SCIENTIFIC ABSTRACT BOYKO, C. V. - BOYKO, K. S.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000206630011-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 9, 2000
• Sequence Number: 11
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

L 12384-65 WP(e)/EPA(s)i-z/W(M)/FPi(n)-Z/EPA(w)-2/EPA(bb)-Z/OdP(b)
P4b-101
Pq-401-10/Pli-4
_,ZCCZSSltN NRs A?4048536 S/0286/64/000/019/0032/003Z,.
WW/Wil
ev. K. T.; B#rsukov, M. I.;
iAUTHORt taygorodakiy, I. I.; Dondar
:Lot oreako Min .1-Mitkovich, G. I..; Parvenkov, G. S..
Boyko, G. V.
JITLZI Method for manufacturing flat, tons pyroceram products..
:Class 32, No. 165528
:SOURCE: Byullsten' Isobratenty I tovarny*kh snakov, no. 19, 1964,
32
TOPIC TAGSs An--Author Certificate has been Issued for a method of
i
manufactu Vng f let foam pyrocaram (altall) products based an glass
~uade from slage - The gloss to he'at-tre'sted In two stages-in
order to
:obtain a porous surface, while maintalising a nonporous subsurface.
I
~,While the subsurface to being cooled, the surface is heated to
1100-ISOC above the crystallization point to a viscosity not to ex-
!coed 400--r5,00 poisa,-&ad maintained under those coadittono*for
10-30
IAISOCIAT109o.~_.aoie
Card .1/4 1

BOYKO, G.Ye.
Mineralogy of ozocerite of the Borislav deposit. Min. abor.
no.15:285-297,161. (MIRA 15:6)
1. Gosudarstve=yy universitet imeni Ivana Franko, Livov.
(Borialav region-Nocerite)

YATSFXKO.. Ye.F.; BOYKO,, G.Yo.; D014TSOVA, G.M.
Higher 3.iquid.hydrocarbons indOrpathion ozooerites. Izv.vys;)
uchob.zav.; neft' i gam 5 no.f-.*71--75 062. (IURA 15:
1. Lsvovskiy gosudaretvannyy universitet imeni I. Franko
i Ukrainskiy nauchno-issladovateltakiy geologorazvedochn)-y
institut.
(Carpathi$n Mountains--Ozocerite)
(Hydrocarbons)

BDYKO, G.Ye.
Mineralogy of ozoooritein the Dzvinyach and-Staruni deposits.
Min. sbor. no.16z"9-45J 162* (KIRA 16:10)
1. Gosudarstvennyy universitet imeni, Ivana Franko, LIvov.
(Carpathian Mountain region-Ozoeerite)

BOYKO G.Ye . ELIMOVSKAYA, L.K.; RYLITSEV, Ye.V,; TUILKE'VICF,
V.V.; YATSENKO, Ye.F,.';
Infrared absorption spectra of the higher liquid hydrocarbons of
Garpathian ozocerites. Trudy UkrNIGRI no.5:378-381 163.
(MIRA 18:3)

ADAK IN, N.1 BOMO, let bukhgalter-okonoodst,
SurP'So- staff In the coal industry. Fin* SSIR 19
no.6:63-64 Je 058.
(XIM 11: 6)
1 -lachalinik Udlyewslwgo gorodskDgo finmeovago otdola (for
(Kadiefte-Coal mines and mining)

BOIKOI L, inzh. (Odessa)
Frameworks from preaasembled. reinforced concrete
supports. Muke-elev.
prau 28 no*6:26-27 . A 162. (MIRA 15:7)
(Grain elevators) (Concrete construction)

BOYM, ITan AlokmayOTich: TEPLTAKOT, G.V., red.
[Swyatogorsk; a brier study on Its history and local lore]
Sviatogorsk; kratkii Istoriko-kraevedcheskii ocherk.
Kharlkov,
Stalinskoe oblAzd-TO. 1959. 105 P. (KMA 13:2)
(Bryatogorsk--History) (Svyatogorsk--Zconomic conditions)

~06-? YW C 2~ -
USSR /themical Technology. Chemical Products 1-21
and Their Application
Medicinals. Vitamins. Antibiotics.
Abs Jour: Rererat Zhur - Kh1miya, No 9, 195T, 322T7
Author : Boyko I
Title : Drying of Chemico-Pharmaceutical Preparations
by the Method or Spraying in a Current or
Heated Air
Orig Pub: Med. prom-st' SSSR, 1955, No 4, 16-19
Abstract: Description or the newly developed design of a
drying unit which makes It possible to effect
very rapidly the drying of chemico-pharmaceutical
Preparations (including those that are thermola-
bile), by the method of spraying in small-diameter
chambers (about 0.6 m), without altering the
Card 1/3

USSR /themical Technology. Chemical Products 1-21
and Their Application
Medicinals. Vitamins. Antibiotics. -
Abs Jour: Rererat Zhur KhImiya, No 9, 1957, 32277
sterility or any other property of the prepara-
tion. The principle of operation of the pro-
duction unit is essentially the following: air
heated at 85-145' is admitted under a pressure
of 1.2-1.5 atmospheres into a purification fil-
ter and flows therefrom to the upper part of the
drying chamber, onto an air distributor, where
a rotary forward motion, along a spiral path,
is Imparted to the flow of air, which on moving
downward entrains the jet of the solution being
dried, which is pneumatically sprayed through a
nozzle. The use of the spraying principle of
drying simplifies considerably the production
technology, by eliminating, in particular, the
Card 2/-3

USSR /themical Technology. Chemical Products 1-21
and Their Application
Medicinals. Vitamins. Antibiotics.
Abe Jour: Referat Zhur - KhWya, Mo 9, 1957, 32277
use of flammable solvents and the necessity of
a subsequent grinding of the dry preparations,
which lowers the prime cost of the latter. As a
practical example a description is given of the
results of drying of Novarsenol, which ensures
the retention of the standard indices of this
preparation.
Card 3/3

op BYLINK33A, U.S.
e!zm6la
Spray drying of antiblottes. Kedprome 12 nOO7:41-46 11 158
(KLRA 11:8)
1. Yeanonsnyy nauchno-losledovatellskiy InRtitut
Fintiblotikov.
(AMBIOTICS)

BOTZD I.D., POPOVA, L.A.
Use of waste sycellun from antibiotics production for feeding live
stock. Nsdepiom 12 noeW59-60.Ag '58 (KIRA 11-.9)
1e Is opyt'a panitailliuovogo savoda - g. Debretsen, Vengerskaya
Narodnaya Respublikas
(MGI)
(FMING AND F=DM STUFFS)

ZHUKOVSKAYA, S.A.'. AMMOVA. L.A.; BOYKO, I.D.
Use of a jet extractor for the recovery and
purification of ery-
throcqcin and tetracycline. Med. prom. 13 no.5:26-33
Yq '59.
(JUM 12:7)
1. VsesoyuzrWy nauchno-isaledovatellskiy institut
antibiotikov.
(ANTIBIOTICS) (IXTRACTION APPARATUS)

BOYKO, I. D.
"Study of the Aeration Process as Related to the Phase
Contact Surface;
Methods for Increasing the Efficiency of Aeration
Devices."
presented at the lat Intl Fermentation Symposium', Rome,
Itdjy, 9-14 may 1960.
All-Union Scientific Research Institute of Antibiotics,
Moscow.

Te.S,
Dryine of streptosWein solutions by sublimettion. Ked.proa.
14
no.l.-40-45 Ja 160. (YnA 13:5)
1. Vilesoyanyy naucbno-leeledovatellekly Inatitut
antiblotikov.
(smxmwcn--MRTM)

BOnOD, " I.D.; ZEMTSUTA, S.A.; JRIMN, T. 1.
r"
Coustructlon of a oyllimdrIcal vacum flIter for hard-to-filter
cultural flulds of antiblotles. Yed.prom. 14 no.3:32-38 We 160.
(MINA 13:6)
1. Yeasoyuzuyy navabno-Issledovatel'skly Institut
amtIbIotIIwv**
(PIIMM AND PIUMLTIOI)
I

BOYKO, I.D.; ZHUKOVSKLYLO S.A.; ANNENKOVA, L.A.
Investigation bf the aeration process in-aeration
installations.
It Aeration by means of mechanical mixers and bublers.
Med. prom.
14 no*9:36-41 S '60. 13:9)
.1, Vsesoyuznyy nauchno-wisoledovatel'skiy institut
antibiotikov.
(DRUG 114DUSTRY-EQUIPWM AND SUPPLIES)
(CMYGEN-INDUSTRIAL APPLICATIONS)
(ANTIBIOTICS)

BOYKOP I.D.; ZIIUKO,VSKAYAv S,A,,- ANIENKOXTAP L.A.
Investigation of the aeIration process of aerating
devIces. Part 2:
Jet aeration. Med,- prom. 14 no. 10:13-15 0 160, (MIRA
13:10)
1. Vsesoyuznyy nauchno-Issledovatellskiy institut
antibiotikov.
(OXYGEN-IOUSTRIAL APPLICATIONS)

-- --- ------
ANIENKMA, L.A.; BOYKO, I.D ZHUKOVSKAYA, S.A.
Extraction of terranycin from native solutions with the use
of a jet extractor. Med. prom 15 no.11:43-45 N 161. (MIRA 15:6)
1. Vsesoy=7y nauchno-iseledovateliskiy institut antibiotikov.
(TERRAMYCIN)

S/243/62/000/007/001/001
102111215
AUTHORS: __Aqxk2,L_Q~Bylinkinz, Ye. S., Temchova, V. F. and
Nechayeva, M. G.
TITLE: Extraction of antibiotics from culture fluids without
separation of mycelium
PERIODICAL: Meditsinskaya Promyshlennost SSR no. 7,1%2,18-25
TEXT: Filtration of culture fluids as the first step in extraction
of antibiotics is time consuming and resulu.
in a loss of 10 to 20% of antibiotics. Better results were obtained
by a direct extraction method (Bartels C.R.,
Kleinman. G., Korzun, J. N. et al., Chem. Eng. Progr. v. 54, 1958,
49; Wirtels, C. R., Kleinman G. U.,
Patent 278631, 1956). This method has been successfully applied for
the extraction of streptomycin by filtra.
tion through cationites K134171-2 (KB4P-2) and KE-2 (KW2) with the
addition of 0.8-1.0% sodium to the
culture fluid. This method saves time and increases the yield. There
are 4 tables and 3 figures.
ASSOCIATION: Vsesoyuznyy nauchno-issiodovatel'skiy institut
antibiotikov (All-Union Institute of
Antibiotics Research).
SUBMITTED: May 19, 1%I
Card 1/1

,-BDYKO, I.D.; BYLINKINA, Ye.S.
Spray drying of antibiotica. Mad. prom. 16 no.2:27-35
F 162.
NIRA 15:3)
1. Vaesoyuzriyy nauchno-issledovatellskiy institut
antibiotikov.
.(ANTIBIOTICS)
(BIOLOGICAL PRODUCTS-DRYIVG)

POPOVA, L.A.
Production of antibiotics In France. Med. prom. 17 no.9:58-62 St
63. (14IR-A 17:5)
1. Vsesoyuznyy nauchno-issledovatellskiy institut antibiotikov.

w

BOTKO, I.I..-insh.
Testing a veneer pooling lathe vith autowtic knives. Der.
pros. 8 no.9:24-25-.$ 159. (KMA 12:12)
U~stovskly fanerm- derevocbrabstyvaMhohly kombinit.
(Towers and veneering)

On the theory of the nobility of electrons in
semiconductors,
Pit, tvar. tale. 1 no.4:574-578 159. (KINA 12:6)
l.Mookovikly gosudarstvannyy univers Itat Fizicheakiy
fakul'tet.
(Semiconductor#) (Blectrons5

3/181/60/002/01/24,1035
'BOOB[BO14
0 0
AUTHORS: Boyko, I. I., Ras hba, E. I., Trofimenko, A. P.
TITLEz Thermally Stimulated Conductivity_of Semiconductors
PERIODICALi Fizika tverdogo tela, 1960, Vol. 2, No. 1, pp. 109-117
TEM The theory of thermally stimulated conductivity was established
on the basis of a sufficiently general semiconductor model (Fig. 1).
It
is shown that the depth of the local level can be determined by
studying
the curves of thermally stimulated conductivity at different rates of
heating. A preliminary comparison was made between theory and
experiment.
US samples with an admixture of Au were investigated. The gold was
introduced at 550-6500C. Measurements were made by means of an
apparatus
described in Ref- 5. The rate of heating could be changed within the
range
0.5 1.5'deg/see. Three peaks of thermally stimulated conductivity
were
found in the samples under consideration. At a heating rate of v
- 0-5 deg/see, the peaks are found at 110, 240, and 2900K
approximately.
The relative values of the high-temperature maxima changed
considerably
from sample to sample (Fig. 2). The 2400K peak of that sample which
did
Card 1/4

Thermally Stimulated Conductivity-of S/181/60/002/01/24/035
Semiconductors B006/BO14
not show the highest high-temperature maximum was studied in
detail. From
this the authors concluded that the temperature dependence of P
and r is
negligible. Fig. 3 illustrates the determination of the
adhesion level
from measuring points. 6 is determined by the slope of the
straight.
They yield almost the same values of the activation energy E. -
0.34 ev.
Fig. 4 shows curves representing the electron concentration
n(T) for three
values of v. As may be seen, there is satisfactory agreement
between
theory and experiment. The greatest divergencies occurred at
the end of
the nkT) curves within the low-temperature range. The
dependence on
n(T) - exp T found in experiments was considerably smaller than
that predicted by theory. This is probably due to the fact that
the
sample had*a smaller number of centers the activation energy of
which
was somewhat below 0-34 ev. It was theoretically found
(equation (27))
that the recombination near the n(T) maximum was mainly
monomolecular.
The authors thank Engineer A. I. Sheretun for having prepared
the samples.
There are 4 figures and 5 references, 2 of which are Soviet.
C- ak"~ SY/O-_ ;LK
Card 2/#1

83000
S/181/60/002/008/019/045
Boo6/BO70
AUTHM Boyko,_I-__I-
TITLE; The Problem of the Role of Adhesion Centers in the Process
of Relaxation of, PhotoconductivityN>
PERIODICAL: Fizika tverdogo telap 1960, Vol. 2, No. 8, pp. 1835-1840
TEXT: One of the most important methods of measuring the relaxation
time is based on the investigation of the decrease of the
concentration
of minority carriers after illumination is switched off. But the
existence of traps, which may be interchanged with the current
carriers
from the conduction band, disturbs the falling-off curves and-leads to
difficulties in the interpretation of the experimental data. S. M.
Ryykin has several times pointed to this fact. But, it may be assumed
that-a-measurement of the recombination time measured according to the
first-part of the falldng-off curve with sufficient accuracy excludes
the trap-induced distortions. In the present work the author
investigates
the falling7off curves of the pho~ocondlactivity without the
restrictive
Card 113

83000
The IProblem of the Role.of Adhesion Centers S/181/60/bo2/008/019/045
in'the Process of Relaxation of B006AO70
Photoconductivity
assumption that the filling ofthe adhesive centers with electrons be
insignificant. He is able to show-that the form of all,the
investigated
falling-off ourves~gives satisfac tory data on the character of the
recombination and adhesion. An n-type semiconductor is then considered
whose energy diagram is characterized by one series of adhesion
levels.
The drop of the photocurrent after switohing-off of the illumination
is
described by the system of equations (1a,b), and the recombination
time
of the band electrons by (2). The equation is treated under the
assumption that the lifetime of an electron on the adhesion level is
very large compared to its lifetime in the conduction band. The
process
of the drop of current may then be split up into two stages
characterized
by two very different instantaneous falling-off times. The first
stage is
dominated by a rapid disappearance of the electrons from the
conduction
band on account of recombination. Here the traps have no opportunity
of
discharge. The second stage occurs for sufficiently small
concentrations
of the band electrons, when the electrons from the conduction band are
trapped by traps and recombination centers - a process which is almost
Card 2/3

83000
The Problem of the Role of Adhesion Centers S/181/60/002/08/019/045
in the Process of Relaxation of Boo6/BO70
Photoconductivity
completely compensated*by'the new appearance of electrons which are
thermally released from the traps. From the electron concentration
n(t),
an approximate equation is obtained, and relations for the reciprocal
lifetimes T, and 'r2 are given'. The course of these reciprocal times
as
functions Qf electron concentration, temperature, and reciprocal
temperatur4 is shown in a series ot diagrams. .Some of the
characteristic
parameters of the model considered here ca -n be determined according
to
the method of thermally stimulated conductivity. A o~omparison of the
parameters so obtained with the corresponding experimental values
gives
information on the limits of applicability of the model. The author
thanks Academician of the AS UkrSSR-V. Ye. Lasb.~arev for his
interest,
and E. I. Rashba for guiding the,work. The re are .3 figures and 3
Soviet
references.
ASSOCTATION: Institut fiziki AN USSR Kiyev (Instit.ute.of Physics of
the
AS UkrSSR, Kiyev)
SUBMITTED: January 3, 1960
Card 3/3

AIX
83008
5/181/60/002/008/027/045
Boo6/ ~.o63
AUTHORS: BoykoD I. 1.v Rashba, E. I*
N
.1
TITLE: Thej~r~rtiaa 0f_Saz1nnnduetQ,-~s With a Loop of Extrema.
aField Perpendicular to
the Loop Plane
PERIODICAL: Fizika tverdogo telap. 1960v Vol. 2, No. 8,
PP- 18714 - 1883
TEXT! Following two preoedi papers (Refs. 1 and 2), the press paper
ng
gives a-theory for the magnetio susceptibility of semiconductorsthe
extrema of which 1~e on a loop. The depthp A 9 of this loop depends
on
various factora~ and varies from -10-5 to 10-3 ev. Therefore, the
present
paper deals,with some special.cases. The free energy of the
carriers in
the band is.caloulated without considering the change in -the free
energyp
which is-related to a possible redistribution of the carriers
between
the conduction band and the impurity levels. First, the authors
study
the magnetic susceptibility in a non-degenerate electron gas in a
general
way, after which expressions are derived for the following special
cases:
Card 1/1

83008
The Properties of Semiconductors With a Loop 8/18
60/002/008/027/045
of Extrema. II. Magnetic Susoeptibility in a B006YB063
Viol& Perpendicular to the Loop Plane
a) high temperatures (A A,
2
B > B in the most interesting one if'the absorption edge i onnected
;ith transitions taking placein the proximity of the poinst f - 0. In
the opposite case, th:maVorption threshold is connected with
transitions
c
Whi h are far away fr k - 0. When proceeding ocording to Ref. 6t
K(W) r J(K, f A Q - C + 6 )+ K2 (cj) ej (2), is obtained for
the absorption coefficient where is the frequency of the incident
light
1 for x > 01 M2/4(A A), r is a constant of the same
and,A(x) for x ( 0 2
order of magniVe as in.the case of a quadratic dispersion law. If the
transition at 1 0 is allowed,
Card 0

'
25683.
8
6
00
0
06/02

/18
1/
3/0
3
7/

es ... B1 02YB~02
Optical prbpbrti

,

TWA

re
(3)

?
A)

C

V;[T= A
4
K
k

hi
.
a

holds. Wi th inorea'sing.frequency, K(cj) tends to OW _

i. e., the result
known for i quadratic dispersion law is obtained.

"For-.transitions forbidden
at T- 0, K, (CJ) +d) + where-

-D is~a oonstant.of the order of For a
wurtzite-type crystal

D -'24/3. At lic') --c >> 6 , K(Cj)-V ci As may be
seen, the.effeci.

of the'loops of the-extrema consists in a decrease of the
exponent of,.

,
the 0j) la%v by half i0. vdlue as compjrod,~to tt~o ciao of
the-quadratic

.
dispersion law in the frequency range 6Where 6 .:~s

the
minimum'distance between the bands. If band 1 lies above band 2

_YM,
Card 3/40

W,

25681
00
0
S/181/6

1/
07/00~M3.
3/

Optical properties ... B1 02/B202

and-if A onistant'

e
A21 B>B th above facts hold, accurately.up to-a b
'
i

(A A)~ s rep
ace
d by (A - A ) and (B B)
by (B - B The
)
2 2
2

.
.
2
:formulas hold, up;to a constant, also for direct
band-to-band

.
transitions accompahfia by in elootron-hole'pair.production the

Coulomb interaction of electrons and holes is negligible. In. the
O

Iof indir6ot transitions ~ooompanied by electron-hole
pair~produotio
T

an expres'bion of the'form (2) is obtained for K(Q) where,
howeverl.

2 + jV2

oc
./4A -6. For allowed transitions K (,Acj- and 'at,

G-)2
iwd'.
D 6', K is obtained. Forforbidden bands

.
cases are-possible: a) band-to-band tiansition,is primary, sea
erinig.'
'

-from a phonon is slecondary'and b) inv'e*r
se case. The expressions

obtained for K(Gj) differ in both.cases.'
The author-tbanks E., .I., Rashba

for having:supervised the.studies.
There are 1 figure and reiferences:
7

.
4 Soviet-bloc and 3 non-Soviit-bloo. The referkices to English-

I.P
ws: Ref R.'Elliot
language publications read as follo 5t hy~s. Rev.

,
108, 1384P 1957; Ref. 6: J. Bardeen, F. Blatt, A4 L. Hall,.Photo-

conductivity.Conference h. a. Atlantic City in 1954, N. Y. 1956;

Card 4/0 0&S5_;e

3991; A
s/l6lZ62/004/008/015/041
6 0 (D B125YB102
TITLE: Combined resonance in semiconductors with inversion center
PER.10DICAL: Fizika' tverclogo tela, v. 4, no. 8, 1962) 2128-2136
TEXT: Formulas relating to the scheme shown in Fig. 1 are derived,
including the resonance transitions the matrix elements
4/j, U I I r_-T (7)
2ch. _V_,Lq.%UXjCM (hwo AX 4X
a W:r uk~
hwo-i-A'y 'hwo-2j'v)~th
for the transitions in silicon, and more,compplex matrix elements for
those in germanium. Their starting point are the effective
Hamiltonians
of silibon and germanium for a left-hand circularly polarized electro-
magnetic iield with the vector potential
Card 1/#

S~ 161/62/C)04/006/015/041
Combined resonance in ... B125/B102
U (icosot + jain&)t)cosQZ (4) which is per'pendicular to the static
0 -ip
magnetic field (Q being the wave vector of the high-freque.ncy field,
Z11H).
One summand of the perturbation Hamiltonian, corresponding to the
vector
potential (4), describes the direct interaction of electron spin and
magnetic vector of the radiofrequency wave. It also describes the
ordinary paramagnetic resonance with the free carriers. Thb second
summand describes cyclotron and combined resonance. The paxama.n4atic
resonance transitions are most intense at the frequency
E -)/-h(for n,-n-). In the present approximatlon Ge also has
n n
transitions n ~-tn + I which are additional to the transitions n+z~-
n-, at
the frequencieski where cj is the frequency of
par (joycl par.
n
paramag etic resonance and 6) cycl is the frequency of cyclotron
resonance.
The triplet intensities of t~e combined resonance of Ge have the same
order of magnitude. In (7) V is the complex velocity operato--;-, D
is the
2
representation of the group of rotations and 61 (2eH/-,'a c)j U X and
0 xx Y'.
Card 2-

s/181/62/004/008/015/041
Combined resonance in ... B125/B102
and ~.-L B 11 2 + jg1212 The matrix elements for the transitions
2 .0v
silicon and germanium are calculated also for the vector potential
U01ccosot Cos QY (high-frequency field) and for the vector potential
.,u 3. cos&)tcos QY~ The magnetic wave vector is polarized parallel to
0
the static magnetic field., Fig. 2 roughly shows the intensity of
combined
resonance as a function ot the static field.direction with respect to
the crystal axes. At the frequencies q an - (A)cycll germanium
par' . d I Cjpar +
has three distinct resonance peaks with intensities of the same order
of
magnitude. In semiconductors with inversion centers the perturbation
theory,applies independently of the magnetib field st-rength.
There'are
2 figures.
ASSOCIATION: Institut poluprovodnikov AN USSR, Kiyev (Insti.tute of
Semiconductors AS UkrSSR, Kiyev)
SUBMITTED; March 20, 1962.
Card 34*2

AUTHOR: Bqy4p_2_1. 1.
TITLE: On the yidth of ectbined resonance bands
SD/A
IZVP- t2l
Acassion m: AP5w1548 S/0185/64/00~/012/1286/1290
SOME: Ukrayins')Wy fizychnyy zlmmal, v. 9, no. 12, 1286-1290
TOPIC TAGS: spin resonance,, cyclotron resonance., band width,
paramagnetic re-
sonance, crystal symetry, semiconductor crystal structure
ABSTRACT: The factors governing the width of the bands of combined
resonance',-
with the band carriers are analyzed. The matrix Hamiltonian is
expres--sed--asi--a
sum of terms corresponding to the configurational and spin motions of
the electron
in the crystal and the spin Hamiltonian component perpendicular to
longitudinal
conductivity is diagonalized. The interaction operator is likewise
transformed
and resolved into a current operator whose diagonal part describer
cyclotron re-
sonance and the nondiagonal part describes ccabined resonance. it, is
then shown
that in semiconductors with inversion center the spin-resonance band
width in
usually relativistically amall, whereaB the cyclotron-resonance
vildth is deter-
mined by the nonrelativistic interaction. In crystals
without'sy.-metr$ center
rd 1/2

I-L 2113345
ACCESSIOn M: AP5=548
if the r-elStivistic Parmeter goviraing the -width of the spin band
ceases to be smaul
and in s=e cases can becme equal to the cyclotron resonance band. At
the same
time the intensity of combined resonance can become of the same order
as the
cyclotron resonance intensity. "The author thanks E. Y~ Rashba for a
discussion."
Orig. art. haz: 10 formulas.
ASSOCLATION: L3,stitut napivpravidnykiv AN URSE (Institute of Serd,
conductors, AN
UkrSSR"
MaNa=: I&ar64 ENCL: 00
SUB CODE: SS2, NP KH W GOV: OD2 OTM: 001
,-Card 2/2

DALCNKOVA) M.N.; BOYKO, 1.1.; YE-211Q4KO, I.N.
-W
1,11blecular scattering of light and its relation to the
atructure of
polymer solutions placed in an electric field. Ukr. fiz.
zhur. 9 no.
5:559-563 My 164. (RIRA 17:9)
1. Ukrainskaya sellskokhozyaystvennaya almdemya.. Xiyev.

RASIIBA,E.I..,- BOYKO I.I.
Kinetics of conductivity electrons in a variable el-ectric
field.
b1cr. fiz. zhur. 10 no.1:113-114 Ja '65. (MIRA l8t4)
4
1. Institut poluprovodnikov AN RrSSR, Kiyev.

rL 2205.-66:-:.EWT(1)/.Drr.(M)/-T/.Ewp(-t)/Srp(b,)/.EWA(b)~,.-
~jjp(c) --JDAT-
KMEMM, AR: AP5017335 iWo,313:L/6
5/007/WT/2239/2242
1 AUTHOR i Miad#Lwj L P.; Raebbap Be1o; Rql%ngn[~
TME Occurrence of-ftft-equillb `&iers when eu*ent passes tbruugh
allsti-
I.es.13y deformed gernanium
SOME: Fizilm tverd4d td1aPV- 7.9 no* 7., 3~65., 2239-2242
TOPTC TAGS i germanlum$. i3emiconduqtqr,cVrjgrp e*st1c deformation
ABSTRACT-., This is a continuation of earliei~ ii6ik V. 6 3247, 64),
mhere it
j, 3~
-wat sho-om that under certalwoonditiono ~curront flowing through
homogeneous organiel
crystals with anisotropic electric conductivity can give rise to
non-equilibrium
carriers and to a nonlinear volt-ampere characteristic. nie present
in7estigation
waz.ftvoted to an experlmentikl, observution of this effect. The
reintion between
the field intensity and the current density. is derived theoreticaUy
for this casesi
The experiments., performed on higb-reoistlvity germani-im (4.0 n-cm
at 300r,).. In'
wbich tbo- nnisotropy ims 'produced by hcmogeueo'~,.s remilted in
teristics -which were v %:-IV Sivoll- to.thoge derived
thecareticaLly, "Me atithorf,
~tbank V. To. lAshkarIT t M X. Sheynimmfor a diecimsion and Va
Yes
Pakbowr for participating Jn- calculfflo-nee'OkUo' hit.-O has; 2
figures
and 3 fornul"o
Card 2/2

ACC NRt. AP6002024. SOURCE CODE: UR/0185/65/010/012/1309/1321
AA
AUTHOR:, Boyko, I. I.~
ORMO~ Institute
of:Semiconductors,AN UkrSSR
KieT (Instytilt
napivprovidnykJ.v,AN_URSR).-:
L; 5.5
TITLE:_-Man -band s a
Y_ quas.1clas ic I waved notions in semiconductors in
.06 presence of an external-constant magnetic field'
SOURCE:
Ukrayins I kyy fizychnyy zhurnal,,,.v. 10, no. 12, 1965, 1309-13M.
..-TOPIC -.TAGS:.- wave function.- semiconductor band structure,,
conduction
....,,electron, "Schrodingerequation , Hamiltonian, external magnetic
field, constant
magnetic field
'ABSTRACT: 'The Hamiltonian of the band electron in an external
constant
magnetic field Is expressed.An,.,the form of a matrix in the many-band
-formalism of -the- effective-pass method; the elements of the matrix
constituted by the wave functions are sought in the form of a series
in
ascending powers of Plancktalconstant. For simplicity only terms
quadratic in the quasimomentum,or containing a combination of the
quad-
momentum and,tbe,external magnetic field are considered. To find the
correct phases oftbe,obtained wave functions, they must be matched
with the exact solutions near points where the conditions for the ap-
plicability,of,the:quasiolds6ical approximation are violated. In the
~Card 112

ACC NR, AP7000365-- SOURCE CODE:
UR/0413/66/000/022/0140/0140
INVE14TOR: Hashnikov, Yu. I. Lebedev, 0. N.; Weskov, -Y.
V.; Rozenberg, 14. M.;
iBakulin, A. I.; Boyko. 1. 1.; Krupenya, B. I.
ORG: None
jTITL-E: A7mechanism for forced Impact.destruction of a
diaphragm. Class 47, No.
iSOURCE: Izobreteniya, promyshlemWe obraztey, tovarnM
anaki, no. 22, 1966, 140
TOPIC TAGS. pneumatic device, gas pressure
'ABSTRACT: This Author's Certificate introduces a
machanian for forced impact destruc
.tion of-a diaphragm. The unit consists of a striker and
a ball catch vhich holds the
I triker in the cocked position. The kinetic energy of
the striker is increased by
irigid connection to a piston which uses gas pressure to
awn the striker after the
.ball catch is released.

RC
.1--striker; 2-piston; 3-ball catch
SUB CODE: 131 SUM DATE: olFeb65

-BOIXO-r-~ ~Ovic I kand. sellkhozo nauk; BUYANOV,
Vasiliy
Andreyevich,, inzh.; FILIN,, A.G.,, red.;
BODANOVA, A.P.j. tekhn.
red,
[Freight haulage vith tractor trains]Perevozka
gruzov avto-
poezdami; opyt maiakov-avtotransportnikov.
Moskva., Avto-
transizdat, 1962. 106 p. (KUU 16:1)
(Tractor trains)
(Transportation., Automotive)

BOTED, 1.1., g]AvW veterInariwy.. vrach Noginskogo rayona,
Mookovskoy oblastI.
Incorrect references, Yeterinarlia 34 no.3:87-88 Mr 157.
(MLRA 10:4)
(Artificial Insemination)

:Subject USSR/%ining AID P 1769
Card 1/1 Pub.78 T/26.
Author Boyko, 1. N.
Title tudy of o1i producing and injection wells in Tuymazy
(Bashkirya),
Periodical The organization of brigades testing oil producing and
injection wells is described, as well as their equipment
and the methods used for determining various data on
well pressures, water levels, coefficients of
productivity and.of permeability, core analysis, etc.
Charts
Institution: Control and.Neasuring Instrument Shops KIP;
(Central Scientific Research Laboratory) TsNIL
Submitted Nodate

BOTKO, I.N.
Investigation of patrol@= and pressure wells In
Tom&W. Neft.
khoz. 33 no 3:29-34 Mr,055. (MLRA 8:6)
(;~;;azy--011 wells) (?Wmsy--Gas, Natural)

BDYlO, I. N.. .
Reciprocating scrapers Neftlanik 2 no*8:20-21 Ag 157, (MIRA
10:20)
1,Nachallnik tsekha, kontrollno-ismoritellnykh priboroy
uprsvle-
ulya Tuymazaneft'. .I
(Pipes. Deposits in)

1~ I - -,-- .A~
Kcr A-
1.4~ ~11 ~ -~
Press for calibrating dynamographs. Neftianik 2
no-9:21-22 5 '57.
(KLHA 10:9)
1. Nachallnik taekhe kontrollno-IsmeritelOafth
priborov Nefts-
promyslovogo upravlanlym Nymmazanaft'.
(Dynamometer)

BOYKO,, I.N.
Indicators of automatic waste-water discharge. fleftianik 7
nD.9:20-21 S 164 (MM 16..?)
1. Nachallnik tsekha kontrollno-izmeritel3nykh priborov i
avtomatiki neftepromyalovogo upravldniya Tuymazinskogo tresta
neftyanoy promyshlennosti..
(Tuymazy togimi-Petroleum-Desalting)
(Liquid level indleatcrs)

BOYKO, I.N.; LFPESHKINA,,V.T.
Important possi4lities for increasing protein-rich foeds.
Zemledelie 25, fib'-*208 F 163. (MM 16: 5)
l..Kafedra Senledeliya-Malitopollskogo instituta
makhanizataii
sellskogo khozyaystva.
(Peas)

,.60
meid atudies of wind currents along the aborea Oear
where there
is deep water in the layrakam Reservoir. Trudy OR
no.98s247-262
962o (M3RA 15312)
41~ Reservoir-4cean curr~mtn) (Winds)

BOYXO, I.T.; DTATIL, M.P., mokbanik
Self-propelled vibration table. Auggasted by I.T.
Boiko, M.P.;
Diatel. Rats.1 izobr.predlov strole u0*13:7-8 159.
(MIRA 13:6)
1. Nachallnik Routovskogo tzekha koubluats.
"Stroydetall" tresta
RD*27 Glaymonoblastroya, stantelya Strorka, Moskovskoy
oblasti
(for Boyk~). W. Reutovskly tsekh kombinata
"Stroydetall" treata,
10-27 Glaveonoblatroya stantmiya Stroyka Moskovskoy
oblasti (for
Dyatel).
(Vibrators)

ao~Ko, I.V.
15-57-3-3787D
Translation from: Referativnyy zhurnal, Geologiya, 1957, Nr 3,
p 187 (USSR)
AUTHOR: Boyko, I. V.
TITIE: A Study of the Relationship of Phase Composition and
Mechanical Properties of Frozen Ground to Temperature
and Pressure (Issledovaniye zavisimostey fazovogo
sostava i mekhanicheskikh svoystv mbrzlykh gruntoy ot
temperatury i davleniya)
ABSTRACT: Bibliographic entry on the author's dissertation for
the degree of Candidate of Geological and Mineralogical
Sciences, presented to the Vies. 'n,'-i. 4olln. *ii~-t (All:.
Uhi6~ Scientific Coal.In*stitute Moscow, 1956
'ASSOCIATION: Vses. n.-i. ugolln. in-t (All-Union Scientific
Coal
Institute)q Moscow
Card 1/1

,
0

,

b, of dayey 6~11i. 1.
~Cmvplixt W

V 29.- 473--C(IM dtt,,

Mko Zhur. PrikW. _,Kh imi
of'strengthening tl IMO

by' tlectr6chen. the follovving t%pt.
4fit soil
vvith a aCJ
thrcoAXu**ik
v W&S utd
soln
)y
e

.
.
,
%
Crated electrodes burled
-in. the:iAl As. the cwent

(
,U.) Pused throkislitbe ooll, CA++Xptd,
near the cathode
jak, zone spru - u was
this thodle ntil the process
W

.
0
y: the'lacreased rJec. resistance. - - With,

placed

in orated, filled with w~suf*c
nonmetalic boxes

Of Cal

1he Initiss! acidity of the picanodimspace
l+ 0

.
was Iseutralized'and, gmdually-the entire mp~ %tWeen

tht electrodes w
filled with dio; Wid vms snore complew

a

n ma;
d e rapid on the sutfacd than im depth. A block oll

!-1501.re
iredSOdays at the expetsse of 15W kw. Isrs./cu. m~
qu

-a a cA of 5-7 nia./sq. cm. initially and 1-2 ma./sq. Cm.
t

at the CO&, The d.'of the finished material was LW-1.75

and 'It
libsorW 20-5% of its wt. of HjO. , Howeveri its

3 months in wat r ned
unclianged aud
Strength afte, 1. er ernai

4a steaming for 12 hn. at 85-90* it
increased to 32.6 kg./

I'XlertrorbeznM~
camenUtion- OVCIAYWY~ -
Dolkr, J. Appl. Chem.
U.S.S.R. 29, 517
CA 50,

BOYKO, I. V.
BOYKOj I. V.: "Investigation of the phase state and the mechanical
pro-
perties of frozen soil as a function of temperature and.pressure."
Min Coal Industry USSR. All-Union Sci Res Coal Inst. Pechora Af-
filiate. Moscowp 1956. (Dissertation for the Degree of Candidate
in Geologicomineralogical Science.)

-- -- --------
BOM, I. V.
uInvestiptiom of the Dependence of the Pbase
Compoottlan ssA the
Nocbwdcal Propertles of the Frozen Boll an Tamperstwe
and Press=*. "
dissertatlan defended for the 6*W" Cand. of Goo -
calpKinnmIcSical Sci.
at the Pamdtmt X=t. In VO A. ObrucbsT (Jan-JUZY 1957)
Ddwso of Dl"U-tatl~'
Beat. or Goologleal 4bogMMoal Sol.
Vast. Ak Nauk ~, o 1937, Vol. 27v lo. ]L20 pp. 113-M

o vfo
BOUO , I.V
Properties of frozen loose rock. Shakht.stroi.
no.10:8-13 0 157.
(MIRA 10: 12) -
(Mining engineering-Cold weather conditions) (Frozen
ground)

0=

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(u0T^.nT09 Tvu0TwUsw"-0AZ) vgulvrTrq
pa:;woK japull punwi)

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SUTAVOR
Got

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oot

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SUMOOV O-4Ur

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pasic

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SO vAlTvbJoj2vo3u&wwVwV MQ090df "U.rwUoT""
od OATUwtJvqwOAos
NOMLIMAIM 1009 1 ACV f(oE)tT

BOYKO, I.,
Som notes on the proJect of a continuous corn receiving and processing I

BOYKO) 1.
Waterproofing and water lowering in the conar~ruction of the
fouvdation
ditches of motortruck scales,,Muk.-elev. prom. 29 no.11228 N 63.
(MIRA 17:2)
1. Odes*oys upravleniye khleboproduktov.

BOYKO 1, V,,
Heat and humidity conditions of the air in mines of the Vorkute, de-
posit* Trudy SOIM no*2:51-58 '62o (MDU 17:1)

L 40720-65
ACCWSION 14R: AP5012180 uR/oo66/64/Ooo/oo5/Oo24/0O26
AUTHOR: BoAR-1 -I. V& (Candidate of geological and mineral
sciences); Shchelokov,
V. K. (CaLaidate of technical sciences) k2,
TIMS: Icehouses equipped with notbanical cooling b
SOURCE: Kholodillmaya tekbnikA,:vo.5* 1964, 24-26
TOPIC TAGS: refrigeration engineering, refrigeration equipment,
cryogenic
engineering
ABSTRACT: The use of natural lei for refrIgeration purposes Is
videspread
in the USSR, being favored by the cold climate. Cold storage o-n
th-Le busis
has been successful throughout the central Mn. in the "se of
pot4ttoes,
vegetables, fruits, berries, certain dairy products, and various
salted wA
pickled products. Bovever, this method is not fidequate to wintain
the
necessary temperatures (belov 0-20) for prolonged sumeer storage
of frozet
meat, finh, butter and other bacic food products; in addition, it
entaliz-
sanitation difficulties, vhile the service life of an installation
ia
usually no more than 20 years, and constant repairs are needed.
Card 113

mechanical cooling accessories. The model plant based on this
principle was
the one at Vorkuta, constructed on the basis of V. M. KRYLOV's
system.
Here, instead of dispersed lee-brine cooling, there was a single
brine bath
located near the entrance; thmugh this passed the incoming air for
init%.,ial
cooling, after vbich It moved on to the functional chambers. During
the
sumer months the air in the letter vas maintained at -10 to -1.50.
One
of the authors of the Present article suggested the introduction of
mechani-
cal coolers for perishable foods; a plan for this innovation was
worked out
by "Vorkutaugall" and the plant van re-equipped accordingly. As nov
con-
e _c are_:and-a ce-cbAizberj'~tl~e tarlier batti chamber ntnr
serves as additional storW space. The plant holds 150 tons. The ice
massif Is covered vitb cinders abd savduct (1.5 a), 7be abell of the
en-
trance-cbsuber is cinder-filledi it is cooled by an iee-brine
mixture. The
mechanical accesvories are housed in a small contiguous structure,,
they in-
clude an ammonia compressor (21V-15; rating 50,000 kcal/hr; 480
rpm), an
element condenser 16 KE, and a vertlcal-pip,6 vaporlaer, 20TA, vitb
20 n2
cooling ourface.
2/3

POYNO , i.V.
Fossibilit,Y of using noil conent fron local rmtorials in ,Ilrc-
conctruction in the.Pochora coal basin. '-,~mdy SOL-2;' r-.1:10~-
115 160, (!iru 14:"Ll)j
(Vor',-uta region-Coal. rdres and mining)
Won OMMO

KALICHENKO, N.; BOYKO K.
'Council of Ministers of the Ulwainian S.S.R., regulation
116.2213,
Jialy 27j-l960,. ".On transferring the provincial
administration of
rharmacies to the' jurisdiction of the health departments of
the
p.tovince,executive committees". Parmatsev. zhur. 15 no.6:3
160.
(MIRA 14: 11)
1. Predsedatell Soveta Ministrov USSR (for Kallchenko). 2.
Zavedu-
yushchiy delami Sovete, Ministrov qSSR (for Boyko).
(UKRAINE-PHAMACY)

L 48307-65
T
~'Z!" P
ion, AP50 qbT
AC 5
!AUTHOR: Boyeva, K. I * (Engineer)
ITITIX: Weldinikequipment at the 1964 Exhibition of the Achievements
of the National
!Econcmy R -the USSR
SOURCE: Svarochnoye proizvodstvo, no. 4, 1965, 42-45
TOPIC TAGS: welding equipmert, TIG welder, aiitomstic curvilinear
seam welder,
~plasma metallizing gun, friction welder, light alloy spot welder,
stored energy
spot welder
ABSTRACT. Welding equipment shown at the 1964 Exhibition of the
Achievements of
the National Xc onmy of & MISR 1) ~a TIC, welder for automatic
welding in f ixed
position of the joints of alloy steel pipe.11nes 6~35 = in diameter
with a wall
thickness of 1-2 mm. VT15 or VL Tkmgife-n rdlectrodes are used in
weld-in'g with no
;filler vire. A modernized VCC-120 welding rectifier supplied
short-pulse welding
cu-rrent. 2) An AZ-1 unit for automatic welding of thin-wall
structures -with
curvilinear ~cints located along the surfaces of bodles
Tf-rotation.in an lner-'~ gaz
atmosphere. The' unit cLn weld parts vith a minimum inside diameter
of 2V60 am- and
a maximirn outside diameter of 780 mm- 3) A UPU-2M gun for plasma-jet
metallizing

ACCE~SION. Iffl. AP5000677,-~
the inner and outer sur es f bod' s of rotation and flat parts with
refractory
gpgc 0 ie
metals 'L'IThe 3. U. 'Iconsumes 15-LO kv at a maximum current of 500
amv; the
40 m/hr. 4) Minsk Tractor
0. 8-1 2 rmm metallizing wire is fed tit a rate of 25--
i Plant showed an ESM -1 machine fo r friction weldingN~G carbon and.
low-alloy steel
i-ar s of up to 1000 MM2 cross section. The parts to be welded ar,2
clamped by a
!push-button controlled pneumatic device:and rotated in the vertical
plane.. The
Imachine develops a maximum pressure of 12 tons e~nd makes 7'
weldments per hour.
The Izhevsk. Machine- Buij~ ~ng -_~Iant exhibited a TTMI-I unit Por
wou' welding of
:1,5)
Ilight alloy parts 1.5 +1.5 mm thick. The machine has a 1000 kva
welding transform~-
ier; the electrodes are cleaned automatically. 6) The "IIESO
exhibited an auto-
matic IqTPU-300 spot welder or parts made of light alloys -and a,::
-Lr and of
heat resistant Nhardenable, and stainless ateels.ItThe 300 sput
welder has a nominal current of 32,000 amp, develops a 1500 kp,
press-ur- h e elec-
trode tips, and welds light alloy parts 0.3 + 0.3 mm thich, and r
steel
parts from 0.5 + 0.5 to 3 + 3 mm thick. 7) An MTK store d-eneEff--He
I d e r reL;i~;-
--l- tr~an-_- &ip~t _--ldInS-_-of-par r-made-of, light- alIqla, 'nusl
nd ti tw"O'Lum C'f Iqw-:'
_c
4 - J-
.p;
-the el:tfi~ 'd Ij -batte'r hqur--~ 'Orlg~--art- -:bq0_
up e:-t ps and produces xq:
MS

PANCHENKO, I.D.; BOYKO, K.M.
'Use of variaus electrode materials in the polarography of fused
salts. Ukr.khim.zhur. 31 no.2z190-194 165.
(MIRA 18:4)
1. Institut obahchey i neorganicheakoy khimii AN UkrSSR.

KAHYSHEV, N.S., otv. red.;,BOYEVSKIY. A.S.# red.; VIKTOROV, D.P.,
red.; DEYSLE, V.F.9 red.; M.P., red.
(Studies of the-Voronezh section of the All-Union Botanical
Society] NauchrWe zapiski Voronezbskogo otdeleniia Vsesoiuz-
nogo botanicheskogo obshchestva. Voronezh, Izd.-vo Voronezh-
skogo univ.p 1964. 106 p. (MIRA 18:5)
1. Vsesoyuznoye botanicheskoye obshchestvo.

DZXMMLTY, Yu. I.; KAPTSOVA,, T. N.; BOYKOO K. M.
Polarographic Investigation with fused sodium metaphosphate as
the support. Ukr. kbiz. zhur. 28 no.5:595-599 162.
(KM 3-5: 10)
1. Institut obahchey I neorganicheakoy WWI AN UkrSSR.
(Polarogrspbr) (Sodlux metaphosphate)

L 08454-67 &q*r(m)/EwP(0/E'rI
Ai663~6i* (A)
0)
SOURCE CODE8 UR/0080)
'0391008/17,37/1742
AUTHORs Delimaz~zkiyj 14. K.; Boykop K. M.
ORGI Kiev state Shevchonko (Kievskly gosudarstviewff univeral-
nk
tot)
TITUS Polarographia study a the corrosion rate in salt malts
SOURM Zhurn&1 prikladnoy khimii, v. 39, no. 8, 1966, 1737-1742
TOPIC TAGS$ carbonate# nickelp co r# corrosion rate, polaro&aphio
analysis
'10
AB~TRACTS The corrosion of niekel*'a'nd qqpp
_!jr In the molten eutecticjZCC~ (64 mole %)
_42CO~ (36 mole %) was atud~od at 6400C by a polarojii~h!C~
technique. After the N1
or Cu "cimen had been immersed in the malt for various periods of
time, it-4as re-
moved, and the Ni or Cu content of the corrosion medium was
determined polarographi-
caUy. It was found that both Ni and Cu passJnto the melt in the form
of divalent
ions. The corrosion rate was determined from the hoight of the
polarographic wavese
A satisfactoz7 agreement was found between the polarographic and
photometric data on
the corrosion re of the two metals. The corrosion of Ni and Cil is
due to the
formation of NiOttda=v and their dissolution in the molt. The faster
corrosion ob-
served at the start in probably due to the dissolution of wdde film
already present
on the specimens. Oho of thezaasons for the appearance of oxides In
the carbonate
melt may be the high-tempersture reaction of nickel and copper vith
oxygen dIssolv",

rv
PHASE I BOOK MWITATION 1194
Boyko, Konstantin Semenovich
Miozrascbet ua promysblennom, predpriyatil. (Cost Accounting in
Industrial Enterprises)
[Moscow] Moskovskly rabochiy, 1957. 110 P. 7,000 copies printed.
Ed.: Cbernov, Ye.; Tech. Ed.: Yegorova, I.
PMOM:: We book is intended for industrial workers.
COVZM=s 2M book briefly reviews soms cost accounting problems
involving materiel
and to-ohMeal sualyj, fiscal operations, actual expend-itures
per unit of product-
ion, profitabilift,, eapital assets, turnover tax, etc. of a
Soviet industrial
establishment. No persoAalitles are mentioned. There are no
references.
TAMZ OF OMVIRM:
The Socialist Nbthod of Business Yunagement, 7
Capital Assets 23
Card 1/2