SCIENTIFIC ABSTRACT KABANOV, B.N. - KABANOV, I.A.

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• Collection: Scientific Abstracts
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• Document Creation Date: November 2, 2016
• Document Release Date: August 10, 2001
• Sequence Number: 1
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

if i: I I I1 .1 !1 10 4t, M111111"I I 1 1 W, It,:
5/020/60/132/04/37/064
_57 9 6 0 B004/. .007
AUTHORS: Biriateeva, T. P.j Kabanov, B. 1.
TITLE: The Structure of the Electric Double Layer on Platinum
PERIODIM: Doklady Akademii nauk BSSR, 1960, Vol. 132, go. 4,
PP- 868-ID71
TEXT: It W1 6 the aim of this paper to clear up the contradictions found
in publishal date. (Refs. 1-7) concerning the zero potqati~ijvf pISILn,~m.0
The authorsimeasured the capacity of a smooth platinum eleatTode at
different Oi4rrent frequencies by using a method described in an earlier Pr
paper (Ref.~8). Mgs. I and 2 show the dependence of -the capacity on the
potential 1# 0.01 N H so (Fig. 1) and I N Na so + 0*01 1 E so (Fig. 2)
2 4 2 4 2 4
at frequeue4es of from 1 We to 200 ko/s. At low frequencien a marked mixtr-
mum of Qap4city forms at a potential of about 0*5 v. This i9 ascribed to
a paeudocal city, The minimum is the point of interseotion of two curves
of adsorpti; capacity, corresponding to the discharge and ionization of
adsorbed U-4tomev on the one handq and the adsorption and desorption of
oxygen, OIL the other. If the oxidation potential is shifted in the negative
Card 1/3

The Structure of the Electric Double Layer 8/00160/132/04/57/064
on Platinum
direction, so the minimum is shifted (Yig. 3). For the purpose of
determining:4e real capacity of the double layer near the asro potential,
high freque qies could not be applied because of the high remistance
of the solution. The authors therefore conflned thommalves,to operatitg
with 10 ko/sland reduced the hyarogen ion concentration in order to shift
the range of r~hydrogen adsorption toward negative potentialt (Fig- 4)- No
minimum, was ~beerved at zero point. The authors discumsed this resultp
and though they believe a blurring of the minimum by the pkiyeical and
chemical non4rhomogensity of the surface to be possiblio, thoy do not bolieve
it capable o4 mAing the minimum disappear entirely. They ea;ue to the
conclusion that in the case of the Pt electrode the mothod of measi;rIng
the capacityjof the double layer by means of a-c curront cannot be used
to determinelthe position of the zero potential. The most reliable data
are probably~thoi3e obtained by the adsorption method. The authors mention
a paper by V.1 L. Kheyfets and B. S. Krasikov (Ref. 7)o and thank Aosdemicien
A. N. Frumkin fox discussing the results. There are 4 figures and 19
references: f5 Soviet, 2 Britishp and 3 German.
C&rd 2/3

oV,
(p,
PILASE I BOOK rkPLOITATICII S07/5590
Konforentslya po poveekhnostnym silam. moscor, 196o.
I3016dovaniya v oblasti povcrlxhnostnykh oil; obornile dokledov no
konferontaii po poverldmostnym silara, aproll,1960 g. (Studies
in th(i Field of Surface Forces; Collection of Re
orua 0, the
Conforanco on Surface Forces,-Hold in April 19603 D103cow, xzd-
vb AIII SSSR, 1961. 231 P. Errata printed on the inside of back
cover. 2500 copies printed.
Sponsoring Agency; Institut fizicho3koy khimli Almdemli rauk SSSR.
Reop Ed.: B. V. Doryagin, Correaponding Member, Aa d or Sciences
USSR; Editorial Board, N. N. Zakhavayeva, N. A. rotova, M. M.
Ku3akov,, S. V. Norpin, P. S. Prokhorov, M. V. Talayov *,nd 0. 1.
Paks; Ed. of Publishing-House: A. L. Bankvituarl Toch. Ed.:
Yu. V.. Rylina.
PURPOSE*. This'book is intended for physical chemists.
Card 1/8

Studies in tho Field of Surface Forces (Cont.) SOV/5590
COVERAGE: This is a collection of 25 articles in physical chemistry
.on problems of surface phenomenh Investigated at or in associa-
tion with the Laboratory of Surface Phepomena of the Institute
of Physical Cho-ai3trl of the Academy of Sciences USSR. The first
.article provides a detailed chronological account of the Labors-
,toryPs work from the day of its establishment in 1935 to the
pre3ent tire. The remaining articles discuss gtDneral surface
'force problems, polymer adhesion, surface forces in thin liquid
~laycr3, surface phenomena in dispersed systems, and surface forces
in aerozolo. Nanea of scientists who have been or are now associ-
ated with the Laboratory of Surface Phenomena are listed with
,references to their past and present associations. Each article
is accompanied by references.
TABLE OF CONTMTS:
Zak,havayova, N. N. Twenty-Five Years of the Laboratory of
Surface Phenomena of the IFKhAN SSSR (Institute of Physical,
Chemistry of the Academy of Sciences USSR)
Card 2/8

Studies in the Field of Surface Forces (Cont.) SOV15590
III. SUPLFACE FORCES 111 THIN LAYEM OF LtqU!DS
Akhmatov, A. S. Fundamental Law of Boundary Friction and
Its Physical Basis 93
Puke, G. 1. Properties of Organic Acid Solutions in Hydro-
carbon Liquids at tho Surface of Solids 99
Tolstoy, D.. M. Some Considerations on the Regularitlas of
Friction of the First Ordor 123
Tolstoy, D. M., R. L. Kaplan, Lin Fu-shang, Plan Fin-yao.
New &~erimental Data on F.%temal Friction 126
Deryagin, B. V., N. N. Zakhavayeva, S. V. Andreyev, A. A.
Milovidov, A. M. Khomutov. Study of the Flow of Thin layers
of Polymer Solutionu By the Cinematographic Method 139
Voropayeva, T. N., B. V. Deryagin,.B. N. Kabgnov, Yffect oT
the Concentration of an-Bleotrolito-o-n--fH-9--Mgnitudo of the
Card 5/8

Studies In the Field of Surface Foxces (cont.) SOV/5590
Adh~6slon Process in Platinum Threads 143
IV. SUMFACE PMOMMNA IN DISPERSION SYSTS,18
Vol'-'Ovi h. P1 P., and H. V. Churayev. Inveatigattan or.
Iro
I ozoo; of Aolature Movemont In Foat By the R-Oloactiva-
Ise, opo Method 149
Ner6ln, S. V., and B. V. Dox"jagin. Surface Phenomena in
Soi~ Mechanics 156
Gla~mn, Yu. M. Theory of t~e Coagulation of Lyophobic
Sol~ aj Means of Electrolyte Mixtures 166
Derj4agin, B. V., 11. 11. Zakhavayevap and A. M. Lopatina.
Invosti2:ating the Filtration of Electrolyte 3olutian3 In
High-DiE.persion Powders 175
Kud-+yavt;seva, U. M., and B. V. Deryagln. Inve3tlTating the
Sloji CozZulation of Hydrosols With a Flow Ulti-dmicroscope 183
caro 6/f i

POPOVA, T,1,; KABANOV9 BoNo
1~
Anodic behavior of iron in alkaline solution In the Imosence of
anions, Zhur,fiz.khime 35 no.6:1295-1300 Jet 161. (MML 14:7)
1,,,.Akademiya nauk SSSR, Institut elektrokhimiio
~i
f. (Iron-Blectrio properties)

KAH&NOV, B.N.
LA diffusion de loxygene a travprs le bioxyde du olomb pendant la piblarisatilon
anodique.
Re,Dort submitted to the ntl. 6ommittne for "lectrochomical "hermodynamics
and Kinetics Rome, italy 24-29 Sen 1962

KABANOV, B.N.
Theory of zinc passivation. Izv.AN SWR.Otd.khirt.n&uk no.6:
980-983 162. (MIRA 15:8)
1. Institut elaktrokhimii AN SSSR.
(Zinc) (Passivation)

5/076/62/036/007/003/010
B100138
AUTHOR3: Popova, T. I., Bagotskiy, V. S., and Kabanov,,. Moscom.)
TITLE: Anodic passivation of zinc in alkali. 1. Measurements at.
constant current densities
PERIODICAL: Zhurnal fizicheakoy khimii, v- 36, no. 7, 1962, 1432 1438
TEXT: The notential-time curves for rotating zinc anodes gore oscillo-
,-rnphically recorded in 0.1 - 1 N KOH at 60 - 5000 rpm, 20 C, -and current
densities, it of up to 340 ma/cM2. The curve I/q - showed throe sections
2, pass city required f or
Between 10 and 200 ma/cm the total amount Of electrl
passivation rises lineirly with'i, and is not afkected by changes in the
rate of stirring; at i N 200 ma/cm2 becomes independent of i and
U I ~pass
reachas a lir,,iiting value ~~--hich is independent of the slirring rate but
diminishes with decreasing alkali concentration; at.i Ag 0 procems sh rp
increase of the overvoltage potential at apprgximats17 I OWS & Sha
#104 a/0m2)
indicating that a diffusion limiting current has been reached. Both the
limiting current and its independence of the KOH oonamntratlon exclude a
concentration polarization as regards the OR- ion. On the oontrary, as
was shown by mea3uring the impedance components of the elevtrode in
alternating current at different frequenoi*s,cip there is n of
. 0.f limitatic
diffusion in the arising L920 layer of approximatelY 5 1 am thickness.
Card 113

Mechanism of anodic oxidation ...
8102oV621142100110161021
B145/ '. 101
The aotiv* impedanos component, R , of the Ag elsotrokle in-areasse
indefinitely with I/Tc-,). The resistance equivalent to -the o,ozoentration
polarization in approximately 100 times higher than in the 6onoeitmlion
polarization of the diffusing ion in solution Ro does not depend on the
KOH concentration. It may be concluded from ;hess results that difftsion
is complicated in the oxide layer. Ag ions dif fuss through th:,Ag 0 -layer,
and the Ag --),Ag2o process takes place on the boundary layer b well
solution and Ag,O. This process limited by diffusion does not continue
at the same rat until th; Ag electrode is completely consumed but
passivation occurs, as is shown by the decrease in the anode current*
This may~also be observed in a shift of the overvoltags owrys toward lower
log i values for this period. The measurement of the aotivs component of
impedanoo shows that there exists no oonoontration polarization for this
period. The following is suggested to explain passivation: Accumulation
of adsorbed oxygen on the oxide surface layer effects both a decrease of
the adsorption rate of oxygen and of the ionization rate of Ag atoms.
The resistance of the elsotrochemioal process calculated fxom the inclina-
tion of the overvoltags'ourve log i) and the value i increases
Card 2/3

VANYUKOVAP L.V.; IBAIEVAp M.M.; R~~ ~Ov-&-
Solubility and mechanism of solution of quadrivalent, lead.
Dokl. AN SSSR 3A3 no.2:377--Y79 Mr 162. (MM 15:3)
1. Institut elektrokhimii AN SSSR .1 MookovsIdy avtomekhanicheskiy
inatitut, Predstavleno ikademikom A.N.Framk:Uwm.
(Ioad oxides)
(Sulfuric acid)
4
p

4.AB4Q7v-.-B-R-..; IZYKISO D.I.; KISELEVAO I.G.; ASTAKHOV, I.I.; ALEKSANDROVA,
D.P.
Cathodic introd%otion of alkali metals into electrodes in aqueous
solutions. Dokl. AN SSSR I" no.5tlO85-1088 J9 162.
(MIRA 15:6)
1. Institut elektrokhimli AN SSSR. Predstavleno akademikom'
A.N.Frumkinym.
(Intermetallic compounds) (Electrochemistry)

KUHCHF,YEV,, LEIM~ D.I.
Anode activation of iron. Dokl. AN SUR 147 no.W43-145
N 162. (MIRA 15: U)
1. Institut elektrokhimii AN SSSR. Predotavleno
akademikom A.N. Frumkinym.
(Iron)
~ . (Blectrodea)

KLPANOV a 0 VEYSISHOI, X.Sel BOYA'NOVA,, I.L.j MUMLUIOVA, E. V.
"Anodic Diffusion of Oxygen through Lead Dtoxidso*
Report presented at the 14th meeting CIM Intl* Comm. of Zle4rocbemical
Thermodynamics and Kineticri Moscow., 19-25 Aug 63s
Affiliated Research Storage Battery Institute, Podolsk,$ U*S.S.Re

VOROPAYEVAt T.N.; DERYAGIN,-B.Vq_KABANOV, B.N.
Determination of the points of zero charge by the method of
crossed polarized metall1c, threads. Izv.AN SSPR.Otd.kbim,nauk
no.2t257-263 F 163. (KMA, 16 34)
1. Institut fizicheakoy khimii AN SSSR.
(Metals) (Electromotive force)
(Electrolyte solutions)

POPOVAP T.I.; BOGOTSKIY, V.S.; KABAIKJV, B.N.
Effect of small amounts of metal impuritiew on the value of
hydrogen overvoltage on zinc in concentrated alkaline solutions.
Zhur. prikl. khim. 36 no.8:1743-1748 Ag 163. (MIRA 1611l)

BIRINTSEVA, T.P.;,KABANOV, B.N.
Zero charge potential on platinum. Zhur. fiz. khIm. 37 no.U:
2600-2602 N'63. (JURA 17t2)
1. Institut elektrokhimii AN SSSR.

IACMSION URI 03004429
V, 1~1i,
AMHaMs Kabenov, Be Ito; lasholley6vt T, D,
TITM The mechanism of anodic activation of irca*
COU=s AN MR. Doklady# V, 151t wo 4t 190t 083-8850
TOPIC TACSt anodic activation# val.enae# lroa~~ v0sivo and 0j
perchloric acid$ Fe sup 2 plus# F6 sup 3 plust CIO cup mittuiv sub 0 oxygen.'
ABSTRACT I Authors determitted the influence of the compositAon ot the solutI.On on
anodic activation and on the val:z$,of iron qdmg Into solution doing anodic
aoitivation of passive iron In o to explain the mechanistm of aziadio disso'l-
uti Of iron. lyerchlorldr acidfDore than 99% of the c=esit 61 * ,ME o t S e
o tion of Fe2+ ons and les;-than 14 Into that of F*3+ anti 0101
, tons do niA
.accelerate the rate of formation of re~+ ions, Authors oorAc1.u4qd -1 1-hat 010Z tons
'are capable of either atrorgly retarding the reaction y412+ 0,,r, more prOtAbly'.
1do not displace Wgen from the eurface I;ut only regroup it-, -and flie anodic am-
Idation of Fe2+ proceed's ort a small portion of the surface. "'Ile wisli~ to thanks.
iD. I. leykie and B. M. Grafov for their participation in d4nattaning, the resu1ti,
;of the experiments*" Orige hast 5 figures and 2 for=lms.
ASSOCIATION; Institute of E1Pctrocha--~!-t7'Y'p Ac~deny of
is m~~

KIRIYAKOV, Gleb Zakharovich; PON014AREV, V.D., akaderiiiko retnenzent;
SUNGRIA, O.A.j doktor khim. nauk, retsenzentl KAPANOV
B.N., doktor khim. nauk) retfienzent; KUSIRIIK0IP')4'
'-Y&hd,'- khim. nauk, retaenzentl ILYUSIICHMKO, V.14.., karyi.
khim. nauk, retsenzentj KOM, L.F., kand. khAw.. navk,
otv. red.; IVANOVA, E.L$ red.
(Electrode procesgee in sulfuric acid solutiona of abic)
Elektrodriye protsessy v aernokislykh rautvorakh tsinka.
Alma-Ata, Nauka, 1964. 166 p. (MIRA 17:12)
1. AkaderAya nauk Kaz.SSR (for Ponamarev).

BAIASHOVA, N.A.LfWA~IIOV B.N.; KOVM, L.D.
Lead transfer in a positive electrode of a lead accumulator.
Zhur. prikl. kbim. 37 no. 4:906-908 Ap 164. (.1,11RA 17:5)
0

ACCESSION ITR: AP4019981 S/0020/64/154/oo6/1414/1416
AUTHORS: Astakhov, I.I.; Vayeberg, B.S.; Kabanov, :B,N.
TITLE: Anodic corrosion of lead in sulfuric acid
SOURC3: A11 SS8R. Doklady*, V. 154, no. 6, 1964, 1414-1416
TOPIC TAGS: lead oxidation, anodic lead oxidation, lead containing
sulfuric acid, sulfuric acid, lead, COSO sub 9, Na sub 2 SO sub 4
ABSTRACT: While -~,Lere are a number of articles on anodic oxidation
of lead in sulfuric acid, and'on the composition and structure of
anodic films, there is a lack of data on the machanics of their
formation. The present work explains the growth of anodic films
combining electrochemical and structural methods of investigation.
For this purpose, films were studied which were formed on 2smooth
lead eleciroaes with anodic polarization (current 2 ma/cm ) for 3,
24 and 48 hours. The bath consisted of 2,8 N and 10.4 N H2SO
solutions at 25 and 650. In one case CoSO, Vas added. Corrotion
products were determined by cathodic reduction in 1 If Na S04 sOlu-
tion. According to the results, anodic oxidation of lead in strong
Cord 1/2

ACCESSION LTR: AP4019981
solutions of sulfuri-- acid does not proceed at the pore bases and
in micro-cracks 'of the dioxide film but rather by the lead inter-
actlon'wit'h oxygen diffusing through the oxide film and forming
PbO., PbO. and "ObO Formation of the latter as a remlt of
X
leng"thy anodic oxida?ion of lead Is a secondary process. Appar-
ently CoSO slows down the primary penetration of oxygen into the
crystL lattice of lead and Increases its passivation.
ASSOCIATION: Institut elektrolichimil AN SSSR (Blectrochemical
institu;e JUZ SSSR); Podol'skiy filial nauchno issladovatellskogo
institute akkumulyatornoy promyshlennosti (Podolsk Branch of the
Scientific Research Institute for the Battery Industry)
SUBMITTED: 05Oct63 DATE ACQ: 231,lar64 ENOL#, 00
SUB COMS: Ge,.
card V2
NR REP SOV: 007
OTHER: 011

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1~ol -, c -. i,,w- : -- ;u j f!~ ,,, !n t NJ~,-th t, i 7') j~ I ~t t9 :--" ft '.Fad a- ' .1
baf.ter-f . "hu: . ul-)' 'Ki. ?ri inn. 3" 19Y,P)~11 "; ,'54.
. 'MIA
0 ", 1-7:10)

blif
M.")LISKAYA, E.G.; KAMNOV, B.N.
Ld3orp4J.011 mecharilait of the effe,:t of ex-panderi. llhur. p -'kla k' Ln.
11 'v4
37 nooll.1253b-2539 N 104 (KIRA 18-.L)

I.G.; TCMASffGVA, N.H.;, K BANOV B.N.
Y, 11; E L KV A7 ' A-- , I .;-. t. . --
Inclusion of alollne metals into electrodes studled I:or the
potential - time curvo method, Zhur. fiz, *)in* 38 n0,51
1188-1194 My '64% (MIRA 18i12)
1. Institut elaktrokhimij AN !ZSR. Submdtted June lp 1963.

ell, i m-i all~.rtllrje rietals in*.o
ilL. ~Iiiiri. 38
L L , I e ~-. f, r ~~h i~ ~.i 1

ZAK, A.I.; KABANOV, B.N.
Hydrogen overvoltuagn on aliLminim and the incluglon of an alkaline
metal. Elektrokhimiia 1 no.lt68-71 Ja 165. (MIRA 18; 5)
1. Institut elektrokhimii AN SSSR.

,L 8307-66 Eff (1)/Brl
ACCESSION NRs AP5022243
;AUTHORt -jpWwjs B. V 0; xiseleva. 1.0.; Astakhov, 1.16 t lijlomaji ko!oav
q .%4 56 q
TIT12s Oves Itage and nechantsim of cathodo Intrusil,on op k
etau
Into solld oleatrades
SOVMs Faektrokbindya, Y. 2, ~o.,,?# P631 202)-I=
oatAonv Intsmstalli o6d 4 t;046
MB&arxe of cations of &Umil, .6mywoed boy -th6 i
ABSMACTI 7he
I, 1* Nrdromw I
formation of Intermetallic cow undo accordinj to the ek4tiow (,mere
!Me are Agp Cd Alp Zap or Fbj, and e ars the LiMs, oi a4i, ~jk~s), wa~ ~stvJiod
! recently and ;allad the cathode intmalon of alkal.1, a 13 td~ 6100trqo:0~9. the i
'dependence of the rate of this reaction on the poteniZ '111~nd !~dtv~re of ~ele*trods'
material was studied to determine the aschulas.-of IntrwA011. 48.1 ia6rmati, n o1a
the reaction rate was obtained -fixn data -on ~ the increeae'-.~ith =4 of th*,~
overvoltagee The awwurements Were made In the 1 &M 10 N ~002 40,etro2lte 4)12
pure lead or on the lead and sodium oompund produned prollminaiilly by elmotrol4rals
or melting* The bVngea 0T`MM1t496 OU the 1ftd $1G*tr0d4CJM t~* I R.RaOR
rarj i1i

.. .........
L 8307-66
ACCESSION KRs APS022143
electrolyte reached the daximam possible -valus afteexat~O' 4 f~w~ ixation f6r
caux
30-60 minutes* The rate of Intrusiony;be e of a rs'pid If 46 -or by& gang
could not be determined Urectlyp and was calculated by "~`;rapo' ~J"Ion* Ths~ iverd.ge
density of alkaline metal intrusion into yure lead ws,tb. n~d as
t i6_-lO_j-O8MP,/sq ca at -'A_-l*3 v0 The reaction- -:rate was 1~44 %ir4 jaiiiectly 06 ~thq:~
i lead-sodium electrodes U.5 - 10% NA)s ;el&3amp /sq ei,.~ It v. This Jaros,
i difference In the values of to In pure lead and in IseA-soom sta~ti V'als
i caused ..by the fact that the Intrusioh'rate L~crewwsd with i 'ho - Wu.~Asad: nui4bja~ oir P.
vacancies in the metal lattice near the surbics lot duotr4 I " dIA04~1-* I
canciesp generated-on the surface of the adtallic 6160ti'd, 0 at d' h ad
Val
j.its depth,, could provide only for it very s=21 in ion, 's ot'l.11, 0,11
The larger intrusion rates occured only in the 63GUd8 Of 'Ll d6 ~n k:
vacancies in.excese of the equilibrium coboOntra. on 0 vdia#clia~ umb
~Ihe n a of
vacancies was large in an alloy structure or in the pressucol'i0f Ur nmbor of
4 'i go
I defects in the structure of the electrode metals am&$ 0 0 i4oaditiollo of!
the electrode surface (adsorption of As# Rgs, and To an the ~Iictt,440 surfaciii
lishing or etching of the electrode) had little effect o6'Ahe lilt"Sion rtts.
PO
Orig. art. bass 6 figale and I formuU,
913

I i ~ ; ;~ ''.. .-
Lcll4rA I ~ ~ I; ~, . !~, , I. !
. I - , . 11-ij -
...-I
I - 7-- "!,!, , ! ,
. - . . I . I , , ; t , 1 Z. : ---:
-1. . I - .-- - . -, --.- - ---- - .. - ... -,-. - - - -- - - - - .--- - i -11 1

WANOVp B.N.j ASTAMOV, I.I#j KISELEVA, 110,
Electrochemical inoluoion of alkaline met&lo# Ump,khim, 34
no*1011813-1830 0 165e (IdRA 18, 11)
I- Institut slektrokhimii AN SSSR.

SIDANOV, I.A., inzh.; KABANOV, B.P., inzh.
Supplying 220v current on a high tension line for repair vork
on a de-energized substation. Energetik,5 no.9:2D-22 S 157.
(MIRA, 10: 10)
(Electric lines)

1; H D 114,11 HIM rt! Hf 1; 4 i I I It V "I
KABANOT, B.P.,
Improve the quality of type ShT-35 insulators. ]Cnergetik no.12.,
18-19 D"57. (MIRA M12)
(Blectrio insulators and insulation)

GRIGORIYEV, Yu.j., inz.h.; KOSTYUK, V.V., inzh.; KAakNOV, B.P., irzh.
1".. -.1-
Operadon of automated remote control for min SRI' engines.
Sudostroenie 30 no.9:44 S 16&. OMIR~ 17:31)

L 6444-ft
'iACC NRt AP5026203 Smog COM UR/0142, ~40494/04117:
AUTHORs Kabanov, D. A6 W
ORO s none
or
TITLEt Theory of tunnel-diode resistor-coupled amplift
SOURCEf I= Radiotekhnika, v. 8, no- 4096% 494 497
ITOPIC TAGS: ampWier, solid state amplifier,,tunnel diode *10,, LIX io
j ABSTRAM The current-voltage characteristic of a para]461-ty,)~Itiow
01-didde
amplifier is approximated by the A. Ferendeoi and WO Ko.- non:ci itar tion
(PME" 1962, 50. 6, 1852) and the effect of bias voltagel orAW "pX
,$nor
stability, input-output resistance, and other characteristics. JL3 f, I AS ti
explored. The tunnel diode is replaced by, an equivalent paraltiol ol
ocq~r
a nonlinear resistance and a constant p-n-junotion capaoltameo It ji~ fo=und t it
the passband of the above amplifier becomes narrower, the i4iit rii "tince Admi ?G"
and the output realstance increases as the amplifier caiii 111aesal eli. ~ Orig. ijA
ham 4 figures and 25 formUlas,,
lj';
~ISUB CODEt MIG REF i 'OW OM To 002
SUMB U%TZ I 09JU164/
bard 1/1 DO: 62103894iltW111M.122 :1

NIF "1M11011., till. --------- -----
ACC NR, AP6033212 501ACE Ccivifi Viffff4to f 6'67
'AUTHOR: Kabanov, D. A.
ORG: none
TITLE: Tunnel-diode TW amplifier
:SOURCE: IVUZ. Radiotekhnika, v. 9, no. 4, 1966, 417-422
TOPIC TAGS: electronic amplifier, amplifier design, nanosecond pulse amplifier.
tunnel diode
1ABSTRACT: Based on theoretical elements given by' S.* J. Mason (PIRE, 1956, 44,
17, 920) and D. Seitzer (Archiv der el. bbertragung, 1963, 9, 17, 403), a theory of
approximation of nanosecond
Bias current-, U- pulses by a multistage tunnel
K, K,
It to to- . to4IJ Kj K, -4
diode amplifier is set forth.
47
A large amplification area
LID-
U, 12~ ;I., can be achieved by using a
I iv I - . I
TW circuit (see figure, left);,
0 this circuit is represented
by its equivalent
Card 1/2 UDP: Z 1 .3-D-Z-

ACC t4_j~~_6_0_3_3__Z_ 12
!(see figure, right) containing two discontinuities. The latter are formed by tunnel
I I
diodes that have identical parameters; signal distortion depends on the parameters of
the- di'scontinuities only. Formulas are derived for the gain, tranoient-response timej
.' i
land'. amplification-area advantage over the single-stage tunael-diode amplifier. It is
Oh6wi~- how the multistage amplifier passband can be widened by introducing an
iTctance in series with tunnel'diodes. Orig. art. ban: 3 figures and 30 formulas.
2ZDec65 ORIG REF: 001 OTH REF: 002
.SUB CODE: 09 SUBM DATE:

Ll 1ULL_L_UU t~,Irirkaj ty r1r. I
AW :-L Mi VVn
ACC NRj AP6029519 SOURCE CODE: UR/C432/66/000/004/0040/0042
AUTHOR: Bayborodin, Yu. V. -(Candidate of technical sciences); Kravcheako. V. I.:_
.Kabanov, E. KaE2enko, A. S.; Kozin. A. V ; Petlenky, Shaposhnikov,_A, V.
ORG: none
TITLE: A Q factor modulator for a ruby aser
SOURCE: Nekhanizatsiya i avtomatizatsiya. upravleniya, no. 4, 1966, 40-42
TOPIC TAGS:~ solid state laser, laser modulation, laser pulsation
ABSTRACT: A Q factor,modulato that increases the output pulse power of a ruby laser
by 103 is described. The modulator is made up of an optical head and an electronic
unit. The optical head consists of a rotating prism with total interna.1 reflection
that acts as one of the mirrors of the laser optical resonator; it is.driven at
angular speeds up to 26 x 103 rpm by a dc motor. The electronic unit consists of a
square wave generator, a comparator circuit, two time delay networks, a trigger cir-
cuit, a dc motor, and a power supply. The modulator operates in the following manner:
at a given angular position of the prism with respect to the laser beam, light from a
lamp is focused through a lens and illuminates a photosensitive diode. The output
pulse of the photodiode is ami)lified and fed to the comparator. When the rotational
speeds of the mot~,or and the prism are equal, the comparator initiates a pulse that
lightathe laser pumping lamp and thus triggers the laser. At the same time, the

L 43o4l-66
ACC NRt AP6029519 0
motor is stopped and the laser is not triggered again until the motor builds up its
speed until it is equal to that of the prism. The motor has an automatic disconnect
relay which stops it in 5 to 7 seconds if a faulty colidition occurs In the circuit.
As a result of work with the modulator, optimum parameters for the optical resonator
rotation speed of the rtflector, and pumping power have been determined In order to
obtain maximvm output pulse power. Orig. art. has: 2 figures. [IV]
SUB CODE: 20/ SUBM DATE: none/ ORIG REF- 001/ OTH REF: 001 -4 7D P 5
5~ b

VOI INOVP VIR inzh.; KABA-NOV, _Fw inzh.
Studying the creep of concrete in a Eipan stmcture. k7t.dor. -78
no,6tlO A 165. (KRA 18: 8)

KAZARNOVSKU, Ya.S.; KARKHOV, N.V.;._~~OV,_k:.I.; MILUEDIXOp B.G.
Production of synthesis gas by high temperature conversion of
hydrocarbon gases at high pressure. Khim.prom. no,6096-404 Je
162. (MIRA 15:U )
(Hydrocarbons) (Water gas)

KABANOV, F..I,-,- UMOV, N.V.; KAZAMMSMY, Ya.S.j B.G.;
7- Prinimal uchastiyet ZUYEV, V.I.
Production of process gas by the high temperature conversion
of natural gas at elevated pressure. Kbim.prom. no.9.-547-555
Ag 162. (Clao, Natural) (14DU 15-.9)
(Gas manufacture and works)

KABANOV, Feliks Ivanovich; TRIFOIJOV, D.N., red.; MAZELI, Ye.I.,
. fea, - -
0
(Radioactive isotopes in chemistry] Radioaktivnye izatopy
v khimli. Moskvay Gosatomizdatp 1963. 68 p.
(KIIIA 16:12)
(Radioisotopes-Industria3. applications)

KABAN'tiV, f. V. K
ronvorsior, cl, f
p r e!3s i i rtl Kh-.m. prrz.

KABANOV, G.A.
Stabilization of the radiation does level of a generating betatron.
Izv*vyo9ucheb*sav.,;fiZ,, noo2s8l-84 160* (MIRA 13:8)
1. Thmekiy politekhnichookly inatitut Lm. S.IL.Kirova.
(Betatron)

XABANOV, Georgly Ivanovich; OIDOWVA, L.A., red.; KOZLOVSKAYA, M.D., teklm.rod.
[MY experience in making and using teaching aidB in geometry)
Mo-i opytizgotovleniia i primeneniia posobii po geometril.
Moskva, Gos.uchebno-psdagog.izd-Vo H-va proev. )ISISR, 1938~ 139~p.
tXIRA 12:3)
(Geometry-Study and teaching) (Teaching-Aide an4devices) ,

BEZSOIIDV, P-A- (Moskva); BELYAM, V.I. (Kolomna); BtmAlr.Sr7,- P.A.
(Orevl)urg); KABANOV, 0. 1. (Helelcess); MATOROV, S.Y. ~ (Hoskya);
HURAVIN, PorwabDr oblasti);
SIKORSKrY, K.P. (Moskva); TARASYUK, V.Te. (Kiyev); KHABIB, R.A.
(Samarkand).
Discussing plaub of programs. Mat.v shkole no.1:4-24 Ja-7 160,
I (MIRA 13:5)
1. Zaveduyushchly kafedroy vysehey matematiki Hoalrovskogo iustityata
khimicheekogo mashinostroyaniya (for Bezsonov).
(Hathematics--Study and teaching)

KABANOV, G.K.
Miercatructure of belemnite-guards and their alnersa compositione
Biul. MOIP. Otd.geol. 37 ne.3:131-LU MY640 16? 4 (VIIRA 15:10)
(Belemiten)

-_ "MVp G.K., ,
Phragmocone of Pseudobelus bipartitus from the Valangin of the
Crimea. Paleont. zhur. noo4tl2l-123 163. PURA 17:1)
1. Paleontologichiskiy inatitut AN SSSR.

ZONENSHAYN, L.P.; Bf.RTEL'3-U5PFNSKAYA, I.A.; SAFRONOV, V.S.; NEYMAN, V.B.;
GENDLER, V.Ye.; CHURIKOV, V.S.; YFREMIN, N.I.; KOGAN, B.S.; YAKOVLEVA,
M.N.; LANGE, O.K.; KABANOV,.,_Q.X.; KUZNFTSOVA, X.I.; SINITSYNA, I.N.;
SMIRNOVA., T.N.; VENYXIT-AUHA"LAPAT1, V.; MASIAKOVA, N.I.; BMWOVA, Z.D.;
YAKUBOVSKAYA, T.A.; YURTNA, A.L.; RYBAKOVA, N.O.; MOROZOVA, V.G.-,
BARASH, M.S.; FONAREV, V.1.; NIXONOV, A.A.
Activity of the Geological Sections or thp Moscow Nat.uralists'
I N r, ()4.
Society. Biul. HOIP. Otd. geol. 39 no.6zl-'-'7--,rl , _).
(.X'TRA IP; 3)

'~. '~ B - NUIV , G . h ,
Second Conference on the :,*tu,,jy or moliusks. Faleont. zhim.
no.3sl49-151 165. (MIRA 18:9)

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KAMOV ) I.
Installing steel con-truction elements with the SF~3 excavator. P. 393.
INZFIiMKE STAVBY. Praha, Czechoslovakia. Vol. 3, no. 9. Sept. 1955.
Yonthly list of East Furopean Accessions (EEAI) LC, Vol. 9, no. 2, Feb. 10,60.
Uncl. -

KABANOV, 1.
XLWOV, I-A... inxhoner.
Experiment in Installing metal construction olsments with the
SR-3 excavator. Strol.prom. 32 no.7.-44-" JT1 '54- (nU 7:7)
(Building, Iron and steel) (Cranas, derricks, etcj

UMNOV, I.A., inzhener; DUDAVSKIY, A.I., skonomist.
Increasing labor productivity in structural stael erection work,
Stroi.prom.32 no.11:20-2.2 N 154. (MU 7:11)
1. Iz opyta raboty treeta Laningradetallkonstruktalya.
(Building, Iron and 3teel)

II"HmIIcwAm~
K&DANOV, ~4,-.-~AMTSKIT, N.M., kand.tokbu.nauk, laurmat Stalinsby
premii
Using the method of rollinS in assetabling shells of air
preheaters for blast furnaces. Prom.stroio 8 n0-7917-23
16o. (KIRL 130-7)
1. Nachallnik Ukrglavetallkonstruktidi Himistroya USSR (for
Kabawv).
(Air preheaters)

KABANOT.-I-Y8]]LAn&=Yavi-ch',-RABINOTICH, Sergey Tullyevich; .4; IT,
Mikhail Nikhaylovich; TITOY, Aleksandr Kikhaylovich; SMYGINA, X.,
tekhn.red.
(New processes for the manufacture and assembly of shaet-mctai
elements of blast furnaces) Novala takhnologlis Jzgo%ovjeAjj&
I montasha listovykh konstruktoli domormot peohil is opyta orgo-
nizatsil RJkrglavotallkonstruktaii" Kinistoretva stroitelletva
U&M. Kiev, %a.izd-vo lit-ry po stroit. I arkh1t. USSR. 196o.
39 P. (MXHA 14:1)
(Blast furnaces--Deeign and construction)
(Sheat-metal work)

Introduction of progesoLve welding practices in the bu~ldln IvAustry.
jkvtom;"svar. 14 uo*301-67 Mr 161o (KEPA 14t2)
1. Ukrglavotallkonstruktaiya,
(Structural fismse-W41dizg)

KABkNOV, I*Aej :Lnzho
Experience with the introduction of advanaed welding techniques into
construction. Prom. strot; 39 no.,3t28-30 1610 (MIRA 14i4)
1. Nachall-nik Ukrglavotallkonstruktoii Minstroya UM.
(Sleotria welding)

I
GLBIMERMAN, Be Yao, inzha;-FABMOVj I*Av, inzho
Assembling structural'unito for an open-hearth shop in the
V. I. Lenin Factory. Prom. otroi. 39 no.4t5-11 161. (MIIIA 14W
(Krivoy Rog-Open-hearth furnaces)

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