3-4 mm, was measured at 200C and a velocity w of the carrier gas (N ) betumb
2
0.23 and 1.4 m/sec to find the optimum conditiona for determining the diffu-
.~sion coefficient D. Sorption increased with increasing w, but only slightly
between.'O Calculation of the Biot .-niimb6r,-. Bi for an
.7 and 1.4 m/sec.
a sphere showed that at 1-4 m/sec Bi reachea
..infinite cylinder and for
values which made it possible io-calculate D approximately by the equation
2 2 (6 rent is the time until
for internal diffusiont D kR /rL t who'
0 5 0.5
reaching the adsorption 0.'* 5:,- land k acoefficient depending on the shape..
card 1/2,

ffi~~, L741
MSR I BDOK UPWITATION 30VIS246
Soveshchanlye po tGeolitam. let, imningrad, 1961.
Sintetiaheskile tmeolity) poluahonlyes 10:lodovanlys I primnenlye
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