SCIENTIFIC ABSTRACT KOTORLENKO, L.A. - KOTOV, A.I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000825410013-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 23, 2000
• Sequence Number: 13
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

KOTOUIEE-M-O, L. A.
"Viscosity and Electrical Conductivity of Non-aqueous Solutions of Electrolytes",
a paper presented at the second conference on the Liquid State of Matter, Kiev,
30 May to 3 June 1955, Usp. Fiz. Nauk, 1955

KOTORLENKO., L.A.
Viscosity and the molecular structure of-nonaqueous electrolytic
solutions. Nw1k povid. KW no.l-.49 156. (MIRA 11:4)
(Blectrol.vtes)

Ili, -'
~I \ '- - i U 1'\~ L. (-- N K r-' j t- - '~ I .
SHIZA, Z.A.; KOTORLMO, L.A.
stability of zinc cathodic deposits.in electrolytes. Ukr. khim. zhur.
22 no-5::691-696 '56. (MLRA 10:6)
1. Institut obahchey J Peorganichaskoy khimii Akademii nauk USSR.
(zinc) (Electrolytes)

XOTORLPRIKO. L.A. - GOLIK, A.Z.; KOYNKRISTAYA, A.S.
Viscosity and electric conductivity, of lithium chloride solutions in
alcohols. UkrAbirt.zhur.-i4l no-5:618-625 ' 58. MRA 1211)
1. Kiyovskiy gosudarstvenW universitet imeni T.G. Shevcbenko.
(Lithium chloride) (Solution (Chemistry))

SHEKA, Z.A.; KHEYF=S, I.M.; KOTORLENKO, LA-
Treatment of cobalt xanthogenato cakee. Ukr. khim. zhur. 26 no, 6:
776-780 160. (MIRA 14:1) '
1. Institut obshchey i neorganichoskoy khimii AN USSR.
(Cobalt compounds) (lanthic acW

KOTORLENKO-,--.L.-A.
Viscosity, and dqnsitv of solutions of carboxylic acids. Ukr.
Mims 3hur. 28 fio.3033-337 '62. (MMA 15:10)
1. Kiyevskiy gosudaretvannyjr universitet im. T. G. Shevchenko.
(Acids, Organic)

KOTORLENKO, L.A.; GARDENINA, A.P.; OLEYNIK, V.G.
Oxidative degradation of polyamides. Part 1: Therrwl and
radiation-induced oxidation of polycaprolactam studied by
infrared spectroscopy. Ukr. khim. zhur. 30 no.4r370-376 164.
(MIRA l7t6)
1. Institut fizicheakoy kliimii Ineni Pisarzhevskogo AN UkrSSR.

B.RODCKIY, ~'.1., FUMENKO) A.S.; ABRAMOVA, T.M.; DARIYEVA, E.P.; GALINA, A.A.;
FURAW, Ye.G.; - GARDEITIDIA, A.P.
_~qT94LENKOI L.A.jO I
Radiation oxidation of polly~F--caprolactam. Vvsokom.soed. 7
n,~.1:116-1222 Ja 165- MIRA 18-5)
1. Institut fizichaskoy khimli imeni Pisamhevshogo AN UkrsSR
-1 Kiyevskiy filial Vsesoyuznogo nauchno-issledovatuellskogo
institutsi iskusstvennogo volokna.

r'OTUROWIC9. Halina (Warszawa. u1 Litewska 16)
Tumor of the groin in a child. Fediat. polska 32 nc-3:2-87-2&3 liar 57.
1. 1 Kliniki Chirurgii Dzieciecej A. H. w Warazawis. Kierow~ii~-.: proff
dr Red. J, Kassakowski.
(A.BDOMIUL WALL, neoplasms
groin. in child (Pol))

KOTOROWICZ 0 Halina; MODRZFJWSKA-KIDAWA , Bdrbara
Attempted drainage of the hepatitic parenchyma in complete
obstruction of the extrahapatic bile ducts. Pediat. pol. 36
no.6z654-658 161.
1. Z Kliniki Chiimrgii Dziociecoj AM w Warazawie Kierownik: prof.
dr med. J.Kossakowski.
(BILE DUCTS abnorm)

MODRZEJEWSKA-KIDAWA, Barbara; KOTORCr,-IICZj Halina
Congenital obstniction of the bile ducts in children. FOI.
PT-zegl. chir.,35 no.7/8:837-841 163.
L Z l,'Lliniki Cldrurgil Dzieciecoj AM v bbrazawle. Kierownlk:
Prof. &- J. Kossakowski.
(BILE DUCTS) k,9NOFMLl--,
(SURGERY, OIFEMWIVE)

. . v - - . . - - . . - . - . . I . .:
. . . : i . . I .
. .- I . . - . . 1. - . - I

RODIONOVA, K.F.; KI-RIYEITKOVA, N.V.; PADROMINA, K.M.; LOTOSHEU, Z.S.
Gharacteriatics of the organic matter In the Devonian producing
formation 'oenetrated by tho 44 well In the ShImpovo field; goochemical
atudies of mute formatioris. Trudy VNII no.20:125-161 '59.
(MITIA 121:10)
(Shkapovo region (Baahkiria)--Organic matter))

RODIONOVA, K.F.; STAROVOYTOTA, A.F.; KIR1YVJKOVA, N.Y.; KtKAROCHKM, K.M.;
PrInimali uchastiye:.KOTOMVA, Z.S.; MOCHAL07A, Ye.M.
Characteristics of the organic substance in Avet sediments of the
Favlovskaya, Tashliyar, and Alctash areas in the Romashkino field.
Trudy VNII no.23:161-204 16o. (MIRA 13!11)
(Romashkino region-Sedimonts (Geology))
(Organic matter)

AUTHOR: -Kotosonov, A. SOV/107-59-1-4a/51
TITLE: New Reference Books for Radio Amateurs
(Novyye spravochniki dlya radiolyubiteley)
I PERIODICAL: Radio, 1959, Nr 1, p 63 (USSR)
ABSTRACT: Two books are listed with reviews of each.
Card 1/1

C
/ I /
WOO ~Jo~)
AUTHOR: Kotosonov, A.S.
TITLE. Coid--ca-t-ho-d-e-thyratron
PERIODICAL: Izvestiya vysshikh
Radiofizika, 1961,
s/141/61/oo4/002/015/017
E140/E135
logical circuits
uchebnykh zavedeniy,
vol.4, No.21 PP. 366-374
TEXT; The artizle constitutes an investigation of the use of
the cold cathode glow discharge tetrode Ti"*\ 41; (TKh4B), a tube
with parameters practically independent of temperature from -70 to
+90 6C. Previous Soviet work in this subject was based on the
V,-j-,'-90 '%MrK17---90) three electrode tube. The latter has a high
parameter scatter - according to the present author up to 100% and
above - whereas the TKh4B has a scatter of only 5%. The author
singles out two papers on the same subject, by J.E. Flood and
J.B. Warman (Ref-5; Electronic Engineering, Vol.28, 416 (1956);
Vol.28- 489 (1956)) and R, Aronssohn (Ref.6: L'Onde Electrique,
vol,38-, 724 (1958)) and claims that their circuits have the
di3advantage of requiring interruption of the anode circuit current
in order to extJnguish the tubes, and also that a circuit for
lcg-ical negation is absent. In the present paper the author
Card l/ 3

so
Cold cathode thyratron logical .... S/141/61/004/002/015/017
E140/E135
attempts to develop the highest speed circuits and to find a
universal single tube element suitable for constructing the basic
_Ucgical functions. After reviewing the tube characteristics, a
two-tube flip-flop for use as a binary scaler is described.
Stable operation up to 30-40 kcs with supply voltages 220-26o v
was obtained. The same tube type could be used as a voltage
stabiliser to improve performance of the flip-flop. A single
tube fluniversal logical element" is then described. It is a cold
-cathode tetrode with equal RC loading in anode and cathode
r,ircuits, input to the control grid. Suitable adjustment of the
time constants permits this circuit to operate as a flip-flop,
alternately igniting and extinguishing with a train of identical
input pulses, It is stated (in para. 5) that the single tube
flip-flop can operate with positive or negative pulse fronts, so
that -~he flip-flop should be coupled through crystal diodes.
Discussing the use of these circuits as Ituniversal logical
elements", it is stated (in para. 6) that negativa pulses cannot
gnite the succeeding thyratron. The "universal logical element"
c-Perates by using the pulses of opposite polarity obtained from
Ca.rd 2/ 3
Cold cathode thyratron logical .... S/141./61/004/002/015/017
E140/E135
an anode to cancel (inhibit) pulses obtained from a cathode.
This permits functions of the form xy to be generated. These
circuits operated stably up to about 10 kcs. Nevertheless the
author recommends the use Of silicon diodes for the logical AND.
The article concludes with an illustration consisting of a
bidirectional binary counter using the two tube flip-flops and
the single tube "universal logical element'% Except for the first
stage, in which the sense of counting is fixed, each stage of the
counter consists of one two-tube flip-flop and two single-tube
"universalft circuits. The work was done on the suggestion and
guidance of M.L. Tsetlin and L.M. Shekhtman.
There are 9 figures and 7 references: 5 Soviet and 2 non-Soviet.
The English language reference (Ref-5) is as quoted in the text
above.
ASSOCIATION: Moskovskiy gosudarstvennyy universitet
Moscow State University)
SUBMITTED: December 28, 1959, and after revision, October 28, 1960.
Card 3/3

,," KOTOSOWIT, A.S. , . ~
Contuct2f~,~-s ,;.el~erjng device of the ClOCt-"IC VOTidu(,tivity of
graphite uaterials. Konstr. uglegraf. mat. no.1:2?(~-273 164.
O"111RA 17:11)

-. ~171
MIN
ON
IMAM
Mus imd4 _4
fie'
cuw
R56
-MOM
ElddW
jtK~,, nm;~,
'k ik

USSR/P.1ectronics Dielectrics, Measure- Jul 51
ments of
"Application of a Wave Guide for the Measurement of
Dielectric Constant of Substances," N. Kotosonov,
G. I~akhomov
"Zhur Tekh Fiz" Vol XXI, No 7, PP 802-807
Authors suggest new method for measuring dielec
const by observation of Bruster angle in wave
.guide. Method is applied to measure dielec const
of liquids in cm wave band. Application of wave
guide for investigation of dielectrics was first
LC 189T46
UPSR/Blectronics Die3.ectrIc a Jul 51
Measurements of (Co#d),
done by N. N. Malov (cf. "Zhur Eksper i Teo ret
FIz' Vol XVI, No 7, 1946). Authors were
assisted by Prof P" V."Golubk6v and Asst Prof-
DO' M. Zamorozkov. ',Submitted 24 Jul 50-
> LC 189T46
-IQ
.".1

USSR/Electronics - Dielectrics, Micro- Mar 52
vave Measurements
The Theory of Dielectric Constant Measurements in
the Centimeter Band," N. V. Kotosonov, Sci-Res Inst
of Mechanics and Physics, Saratov State U
"Zhur Tekh Fiz" Vol 22, No 3, pP 531-537
Discusses several methods of measuring the dielec-
tric constant of substances at super-high frequen-
cies with the help of a waveguide and gives simpli-
fied formula for calculating this constant- Pro-
poses two methods for measuring the dielectric
244T54
constant of thin layers of liquid and solid dielec-
trics. 'Credits Prof P. V. Golubkov for suggeating
vork and Docent B. M. Zamorozkov for advice and cLis-;,
cussion of results. Submitted 20 Ncrv 51
244T54

S/076/62/007/004/014/016
B107/B101
U"LLY~ Ya. A., Fogelloon, 11, L.? Tkachava,
~WTHO'
IT 1, E solne propertieo of Ca 53b2 prepared by the method of S. A.
Zhurnal neorEanicheskoy khimii, v. 7, no. 4, 19', 930 931
P
T ---,'X T :The present paper describes the nrenaration of a thin fiilm (5 2011)
0,f Ca-3510 2' The temperature dependence of the specific conductivity vas
m-~,a,-ureJ ~Fir. 2). The compound Ca Sb has hitherto not been qynthesized,
2
and hai onli been mentioned by M. Hansen (see below). It was obtainvl by
(method
oimul~aneous evaporation of Ca and 3b in a vacuum OF 10 '16
of S. A. Vekuhinskiy; Novyy metod metallografichs:.~skogo analiza sDlavov
A ne-,,. method of metallographic analy3iD Of alloys), Gostekhizdat, 1944).
0 0
The vapor vas collected by mica foils previously heutvdl to 300 C. The
resulting film transmits a narrow stripe of oranee-colored light,
Corresponding to Ca,Sb The comuound can be left in air for a long time.
Card I /M 2*
30r-e proDertie!; 0- Ca
1 33b 2-
5/078/62/007/004/014/016
B107/B101
T~i,~ 2'e s i s tanc e 'sas measured with e 1e c trod es deuosited on the foils by the
Or;!!-i0n of antimony. Preliminary exnerim
.Onts had shozn that the
Of antimony was negligible. ~he res'
at roon; temperature is io4 'sti-i'Y of cal.iurj
ohm-cm. The m-a0urements are well
The distance between the valency bandpand the conduction
bz..'14 -,ias c-ilculatec, to be 1.4 ~ 0.1 ev. Calcium antimonide is a S14
'-)"o ightly
4 1
-Looon:4t-lctive Compound. Its photoconductivity is
-41 nhich forms when the system is increased b~, an-oxide
j U
There are 2 fiP left withou-t further evacuation.
,ures and 7 references: 6 Soviet and I non-Soviet. The
I
re~'QrOnce to the English-language publication reads as follows, % Hansen.
L')
COnst itu -t'- ion of Binary 11joys.
NOW York, 1958.
ASt~-OCIATTO:f: Yoronezhakiy 90sudaretvennyy universitet
University) (Voronezh State
SUB!,11TTED February 20, 1961
1 L
F'175- `- SPOOific Conducti)rity of Ca 3Sb 2 as a function of temperature.
J/
Card 2/3

UGAY, Ya.A.;.-~SO~NO A.Lj FOGELISON, R.L.; TKAGHEVA, G.S.
Propertiea of Ca3Sb2 prepared by the method of S.A.Vekshinskil.
Zhur.neorg.khim. 7 no.4:930-931 AP 162. OCRA 15:4)
1. Voronezhakiy gosudarstvennyy universitet.
(Calcium antimonide)

. .- . . ... . I . . . .. . . . . I - - . .
.I . . . I - . : - - " . . . : . % . I . . . - .

KOTOTI.SHVILI, Eli
(Strntigraphy of Cretaceous deposits of the
Stratigraftin malovykh otlozhsaii shkmerskoi
7bilizi. 1958
39 P. (In Georgian)
(Georgia--Geology, Stratigraphic)
Shkmeri. syn a]
0 17
ainklinalik
(MIn 12:10)

KOTOUG, inz.
Pauserw,or railroad tran3port in t4p Unitod States. Doprava no.11:
391 160. V

PLI~SNIK, Stefan; KOTOIJCEK, inn
Contribution to the problem of propertie- of some anion dye
solutions. Pt.2. Sbor VSClq Pardubicu ti,,.1,161-172 164.
1. Chair of Textile Chemical Technolopy of' the Higher School of
Chemical Technology, Pardubice. Submitted Aine 17, 1963.

L 00665-67 V% J) RIM
ACC 4Rt AP6027369 004/02 -
SMCZ-: CODE: CZ/0043/667685r 4570231
AUT,*jOR1 Majors jaroslay-Mayert Ya. (Docent; Pbarmacist;~can~idato of sciances;,,F
Bratislava); Kotoucok I-Slan-Kotouchok, H* (Graduate pharmacist; Bratislawi)j
.: oradu
Dvorakova, LIU ate pharmaciati Bratislava)
ORG: Department of kitaytical Aomib-trY, Pharmaceutical-Yaculty, gomardus University
B1. atislaya (Katodra analytickaj chwd.e Farmacautickaj fakulty Univerzity Kownskshq)
TENS : Now complexans (V) of atlWlonodiaz;dno-N,Hfdipropionic-alpha.
alpha t acid, and of othylo;1 ipropionic-alpha, alpba'-N,N'-diacotio acid
ii-ith. the cations of alkali earthst*aril with some other divalont cations
SO"PlICS: Chanicka -.msti, no* 4, 1966, 242-Z5L
TOPIC TAGS: cationg alkali earth mineral, amino acid, acetic acid, dissociation
constant, stability constant.-intermidlecular complex
ABSULACT: - ScInrarzenbach's mothod was used for potentiometrio investigation of the
dissociation constant of the two acids mentioned above,'arA of the complmes of these
acids %rith divalant cations of 14g, - Cat - Sre Ba, Cut Cd, Zn.'Pb. Ift, mid Fe a The dis.
--ociation arA stability constants found are compared to those of etlWlone-diaminc-
11,174 f -diacetic acid, mid of etbylene-diamina-U N N' Nl-tetra-aaetia a*3A. Orig** art*
na3: e)j
2 figures-, 10 formulas, and 6. tablane.- 36.4,4
SUB CMZ: Vqr SUM DATE: 20FAY65- ORIG R3Ft 003 OTH REF: 004
Lgczrd

KOTOUCEKI M.; DOIEZAL., JT.; ZYKA, J.
Selective test and volumetric gold determination.
Coll Cz Chem 28 no.2:521-524 F 163.
1. Institut fur organischo, anlaytische und physikalische
Chemie, Palcky-Universitat, Olomouc und Institut fur
analytische Chemie,, Karlsuniversitat, Prag.

KOTC;UNCVA-HANZAI.CVA, L.; SkIFURT, J.
Effect of cutting dovn trees in for-st border areas on microbiological
processes in Corest soil. p.75. Ceskoslovenska ak-ademie ze-edeiak~ch
ved. SBOMIK. L'-"SL'I'ICTVI. Praha. Vol. 28, no. 1, Feb, 1955
SUI,'!RC7: East European Accessions List, (E&I), Library of Congress,
Vol. 4, No. 12, December 10,55

V
24824_6& E.
L
'ACC NR: AP6008023
i6.URCE CODE: -UR/040(;/66/002/001/0082/0090
1AUTHOR: Koto
usov, A. S IT
IORG: none
ITITLE: The determinatto .n o(the correl-ation propertItes:of signals of discrete information
41; the output of a communicationi eh e1 With random variations of.parameter
ann a
'SOURCE: Problemy peredachi, iftforrdatsil, v. 2, no. 1, 1966, 82-90
iTOPIC TAGS: communication channel,. -signal Interference, signal noise separation, signal
correlation, correlation funbilo'n
:ABSTRACT: It Is necesaar e1
y to kii6w-the. corr ation properties of noises in order to s~mth
size optimal 4 [near filters In the solution of 'problems of detection and discrimination of
signals against a backg*ro4nd of "non-white" nolsO. During radio communications in the.
'short-wave range the main interferences of such type are the signals from extraneous Inter
fering stations, particularly radiotelegraph stations, Autocorrelation functions of tel%eria0h,
'signals have been investigaied elsewhere. However, in the case investigated, the problem
Js made complex by. the' fact. that -the'correlaVon. properties of signals at the Input of th6
Zard 1/4. UDC: 621.394. 11

L 24824-66
ACC NR: AP6008023
receiver are, w'a result of fading., subbtantially different from the properties of the
emitted signal. In view of tMs, -the present article poses the problem of the determination:
of the autocorrelation function and the power spectrum of the radiotelegraph signal at the
output of a channel with random vaiiations,of the p ameters.
at The spectrum of the
frequency-telegraph signal at, t6 outind of the communications channel is shown In Flg~. 1.
This spectrum corresponds to the autocorrelatioix function shown in Fig. 2. The broken
'line in Fig. vehows the spectr m of the signal at th6 input to the 'communications channel.
It Is shown that the spectra OfAbe 916*'At the Input and at the output of the channel differ
in the frequency rango'close to that,of the communications ~ carrying fracpencles
stantially
_Sul
Is concluded thg the correlation properties, of.a. signal at the Input and at the output Of fL~
'communications channel with'i aiiiblo imeters may differ considerably when the sped~ of
ation of th.e,channe'l p'arimetera'-f s-'commensurabie- with the speed of telegraph t r-wa-,-
mission. f, tane e and-.-,-
The au s~ ee atittide th Pro .~ L. M. 'Fink for assis
attention -to- this wo, A,'
z figures and 33 fornadas.
:7
j,

KOTOUSOV, L. S., Cand Phys-Math Sci -- "Computation of the
thermodiffusion coefficient of moderately dense and com-
pressed gases." Len, 1961. (Min of Higher and See Spec
Ed RSP'~'R. Len Polytech Inst im M. I. Kalinin). (KL, 8-61,
227)
- 23 -

296i~
S/L20/6i/bOO/004/022/034
(A57d d. B202/9335
AUTHOR-~ _.,,Kotouaov, L.S.
TITLE-,i Appl_,'~;:ation of mizrothermilstcr mr-54 to a thermal-
conductivity probe
PERIODICALa - Pribory-i tekhnika ek2perimenta no* 4, 1961,
pp. 142 - 145
TEXTa The author 6valuatsi in detail the pra-rtical Rotan-
ttalIties of A bead-typs mizroth6rddstor', MT-54. This thermistor
was ori~klnally developed by'Karmamov, a Olaff member of the
Laboratbriya poluprovodmikov Lenijigradakago agrofizicheakogo
iiau,6.hno-iasledovatal'6k6go-Iiist,i-l~-uta. (Semi:onducters Laboratory
of.the Leningrad Agrophysizal,Szien'tific Reaear.-.h Institute).
It is in the form of a bead with overall dimensions of approx.
GQ_-_5 mm, in:luding the waterglaAa zoating. Compared with the t,/
hot tungsti3n-wire type probe, this th~6rmistor has certain
advAntages3 -its resistants is agprcx, 4 kC1, And its temperature
zoefficien* of romiAtance at 20 C, approx. 3.59, MT-54 has
nichrome wire t6nnections and'is mounted on a glass rod sealed in
a apillary =all. The capa-,Lty of the cell and the -apillary ducts
Card 1/4

296 J. 1
S/120/61,'000/004/022/034
Appli,zation of E202/E335
is approx. 1 mi. with a :Ail^ Immersel in a thermostatic liquid
+8 the ambient temperature and a temperature drop of
5 -_15 C1 the -roltage drop of the t-hermistar is approx. 2.5 to
5 V. The sensitivity of this probe depends predominantly on the
voltage drop, however, high v6lta-ge drops lead also to great
instability. Thus, the high average sensitivity of this type of
probe, which'is approximately higher-by two orders of magnitude
than the hot-wir6 types, ia'offset by-ita working instability at
high sensitivity and its poor tolerance to overloading.
Unfortunatelyg the author was not able to have a matched pair of
HS-54's and had to rely on a Wheatstone-bridge circuit, in which
the probe formed one of the arms, and a sensitive mirror galvan-
ometer registered the zero balanze, In order to use the full
sensitivity of the probe, an ixcaptionally high degree of
temperature stability is required, viz. #. 0.005 OC4 this was
found impracticil and the sensitivity was lowered in order to
work with a'-,, 0.001 0C thermostat controlled by & Bezkmann
thermometer. With the above arrangement. the author was able
to determine the compzsition of the folloWing mixtures with the
average absoluie 3ansitivitya
Card 2/4
App.14-i-c.ation of
NS 20/w 22
e
N Ar
NPO
H a/0
:7'
;9j_-2_-t/6'1/000/004/02Z/03!*
E202/E3_35
0-Tg
u"
O~003S
O~002%
0~0005% -
The same przbs was also used autceasAfully in the determination
of the diffuzion -~cefficibnta in the binary ga_s%vo-Qa mixtures
at sub-atmoapheric pressures. The authcr did not study the low-
samperature performa-nt;e of the TK-5% but mentions that new,
high-reaistan~s, h--gh temperature toeffi:ients of resistan-ce
therinistora ha-va bean developed in the same pla~.e aa the TK-54.
which are _,apable of high --temperatuze work of
the ord4r, of' 700 - 800 C. Finally, it is mentioned that MT-54 ?r
resemble3 in many respe-.ta bead used in an analyser
of A gaa-l:Lquid chramatogrAphtz colikmn (Ref, I -- D. Ambrose;
R.R. Coller-son ... J~ Szign'. In-striim-., 1955, 32,
323),
Acknowltdgmen' to are ecpreaaed so B,P,, Konstintinov and
Yu,P,, Stapana~,,r,,
Card 3/4

KOTOUSOV, L.S.; MARTYNOV, YeaMsp, STEPANOV, Yu*P*
Separation of noon isotopes by the thermal diffusion method.
Atom,energ. 10 no*6:632-633 iTe 161. (KM 14:6)
(isotope separation) (Neoz~-Iaotopes) (Thermal diffusivity)

KOTTOUSOV, L.. S.
Dissertation defended for the degree of Candidate of Physicomathematical
Sciences at the Technical Physics Institute iment A. F. Ioffe in 1962:
"Calculation of the Therso-diffusion Coefficient of Moderately Dense and
Compressed Gases."
Vest. Akad. Nauk SSSR. No. 4, Moscow, 1963, pages 119-145

S/05Y761~9C132/001/012/01 6
B
5~20 B1 04 BI 36
AUTHOR; Kotousov,
TITLE: Relationship between the coefficient of thermal
diffusion and the thermodynamic properties of binary mixtures.
1. Calculation of the coefficient of thermal diffusion of
dense gases
PERIODICAL: Zhurnal tekhnicheskoy fiziki, v. 32, no. 1, 1962, 69-100
TEXT: The thermodynamics of steady irreversible processes is applied to
derive an expression for the coefficient of thermal diffusion of binary
mixtures, which does not allow for heattransfer. The coefficient is a
function of the second derivative of the enthalpy of the mixture with
respect to the concentration and, thus, is also a function of the second
derivative of the heat liberated as mixtures of pure substances form. The
coefficient of thermal diffusion is defined as the degree of deviation of
a real from an ideal mixture. It is also proportional to the dimensionless
parameter X/RQD12' X is the coefficient of thermal conductivity, and D,2
is a "gravitational coefficient". For ideal mixtures, Vie heat transfer is
Card 1/3

5
S/05�2~032/001/012/018
Relationship between the coefficient ... B104 B138
equal to the difference between the enthalpies of the components and in
general it depends on slight additions which occur as a result of
interaction between similar and dissimilar molecules during isothermal
diffusion. The coefficient of thermal diffusion was calculated as a func-
tion of preesure over a wide range. Known thermodynamic data and kinetic
quantities for mixtures were used. The coefficient of thermal diffusion
was also taken from literature. The results fit experimental data. If
the temperature of the mixture is close to critical for one of its
components, then the relevant derivatives of the thermodynamic variables
of state will vary rapidly. In this case, at pressures near or above
critical, exact data must be available for the thermodynamic functions of
the mixture in the critical range. Academician Konstantinov, Professor
S, Ye. Bresler, Professor L. E. Gurevich, and Docent M. A. Gurevich are
thanked for discussions. There are 6 figures and 21 references: 5 Soviet
and 16 non-Soviet. The four most recent references to English-language
publications read as follows; T. T. Moran and W. W. Watson, Phys. Rev.,
109, 1164, 1958; W. H. Rutherford and J. G. Roof. J. Phys, Chem~) i~, 15o6,
1959; J. Ye. Walther and H. G. Drickamer. Jv Phys. Chem., 62, 421, 1956;
S, Whitacker and R. L. Pigford. Ind. Eng. Chem., 51, 185, 7960~
Card 2/3

KOTIOUSOV, L.S.
Relation between the thermal diffusion coefficient and the thermody-
namic properties of binary mixtures. Part 1. Calculation of the
thermal diffusion coefficient of dense gases. Zhur. tekh. fiz. )2
no.1:89-100 Ja 162. (MIRA 15:1)
1. Leningradskiy politekhnicheskiy institut imeni M.I.Kalinina.
(Gases--Diffusion) (Thermodynamics)

3421h
s/o57/62/0 32/002/015/02 2
B124/B102
'Z
otousov4 S,
A THOR: K n, and
------ the thermal diffusion coefficie
Relationship between xtures, 11, Pres-
TITLE- lynamic properties of binary T" oefficient of a
the thermoc,
EL,re dependence of the thermal diffusion c
gaseous mixture in the range from 0~01 to O~5 atm
2, 1962, 224 - 229
PERIODICAL; Zhurnal tekhnicheskoy fizikis v. 32, no,
from previous workq the thermal diffusion coefficient
TEXTt As is evident mixtures depends on Pressurej chiefly in
01 of He.-Aro Nn-CO and H 2- CO2 .1. s the
T 21 ge from 0,01 t,, 0.2 atm. which confirm ion deri-
the hither to unexamined ran behavior of the se on& concentrat
earlier findings Concerning the c
ative of enthalpy lilt below 1 atm, When the gas has been diluted.111-1T
XJX!
which is consistent with the dependence on the absolute
tends to zero, ses from
effects of deviation of the thermodynamic properties of real ga
those of ideal onese Since a change in Q(T of 10 - 20~ is observed between
Card 1/3
Relationship between the ...
diff"slon with
34214
3/057/62/032/002/015/022
B124/BIO2
temperature drop AT between the upper and the lower Portion of the device,
and a mean temperature TT, There are 3 figures and 8 references: 2
and 6 non-Soviet.,
Soviet
amer a. J. R, The three references to English-language Publi
read as f011071s! Kz E. Grew, Natureo London, j1-6, 267, 19451 H~ cations
Hofto' j
Phys_ Chem, Phys. J1, i G. Drick-
Soc- ~_I, 459, 19~9, 1165, 1949; T, L~ Ibbs et a!, pro,-,
ASSOCIATION; Leningradskiy Politekhnicheskiy institut im,.
Kalininja
(Leningrad Polytechnic Institute imeni it,
SUBMITTED: March 20, 1961
Card 313

(t)/EWP(b)/M4A(c)/M(
ALC. NRt AP6007A%7
SOURCE CODE: UR/0057/6~/035
/012/,221/222
it:
AVTIIOR,.:- Kot 0v 0-,L48...
GU4
01R. tAnt d oljt4ch~tkic lustitimie: in. M.1.9alinin (Laningra.
dakly politakhAtchaskly
Inatitut)
TITLE., The thermal Affect ~3
SOURCE., Zhurnal takhatcheskar _v,:35,,ao, 12, 1965, 2221 2226
Miki,
TOPIC TAGS.~ ffes dlffusloat~therwal diffusion, temperature distribution, best. of
.solution, 41404-:f
ABS!MCT4 TW 41f f arenital- iaqustioli~Xdi the, temperature In a binary mixture -ot...
diffusi ng ~sj.'~orI44 byl ~'the au ib, or.-. Inj the proceed Ing paper of-this series (G 9
A Me
Kdtousov, ZhTF-:35 2216: 1965/sew Abstract AP60024461), Is solved with cartaln'simpli,
fications for one-dimensional4iftu"slon in:a,cylladrical container with Isothermal
walls. The -case of -a cyllnderof f InIto - length as well as that of swinfinItely
long
cylinder,4streated. 'The solution Is:'effected substituting the known s01ut1on_.0f,.,,
the diffusion oijuation and'subsa%r4ently- cakulatingthe temperature distributic'n.,Thel
resulting significantly do the derivative,ofthe
thermal diffuslon-coefficient.vt veipect--Ito the concentration. It Issft6wn that-
the diffusion thermal effect g1v es rl se to ca nold erable errors In measure ato Of
beats of mixI I Ay, tochnii4.
ng, partIcu a at piessures, below Vatm, when the usual
ec~ive nix"s to emploped#1 .11dats of isixing of Cases can be accuratqly det6rift''ed
V
C Inr a 2 533*1
d

AUTHOR: Konstantinov, B. P.; Kotousovp L. S.
ORG: Polytechnic Institute, n grad Politekhnicheskiy institut)
TITIS: Calculation of muJ_tistage thermal diffusion in a field of rotation forces
SOWACE: Inzhenerno-fizicheskiy zhurnal, v. UP no. 4.. 1966,. 455-462
I TOPIC TAGS: thermal diffusion, thermal diffusion separation) isotope separation
equipment /
ABSTRACT: The authors analyze the theory underlying the operation of a thermal
centrifugal column and determine some of its optimal parameters as well as the.""
settling time. The need for such a calculation is dictated by the fact that
of this type, first constructed by M. Farber and W. E. J. Libby (J. Chem. Phys. V.
965, 1940) can be useful for concentration of an isotope from a sample containing o
several grams of matter. Its operation is based on maintaining the gap between the
hot and cold walls small (on the order of fractions of a millimeter)., and replacing
the gravitational force by rotational force. Hydrodynamic calculations of the motion
of a gas or liquid inside a hollow rotatimg disc whose walls are at different temper-
atures are used to derive the equations of the centrifugal separation column. The
optimal circulation necessary to obtain a maximum isotope separation is determined.
These constitute the conditions for the minimum
plate)value at mv radius. It is shown that a
Card V2 uDc: 62i.o3g.341.6

slia,
j!
Ap6o33534
alteration of the gap. The enrichment of radio carbon based on the isotopic
mixture C12)14H,~ is considered by way of an example. It in shown that by using a
thermocentrifugal column it is possible to attain optimal HETP by reducing the gas
pressure. The equilibrium time reduces to approximately 1 hr at 5 atm and the optiv
rotation speed is 10 rps, the column separation factor is 102 _ 103 for a thermal
diffusion factor 0.01 - 0.02, a relative temperature difference of approximately 1,5P
and a gap 0.3 - 0.5 mm at a radius of approximately 50 cm. The gap should be accure
within 10 jL. Orig. mt. has: 2 figures and 30 formulas,
SUB CODE: 201191 SUBM DATE: 15am661 OHI REF: 004
Ccrd 2/2

KOTOV,.A.,.-pilot ~ervogo klassa
Unified methods are needed. Grazhd.a-i. 18'no.5:12 M 161.
- f~~RA 1415)
1. Komandir transportnogo aviaotryada Turkmenskogo territoriallnogo
upravleniya Grazhdanakog'o' vordus'lino o flota.
(Flight creZ

KOTOVI A*; LERNER, A.
Semiautomatic machine for grinding fom cutters. FaBhinostr-oitell
no.1:18 Ja 163. (HM 16:2)
(Grinding machines)
'j, r
11
I

1~3

The Cvw=itt~?e cm Stalin Prizes (of the Council. of MnIstere USSR.) Ln the fleld-s of
scl,i~nc,p arA lnvo~rtlon,7 P_-pulw- ucmcn-
tifle b-n%it, und t=+,bcoks hanre bnen auLudttied for _-Cor 6ti-Ulu
1, -_,
, - -0
the years 1952 and 1953. (�2yStakay~ M7Lt~~a, 2'2 20 Feb - 3 Am- 1954~
_L
N TitAc of Vicirk !,Cmiuqtuk~ hy
Favorov, A. -,.r. ''Summer Planting of Pota- All-Union Seloctu.-!--n mi Gtme-
Kotov, -A. -F toesil tic Institifte imerd T. D.
Lysenko
SO,
S - W-306,C)', 7 JUI-Y 1954

m
Using summer-planted potatoes for breeding along clone lines.
Agrnbiol,)gila no-5:8&89 S-0 158. (ICRA 11ill)
1. Vaesoyuzny7 aelektaionno-getaticheskiy institut, g. Odessa.
(Potato breeding)

AUTHORs Kotov, A. F., Engineer 105-58-6-16/33
TITLE-i Meotric Circuit for an Automatio Control of the Output of
Bucket-Conveyor Exaavators (Elektricheskaya skhema avtomati-
cheskogo regulirovaniya proizyoditellnosti mnogokoyshoyykh
ekskavatorov)
PERIODICAL: Elektrichastyo, 1958, Nr 6, pp. 63-66 (USSR)
ABSTRACTs At the control of the excavator drive one of the three parame-
tors, the working (or turning) velocity, the chip thickness, or
in some oases the length (or height) of the chip can be alteredw
So far as Thai alteration of the two last-mentioned values can
lead to a distortion of the level surface and aggravate its ex-
ploitation a control diagram is given with automatic alteration
of the working velocity. On this basis a control system for
bucket-conveyor excavators was worked out which was first used
at the greatest conveyor tip ing dump bridge in Europe in the
Yurkov coal section (profiled of the "Vatutinugoll 11 trust in
the "Ukrburugoll 11 ccmbine . The mode of action is described.
The output control uystem is static according to its structure.
The working velocity is altered automatically in dependence on
Card 1/3 the working current of the bucket current circuit or of the ro-

Electric Circuit for an Automatic Control of the 105-58-6-16/33
Output of Bucket-Conveyor Excavators
tor of the electric motor, and in dependence on the current of
the inductive communicator of the running conveyor belt (of that
conveyor belt that takes over the rock from the cutting part).
Also a hand control of the working velocity is provided for in
thia diagram. At unchanged feeding-oircuit voltage the main mo-
tor current is about proportional to the engine torque and to
the cutting power. The current of the inductive communicator
under the oonyeyor belt is proportional to the running con-
veyor belt load. As amplifying element an electrodynamic am-
plifier with transverse field was provided for in the diagram.
The automatic maintenance of the demanded value in the parame-
ter to be controlled is made by oomparing the currents in the
windings of the return-coupling of the conveyor belt load and
of the load of the cutting part and in the control winding. A.
stabilization of the transient processes is reached by introduc-
ing an elastic voltage return-coupling at the terminals of the
excitation winding of the generator. In order to limit the
working velocities and the accelerations respective assemblies
are provided for in the diagram. A d.c. machine which is fed by
Card 2/3 an exciter serves as driv_.,ing electric motor of the electrody-

Electric Circuit for an Automatic Control of the 105-58-6-16/33
Output of Bucket-Conveyor Excavators
namio amplifier. In the diagram of the negative retxtrn-ooup-
ling for the motor current an intermediate saturation current
transformer is provided for in order to limit the top value of
the current in the load winding of the amplifier. thus a passing
of the velocity through zero and abrupt braking at maximum load
are excluded and the stability of the control system is in-
creased. Since Hay 1956 the system described has been success-
ful lased. The automatic output regulators are reocmmanded for
bucket-conveyor excavators, earth removers, rotor excavators,
electric excavators nets and so on. There are I figure and
I table.
ASSOCIATIONt Ukrgiproshakht.
SUBMITTED: September 2, 1957
1. Earth moving eqf4pment--Control systems 2. Electric circuits
--Performance
Card 3/3

k6Tc)V A - F
ALATORTSEV, S.A., prof., doktor teldm.nnuk; AillaEYEV, A.V., kand.tekhn.
nauk; ANCUROV, I.L., inzh.; BALIllaIY, S.I., inzh.; BARTMSOV,
Y.G., inzh.; VINNITSKIY, K.Ye., kind.tekhn.nBuk; VLASOV, Y.M..
inzh.; VOROICSOV, N.F., k,.ind.toldm.nauk; GIP.94AN, 14.1c., inzh.;
GLUZKAN, I.S.. kand.takhn.nAuk; GUR'Yffl, S.Y., Imnd.tekhn.nauk
[deceased]; DEMIN, A.M., kand.tekhn.na-ak; TEGURNOV, G.P., Imnd.
tokhn.nauk; TSFIMOT, I*P., lnzh.; ZRTJKOT, L,1., kand.tekhn.
nauk; ZELITSER. N.M., inzh.: KOSiCUV, 14.11., kand.tekhn.nauke.
inzh.; KUDIFOV, G.F.. inzh.; LAPOVENKO, N.A., kand.
takhn.nauk; MAZUROK, S.F., inzh.; KZINIKOV, N.T.; KBRIK, N.G.,
inzh.; NIKONOV, G.P., kand.tekhn.nauk; ORLOV, Ye.I., inzh.;
POTAFOV, M.G., kand.tekhn.nauk; PRISMaIY, G.V., inzh.;
RZiD;VSKIY, Y.V., prof., doktor 4:ekhn.nauk; RYAKHIN, T.A., kand.
tekhn.nauk; SIMKIN, B.A., kand.tekhn.nauk; SITNIKOT, I.Ye., inzh.;
SOROKIH, V.I., inzh.; SVASTUK, V.117.9 kand.tekhn.nauk; 3TAL-HUICH,
Ye.B., inzh.; SUMiCMiKO, A.A., inzh.; TYUTIN, I.F., inzh.;
TYMOVSKIY, L.G.j inzh.; FISENKO, G.L., kand.tekhn.nauk; FURMANOV.
B.M., inzh.; MWTAYEV, M.G., inzh.; MESHKO, Ye.F., rof., doktor
tokhn.naul:; TMPIGORW-, A.M., glavnyy red. Edeceased3;
(Continuod on naxt card)

ALATORTSEY, S.A.--(Continuod) Card 2.
KIT, I.K., zanestitell plavnogo red.; SHESHKO, Ye.F.. zamostitell
otv.red.; BUGOSLIVSKIY. Yu.K., rod.; HMIOVSKAYA, S.H., red.;
DIONISIYEV, A.I., kond.teldin.nauk, red.; KOZIN, Yu.V., red.;
SOKOWVSKIT, H.M., red.; YASTREBOV, A.I., red.; DEMIDYUK, G.P..
kand.tekhn.nauk, red.; KRIVSKIY, M.N., kand.tekhn.nauk, red.;
LYUBIMOV, B.N., inzh., red.; MOLOKANOY, P.L., inzh., red.; RNISH,
A.K.. inzh., red.; RODIONOY, L.Ye., lmnd.tekhn.nauk, red.; SGA-
VUTSKIY, S.O., inzh., red.; TRAEM4AN, A.I., inzh., red.; TRYHOV-
SKIY, L.G., inzh., red.; VIIELEY, A.S., doktor tekhn.nauk, red.;
SHUKHOV, A.N., kand,tekhn.nauk. red.; THR-IMLAWYAll, T.G.. red.
izd-va; FROZO-ROVMLIYA, Y.L., tol:hn.red.; KONDRATI"YEA. M.A.,
tekhn.red.
(Continued on next card)

ALATORThOT, S.A.---(continued) Card 3.
[Mining; an encyclopedic dictionDryl Garnoe delo; enteikllo-
pedicheakii sprnvochnik. Glav.red.A.M.Terpigorev. Chlony glav.
red.A.I.Baranov i dr. Moskva, Gos.nauchno-tekhn.izd-vo lit-ry
po eornomu delu. Vol.10. [Kinin.-, coal deponits by the open-cut
method] Razrabotka itgollnykh mentorozhdonii otkrytym oposobom.
Rodkollegiia toma; N.Y.Molinikov i dr. ig6o. 625 -1).
(MIRA 13:2)
1. Chlen-korrespondent AN SSSR (for Mellnikov).
(Coal mines and mining) (Strip mining)

KOTGV.q A.F.J1 Inzh.; KRAVCHENKO, YA.S., inzh.
Progmm control of the operations of a wheel-type excavator.
Mekh.i avtom.proizv. 16 no.4:39-41 Ap 162. (14IU 15:4)
(Excavating machineu) (Electronic control)

F,01~)V, A.F., inzh.; GUL'KO, L.V., inzh.; KIM, Yu.A., inzh.
Automatically controlled main electric drive of* a multibucket exc._
vator. Nauch. zap. Ukrniiproekta no.2:1,';2-162 '60. (MIRA 15:1)
(Excavating machinery--Electric driving) (Automatic control)

KOTOW A oj,4whoj.
System of programmed contral,of the comeying of tho Strizhavka
transporter bridge. Hauch.zap.Ukrniiproekta no-5:160-165 161-
(MA 151)
(Strizhevka region-Transporter bridges) (Automatic control)
ir !*-.,~- int-.rr-il. o-' r, ~.it
Cc. for =--crce art-' en-ne---n- ~e-,c-

KGTO~,, A. G.
USSR/Physics - Resonance, Ferromagnetic 21 Apr 52
"Ferromagnetic Resonance in Parallel Conductors,"
V. K. Arkad I yev, Corr Mem, Acad S ci USSR, A - G.
Kotov; Moscow State U imeni LQmonosov
ftDok Ak Nauk SSSR" Vol LMI11, No 6, pp 821-824
Indicates the application of subject resonance to
the meAsurement of permeability in accordance with
the method of absorption of centimeter waves in
parallel conductors, which can be carried out with
very simple instruments. Recommend that the proce-
dure described be widely employed under conditions
of technologically more precise measurements. Sub-
mitted 12 Jan 52. 223T90

XOTOVI A. G.
PA 245TIO6
USSRIPhysics - Ferromagnetism 21 Nov 52
"Ferromagnetic Resonance in Parallel Wires in De-
pendence on Temperature and Hysteresi3," A. G, Kotov
"Dok A Nauk SSSR" Vol 87, N 3, pp 373-375
Shows the influence of temperature and hysteresis on
the course of resonance curves under conditions of
heightened sensitivity. Thanks* V. K. Arkad'yev,
who proposed the method of operation and the topic
of investigation. Submitted by Acad M. A. Leontovich
25 Sep 52.
245Tio6

I .
. I- -- - . . . i

5/19 63/005/001/010/020
B101YB186
AUTHORS: Milinbhuk, V. K., Pshezhetskiy, S. Ya., Kotovq A. G-p
Tupikov, V. I., Taivenko, V. I.
TITLE: Formation and recombination of free radicals by gamma-
irradiation of polypropylene. I
PERIODICAL: Vysokomolekulyarnyye soyedineniya, v- 5, no. 1, 1963, 71-74
TEXT: The effect produced by the amorphous and crystalline phases of
irradiated polypropylene on the stabilization of free radicals was studied.
60
The polypropylene was irradiated with Co , 4ose rate 700 rad/sec, and the
nuclear magnetic resonance spectra were taken at -195 and +200C.
Conclusions., With a dose of 550 Mrad, the radical concentration in
20
amorphous polypropylene was -2-10 radicals per g, which is twice as much
as in crystalline polypropylene. At 20 0C, however, the radical concentration
in crystalline polypropylene was,--5-10 18 radicals per g with a dose of
125 Mrad, which is one order of imagnitude higher than in amorphous
Card 1/2

S/190/63/005/001/010/020
Formation and recombination of free ... B100166
polypropylene. Recombination in amorphous polypropylene irradiated at
-1950C is faster than in crystalline polypropylene and is considerably
accelerated, especially near the vitrification temperature. This is
attributed to the fact that amorphous polypropylene at low temperatures
promotes radical formation, whereas higher temper'atures promote recombina-
tion. The e. p. r. spectra of crystalline polypropylene were found to
change reversibly. The hyperfine structure of the e. p. r. spectrum
taken at -195 0C contained 9 lines, whereas at + 200C 17 lines were found.
There are 4 figures.
ASSOCIATION: Fiziko-khimicheakiy institut im. L..Ya. Karpova
(Physicochemical Institute imeni L. Ya. Karpov)
SMY11TTED: July 17, 1961
Card 2/2

TUPIKOV,, V.I,; TSIVENKO, V.I.; PSHEZHETSKIY, S.Ya.; KOTOV, A.G.;
MILINCHUK, V.K.
Formation and recombination of radicals In the Ilirradiation of
solid armonia and-bydrazine. Zhur.fiz.khim. 37 no.1:138-142 Ja
163. (MIRA 17:3)
1. Fiziko-khimichaskly institut imeni Karpova.

KOTOV, A.G.;.FPHEZHETSKIY, S.Y4.; MILINCOK, V.I.; TUPIKOV, V.I.;
TSIVMIKO, V.I.
Formation and recombination of radicals by %/ -irradiation
of frozen H202 - H20 solutions. Kin, i kat. 4 no.6,.926,r929
N-D t63. (MIRA 17:1)
1. Fiziko-khimicheskiy institut imeni Karpova.

KOTOVII -- A, G. I
Effect of dyeing centers of molten quartz on the photolyais of adsorbed
water molecules. Zhur.fiz.khim. 37 no.7tl630-1631 J1 163.
(MIRA 17:2)
1. Fidko-khimichaskiy institut imeni. Karpova, Moskva.

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r- n. tlc r,,so.-nar:
:,11-' lon ra,lioala '-n !(,nIc cryst:tlo. Z Lw,

SOROKPI, Yu,t..; KOT,')'I, A.G.; PSHEZHETSKTY, S. Ya.
Eloutron pixaLmgnotic resonance study of tho radlolyjI3 of
ammonia adjorbed on solid surfaces. Dokl. All SSSR 159 no.6:
1385-1388 D 14'4 -Istl)
1. 1,11auchno-issledovatel'skiy fiziko-khimicheskiy lnstitat Im.
L. Ya. Karpova. Predstarleno akademikom S.S. Medvadwrym.

t 1M46-M DJ
__XC_C i0t- APbOO2953 36UR(z cobs-F U5762567651000/024/012
qV
IN VENTOR Dolitanovi M. S, Milvavev. G. G.,'kowV G.; Filippov, V.-V-; Gus I koir
4. ; Kloshman E..- 1.
ORG.- none
1,6 pment'
TITLE: RqLaM fuel a 46 No. 177 228 [announced by ]LogLtLsk Fuel 19qu
Factory-(Noginskiy z_a_v_o_d'toplivnoy apparatury))
SOURM Byulleten' izobreteniYJ tovaraykh'znakov, no. 24, 1965, 124-125
TOPIC TAGS: fuel pump, Internal combustion engine
ABSTRAM The proposed pump for Internal,combustion engines contains a pressure
valve a measuring device* and a rotor-distributoi with pressure pistons-positioned
opposite one another whichar,6 driven.ly.& fixed.'eam plate (see figure). Th, improve
theengine's operation by improving the, cut-off at the end--of the injection, thei
measuring; device is made in the.form of a sliding sleeve with an internal annular
groove radially located in~the-rotor- The.priston also-has an.annular-groove-1
whose position, relative to the sleeve groove, determines the piston's stroke.
ord 1/2 um 621.43-031

L 32646-66
ACC NR: AP6002953
14 21 25
4
9 9
~
186

n Fig. -1. Fuel pump

Pump.housing; 2 cam plate; 3 - bearing
sleeve; 4 - rotor; 5 chamber; 6,7,8 - fuel
feed channels; 9 - aliding sleeve; 10 - annular
groove-, 11- openings; 12 - smooth piston;
_13 -,piston with annular gmove; 14 - piston
A -A
orti 15 - roller tappet; 16 - central rotor
p

2 channel; 1T - pressure valve, 18 distribution
13
channel;.19 - fuel outlet channel; 20 - outlet
.,to fuel injector; 21 - double-arm lever;
22 spring; 23 - corrector; 24 pressure arm;
clutch; ~26 - control lever.

In a variation of this pump,: a~,'double.-arm leveris mounted in the rotor groove-. one
arm is connected.to the sliding sleeve.and the other to the
regulator spring. Orig
:
art. has: I figure. (TV)
2 SUBM DATE: 0 ul6h/
SUB CO&
21 36T ~:ATDT1;zS8:.-
'
Card
I

-. - - ., - - - . . - - . . -, I .. .
. . - b . . . . - - - . ..
. . -)v , - , - ~ ; . I I 1 .1 . .

. i . , . - . .
z

M--chanls-m the nonadditive of ~-adicals In the radiolysis
i
of frozen OCII, + 01130H solutiow. Doll. A'. SSSR 163 no.61-U,.33-1436
t65. (MIRA 1828)
inn-ult,.A ~m. L.Ya.Karpova. Sulbmittad JanuELry
2Q., i.c)65.

?11-66 EWT(m)AWPH) CG/RM
ACC N1' AP6014890 SOURCE CODE: UR/0076/65/039/012/2892/2895
AUTHOR: ,RoEinskiy, V. A.; Kotov, A. G.; Pshezhetski-y, S. Ya.
~
IORG: Moscow Pbysico-obemicnj Institute im. L. Ya. Knrprjy...~Mos1cc,v!jjcjy
ifiziko-khimi beskly institutT
i Formation of free radicalslin frozen solutions of 'band
,~TITLE: jetbanol
icarbon tetrachloride under the ffect of gamma radiationi
'SOURCE: Zburnal fizicbeskoy k imii, V. 39, no. 12, 1965, 2892-2895
i
!TOPIC TAGS: methanol, carbon tetrachloride, free radical, cryogenic
!effect, gamma irradiation', CPR
ABSTRACT: Samples for electron paramagnetic resonance investigation and
for determination of the gases and 11C1 formed during electrolysis were
freed from Oissolved air by repeated evacuation of solutions frozen at
900K to 10-4 mm,Hg. The samples 6hus prepared were irradiated In the
polycrystalline state with a Co6 source. The radiation dose was 1.6
Mrad/sec. The samples for electron paramagnetic resonance investieation
and for gas analysis were irradiated together at 770K. The electron
paramagnetic resonance spectra were also recorded at 770K In a type
Re-1301 radlospectrometer, The pressure which developed during
Card
L 35911-66
ACC NR- AP6014890
UDC:
0
radiolysis of the gases was measured with 9 manometer to on accuracy of
+ 0,07 mm Hg. Before measurement of the pressure, the gases were thawed
out and refrozen, after which the gases which did not condense at 770K
were introduced into the measuring system. The composition of the gases
was determined by mass spectrometry. The yield of 11C1 was determined by
titration with silver nitra.te, Experimental results are exhibited in a
series of curves. It was found that the dependence of the yield of
radicals on the composition of the solutions was characterized by a.
maximum; the amount of "superadditivell radicals coincides with the
yield of HCI. The formation "superadditive" is explained by the
reaction of H atoms with CC14 molecules and of Cl atoms with CH30H
molecules. Orig. art. bas: 6 formulas and 5 figures.
SUB CODE: 070 20/ SUBM DATE., 14APr64/ ORIG REF: 0051 OTH REF: 008

ACC NR1 AP7011834 SOURCE COM UR/0020/66/171/006/1380/1383
AUTHORI Pukhal'skaya, G. V.; Katovq As 0,; Paheshetakiyo So Y&O
ORGs none
TITLEt Transformations of free radicals under theaction of light In
gamma-irradiated methylamines
SOURCE: AN SSSR. Doklady, v. 171, no. 6, 1966, 1360-1383
TOPIC TAGS: Primarl aliphatic amino, free radical, chemical energy
conversion, garma irradiation, spectrophotometer I SF-4 spectrophotometer,
DRSh-500 Irradiation apparatus
SUB CODE: 07
ABSTRACT: S. Ya. Pohozhatakiy ot al., uaing certain gamma-irradiatcd polymers
and olefins as an exanipleo previously established the reversible isomerization
of radicalG as a result of the migration of free valence between carbon atoms.
Considering it important to ascertain whether such free valence transitions are
possible between different atoms, particularly transitions between nitrogen and
carbon, the authors studied spontaneous, as well as ultraviolet-light-induced
transformations of free radicals in gamma-irradiated aliphatip amines (methyl-
amine, dimetkyla4ne and trimathylamine), Irradiation on a cpbalt-60 gamma source
Card 1/2 UDC: 541. e9:9,20
ACC NR% AP7011834
and DRSh-500 lamps, as well as recording of EPR spectra on an.RE 130finstrument
and of absorption spectra on an SF-4 spectrophotometer were done at a tempera-
ture of 770 K. When necessar7, the irradiation with light was done directly in
the resonant cavity of a microvaye, spectromister. The resultalare discussed in
detail. This article vas presented by Academician S. S. Madvedev on 14 February
1966. Orig. art. bass 3 figures &W 3 tomulas. CJPRSI 40,422.7
Card 2/2

KGTOV, A. 1.
. ---------- ----
Automatic safety device for preventing beer from being spiUed
and thrown over. Spirt.prom. 27 no.308-29 161. (MIft! 14W
(Distillation apparatus)

KOTOV9 A-I-o kand.tekhn.nauk, dotsent; DONDARENKO, N.F., inzh.
Electroosmotic effect on soils during the construction of pile
foundations. Trudy LIVT no.19:33-41 '61. (MRA 14:9)
(Pi3ing (Civil engineering)) (Electroosmosis)

NERPIN, Sergey Vladimirovich, doktor tekhn. nauk, prof.; XDMaV.,-
Aleksandr Ivanovich!, RASRA, Dm-'!-:~i-
. y Nfkolayevich; ZARKHI,
K-.Z., -kand. tekhn, nauk, dota.,. reteei-~zert'? MDRARESKUL,
N.N., kand. tekhn. nauk, dots., retsenzent; SWENTSEL',
V.K., red.j VOLCHOK, K.M.p tekhn. red.
(Footings, basements, and engineering geoloff) osnovaniia,
fundamenty i inzhenernaia geologiia. Pod obshchei red. S.V.
Nerpina. Moskvaq Izd-ro "Rechnoi transport," 1963. 36o p.
(MIRA 16:7)
(Engineering geology)

XOTOVP A. 1.
Kotov A. I. - "Investigation of the Processes of Packing and Swelling of Cohesive
(Clayl Soils.n Min River Fleet USSRs laningrad Inst of Engineers of Water Trans rt,
leningrad, 1955 (Dissertation for the Degree of Candidate in Technical SclencesT
SO. Knizhnaya Letopis', No 24, 11 June 1955, Moscow, Pages 91-104
0 7-0 V.- A, T,
124-11-13Z44
Translation from: ReferaTM17T -Zhurnal, Mekhanika, 1957, Nr 11. p 139 (USSR)
AUTHOR: Kotov, A.I.
TITLE: On the Deformation of Argillaceous (Clayey) Soils.
(0 deformatsiyakh svyaznYkh ( glinistykh) gruntov.
PERIODICAL: Tr. Novosibirsk. in-ta inzh. vodn. transp., 1956, NrZ, pp 128-145
ABSTRACT: The paper describes the results of compression tests on large
samples (503 mm diameters) of loam on a specially constructed
testing stand. Extensive observations on the deformation of the
samples and their internal pressures (measured by means o( hydro-
aerostatic manometers) are reported. The data were recorded
simultaneously every 2 to 3 seconds by means of a photorecording of
a number of indicators. The Author notes the significant part played
by the creep in the total deformation of the sample; he shows that the
creep continued, in some tests, for more than 6-7 months and that it
achieved its clear-cut identity after 10 to 15 hours after the start of a
test. The magnitude of the ratio of the pressure increase in the
captured water to the increase in the loading was found to diminish
Card 1 /2

~~ c~ov/ AT, K-4
R/Forestry - Forest Economy.
jour : Ref Zhur - Blol., No 3, 1958, 1.0590
Author : Kotov, A.I.
Inst : Ukrainian Agricultural Academy.
Title : On Increasing the Frequency of Maintenance Cutting in the
Forests of the Steppe Zone of the UkSSR.
Orig Pub : Nauchn. tr. Ukr. s.-kh. akad., 1956, 8, 263-265
Abstract : The schedule of cleaning, thinning, and clearing lanes re-
commended for the forests of the USSR in the instruction
on maintenance cutting (1953) is unsuitable for the forests
of the zone Csij of the WSR. In many steppe forest eco-
nimies, lengthening the periods between thinnings and clea-
ring lanes led to a lowered sanitary state of the planting3,
the appearance of a large amount of dead wood, insect pests,
and fungus diseases. It would be sensible to lessen the
Card 1/2
Card
SOV/124-57-3-129;,
Translation from: Referativnyy zhurnal. Mekhanika, 1957. Nr 3, P' 95 (USSR"
AUTHOR: Kotov, A. 1.
TIT LE: Experimental Investigation of the Seepage Characteristics of Loams
(Eksperimental-nyye issledovaniya fil'tratsionnykh svoYstv sugUnkovl
PERIODICAL, Tr. Leningr. in-ta inzh. vod. transp., 1956; Nr 23, pp 65-71
ABSTRACT: Bibliographic entry

SOV/24-58--9-15/31
AUTAORS:'-_XDj_w~ ~.~-Nerpinro S.B. (Leningrad)
TITIB: Water-resistant Properties of Clay Soils and Earths and
the Nature of the Initial Percolation Gradients
(Vodoupornyye svoystva glinistykh pochv i grunto-~-
priroda nachallnykh gradiyentov filltratsii)
PERIODICAL: Izvestiya Akadem-4i Nauk SSSR, Otdeleniye Tekhn-ichesk-ikh
Nauk, 1958, Nr 9, pp 106 - 109 (U03R)
ABSTRACT: According to Darcy's law, the perco'Lation 3oefficient, R
is equal to VIJ , where V is the mean flcw velocity and J
is the pressure gradient. Experimmeatally, it is found that
percolation only begins when a certain mini-mum pressure
gradient is established and percolati3n at low pressure
gradients is less than that Dredicted by Darcy's law. An
attempt is made in the paper to account for these
deviations from the law by means of a model consisting of
an assemblage of tortuous capillaries containing a non-
Newtonian fluid. The equations for flow of the fluid are
set up and solved and curves are obtained (Figure 1) for
dependence of the flow velocity and percolation coefficient
on pressure gradient. Experiments on clays of different
porosities (Figure 2) show that the shape of the observed
Cardl/2 curves of the percolation coefficient against pressure

SOV/24-58-9-15/31
Water-resistant Properties of Clay Soils and Earths and the Nature
of the Initial Percolation Gradients
gradient are similar to those predicted theoretically.
The effect of porosity is also accounted for. Thanks
are expressed to B.V. Deryagin for discussion of the
results and to S.A. Roza for supply of apparatus.
There are 3 figures and 5 references, 3 of which are
Soviet and 2 English.
ASSOCIATION: Leningradskiy institut inzhenerov vodnogo transporta
(Leningrad Institute of Water Transport Engineers)
SUBMITTED: April 30, 1957
Card 2/2

ROZA, S.A.; KOTOV, A.I.
Experimental investigation of skeletal creep in soils. Zap. WI
34 no.2;203-213 156. (KIRA 12:6)
(Soil mechanics)

NERPIN, S-V-, doktor tekhn.nouk, prof.: KOMV, A.I., kand.tekhn.nauk,
dotsent; RAYEV, V.A., inzh. r-
Nature of the compressibility of clayey sojis. Trudy LI'vr no.26:
105-111 '59. (aIRA 14:9)
(Clay)