SCIENTIFIC ABSTRACT KOZDOBA, L.A. - KOZEV, M.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000825720018-8
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: January 3, 2017
• Document Release Date: July 31, 2000
• Sequence Number: 18
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

KOZDOBA, L. A.,_kand. tekhn.nauk, dotsent
Some results of the studies of tho temperature fields of gas
turbine rotors, Izve vys, uchelbe zave; energ. 7 no.5:59-64
My 164. WIRA 17:7)
1. Odesskiy institut inzhenerov morskogo flota. Predstavlena
kafedroy silovykh sudovykh ustanovok.

KOZDOa,l, L.A.; MAJUMMO, V.I.
Determining the shape. size of the molten weldLng pool, and
the mobile tompeTature field by meano of combined electric
'L
rnodelp. Avtom. quar. 17 no,6:19-23 Z-3 16 4 (mlpul 18,11)
I. Ods3skly insiltut inzhPnerc,,' moroko.-o flrjta.

KOZDOBA, L. A.; YNYAZEV, L. V.
4_-_~
"Combined electric net models for solution of' two- and 'three -dime-nalonal
unsteady beat-conduction problems."
report submitted for 2nd All-Union Conf on Heat & Mass Transfer, Minsk, 4-12
may 1964.
Odessa Inst of Naval Engineering.

I I . . - t . : . . -
. . -1 . - I -

KOZDOBA-, L.A.; MAKHNENKO, V.T.
Temperature field of a body, bounded by conical surfnces, under
the action of an instantaneous annular heat source. In,-h.-
fiz. zhur. 8 no.1:82-86 Jft 165. (M1RA 180)
1. InEtItut inzhenerov morskogo flota, Odessa.

K07,DOBA, L.A., doktor tekhn. nauk; KNYA4~V, L.V., inzh.
Use of three-dimensional composite analog computers in the study
of the temperature fields of a gas turbine rotcr. Teploenergatika
12 no.5.-36-40 MY '65. (KIRA 186)
1. Odesskly institut inzhenerov morskogo flota.

% 71,,.~~,~.,;.-:-"
L
19 0 5~
AdaskON'IM: AP50. ,
SUBMITTEDs 26Nov64
AM m slyli W2.,:,

-
'
e,
~''thermal 6 t i
7

)o com AS
0-
THEU~000-

SOURCE CODE: uR/ol43/66/ooo/ooq/oo64/OO72
!AUTHOR: Kozdoba, L. A. (Doctor of technical sciences)
!ORG; Odessa Institute of Naval Engineers (Odeaskiy institut inzhenerov morskogo
!flota)
,y
!;TITLE: Use of of the EI-12 electronic integrator for determining the nonstationary
ithree-dimensional temperature field of a gas turbine rotor
ACC NR:
~~CO ii5 8T
SOURCE: IVUZ. Energetika, no. 9, 1966, 64-72
TOPIC TAGS: digital integrator, gas turbine engine, turbine rotor, temperature dis-
tribution, electronic simulation
ABSTRACT: Although the EI-12 integrator is designed for solving stationary problems,
resistance networks may be used to convert the unit for application to nonstationary
problems. Work has been in progress in the electrical simulation laboratory of the I
Naval Engineering Institute since 1962 on developing methods for studying three-dimen-
nional nongtatlonary temperature fields in gas turbine rotors using integrators of theI
EI-12 type. The author describes a resistor network attachment for the EI-12 developed,-
at the-Leningrad Metal Plant- for determining the temperature field of the rotor in the
GT-100-750 turboprop e2g
~i~nnder transient conditions. The unit consists of an auxil-.4
iary panel of variable resistance boxes with a range from 0 to 100,000 Q by tenths
of an ohm. Some of the problems pertaining to investigations of fields in gas turbinel
Card

L 09126-67
CC NR: Al~~O ~83
irotors similar to that in the GT-100-750 engine are outlined. It is shown that inte-
1grators of the EI-12 type may be successfully used for studying temperature fields n
iturbine rotors and that the model may be broken down into individual parts in certain
!cases to give the field for the entire construction. Orig. art. has: 6 figurefl.
SUB CODE: 13 , c)9/ sm DATE: 26Apr65/ OHIG RETF: G08/ OTH REF: 003
Card p/9 nst

ACC NRt Ar?000386 W SOURCE. COM
;AUTHCR: Kozdoyal L. A.; Knyazov, L. V,
ORG: Odessa Naval Engineering Institute (Odesskiy institut inzhonerov morrkoL7o flat&)
ITITIE: Combined electrical models for solution of two- and throe-dimensional problo=
:in unsteady state I.,oat conductivity
'SOURCE: Toplo- i massoporenos, t. 6: Metody raschota i modolirovaniya protsossov
toplo- i massoobmana (Heat and mass transfer, v. 6: 1-11othods of calculating and
modelin- heat and mass transfer processes). Mnsk, Nauka i tehhnika, 1966, 4412-451
TOPIC TAGS: heat conductivity, model theory, olactronic simulation
~ABSTRACT: Successful use has been made of the method of electrical modelling on ohmic
;resistance grid circuits for solution of the differential equation for unsteady state
cheat conductivity
(C P) -'T 4- w = 0
axj axi* at
;vith boundary conditions of the I-IV type (Diarichlet and Naumann problems, and the
I
;mixed problom), as wall as for solution of a system of differential equations of heat
!and mass transfer under given boundary conditions. For solution of the problem of
~nQn-l.inoar equations, with variable coefficients and sources (sinks) of heat, use is

ACC NR: AT7000386
preferably mado of va"riable wire resistanco3. Figure i shows the scheme of an
electrical model. Analysis of the results of the calculations shows a high deg-,Go of
accuracy and good agreement with existing experimental data. Orig. art. has: 5
figures and I table.
Figure 1. Scheme of a combined model for i
the solution*of unsteady state heat
conductivity problems
t
SUB CODE: 12, 20/ SUBM DATE; 08Jun66/ ORIG REF: 0051 OTH REF: 002
Card 2/2

ACC NR. AP7002919 ~OURCH CODF:
AUTHOR: Kozdova, L. A.
1ORG: Fleet Engineers Institute, Odessa
flota)
TIVLE: Use of Electric Models to Solve
SOURCE: Inzhenerno-fizicheskiy zhurnal,
U11/0170/66/oil/oo6/0809/03.31
(Institut inzhcnerov morskogo
Ile at-.1,4ass-Transf er Problems
v. 11, no. 6. 1966, 809-831
TOPIC TAGS: linear programming,
co'll'outer technique, heat transfer rate, analog system, heat conductivity
IABSTRACT: cc the 1962-65
Soviet and non-Soviet works published sin
-period and some earlier Dublications on electric modeling of heat and
mass transfer problems are reviewed. The relatively recent and most
promising types of models and methods of solution are discussed in some
detail, and thus failures, shortcomings, and successes are noted. The
first three Soviet books published in 1964, on problems of electric
modeling of heat transfer ar,c mentioned, viz. , monographs by M.P. Kuzlmin,
and L. A. Kozdoba, and a collection of works under the editorial
direction of K. P. Sel6znev, A. 1. Taranin, and V. G. Tyryshkin.
Factors contributing to the successful development of the ETA (Electro
Thermal Analogy) method and information related to its development are
presented. The following trends in the 'use of computing techniques are
Card

ACC NR& AP7002919
listed: 1) the developnent and use of solution methods for non-linear
heat-nass transfer problems; 2) the verification by analog models of
analytical sol ution methods and programs for the FTsW4; 3) by computer
solutions of reciDrocal and inverse heat-conductivity problems;
4) broadening the scone of combination-type and hybrid models'; 5) analog
models are more widely used than the ETsVN to solve Droblems of both
steady and non-steady heat conductivity because, with lesser assurmtions,
more complicated problems are solved by analog models; 6) to solve non-
linear nroblens under the most general conditions, the models o-perating
according to the Libmann's/Liebmannls/, L. 'A. Vulis' and A. T.Luklyanovs
static integrators are the nost promising.
[BPI
SUB CODE: 21/ SUB11 DATE:' none/ ORIG REF: 2661 OTH REIF: 207
:_C.cr.d__._ -2. /:a

KOZDOBA,_ _L,~,,_kand. tekhn.nauk
Solution of certain transient heat conduction problems by means
of a resistance network. Sud.sil.ust. no.1367-75 161.
(IURA 15.7)
1. Kaledra sudovykh parosilovykh ustanovok Odesskogo instituta,
inzhenerov morskogo flota.
(Heat conduction-Electromechanical apalogies)

KOZDON, A.
Pro tamina-z inc-Insulin in combinatiqu protamine-zinc-insulin vith
ordinary insulin in ambulatory treatment of diabetes mellitus.
Prakt. lek., Praha 32 no. 14.321-326 2o july 1952. (CIAL 22:4)
1. Of the Institute of National Health (Director--Prof. Slabihoudek,
M. D.) In Ostrava and of tqe Internal Department (Head-~L. Rohacek,
M. D.) of State Regional Hospital.

)~G~f,D ON, - EXCMIPTk MEDICA Sac.6 Vol,10/9 Internal Yedicine Sept36
5016. KoftlX)N A. and ST)(AKA-1'A-VAVi0KoVi J. Z
loill-zinc-lusulin ill Ittl.-patlent :1-ealment of dialletem
I I it AS. 1. 1-155, 1141133 (!#ty~-909) Tailles 4
After a thorough Investigation into 215
It is concludmi that thiai inoutin is moit suitnblo in mild cases of diaWtod, mW hi
7, 77-7
J;~~JAOVI for Ilm
4C.

KOZDONJ A*, mgr Inz.
Reanons for the formula on capillary correction in aerometry.
Pomiary 10 no.2:Suppl.:Biu1 glow urz miar 13 no.lt95 F'64.
1. Laboratoriiim Ponilarow Gestosci, Glowny Urzad Mjar~ Warszawa.

The VU-2 double-cutter unit for working frozen ground. Biul.tekh.-
skoa.inform, no.11:40-42 160s NIRA 13:11)
(Barthmoving machinery)

YA113KI, W.;KMDRoj-, H.
Chemistry of the Ilea 899-lutinO&en, Had. doev. mikrob., Warsz.
no.4:392-3" 1951. (CLML 22:1)
1. Of the Institute of Medical Microbiology of Wroclaw Medical
Academy.

, o -Z --) -Ij h I
W./.
# P 11
Comparative study of the chemical structure of blood group
ABO and le-. Polski tygod. lek. 6 nos. 25-26:812-814 Z5 June 1951.
(CLML 21:1)
1. Of the Institute of Medical Microbiology in Wroclaw.

-A,/,) 7-J ~-~j 1 4,
KANSKI, W.;KOZDROJ. H.
Comparative studies on chemical structure of blood groups
ASO and Ie. Mod. dosw. mikrob., Warez * 4 no. 3:342 1952.
(CLKL 23:3)
1. Summary of work progress presented at llth Congress of Polish
Microbiologists hold in Krakow May 1951. 2. Wroclav.

KANSKI, Wladyslaw; KDZDRDJ, Helena
--opus I I
Investigations on dextran.Ill.Polydispersion of molecnlar
weights and certain pbysiological and serologicii properties
of &mtran. Arch. Imun.ter.doew. 2:111-126 '1954.
1. Inety-tut Immmologil. i Terapii Doewiadczainej PAN we
Wroclawiu.(Dyraktor.- prof. dr L. Hirssfeld) Dzial Biochenii
(Kierownik: dr W.Manskl)
(DIMIRAN,
polydispersion of 1kolemalar weight-and pbysiol.
& serol.properties)

MA-NSKI. Wl-tdyslaw;~ MKDZ-P
.~ALp_
Biochemistr7 of blood group substances. II. Preparation of blood
group substances from animal material. Arcb. immun. ter. doaw.
3:34?-358 1955.
1. Inetytut Immunologii i Terapit Doswiadezalnej PAN we
Wroclawiu. (Dyrektor: prof. ft. L.. Hirazfeld) Dzial Biochamii
(Kiarownik: doc. dr. W. Kadski)*
(BWOD GROUPS,
A, B & 0 substance, prop. from animal organs (Poi))

KANSKI, Wladyslawl K0ZDROJ, Helena; RADOLA, Michal
Biochemistry of bl6b&'grofi~--subotances. X. Studies on inactivation
of group substance A. Arch. immun. ter. doev. 3:359-365 1955.
1. Instytut Inmunologli I Terapli Doswiadczalnej PAN we Wroclawiu
(Dyrektor: prof. dr. L. Hirszfald) Dzial Biochamii (Kisrownik:
doc. dr. W. Kanaki).
(BLOOD GROUM,
A substance, in"'t-tvation (Pol))

- - .
- I -T, -, .
'a~
- I
t . . .

MAITSYT, W.; YOZDTIOJ, H.
r.............
. tudies on polymorphous subqtances in blood groups. Acta biochem. polon.
S
5 no-3:245-266 1958.
1. Z Inatytutu Biochemii i Biofizyki PAN w Waroznwie.
(3100D GROM,
polymorphous substances (Pol))

EDZDRW,Helana
Biochemistry of mucopolyeacchitrides. Postepy hig. mad. doew 14
no.2:123-144 1~0.
1. Z Instytutu Biochamii i Biofizyki PAN, Dyraktor:prof. dr J.,
Heller.
(MUCOPOLYSACCUART metab.)

KOZDROJV H.
ABO-group active glycoproteins in human blood serum. Bul Ac Pol
biol 9 no.5:201-202 161. (EEAI 1019)
1. Institute of Biochemistry and Biophysics, Polish Academy of
Sciences. Presented by E. Mikulaazek.
(GLYCOPROTEINS) (SERUM)

KOZDRO,T,H.
~-ii;-Waeins of the ABO system with blood group activity in the
body fluids. Bul Ac Pol biol 9 no.5:203-207 161.
(EM 10:9)
1. Institute of Bioahemistry and Biophysics, Polish Academy of Solenceeo
Freeented by E. Mikulaose1c,
(GLYCOPROTEln) (BLOOD) (BODY nuiDs)

KOZDROJ. H.
Multiforms of glycoproteirto with ABO blood &oup activity in
human serum. Bul Ac Pol biol 10 no.2:39-4~ 162.
1. Institute of Biochemistry and Biophysics, Polish Academy
of Sciences, Warsaw. Presented bjr E.Mtkulaszek.

RARSZTYNI Jerzy, doe. vLrr Marian, dr. inz.
Draft of -the clft,=!,-'flc~tzcn of mines Jn thc, ':-)a! ---Idust-v flu-
.1 1 -
cordl.ng to firp, ~az!'T-d- 90.71 15

XOZDROJ, Marian
Distributions of the probable numbers of fires in mines
during a conventionally presupposed period. Archiw gorn
8 no, 4: 381-394 163.

KOZDROJ. Marian
~,-iT~Jnz.
, , ,
Use of statistical quality control in receinng round timber
by Polish collieries. Przegl gorn 19 no.11:4r-439 N 163.

KOZDRCJ, Marian, mgr.,inz.
Mineral antifire shelters. Przegl gorn 17 no.7/8:385-395 JI-Ag 61.

KOZDK,J, Marian, mgr.pinz.
I- - ----
Evaluation of the deficiencies of protective absorbers against
00. PrzegI gorn 17 no.12:646-647 16L

KCZDROJ*, Marian, mgr, inz,
The phenomena of fires in the coal mines during the years
1955 1960. Wiad gorn 13 no.1:26-31 Ja 162.

KOZDROJ, I%rian, dr inz.
Determination of the indexes of fire hazards in col-lieries. Przegl
gorn 18 no.12:709-712 D 1629

KOZDROJ, Marian, mgr inz.
Direct4ves for coal vinning. Wladom gorn 13 no.11:377-386 N t62.

KMDRg,, Marian qp inz.
I- _2 - -
Worldmg of thick strata layer by layer in the Mikulczyce-
Rokitnica mine. Wiadom gorn 13 no.3.*81-87 Mr 162.
T_ i
, i:
~ I

~ -4-1.
KOZDROJI, Marian
Wiming.sequence from the deposito of the 500 group in the
Rokitnica mine. Wiadom gorn 12 no.7/8~237-238 n-Ag 161.
- G

-XWROJ,, Marian., dr inz.
Discussing the ways of machinical stowing of working %endings.
Wisdom gorn 14 no.5:123-130 M!r 163.
V
v

KOZVROJ9 Marian, dr Inz.
I 1 .1
Determination of the optimum rescue measures for Aners in
escape roads In collieries. Przegl gorn 20 no.1:25-32 Ja 164.

RABSZTYN, Jerzy, doe. dr Inz.; PARYSIEWICZ, Witold, dor., dr Inz.; KOZDROJ,
Marian, doe. dr inz.
Orientation tables for the selection oto thn proper rzt-thod of
coal mining. Windom gorn 15 no.12:171-174 D 16-4.

KOZI)RWOWMA, MIM
LI)

t 1~ W12 "ad -picallne by nitric
t fCniv. Inst. Tccfj~
.
lfq~pft
s
Chemical Abstrac ?roc -it, r
F.013~

~Iay 25,~ 1954 haq
1
to ( GjItK';i1W1;41lFj).-I1.NOS at (tic b.p.
'

rganic Chemistry tkally no oxidizing effect uPoil ol"i"Oline (1) or 15 pkolim`~
IIN03 oxidizes I and U
(11); however, at higher tcmP
a[W losed vessel with 15 ml. HNOs W,
1 (2.6 g.) fit. i? "I C
high" d, Is disuitivalit'gWo.) Ist
-1,4;, use of acid 0
,
l
3
h
Ii
sit 1
0
en, nfttr wi
ng and remov
ng the formed Cases-
, t
Aanother 5 lirs. Lkt 160o, ,
and hist 6 bri. at 180% gave n
0 S I. in to mt.
product, which. after removal of tile It
yielded a
1fro,.and treatitleilt With CuSol and
acid; thissalt treated
blue-green CU suit Of nicOtblic
jltS_p&ye a ppt. of CuS and after evapri, of liquid, 0.73 C.
.
(31M
=6*
i
i
i
111
it
i
id
3
d 15
.
c ac
.
cot
n
m
) n
-
g.) an
), tn.
.
(
(
11
11W6
i
NO
h
d 8 b
", 'It
eate
th
,), 0.1 a CaUlPt were
, w
g(
15()-5*, the mixt. evalid. on 4 water bath, and the residue
di'violved b01. In r9) fill. H,0; cooling gave tryst., nkotlnlc
acid nitrate UV); m. 187-00*,. IV decompd. with Wyla,
and recrystd. from 11,0 gave an 8.2-g. fraction, m. 2:32~3%
~r;f nicodrife acid, the,supernatant liquid of this fraction
-acidified, treated with MgSO4 and AcONa, and decompil.
I with HS gave CuS (fifie
30
111
f
M2
u red off), and a 2nd fraction (2,1
H
O
f
f
V
-
m
, m.
p
(
after treatment with N rom
). The filtrate
rom
v
aIC03, evapit., acidification with

prod-
JICI, and treatment with NtgSOi and Ai~Wta, gavr,,t prod-
let, tn. M-15*. which, recrystd. from HjO, yielded 2.3 g.
_3 g_
of a mixf. of M and isonkolinic acid (SEP11. failed). Th

The
j
total yield of the products from 11 was 14.4 g. (600/@
A
Celle
.
----- --------

L071111MA, D.
Takinp Dictures in televinion Irf the rotatin.,,-hyphenatc mothod. P. 92
(C, troinoelektrotechnickv Casoois. Dratislava. V91. " no. 1 1?~2) , t
SO: Monthly List of Eah Eur6pean Accessions, (M,- LC) Vol. L4, 11c. u,
June 1955, Uncl.

KOZEHUBA., J.
KOZEHUBA., J. Measurement of the factor of length, p. 126
Vol. 8 no 3 - Mar. 1956
TWM6U P*RA6A
TECHNOLOGY
Bratislava., Czechoslovakia
So: East European Accession Vol. 6,, no. 2,, 1957

MCHL., Jaroslav- KOZEHUBAIV Zdanak I
Some influences on shoemaking with prepared soles. Kozarstvi 13
no.8:247-250 Ag 163-
1. V~rzkumny ustav kozedelny, Gottwaldov.
.~i

is MZEL'j' As ke
2. ussR (6oo)
4. Machine-Tractor Stations
7. Work practice of our tractor brigade. 'Dost, sellkhoz. no. 2, 152.
9. Monthly List of Russian Accessions, Library of Congress, January .1953. Unclassified.

KOZEL, A.
Clearing of Land
Clearing fields of stones Kolkh. proizv. 12, No. 3p 1952
Monthly List of Russian Accessions, Library of Congress, June 1952. IRICLASSIFIZD,

KOZEL, A., inzhenero
- - -__ . 4-~ ",
New technique ?or blasthole, drilling. Mast.ugl.5 no-71,12-13
JI 956, (Kuznetsk Basin--Boring) (xm 919)

KRUFEIWINOV, G.A.; KUZELI A.M., inzh.; FILATUVI N.A.~ inzh.
..Approximative ca.1cuation of loads on supports of shatt. Mouths. [Trudy]
VNIMI no.45--44-~18 162. (MMA 16:4)
.(Rock-pressure) (Ydne timbering)

KOZEL, A. M.. inzhj.,
Nature of rock pressure in horizontal workings and plannin sup orts for
shaft bottoms. [Trudy) VITIMI no.45:219L-229 162. (bala 16;,~45
(Rock pressure) (Mihe Umbering)

KOZELO A.M., inzh.
Evaluation of tangential forces on the outside surface of a soUd
concrete ring oupport.and selection of the thickness of the support
for given uneven loads. Trudy VNIMI no.46tl43--159-162.
1(KERA 1615)
(Mine timbering) (Gonet#Ss oqnq~ruction)
(Rook pressure)

KOZEL, A.M. . inzh.
Bearing pressure as a factor affecting shafts and shaft bottoms, Trudy
VNIMI no.46tl66-194 162.
(MIRA 16:5)
(Rock pressure)

KUTI,
r,' walls of variolis'iy dlreot~!l ior ln,7z3 6.cvending cn
tt,,-- -the d-p of f'11'ruCT~-IvqjT~.1I 263.
17.

KOZELI. B. Sh.
Dissertation; "Methods to Study the l4quilibrium in Heterogenous Salt Systems Con-
tained in Isomorphous Mixtures." Cand Chem Sci, Saratov State U, Saratov 1953.
W-30928
SO: Referativnsy ZLurMl. No. 5, Dec 1953, Moscow, AN U'~SR, (N-11)M).

SOV-109-3-6-14/27
AUTHORS:Bnkh akh, L. E., E~q~el', I. Sh.
TITLE.: The Problem of Focussing_~k_a_-Hollow Cylindrical Electron
Beam in a Longitudinal Magnetic Field (K voprosu o fokusi-
rovke pologo tsilindricheskogo elektronnogo potoka v pro-
dollnom magnitnom pole)
PERIODICAL: Radiotekhnika i Elektronika, 1958, Vol 3, Nr 6,
pp 819-825 (USSR)
ABSTRACT: An attempt is made to investigate the problem of focuss-
ing of a hollow cylindrical electron beam in the absence of
an axial conductor inside the beam. The problem is analysed
under the following assumptions: (1) The magnetic field is
axially symmetrical and its longitudinal component is inde-
pendent of the radial distance; (2)The wavelength of the
axial change of the surface of the electron beam is large in
comparison with its diameter. The radial motion of the elec-
trOnB can be described by the following differential equat-
ion (Refs.2 and 4):
2 2 2 1/2
d r JIB (]B r.
+- rV-) -
777 r -7 Y_ 1/2
dt 2 r 2 2 -KE:OU r
Card 1/4

SOV-109-3-6-14/27
The Problem of Focussing of a Hollow Cylindrical Electron Beam in
a Longitudinal Magnetic Field
where Eo is the permittivity of free space, B. and B
are the magnetic inductions at the cathode and at a given
point of the system, respectively, r. is the radius
characterising the pos.-tion of an electron at the cathode,
il is the ratio of the electron charge to its mass and I
and U are the current and voltage of the beam. If
r =~r (1 + 6) where 6-< 1 and r is the so-called
m M
equivalent radius, Eq.(l) can be written in the form of
Eq.(2), where the various pa~rq_me_ters are defined b Eqs.(3).
The solut-ion of the equation is in the form of Eq.M. By
finding the two integration constants of Eq.(4), the solution
can be written in the form oE Eq.(5). This can be usecl to
define the "wavyness" of the external boundary of the beam,
6e and that of the internal boundary, 61 The
make make
Card 2/4

SOV-109-3-6-14/27
The Problem of Focussing of a Hollow Cylindrical Electron Beam in
a Lon-itudinal Magnetic Field
C3
investigation of the formula for 6eand 6i shows that it
is impossible to reduce the "wavyness" to zero siraultaneously
at both the boundaries; this effect is illustrated in Figs.1
and If the magnetic field is given by:
B =-Bocos X 1 (7)
where x -27(z = wt where p is the period of the
P
focussing system and z is the axial component, Eq.(1) can
be written in the form of Eq.(8), from which 6 can be ex-
pressed in terms of EM9); the various symbols of Eq.(9) are
defined by Eqs.(10), 11), (12) and (13). The solution of
Eq.(9) is in the form of Eq.(14), where Ba = Bocos Xa is
the value of the magnetic induction at the anode. The
11wavyness" 9f the external boundary 60 and the internal
boundary 61 is determined for the case of Ba=o ; ithe
resulting formulae are shown on p 823; graphically 6as a
function of x is represented in Fig.3. If it is assumed
Card 3/4 that n - 1 . the "wavyness" of the external and internal

SOV-109-3-6-14/27
Th.e Problem of Focussing of a Hollow Cylindrical Electron Beam ian
a Longitudinal Magnetic Field
boundaries can be expressed by Eqs.(17) and (18) respect-
ively; the equations are plotted in Fig.4, where Curve 1
corresDonds to the "wavyness" of the internal boundary
while the remaining curves represent the "wavyness" of the
external boundary for various values of 0 . There are 4
figures and 5 references, of which 4 are English and 1
German.
SUBMITTED: January 12, 1957.
Card 4/4 1. Electron beams - Focusing 2. Magnetic field - Applications

88696
S/058/60/000/010/005/014
C!2 AOO1/AOO1
Translation from: Referativnyy zhurnal, Fizika, 1960, No. lo, p. 309, # 27424
AUTHOR: Kozel', I.Sh.
TITLE: On Focusing the Hollow Cylindric Electron Beam in a Periodic Mag-
netic Field
PERIODICAL: Tr. Konferentsii po elektronike SVCh, 1957, Moscow-Leningrad, Gosen.
ergoizdat, 1959, pp. go - 94
TEXT: The author presents a theory of focusing the hollow cylindric elec-
tron beam in a periodic magnetic field. The magnetic field is assumed to be axi-
al-symmetric one, and the wavelength of axial non-homogeneity of the beam surface
is large in comparison with its thickness. The state of the boundary of the elec-
tron beam the author characterizes by the so-called undulation, (rmax-rm)/rm,
where rm is averaged equilibrium radius and rmax is maximum deviation of an elec-
tron from the system axis. An expression for the undulation of the inner boundary
of the beam has been derived. Expressions for undulation are simplified for the
case when the electron beam enters the focusing system without a radial velocity
Card 1/2

88696
S/058/60/000/010/005/014
A0011AOOI
On Focusing the Hollow Cylindric Electron Beam in a Periodic Magnetic Field
and the periodic magnetic field passes through zero at the entrance of the system.
It is shown that minima of undulation for the outer and inner boundaries of the
beam are attained at different degrees of screening the cathode from the magnetic
field. Graphs of relations of both undulations with the magnetic field parameters
are plotted for the case of cathode screening corresponding to the undulation mi-
nimum of the inner boundary; they are plotted for various values of space charge
parameters. It follows from the graphs that in order to secure the prescribed
degree of undulation, the perveance of the beam should be lower and the voltage of
the beam higher than some quite definite values. It means that periodic magnetic
focusing can be successfully applied only for hollow electron beams with a limited
perveance; it follows further, that variations of the beam voltage in wide limits
are possible within the range of prescribed undulation of the hollow beam bounda-
ries and restrictions in the perveance value connected with this.
G.N. Shvedov
Translator's note: This is the full translation of the original Russian abstract.
Card 2/2

'-2/000/004/083/105
S/1 9yo
D271 D308
kUTHORS: Golubkov, P. V., Bakhrakh, L. E., Kozel' 2 I..Sh.,
Kozlov, I. G. and Medoks, V. G..----
TITLE.: Study of certain properties of electron s-Ureams
PERIODICAL: Referativnyy zhurnal, Avzomatixka i radioelok-U-ronika,
no. 4, 1962, abstract 4zh106 (Uch. zap. Saratovsk.
un-t, 1960, 69, 41-56)
TEXT: Results are reported of a theoretical and experimental stu-
dy of the structurelof long electron streams, of diverse config'u-
ration, flowing in fqcussing fields. Ripple faciars of the inner
and outer surface of a hollow cylindrical electron stream, focussed
by a permanent or periodic magnetic field, are computed and plotted.
The possibility of holding ripples between definite limits, whil-le
voltage varies in a wide range, is shown. Formulas and graphs.are
obtained for the rippling of inner and outer surfaces of' a hollow
electron beam with centering electrostatic focussing. ilk, is shown
--that the ripple amplitude is determined by the ratio of the inner
Card 1/2

S/194/62/000/004/083/105
Study of certain ... D271/D308
and outer radii of tha beam. Ef-Fhects of space charge ai?e ia'Z:en into
account. Current density distribut,ion in the cross-sec-,,-Lon of -u'-,--.e
-4ces were ex~-erJmentally 4-
bea-- and the rippling of its sul. *. - 11-vesT11-
U '~tor.system was used Jr, -h4s in-
a ed. special adliustable colle
g
vestiuation. Density distribution curves were plotted point-by-
poLn 11 . Ribbon beam _--nd
t and displayed on an oscilloscope as we
hollow cylindrical beam were studied in a lon.-itudinal riaznetic
field. Velocity diAribution of elect~-,ons' in electron beams was ex-
perimentally Cylindrical condenser %-ias used as velo-
erimental meas 'ants were in -,rarious
city analyzA urem
cross-sectiohb of the beam, in a wide range of accellerat-_Jr.._-~ vol
t.a,.,,-,es and with various residual:-gas pressures. Is pointed out.
that the velocity distribution ourve has two z;axi-ma, and possible-
explanations are discussL~d. ~_Abstracterls note: Complete trans-
la6ion.-7
Card 2/2

KOZESNIX, Jaroalay, akadimLk
Stochaatic theor-r of biological and scona(aic corLfigurations. Acta
tachn Cz 9 no.5s395-4,13 164.
1. Czechoslovak Acaderv of Sciences, Praguo 1 .. Stare Mesto, Narodni.
trida 3. Submitted on April 26, 1964.

KOZESNIK, Jaroslav, akademik
Probability of the extinction of continuous culUvation. Kybrrneti.~8,
1 no.1:12-27 165.
1. Czechoslovak Academy of Sciences, Prague 1, Narodni 1. SubwLttod
July 14, 1964.

SKLADAL, J.; KOZEL, Xi; KOCI, B.; SWA, Jj; Za tachnicke spoluprace
1. Braunove a A. Rost&,
Experiences with a fluid contrast medium for roentgenographic
picture of the respiratory tract. Cask. fysiol. 5 no.2:246-
249 23 June 56.
1. Ustav klinicke fysiologia LIP KU, Ustav lakarska vysiky LF KU.
Praha. Demonstrovano na Sjazdu ca. fysiologu, farmakologu a
biochemiku dne 19. rijna 1954 v Praze.
(RESPIRATORY TRACT, radiography,
eqntrast madia, fluid (Cz))
(CONTRAST WMIA,
In respiratory tract radiography (Cz))

SkLADZ,' J.; KOZEL, J.: KOGI, B.; SLABA, J.
The question of a gaseous x-ray contrast medium for x-ray of
the respiratory apparatus. Pbysiol. bohem. 5 n0-3:330-332
1956.
1. Institute of Clinical Physiology, and If~etitute of Medical
P~yaics, Prague.
(RESPIRATORT TRACT, radiography.
gasenoue contrast media)
(CONTRAST MKDIA,
gasseous for x-ray of respiratory tract)

Country : CZECHOSLOVAKIA
Category : Forestrya Biology and Typolcgy of the
Foresto K
Abs Jour : RZhBiol.7 No 6, 1.95-,', No 24691
Author : Kozel, J,
Inst :
Title : Ameliorating Effect of the Red Elder.
Orig Pub : Lesn. praceq 1957, 36, No* 6, 252-257
Abstract : By a comparative analysis of soil specimens,
taken from undqr the bushes of'the red elder
in Krzhivoltla' skiy Kray (Czoehia), from the
forest glade and from under the sprucei a high
soil-improvement effect of th-.0 species was
establish--d. A considerable decrease of soil -
aciditv,, - em incraase -f the coribents of humasq
nitrati-A, easily accessible nutrient substan-
Card 1/2

Country : CZECHOSLOVAKIA
Category : Forestry. Biology and Typology of the
Forest. K
Abs Jour t RZhBiol., No 61 1959, No 24691
Author
Inst
Title
Orig Pub
Abstract ces, particularly'in the upper 20-cm soil lay-
er~ were observed., To grow the elder suecessful-
ly, yoimg plants or old offshoots were used,
Sowing stratifying seeds produced less success-
full resvlts; the application of non-stratified
seeds and grafts proved to be unsuccessftl.
M, K, Bush
bard 2/2
5

NASZ, Sandorne; KOZRL, Tdzsaf
Some experience in re-examining ndtms ip the Budapest Canning Factw7.
Minka ozemle ~ ll'o'.9111-15, S 161.

01414ANNI, Jnn; 'Immer
Physical propertl.e3 oil rcns In the Nova Vie!,,*xp,-!. kF3y bornho-11%
Prace Ust naft 22 no.99-81--~37 164.

CZECHOSLOVAMi/Humn and Animal Physiology (Normal and T-2
Pathological), Metabolism. Notrogen Metabolism,
Abs Jour : Ref Zhur - Bials, No 16) 1958) 74454
Author : Liebster, J.; Babicky, At, Kozel, J., Liss, Ee) Sydow, G.
Inst :
Title : Preparation of Proteins of Labeled 1131.
Orig Pub : Folia biol. (Ceskosl.)) 1957, 3, No 31 183-189
Abstract : A method has been developed labeling proteins (P) with
1131 which provides the possibility of sharply increasing
their radioactivity and also using a diluted solution of
I. With the purpose of increasing the concentration of
the labeled P, it is necessary to use purified P by subjec-
ting them to dialysis against a 0.9% solution of NaCl,
before iodizing. The addition of a small quantity of
H.02 permit almost the complete utilization of I. The
best method to remove unconbined I and salts is by dialy-
sis against a 0.9% solution of NaCl. -- Yu.N. Kremer.
Card V1

-:TRY
C'A Tz~ F, 1
1,133 , JOU,".
! CZECHOSLOVAhIA
: Ganeral Biology.
Physical and Chomical Biology.
RZhBiol., lit). 5., 1959, zio.1898o
AUTHOR Liabstar, Jindrich; -Pabickyp Pxnost; Rozelp
T 1 T The Preparation of jl3l Labeled Proteins
ORIG. PUB, Ceskozl. biol.$ 19-57* 6, No 3p 227-231
ABSTRACT An improved method of iodizing proteins by
labeled 1131 has been proposed which gives
stablo and reproduceable rosults. A high yield
(up to 90 peroent)dopexids upon the protein's
purity, the quantity of iodide, which has been
oxidized to iodine, and on the small quantity
of hydrogen peroxide added to the iodized
solutions With a mininium quantity of the substrate,,
protein preparations vere obtained whAch con-
tained Iodine In such amounts as not to change
CAM 112* Jaraslov; Liss, Eberhard; Sydow, Guenther.

COUNTRX CZECHOSLOVAKIA
CATEGOML
ABS. JOUR. I RZhBiol., No. 1959, No.
AUTHOR
INST.
T I T LE
0P.16. PuB.
ABSTRACT either the protein structure nor consequently
its antigen properties, -- Vo At Dorfman
1jard: 2/2

J. DOBIASOVA M.
LMSTER, J.; KOPOLDOVA, J.; Pm~ .-1 19
Preparation of oompounds nonapecifically marked with C14 by means of
biosynthesio. I.Apparatus for biosynthesis and preparation of non-
upecificany marked Carbol7drateo. Coll Cz chem 26 no.6:1582-1590
Je 161.
1. Biologisches Tnotitut der Tachachoolowakischen Akademie der Wissen-
schaften, Prag. '
(Tracere(Biology)) (Carbohydrates)

LIEBSTER, J.; KOPOLDOVA, J.; DOBIASOVA, M.; KOZEL, J.
Preparation of C14-tagged compounds by means of biosynthesis. II.
Isolation of CU-tagged photosynthesis products from the algae
Chlorella vulgaris. Coll Cz chem 26 no.6:1694-1699 Te 161.
1. Biologisches Institut, Tachechoolowakische Akademie der Wiesen-
sehaften, Prag.
(Tracere(Biology)) (Algae) (Photosynthesis)

VEM, I*; KMUA.LL FR0cwKA$ Z.
On the bound form of ascorbic acid* Pt. 19. Co-11 Cz Chem 28
no*3:750-752 Mr 063o,
1. Biological Institutep CIzeehoslavak Academy of Sciences,
Pragues, and Institute of Organic Chemistry and Biochemistry,
Czechoslovak Academy of Sciences,, Prague,

KOZZZL, Josaf, inz,
Effoot of trimthyl. Pdco'iol In 1.r,~ ~o-l.ng CiL'C*kllati~'371 C,fl ttle
ch.inga cf patent"a'13 of self-r,., Arizart".on, Geol rr~lzktaa
no.121374-375 D 165.
1. InstitLtn of Apphad Geopby3lcs, *Brno,,

KOZEL, Jaroslav,, Inz. Mo.
Problems of the effectiveness ok Investments in the water re-
sources management. Vodni hoop 14 no.7t277-278 t64
1. Research Institute of Whter Rescuraes llanaganmt., Prague

KPZEL, Jaroslav, inz., Sc.C.; REINHARDT, Vladimir, dr.
Desalinization of water. Vodni hosp 12 no.12:477-479 D
162.
1. Vyzkumny ustav vodohospodarsky, Praha-Podbaba.

XCM - Josef , ins*
-49
-0~~~at=7 measurement of speoifie resistances of rocka.
Gool pruzkum 5 no.4:]M.IM Ap 063.
le Uotay uzite goofysiky,, Bnw,

KOZEL, ln,-..
Adnorbing diffusion potentials and their place in the syLl-jm
of natural potentials. Geol pruzkum 6 no.9:266-2r)8 '
-1. Instttate of Applied Geophysics, Brno.

KOZEL. Josef
Specific conductivity of rocks. Prace Ust naft 20:72 163.

ZVEREVO M.S,,* SHARONOV, V.V.p prof.; MAGNITSKIY, V.A.# prof.,- SHRUM..
Q= ram [Schrutka, Guntramb prof.; YURI, Garolld (Urey, Harold C.],
laureat Nobelevskoy premli (SSM); KOPAL9 Zdenekg prof.; jOZEL
Karol, prof.; ROSHp ZhpLn [Fgichp JT.1
Twentv-two, answers to three questions. Nauka i zhim' 28 no-3:23s25i
299 30-32 Mr t61. (MIRA 1,40)
1. Chlen-korresspondent AN SSSR (for Zverev). 2. Direktor astrono-
micheskoy observatorii Leningradskogo-universiteta (for Sharonov)#'
3. Mookovekiy gosudarstvennyy uhiversitet imeni M.V. Lomonosova
(for Mangitakiy). '4- !enakiy universitet (Avatriya) (for Shrutka).
5. Manchesterskly universitet (Angliya) (for Kopal). 6. Krakovskiy!(
uhiversitet (Pollsha) (for Kozel). 7. Observatbriya Pik-dyu-Midi
(Frantsiya) (fgr 'Rosh).
(Moon)

log
Ail
J401

137-58-2-4389
Translation from: Referativnyy zhurnal, Metallurgiya, 1958, Nr 2, p 299 (USSR)
AUTHORS: Alimarin, L P., Kozel', L.Z.
TITLE: Using Phytin for Quantitative Determination of Zirconium
(Kolichestvennoye opredeleniye tsirkoniya fitinom)
PERIODICAL: Khimiya redkikh elementov, 1957, Nr 3, pp 114-118
ABSTRACT: Up to 6 N HCI was added to a Zr-salt solution, and the Zr
was precipitated out by heating it with a 2% phytin solution in
an 0.5N HN03. To wash the Zr-phytate precipitate, 30 cc of
(1: 1) HC1 were decanted over it; it was then filtered through 50
cc of (1:4) HCI, and finally was filtered through H20. After cal-
cination at 1000-10500C the Z i -meta triphospha te was weighed.
The conversion factor used was ZrO2/2ZrO? - 3P205=0.3932.
To determine the Zr content of the steels, an 0.5-1.0 gram por-
tion of each was dissolved during heating in 80 cc of (1: 1) HC1,
after which the Zr was precipitated out with phytin, To repre-
cipitate it, the precipitate was dissolved in HZO containing 2
grams Of H?C204, to which up to 6N HCI was added, and the Zr
was precipitated with 10 cc of a 2% phytin solution. Sometimes
a threg-stage riprecipitation procedure is necessary. The
Card 1/1 relative error was *3%. P. K.
1, SteeZ &Uoyo 2, Zirconitm-Deteminaticu 3, Phytin

PRASZ I BOOK EXPLOITATION SOV/4T82
Moscow. InGtitut stall
Pftixvodstro I obrabotka stall, I splavoT (Production and Treatment
of Steel and Alloys) Moscow. Xetallurgizdat. 2960. 462 V.
(Sarless Xts: Sbornik, 39) 2.100 copies printed.
zd.s Ya. A. Borkoj Ed. of Publlahlng House: S. L. Zinger; Tech.
Ed. x M. R. Xleymman; Editorial Council of the lnstltut*1 M. A.
Olinkov, Professor, Doctor of Technical Sciences; R. 11. Grigorash,
Docent, Candidate of Technical Sciences; V. P. reirutin. Professor,
Doctor of Technical Sciences, A. A. ZhukhovItakly, Professor,
Doctor of Chemical Sciences; 1. N. r1din, Professor, Doctor of
Technical Sciences; B. 0. Uvshlta, Professor, Doctor of Tech-
nical Sciences; h. P. Lyublmov. Profenoor, Doctor or Technical
Sciences; I. M. Pavlov, Corresponding Neober~ Academy of -clences
USSR; and A. It. Pokhvianev, Professor, Doctor of Technical 5clance3.
PV1trCaX: Thin bock Is intended for technical personnel In industry.
scientific Institutions and schools of higher education, deallng
with open-hearth and else trIc- furnace Bteal:zaking, metal rolling.
physical metallurgy, metallography, and heat-reat:zent. It May
Card 1/10
also be used try students epeclalltlng in these fields.
COVXRAaXs The book contains results of theoretical and exper-Iment-
al Investigations or metallurgical and heat-englneerlng P~053es
In open-hearth and electric furripces. Data are included = Win
followings desulfurizing of pig Iron outside the blast furnace,
Interaction of oxides or the carblde-formlng me-.&Is with solid
carbonj the change of content of gases In the bath of the cpen-
hearth rurnazo in various parlado of malting. Intensification of
the electric melting of steel, ate. Other articles deal with
the occuniformity-of deformation In rolling, the study of the
4ontinuama rolling process, the dependence of the friction-
11ppage coefficients in rolUng on a number of factors, and
:
ther problems In the presswor3ang of metals. Articles on
physical metallurer and the theoretical principles and te~'=Iques
Of the beat treatment of steel are also Included. No perscmall-
ties am mentioned. References accompany most of the art'"Zen.
There ars'207 references. both Soviet and non-Soviet.
card 2/10
--a &~~"L>qcent' Candidate of Tochnical Sciences, V. X.
Agrzi.. Engineer, and Y~Shchedrln, Enonoer [Depdr-Ement-
,:or
of the Physics of Metali-AM Effect of Stralz
Distortions and Aging on the Diffusion Rate In Nickel-Bazed
Alloys 381
and 0 S. Po ov, Engineer [Department of
Rolling '2 9 3, ro 0 'a
1. . v*AtIg_._tY1~n ~c.~ormation of Metal in Diagon-
al Bean Passes 400
Candidate of Ted"Ical Sciences [Department of
Xlectrotechnical. Magnetic Viscosity of lilgh-CoartIvity Alloys 422.
TCAW912T ~xj) Doctor of Chemical Sciences, and N P Muk cmd
Y*. M. r4roIyubo7'.Cand1dates or Che=lcal
ng~;O- new, -e-si. Behavior of Iron and Steel In OxIdIz-
lutjo 438
Dymov, A. K_ Doctor or Chemical Sciences# apd -L. Z. Xq_z
C-=-didare-drChentleal sciences (Depmrtment of a C'
Card 9AO

DMV, A.M., doktor khimicheskikh nank; K07-BLI, L-~-1-kand.khimicheskikh
nauk
Colorimetria method as applicable to the analysis of metals
and alloys. Sbor.Inst.stali no-39:45o-46i 16o.
(MIRA 13:7)
1, Kafedrs, analiticheskoy khimii Moskovskogo ordena Trudovogo
Kmano Znamenl instituta stall im. I.V.Stalina.
rMetals-Analysis) (Colorimetry)

DMVI A.M.; KOZEL' Ljc
Determining small contents of..tungsten in titanium metal by
colorimetry. Izv.vys.ucheb.zav.j chern.met. /+ no.5:192-197 161.
(MMA 14:6)
1. Moskovskiy institut stali.
(Titanium-Analysis) (Tungsten-Analysis) (Colorimetry)

AV'
s/148/61/ooo/oll/ol6/o18
E021/E435
AUTHORSg Dymov, A.M., Kozel', L.Z.
TITLE.- The determination of small quantities of aluminium in
metallic titanium
PERIODICAL~, Izvestiya vysshikh uchebnykh zavedeniy, Chernaya
metallurgiya'fno.11, 1961, 182-184
V
TEXT., Three methods of determining aluminium (0.002 to 0.1%) in
titanium were tried. In the first method, the titanium was
separated from the aluminium by precipitation with sodium
hydroxide and the aluminium was finally determined colorimetrically.
Experiments showed that -the results gave considerably higher
results than the quantities added. The second method consisted'
of separating the titanium from the aluminium by precipitating the
titanium with cupferron and the extraction of titanium cupferronate
by chloroform. The.final determination was again carried out
colorimetrically; the results were also somewhat higher than the
aluminium added, Further experiments showed that boiling with
hydrochloric acid enabled complete decomposition of the cupferron
and acolourless solution could be obtained. The results obtained
Card'1/2

s/ih8/6l/ooo/oll/Ol6/ol8
The determination of small ... E021/E435
were much better, The third method, used for determxning Al
contents of 0.05 to 0.4%, consisted of separating the titanium
the aluminium by cupferron with filtration of the titanium
cupferronate precipitate without any extractio 'n process, This
method also ga-ve good results when the cupferron was decomposed
boiling with hydrochloric acid. There are 4 tables and 6 non-
Soviet-bloc references, the four most recent references to
English language publications read as follows,
Ref.l.-, J.A.Corbet, Metallurgia, 49, 1954, 2o6;
Ref,3! Republic Steel Corp., Massilon. Ohio, 1954, 56-9;
Ref.4,-, M.Codell and Norwitz. Anal. Chem. 25 (1953) 1437i
Ref.6% J.J.Mikula and M.Codell. Anal. Chem., 27, 1955, 729.
ASSOCIATION: Moskovsk-iy institut stali (Moscow Steel Institute)
SUBMITTEDi November 14, 1960
from
by
Card 2/2

KOZEV, M., inzh.; KATSNELISON, B., inzh.
New television receiving tiibea. 111ad1r) -S lr,~.
1-7-!12)