SCIENTIFIC ABSTRACT M.F. DEYGEN - A.V. DEYNEGA

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• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000410310020-0
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• Document Creation Date: November 2, 2016
• Document Release Date: June 12, 2000
• Sequence Number: 20
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

The.Paramagnetic Resonance of F-Centere in Static SOV/56-36-11-24/62
Magnetic Fields of Arbitrary Strength
same order of magnituxle aa the intensities of the lines of
spin-electron resonance in strong "ields. Therefore, an
experimental realization of paramagnetic resonance in the
case of a laakiP4; field is pc8siblt?. Tho last chapter deala
with the dependence of frequpnr3ies arid interisities on the
orientation of the crystal ar, external static. magnetic
field and with that of the i7.,4,-Pnni.ty of the lines on tho
direction of 'the polar-izzation vector of the magnetic alternating
field. This deDendenue is so corsidera]rle that it can be
observed experiME!nt ally. There are 3~ f-igures, 2 tables, and
14 relferencas, 5 of which are Soviet.
ASSOCIATION: Institut fizik-i P.-kademi-i nauk Ukxainskoy SSR (Institute of
Physica of the Academy- of Sciences, Ukrainskaya SS.R)
SUBMITTEDs June 21, 1958
Card 4/4

DEYGEN ~ F. -,,AOYTSIN, A.B.
Shape' and temperature dependence of electron spin resonance lines of
local electron centers in crystalso Zhur.eksp.i teor.fiz. 38 no.2:
.489-498 F 160o (MM 14:5)
1. Institut fiziki Alcademii nauk Ukrainskoy SSR.
(Nuclear magnetic resonance)
db.

PI'lln
S/056/60/039/004/040/048
(/a 3Y, 1110,116ej B006/BO56
AUTHORS: Deygen, M. F., Zevin, V. Ya.
TITLE: Spin-Lattice Relaxation of Local Electron Centers in Non-
metallic Crystals
PERIODICALs Zhurnal eksperimentallnoy i teoreticheskoy fiziki, 1960,
Vol. 39, No. 400), PP. 1126 - 1137
TEXTs It was the purpose of the present paper to develop a theory of
spin-li~ttice relaxationi~f local electron centers in nonmetallic crystals
located in a strong magnetic fieldj.In the introduction, the authors
discuss the theory by Waller (Ref. 1), Who assumed that the spin-lattice
relaxation in strong magnetic fields is due to a change in the interatomic
spacings caused by thermal lattice vibrationsN~ This theory does, however,
not suit all cases. In the present pape'r-7-t-We authors consider the spin-
lattice relaxation as being caused by a change in the energy of the con-
tact interaction between the spin of a localized electron and a nucleus,
which is caused by thermal lattice vibrations. This -relaxation mechanism
has always a relaxation time- T'. (Ref -4) rhich correspor,0,7~ tn E -process
Card 1/3

M22
Spin-Lattice Relaxation of Local Electron S/056/60/039/004/040/048
Centers in Nonmetallic Crystals B006/BD56
in which a re-orientation of the nuclear spin occurs simultaneously, Which
compensates the change in angular momentum. There also exists another
relaxation mechanism which is due to the re-orientation of the electron
spin without corresponding re-orientation of the spin of those nuclei which
cause th,9 hyperfine structure of the paramagnetic absorption lines of
local electron centers (relaxation time T3 ). This division of relaxation
mechanisms is reasonable also from the experimental viewpoint (for non-
metalB). The theory is developed in all detail for crystals in which the
wave function of the localized electron can be chosen in atomic orbit
approximation. The relations obtained may be considerably simplified by
studying an F-center; for a KC1-type orystal, a practical example is
calculated; and for an F-center of such a crystal, the maximum and miniml2m
relaxation times are numerically determinod (corresponding to the maximu-m
and minimum sound velocities). If the two sound velocities -.ri N1 are
vlong ' (4-47--3-05).105CM/sec and vtrans (1-76 - 2-90-10 5 cm/oi;c, the
authors obtain the relaxation times Tmin 7.6/T min and imax = 87/T min.
For T - 40K and H = 5000 oe, T ' = 1.9 mi.n and 1 22 min result.
min M'qX

8h422
Spin-Lattice Relaxation of Local Electron S/056/60/039/004/040/048
Centers in Nonmetallic Crystals B006/BO56
I. ht. Dykman is mentioned. There are 12 references: 5 Soviet, 1 Japanese,
1 German, 1 British, and 4 US.
ASSOCIATIONt Institut fiziki Akademii na'ak Ukrainskoy SSR (Institute of
Physics of the Academy of Sciences Ukrainskaya
Brestskiy pedagogicheskiy inatiT77 ~Brest Pedagogical
Institute)
SUBMITTED: April 29, 1960
Card 3/3

I F -
C-~EYGEN, M. [Deihen, M.], doktor fiz.-matem.nauk; STRIZHAK, V. [Stryzhak, V.1,
Ei ~.Yiz.-Mat.-nwlk
Glance into the future. Znan. ta prats,ia no. 1:2-1+ Ja 161.
(MIRA 11+: /+)
(Atomic en6rgy) (Low temperature research)
(Astronaiitics)

S7ltIZHAKP V. (Stryshak, v.],, kand.fiz.-matem.naukI N ~Deihsn, M.1,
doktor fiz,-matem.nauk _P~
Let's have a look at the miorocion.,es Znane ta pratsia no-5:21-22
my 161. (Nuclear physion) (MIRA 14:5)

~7S_
0 o o (IlLf 3/ //
AUTHORS: Deygen,'-1.F.,and Roytsin, A. B.
28103
S/1 81/61/003/009/0 37/0 39
B1 08/BI 56
TIT Lte A possibility to accomplish fieldless resonance in multilevel
:3,ysteMLI
PERIODICAL: Fizika tverdogo tela, v. 3, no. 9, 1961, 2876-2878
TEM in a previous paper the authors have shown the possibility of
quantum transitions between hyperfine-structure levels in semiconductors
in the absence of a magnetic field (Ref. It ZhETF, _36, 176, 1959).
Resonance in such a system is termed fieldless resonance. When the para-
meters are properly chosen, such a system may be used as a two-level
quantum amplifier. Unlike in Ref. 1, the authors study the possibility of
allowed transitions between more than two levels. C. Slichter (Phys. Rev.,
99, 479~ '1955) gave an explanation suggesting that multiatomic quasimolecules
are formed in crystals containing impurities. These quasimolecules are
the cause that electron spin exchange interaction arises and, also without
an external field, transitions become possible between the additional
levels formed. A binary quasimolecule with nuclear spins I = 1/2 is
Card 1/5

28103
S/1 81161/003/009/037/039
A possibility to accomplish fieldless ... B108/B138
discussed. The Hamiltonian of such a system which, for instance, mN, be
I % -0 -% -~ ~ -~ I
a silicon-phosphorus quasimolecule, has the:form H=A(Slil +S21 2 )+B(SjS 2)_
A denotes -the hyperfine interaction constant between electron spins S and
nuclear spins I, B is the exchange interaction constant of the two
electrons. The system of' energy levels E i COrrOsponding to this
Hamiltonian is the followingi C - 1_1 C = - 0 + .1 ~Fi -+e
1,2 4 + 2' 3,4 4 2
1. 1 + 1) + + where and Each of the
E5,6 7( 2 2 4 A i A
levels is characterized by the quantum number of' the square sum of the
___? __4 2 2
spins (S1 + S 2 + ii + 1 2) = (IF . The wave functions of each of the
states, in zeroth approximation, are linear combinations of wave functions
of the form szj)~,(S where the are the spin functions,
z2) (Ilz)~(,2z)
The matrix elements of the transitions det~ermining the selection rules and
tliL~ line intensity may be found. by substi-.uting the abovu wave functions
Card 2/5

28103
3/18 61/003/009/037/039
A possibility to accomplish fieldless ... BloayBi3e t
A 4
into the expression for the porturbation operator w(t)-2e,(S,,+S )H (t)
0 2z Z
due to an electromagnetic wave H(t) incident upon the crystal. The
figure shows C i versus P , the arrows indicating the allowed transitions.
The levels EV E51 61, and [2 are the most interesting ones in the problem
under investigation. When the transition 6 --- )i is used as "source",
rad,.Lowaves of the frequencyR 5---~l will be generated and the signal of th.e
radiowave with frequency~? 1 -,2 ' ill be amplified. The constant B
determining the frequency of the source is estimated. For elemental
4 1
crystals B 0- -, where
= - o.6 t,2 E2 C is the dielectric constant of the
crystal and,,,,tLthe effective mass of the 'band electron. The ground state
e4 1
energy of an impurity atom is E0 0-5,/"-'-so that B= 1.2E , This
j-2 E2 0
n
holds in zeroth approximation with scalar effective mass of the electron.
This relation permits estimating one of these quantities when the other
Card 3/5

28103
S/181/61/003/009/037/039
A possibility to accomplish fieldless ... BIOB/Bi38
is known. There are 1 figure and 4 references. 2 Soviet and 2 non-Soviet.
The most recent reference to English-language publications reads as
followsi It. C. Fletcher et al. Phys. Rev. , L, 844, 1954. G. Feher et
al. Phys. Rev. 100, 104, 1955. G. F. Koster ot al. Phys. Rev. Lett,,
A, 125? 1960.
ASSOCIATIONt
SUBMITTEI)i
Institut poluprovodnikov AN USSR Kiyev (Semiconductor in-
atitute of the AS UkrSSR, Xiyev)
June 2, 1961
rard 4/15

ACCESSION XR: AT4016300 S/0000/62/000/000/0046/0054
AUTHOR: Vinetsidy, V. L.; Deygen, M. F.; Moroz, A. 1.
TITLE: Optical properties of color centers with mirror symmetry
SOURCE: Vses. soveshch. po fiz. shchelochnogaloi&a. kristallov. 2nd, Riga, 1961.
Trudy*. Fiz. shchelochnogaloidn. kristallov lPhysiol.,of alkali halide crystals). Riga,
1962 46-54
TOPIC TAGS: color center, optics, wave function, adiabatic perturbation theory, ionic
crystal, alkali. haide crystal, crystallography, cryBtrLl optical property, mirror symmetry
ABSTRACT: The authors have undertaken to calculate the wave function%V (r, q ) by con-
sistently employing the adiabatic perturbation theory in z ero-approximation. Fiek., pur-
pose was to give a theoretical presentation of the pecullaritios which, accorchnF. to'.ho
theory of pseudodegencrated electron-vibratory systems, shc)uld exist in the o,;tic;d pro-
-perties of the mirror- symmetrical F2, F~ and M*- color centers in ionic cry.-,LaJ:.. The
expression for the energy operator of an ionic crystal with a single-electron, mi-..,ror-sym-
metrical color center is pfj~e foiTp:
A 92
'A T.+ V(r) + 9. (r) + + W(r). (1)
1/3
Card

ACCESSIONNYR: OAT401630.0
This equation which is the init!Al step of the procedure consists of the following: the first term
is the kinetic energy of the color center electron, tho second and the third terms are the
electron's energy of interaction with vacancies mid optical vibrations, respectively; the
fourth term is the optical vibration energy; and the f If th term, W(r) Is the periodic potential.
The article develops this equation and finally arrives at an expression for the absorption co-
efficient: - 1w 1. 6 ~ a
4n3 e2 ?L 08 N ~i6'81 )-I Z kp
0 + ~.V.')_S
+ q. - ...
P"I
J'AO
22
k. -'2 + ba; k, k, 2 A. (A~b + Xbj; 4 2 xj, Zbe-i
t; = S.2,
Tip (xp) 11 (a.) j.1b; t"
X1 rn + Lp..
It is seen that the absorption curve consists of six bands whose form and temperature de-
pendence were analyzed in equation (1) above. A cornparlson shows that the frequency
ratios of the ijix R-bands observed in alkali halide crystals are In good agreement with the
expected theoretical ratios. Orig. art. has: 24 formulas and 1 table.
ASSOCIATION: InstitutfizildANUkrainskoySSR(Physl.cslnstitate, Academyof Sciencesof the
Ukrainian SSR)
Card 2/3

L-0889
S/181/62/004/009/026/045
B104/B186
AUTHORS: Glinchuk, M. D. , andjj~en . M. F.
TITLE: Sooe properties Of thC elOCtXon-nuclear resonance of local
electron centers near-the surface of a non-metallio crystal
PEiiIODIG-L: Pi-nika tverdogo te la, v. 4, no..q,' .1962, 2521-2529
TEXT: Thio paper deal,~ with the frequency- spectrum of the
nuclear roi-,onance of electrons. The spin' Hamiltonian of a system of k
nuclei interactin with an external static maj-!netic field
:1 1 and a
localized electron has the form
Qdk) 4. a& 0) -+- V Dj~
where i3 tile nuclear maGnetic moment, I is the amount of the nuclear
Ilk k
spin, k iu the nuclear spin vector, 8 is the electron spin operator, a k
is thE! Fermi constant of the hyperfine interaction, and D is the
kpq
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.S/181/62/004/009/026/045
Some properties of the electrun-jiuclear B104/B186
coupling; constant of the dipole interaction. In addition to the.Fermi
constant, thiu Hamiltonian five independent parameters. Thi:3
number is reduced by reference to the symmetry properties of the problem.
For the symmetry roups C C C and C Eq. (1) has the
6v' CP C41 4v 31 3v
form
(Hl,)--t- a. (1,S) Dkj 31
t RAi
Thic. Hamil toniwi has two independent parameter3. The Hamiltonian of
group C
2vy
Pk
(4)
7.- (HII, -4- -k (ikg) bk, [(It 7~i
bkj [dig)
.3
(4a),
Card -2/5

CI/ I a 1/62/004/009/026/045
Some pA)perties of -the electron-nuclear ... Ill 00186
contains three independent parameters, and that of groups C and C
2
contains four. The electron nuclear resonance frequencies be' viritten
as
hv,
where M is the quantum number of projections 'of the glectron spin onto
the field. Then, the Hamiltonian (3) is given by
fLkH
ak;-, DkI) 6ek
kAr
(6),
D
k
P D
and the Hamiltoni:~.n (4) is given by
Card 3/5

S,/1131/62/004/009/026/045
Some propertice. of the electron-nuclear...B100186
fLkH
-#- ak --t- bk I -I- b
6[-- (7),
9 [bit, b1h 00 ROM
where r is the drift alon- the principal axis, and H is that along the(
P
ma6netic field HO. It may be seen that the angular dependence of the
frequencies is determined by (r H ) in the case of (6), and by (T El
3 0 1 0
in the case of (7). The possible number of lines depends on the
2 o
nature of the defect, the type of lattice, arid on how the electron is
localized. In an alkaline halide crystal%' the electron has a small radiAa
of atate and the coupling constants quickly 6-ecrease with increasing
Card 4/5

S/18 62/004/ob9/026/045
Some properties of'the electron-nuclear ... B104YB186
distance from the defect. It is sufficient to allow f;r-the'hyperftne
interaction with localized electron centers in the immediate neidnor-
hood. 'In crystalsi with electrons having large radii of state it is
necessary that the interaction.with the coordination spheres at larger
distances be taken into.account. The results are illustrated by Eui
analysis of the opectrum for the Tirut and Second coordination apheres
of F-centers in the liaCl-type.lattice and.of-the spectrum of a
paramaGnetic defect for atoms of the first coordination sphere i.n the v
dia.mond-type lattice. It is shown that.the frequency depends on the
orientation of' the crystal in the magnetic field', and that the
particularities of the upactrum and of the angui dr djependence* of the'
frE:quencies make it possible to separate the-surf.ace states from the body
GtELtes. There.are 1 figure and 6 tables.
AS80CIATION: -Institut poluprovodnikov AN USSR, Kiyev
(Institute of Semiconductors AS UkrSSR, Kiyev)
SU31,01ITTED: May 7, 1962
Card - 5/5

Ox
11108
~~I LU L01
4
Glinc~ukjr' D99 an Wpn, M. F.L
T r- A
T rie LE heory of Atooal electron cent rs nea
PKRIODICALt* Tisike't4ordogo tela', v. 5, no.
TEXT o TO* 3dhrOdIASihr4 11 V)T w BW is -Sb;~G
Rev. j, 96t. 148891, ,
to 01
k
gor 4hd WoK6hn (-Ph.*-o-~'~-;-'--'--kO'v -i 9 7, '869 1955). The'-b
electron charaotpiiii4j in effe0itive volume Masi lkei
approximation. H is 04 Hamiltonian of the aubayitii~"-'j
S.V
T, th
in the form Vj, +-V .+-V,o %here T. :L-3
:,-E P,
energy of the, eleot" the-Anter
rorij-- the energy of
V ~itrgr of, the- interaction
of a6
with a hole,
part of the, polarizai-ion of 'the. dielectric, and V 'tho;
an electr u- with its*-image. -~V is the el
f' 0 eot*.ron s~ W
o
*d by holini''and by polarization o the
field prodito
Cs:rd 1/3,
OJ) I'
~~onditotor surface
L
L'Ot
iboalisid%
4fttd- in" adiabatic'..,
~4,,`~%i:be written
of, be, kitia i
t a
'I';V
t~,6~vAzl electron:
r6h vi h the iiiert
0 .,of Anteractice'-
Ira.
~%utial.in thi-
it is assumed

S/ 18 1/0/0

06.1 a rbn'
Theory of.. I o
oenters
.
that V varies ii-ttlt,within, a distance having the. 96PA.*
constanti.-'-~ Tl*;w&*vG'.`f-un!ction 'and the-gro und stat*"_Mpl~~
at a lo'balizeA 09hiii.-niar' the. surfaoe of the, crysi
thermal dissociiati~6n alia,photodissooiatio

, n ener
9
locali'ZeA* . eleotron. 664' lit-ijre~: 0alo
ulated as~ f unoti
the electron. cen -- he.,,:6ur moe of t he e
I

fmrt~er'moxe shown'' t ork funotion Q~,Ai,
iL3 propor
_P

concentration of Ahi'
liied.-elootron o
a4CA0,
ent ors
q
-11,
to Ahe'bffectli~ Maximum T
shif~t of:--the
i!heh the', i's parallel t o th e a llrl-~ o0
wid I Aable~l'

ABSOMT ON- Institut'. p6luprovodnikov
AN UYS S L

ondii6tors'AS I rSS
4) lk R0 Kiyev)

SMUNTED i .!'August: -.6j 062,

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lphoory.,of local'olectron cente'ra...
,:Fig Photo'dissociiition energy
Of an eleotrou at a.1poalized
siectron o6nt,er in Si (10t
1%
(III)i NuOl and Ou 20 (VII)i
and thermal (lica.66iation energy
Of- an elec, 1 (IV)
as
1runctiobs: of the aisio'hbe from
th esurface.
00ird 3/3
S/ 18 WOO 51
5/002/005/0
Is 10

S/181 63/005/004/0"5/047
B102YB186
:'~`ATITHORS
eygen, and. Korobko
Z
ITLEI' Theory of pariiOaagnetia~ relaxation of F-oenters in arbitrary
magnetic, fields
Pizika tverdogo tela, v.: 5', no... 49 196
PER IOD ICA L s: 3, 1126 1131
TEXTs The paramagnetic . r'e,,Ia xati -on- time -r is
calculated for local electron
centers on the-basis of thi!~',hyperfine:' Ohanism of contact and dipole-
me
dipole interactions b at w eeik el act r on spine and lattice; the applied magn
etic
f ield is assumed constant.a.nd'.0farbitra ;-trength. -The wave function of
k`~the sy-tb
s vi-is.-formulated-4tv dlabstic 'hppro: Imation, the electron part of
the wave function of the-F.-centers.is :described in molecular-orbit approximam
tion. The ealculationB-aro made also*for the case of zero field-strength, i
temperature being assumed to. be low enough wo-that a restriction to single-1,
phonon processes - represent6~ a .good approximition. The results obtained
indicate that r for weak magnetic fields will be larger by several orders
J~, of magnitud:e than in the case of. strong f ields; -r will also depend on the
J orientation of the field, withi-respect to thia-crystal. Numerical caloula-
tione,were.carried out foriK010 for the basio-of strong koe) and of weak
;--Card. -1/2

GLINCHUX, M.D.
Excitons near the surface of a homopolar crystal. Fiz. tver. tela
5 no.11:3250-3258 N 163. (MA. 160.2)
1. Institut poluprovodnikov AN UkrSSR, Kiyev.

DEYGEN M.F, [Deihen, M.F.1; GLINCIfUK, M.D. [Hlynchuk, M.D.]
Optical properties of local electron centers near the surface
of a semiqonductori Ukr. fiz. zhur. 8 no.10:1075-1084 0 163.
(MIRA 17::L)
1. Institut polupgpvodnikov AN UkrSSR i Institut metallo-
keramiki i spetsia:Ltnykh splavov AN UkrSSR, Kiyev.

LIE.-!GEN,_M. F.; ZEVIN, V. Ya.; MAYEVSKIY, V. M.; ROYTSIN, A. B.
"Some problems of paramagnetic resonance of local centers on semiconductors. of
report submitted for Intl Conf on Physics of Stemiconductors, Paris, 19-24
jul 64.

L In 27.-65
ACCESSION

DEYGEN M.F., ROYr-INP A.B.
Orientation of nuclei. Zhur. eksp. i toor. fiz. 47 no.li
29/4,295 J1 '64. (MRA 17z9)
1. Inatitut poluprovodnikov All UkrSSR.

DEYGEN, M.F.; MAYEEVSKIY, V.M.; ZEVIN, V.Ya.; VITRIMOVSKIY, N.I.
Electron paramagmetic resonance of M 2+ ions in CdS. Fiz. tver.
tels. 6 no.9:2756-2761 S 164.
(MIRA 17: 11)
1. Institut poluprovodnikov 0 SSSR, Kiyev.

BUIBAN, M.A.; DEYGa,', M.F.
Observation of double electron-nuclear resonance in F-centers
in XG1. Fiz. tver. tela 6 no.120715-3TL7 1) 264
NIRA 18,-2)
1. Institut poluprovodni1kov AN UkrSSR9 Klyev.

1, 24570-66 EWTW VP(0~ lw/n
ACC NR: AP6009669 SOURCE CODE: VR/0181/66/008/003/0826/0331~
AUTHORS: Deygen, lla~j~ Ruban, M. A.; Gromovoyj Yu. S.
ORG: Institute of Semiconductors AN UkrSOSR,
K.ey ~Institut
poluprovodnikov AN
UkrSSR)
hers in KCI cLt
TITLE: Electron-nuclear doable resonance of F cen
room tern~erature (first and seconcl c )-o-Mhation spheres)
SOURCE: Fizika tverdogo tela, v. 8J. no. 3, 1966, 826-831
TOPIC TAGS: color center., nuclear resonance, electron paramagneti!E~
~resonance, an ular distribution, potassium chloride, hyperfine
9
structure
ABSTRACT: The-purposeT.of-tbe investigation was a detailed study of
the angular dependence of the frequencies of the electron-nuclear
double resonance (ENDOR) of F center,-, of KC1 at room temperature,
the determination of more accurate values of the byperfine constants,;.
and the determination-of the constants that describe the quadrupole
Interaction of a localized electron with nuclei.of 'the second
113

1 24570-6
CC NR':'-'-':--AP6d06-69
1. Simplified b'
lock
diagram of ENDOR setup. I
Miorowave. generator, 2---
twin-T bridge, 3 -- compensa-1
3 ting arm, 4 -- adjustable
coupling, 5 -- resonator witb~
6 -- superheterodyne
sample,
receiver
7 -- selective low, i
,
frequency amplifier, 8
phase Bianaltive detector,
automatic recorder., 10
low frequency modulator, 11
generator for supplementary
rf signal, 12 -- current
stabilizer, 13 electromag-
net coils, 4'-- mag.-
1 6lectro
:: ne t
,-

Card

L 2457o-66
ACC NR: Ap6oo966Y C2_
.coordination sphere.. The ENDOR spectrometer used registered,statlon-~'
ary signals (Fig-. 1)~.: and its main component was a superbeterodyne EPR
spectrometer operating in'the 3-cm band. The measurements were made
at room temperature An'a. magnetic J-.'ield uniform to within 10-5 G/cm,
10 of the EPR spec-~
with a current stabilized -to -6 The sensitivity
12
trometer to a signal from-standard'DPPH was of the order of 3.0 at
a -microwave power' of- I 2,~mW and. a tive constant of ~ seconds. Thel.'
nts were made.witb additively colored KC1 crystals.with F-
'lasureme
18 3
!center concentrationi,10 10 cm The experiments yielded the I
resolution of the quadrupole triplets In the first and second coor-
'!dInation sphere in different external static magnetic fields, The
1contact and the dipole dipole constants of the hyperfine interaction
land the constants-of the quadrupole interaction are determined and.
!tabulated. The results a ined by others with fairl
gree with those cbta
!accuracy.- The authors 'thank A. A. Shatalov and V. V. Udod for supply6i,
ing the samples. Orig". art. ban: 5 figur's, 5 formulas, and 3 tablesi
SUB CODE: 20/ suBW'bXrE,: ~28ju165/ ORIG REF: 003/ OTH REP: 001
Card 3/31.

ACC NR' AI~S036984 (Al Al) SOURCE CODE: uR/o18i/66/oo8/oll/3354/3362
AUMIOR: Glinchuk, M. D. ; Grachev, V 0. ; _)?eyjYenY M. F. -
ORG: Institute of Semiconductors AN UkrSSR, Xiev (Institut poluprovoodnikov AN UkrSSR)
TITLE: Spin-lattice relaxation of eXchange-interacting impurity centers
k1OURCE: Fizika tverdogo tela, v. 8, no. 11, 1966, 3354-3362
TOPIC TAGS,. spin lattice relaxation, impurity center, cubic crystal, hyperfine
structure, color center, crystal symmetry, electron spin
ABSTRACT: The authors consider the spin-lattice relaxation of pairs of impurity cerA-
ters (the isolated cent .er has an blectron spin 1/2) in crystals of cubic syngony, and
nhow that for such systems, allowance for exchange interaction can noticeably change
the relaxation time and'its de Ipendence on the magnetic field. An expression is de-
rived for the time of spin-lattice relaxation of the impurity centers with allowance
for the 1,*rperfine and exchange interact ions. The dependence of the relaxation time
on the magnetic field is obtained and on the value of the exchange interaction. 7he
reason for th6 decrease of the relaxation' time vith increasing exchange is explained.
The results of the theory are compared with experimental data on the relaxation of
clusters of F-centers in KC1 and of phosphorus atoms in silicon. in both cases the
theory agrees vith Werimerrb. It is shown that the temperature dependence of the
relaxation time of clusters is the same as that for isolated centers. The value of
exchange interaction is est:bnated for the spin-lattice relaxation of the F-centers.

ACC NRt ' AIQ36984
7he procedure employed for the calculAtions can be used also for crystal fields with
different symmetry and for dIffererrb values of the electron spin. Orig. art, has:'
2 figures and 32 formulas.
SUB CODE: 20/ SuBm nwa 03mr66/. onm up: W~l OTH REF: 005
Cord 2/2

S/078/62/007/001/002/005
B127/B110
AUTHORS: Gulia, V. G. , Nemkova, 0. G. __Le.Eka1,ovj V. K.
TITLE: Precipitated lanthanum vanadates
PERIODICAL: Zhurnal neorganicheskoy khimii, v. 7, no- 1, 1962, 84-87
TEXT: Composition and properties of precipitated lanthanum vanadates were
investigated. Finely dispersed precipitates, the color of which dependLs on
the pH, are formed by the reaction of a lanthanum salt solution with an
ammonium vanadate solution. A dark-red precipitate, insoluble in 40 '/~
acetic ELGid, but f3oluble in dilute mineral acids, develops at pH - 1-2.
From solutions < 0-05 N'l no precipitate forms any more, the solutions turn
dark raspberry-red, and the color disappears durIng dilution. At pH .. 6.2,
L
a yellow precipitate is separated (La : V - 3 2 2), which, when kept in
mother liquor, is turned into crystals of vivid orange-red color (La : V
= 1 : 2) after 3 - 4 days. The pH of the mothel' liquor is reduced; during
the first 24 hr it drops from 2.9 to 3.2 and reaches 4.09 after four days.
The results of potentiometric titration (valve potentiometer Alr-5 (LP-5))
Card 1/2

3/()78/62/007/001/002/005
Precipitat-ed lanthanum vanadates B127/B11O
arrecd ---ith those of conductometric titration. The comoos-ition of tic
precipitate proved to depend on the manner of pouring tocether: ''I'then
pouring aximonium metavanadate into lanthanum nitrate, the ratio of La : V
is 1 : 1 in the resulting precipitate; when pouring lanthanum nitrate into
ammionium metavanadate, the La : V ratlo is 1 : 3, This is illustrated by
the react-ion equations La(NO 3)3 + NH4VO3 + H20 - LaVO 4 + NH4NO3 + 2HNO 3
2.LaVO + 3HNO LaHV20 + 11 20 4 La(HO La(N + 3NH VO = La
1
A 3 7 3 3 03)3 4 3 (V03)
4 3NH4NO 3' V. I. Spitsyn is thanked for advice. There are 4 fi.-ures
and 5 non-Soviet references. The three references to English-language
publications read as follows: W. 0. Milligan, L. M. Watt, H. H. Rachford.
J~ Phys. and Colloid Chem., 0, 227 (1949), A. Wold, R. Ward. J. Chem. Soc,,
L(~, 1029 (1954), H. T. S. Britton, G. Welford, J. Chem. Soc., 1-6, 761
(1940).
SUBMITTED: December 26, 1960
Card 2/2

-- DETTEP Pe !-(-B*+-arest)
Current theoretical problems in geogTaphy, Izv, Vaes, geog,
ob-va 94 no.108-91 Ja-JI 162. (HIRA 15:3)
(Geography)

n4aw, Yea,
[Wool from new breeds of sheep, and it classification by,
quality] Sherst' ovets novykh poroa i7ovredelenie es ka-
chestva. Moskva, TSentrosoius, 1958./1013 p.
(wool) (MIRA 13:7)

-DEM4M, Ye.K.; DEYEV, V.N.; KOCHETOVA, O.V.
..... .. :, - - - -
Fine sheep wool. Standartizatsiia 27 no.9:41-46 S 163.
(MIRA 16-10)

DBYEINAI T. V.
Zverilgorodskeya, V. M., Vs-silevskaya, L. S.,.ke --- --
4kina, T. V.,
"Colorimetric Determination of Uranium in Phoophorites p. T6 in book
Methods of Determining Radioactive Elements in Mneral Raw Materials IXO 1958,
TTPP -.

DZYKI Nkj_~Cej (Deiki~, IE.1
With ca=trymen of the great TarrAs. Znan. t& pratsia Ao. 3:2-5
Mr, I f (MIIU 14. 5)
hevqhenico, Taras,
thevchaj*ovo (Zvenigorodka Distriet)-Description)

MnUA., Ye. C Daikina., 33. 1
Toward dawn. Znam.ta pratsis no.8:13-1/+ Ag 162, (MIRA 15:12)
(Railroads-Bmp'loyeas)

EW'P(e)A1'-Tr(m)Av'P(t)j/ETI IJP(c) JD
ACC NR: -L'160145SO
SOURCE CODE:
U.;1/0081/65/000/021/GO12/GO12
A-WHOR: Deykova, Z. Ye.
TITLE: Current methods for boron deternination and their accuracy
SOURCE: Ref. zh. Khimiya, Abs. 21G82
P=- SOURCE: DoIcl. Mosk. s.-Ich. akad. im. K. A. Timiryazeva, vyp. 103, 1965, 459--1,61+
TOPTC TAGS: boron, photometric analysis
1-33TRACT: Comparative evaluation of the sensitivity of the photometric methods
for determiwition of B by using alizarin, quinalizarin, acetylquinalizarin., ca--, .01
chxomotrope 2D, curcumin, alvninon, azomothine H, 1,11-dianthrimide, and Crystal
Violet ums performed, and evaluation of their suitability in determinations of B in
soil and plaits is offered. it was concluded that the -method employing 1'11-dian-
chrimide gives most accurate results. A. lllomodruk.ZTransiation of abstract7
SUB CODE: 07
- . .1 h -J) I j.;

~~ DEYKUN, V.K.
I
Kinematics of AUP-1-type machines for the o57gen cutting of
steel. Trudy VHIUvtogen no.1:22-42 '53, (MIRA 12:10)
(Gas we;dtng and cutting--Equipment and supplies)

Ik
.EYKUK, V. K.
i
~,J+89, Oolovka Dlyft 'yre7.ki Mantsev. (M), 1954. ~.s. s 111. 22=. (',Tseso~,7-z .
Vlunch.-Ts,~Ied. In-t Avto,,enncy Obrabotki Met.%Ilov Vniiqvto~on Glavkisloroda
1.,'F!lr 2'SR. Tnfo-j-. Listok ;~ No. 53). 2,5n' hIcz. R. Ts,"ost. ITkazan V Podistroch
11'rimech.-(54-1f.867zh) 621. 791. s. 0549--~, ~';~
SO: Letopis' Zhurnallnykh Steitey, Vol. 37, 191.9

ANTONOV, I.A., kand.tekhn.nauk; ANTOSHIN, Te.V., inzh.; ASINOVSKATA, G.A..
inzh.; VASILIM, KJ.. kand.tekhn.nauk; GUZOV, S.G., inzh,;J%~~=
,,, inzh.; ZATTSEVA, V.P., inzh.-, KAZIMXOV, P.P.
_Tj lnzh.;
Tu.B.i inzh.; KOLTUNOV, P.S., kand..teldlin.nauk; KOROVIN, A.I., inch.;
KRZHBCMVSKIT, A.K., in'zh.; KD='TSOVA, Te.I., inzh.; MATY1T1Y,,X.1.,
tekhnik; KOROZOV, W.'re., inzh.; ISKRASOV, Tu.I., inzh.; NECHATP,
V.P., kand.tekhn.mik; NINDURG, A.K., 1cand.tekhn.nauk; SPEKTOR,O.Sh.t
inzh.; STRIZOVSKIT, I.I., kand.khim.nauk; TESMENITSKU , D.I., insh.;
KHROKOVA, TS.S., insth.; TSBUNILI, A.K., Iuzh.; SHASHKOT, A.R., kAnd.
takhn.nauk, dote.; SHELSOHNIX, M.M., inzh.; SHUKHMAN, D.Ta., inzh.;
MBLISON, A.M., inzb,,; VOLODIN, V.A., red.; UVAROVA, A.F., teldin.red.
[Machines and apparatuses designed by the All-Union Institute of
Autogenous Working of Metals] Mashiny i apparty konstruktaii
VRIlLvtogen. Moskva, Gos.uauchno-tekhn.izd-vo mashinostroitelluoi
lit-r7, 1957. 173 p. (Moscow. Vaesoiusnyi nauchno-isaledovateltakii
institut av-togennoi obrabotki metallov, no.9)
(Gas welding and cutting--Equipment and supplies)

jjBY.IWN.t V. K., 'Eng-ineer
"A 'UGV' Device for hardening Small-Module Gears."
paper presented at the Sverdlovsk Regional Conference on G&.s-Flame Metal Working
and Electric-Gas Processes, Sverdlovsk, 14-16) MaY 1958, Sponsored by VNIIAvtogen.

=YIUN, V.X. I hxb..
InvestigatliLg the kinezatto*ccuracy of RSSh-t7pe mchinem for
o3qgen cattinge T2mdv VNIIAviogen nc-.6:3-25 160.
(MMA 130)
(Gas welding and catting-lquipment-, and supplies)

IBM=, V. I., insh,
Desiga of gag regulators. -Trudy VNIULvtorn no.6:89-101 160o
_I_. I (MIRA 13:8)
(Gas volding..And cutting-lquipment and supplies)

DE;YKUN, T,K,, inzh.
Static characteristics and methods of calculating gas
regidators. Trudy VNIIAVTOGENMASH no.12:68-100 165.
(MIRA 18:11)

DKYL, M. -
"Vegetation in the Environs of Labrat Near Tacbov.N p. 57 (CASOFIS; ODDIL PRIRODOVEDNY,
Vol. 122, No. 1, 1953) Prague, Czechoslovakia
SO: Monthly List of East European.Accessions, Library of Congress,, Vol. 3, No. 4,
April 1954. Unclassified. -

DEYL, FMDS.
Vywoj rostl~n a yetem jednodelomyah.
and the taxonomy o~ the Monocotyledons.
1955. 143 P- (Prague. Narodni
v. 11, no 6) (In Ehgllsh. Tr. frout
The ovolution of the plants
Prie". Nakl. Narodniho musea,
museum. SborTAk Bs Prirodovedny,
the Czech. illus., bibl., index.)
SOURCE: East European Accessions List, (EM) Librar7 of Congress, Vol. 5, No. 8.
August 1956.

LIWOUCH, B. P inz.). DEYL, 0. , inz, CSO.
Development of cyclone furnaces in Ozechuslovakia. Strojironstvi
14 no.61425-434 Je t64.
1. Research Institute of Electric Equipment, First Brno Machine
Factory, Zavody Klemew;a Gottwalda, Brno.

NMECM, Jan, inz.; _RM
j_yt,--Inzv, dr.
Problem of noise of railroad operation in designing railroad lines.
Zel dop tech 9 nci.12:363-365 161.

DEYL,, Viktor., inze, dr,
--- -
Modernization of our rai-I tracks; a discussion. Zel dop tech 10
no.7:216 162.

for wc~-d- -current
Lic-'a v -
electrical enrineer-11-jr. (6upplement) p-P'21
Vc)l. 1,;, April 1015L. Pregue.
cession,-, LO, Vol. "o. Jrme ig'"-.,, Uncl.
SO: 1,~ont~ily I,jst of Lc:st Luropean Ac Y I

DEYL) Yvoy inz.
Report on the activity of the International Electrotechnical
Comaission no. 21:Accumulatoro. Normalizace 12 no. 3:
72-74 Mr 164.
1. Office of Standardization and Measurement, Prague.

RMNMGNE~ Milos; :R~p~_Ld&upk _
Nephelometric determination of trichloroethylone in water. Sbor.
pal.vod. VSChT 1958t225-236. (XIAI 9:4)
1. Tatedra chemicke technologle vody, Vysolca skola chemicko-
tooldnologicka, Praha.
(Trichloroethylene) (water) (Nephelometry)

Country : CZECI[OSLOV..KI:, E
Cr.togory: Analytical Chemistry. Analysis of Orgzznxic
Chemistry
Abs Jour: FMKhim., No 17, 1959, No. 6o622
Author Pospisil, Ettel, V.
Inst
Title Chromatographic ;,nalysis of 'Vac Technical
Nitro-Cmipounds M,Xturcs
Orig Pub: Chem. pruL%ysl, 1958, 8, No 10, 53.1-515
Abstinct: In order to nimlyze technical rdxtums of nitro-
compounds JL'41 is mcoLanended beforchnad to se-
parate a :Aixturc into the groups of chu-.iically
related cojqjotuids. With the use of 1-1,,%t,,,,an No 4
paper, iqpregi-mtud wi.Vi formarade, and C, '.mloying
previously dc-scribed mothod (Ref Zhur-ail.liya
Card 1/4
E-46

Country : CZECIIOSLOV,Ja:. E
Category: Analytical 'Itc.dstry. :,nalyais of Orgnilic
Chemistry
Abs Jour: RZhKhiri., Tlo I:f, 1959, No. 6o622
1957, No 9, 3110A thnt usus cyclohuxc~nu or
n-C 1114) nitrohydrocarbons are scpamtcd uid
"Mcd with the aid of C61~.; or of otliylace-
iso
tate (I)-ni-trophenols. FinaLly, on Wati.inn No 1
piper, arc sQpar-atud nitro-acids, crtployinE a
mixture of C2H5 01' _HJI 011, (11) (95 : 5) or a
nixturo of I aad "II ~95' : 5). In the identifi-
cation of isoinors on the paper having a station-
ary polar phase, the Frants-1,atinyak's equation
(Ref Zhur-Khiiaiya, 1956, No 3, 6544), i,,r = x-o.l~k
is erployed and on the paper having a stationary
non-pol.ar ph,,.s~., the equation Rj.-_K + 0 - IM (K-chro-
rntographic construit calculat&i on the baois of
Card 2/4

Country : CZECIIOSLOWXI;~ E
Category: Pml3rtical Clic-mistry. P=lysis of Orgm-iie
Cherdstry
Abs Jour: RZhKhim-, Po 17, 1959, No. 6o62:2
a known Rf vnluc: for one of the iso;.icrs., M -value
of the dipolL: noixmt). For the hoi-oloL-ucs, in
their invustigation with a stationary phase, the
Fmits-Yollft uquation (Ref 2'.hur-KhirUy-:ij 195G,
No 24 ! 77780) is being employed. The ir.A.-i-cated
equations arc also applicable to the uai.,.Yprcg-
nated and acctylated papers. 7his ;mthod is of
particular convenience in the possiblc presence
of severa-I substances in a single spot. Doscribcd
are results of separation of 13 nitro-derivatives
of phenols, 11 nitro-derivatives of benzoic acid,
13 nitro -derivatives of benzene and toluene, pro-
Card 3/4
E-47

Country i CZECHOSLOWSE, E
CatcGory: Paialytical Chu-istry. ;x--I-ysis of orgc~p.-c
Chei-.iistrjr
Abs Jour; RZhHhiu-, No 17, 1959, No. 6o622
sented arc Rf values either found experinentally
or calculatud from the above indicated equations. --
N. Turkevich
Is
card : 4/4

q,
ITOITTAL: C FE"-*:-C!,',-' MI-M. i0l,- 11, no. 3,
Deld, 11. Chromatographir ana'h6is of nitro-commound mixtures for
indiistrial use. p. 511.
onthly List of East. European Accessions (EEAI), W, Vol. 8, no. 5,
'-'ay 1959, Unclass.

E~ -Z -1e A) -0k
Inalysis of E
Substances.
.',bs Jour: Eef Zhur-Xhim-, Po 53, 1959, 31103-
,',u'.-'-,or Ettel, Vij~tor, Pos-
.LAsA, Jan, Deyl, Wench.
Cbromatographi.c Scl)ar--,',:,.On of Mixturea of jTjtro-
Conza~oimds.
Or). r~ 1~ub Chem. listy, 1958, 52, No 4., 623-6,3o.
:,bstmct: This study deals witl. cliromatograVaic separation
in the downward flow of the develaocr of the rniono-,
di-, and tri- nitro derivatives of toluene M,
of phenol (II) and of benzoic acid (III) as ue.U
as with the separction of isomeric tri-nitrobenzols (IV)
on paper saturated with polar solvent, nmely % solution
of fornmilide (V) in C--.,4011, For the solm-ation of I, Il
C-...rd 115 (

CZECjTOSLOVjjCjft/jaja1ytica1 ChQi-iij.stry. Analysis of Orp-nic E
Substances.
Pbv. Jour: 11cf Zhur-1(him., No 9, 1959, 31103-
and IV Wa~mrm No. 4 paper was used and for III
por which was also s--Lu2:--,tr-,d
the Watman No.1 pw
with 5'; solution of kerosene VI in benzol. Ydxcures
I and IV were developL4 with n-hey-inc anLI
cyclohexano (VII). 1-i-..xturc II - wii;h C6,'6, C11Cl3
or with ethyl acG-La.c (VIII). III 1,UXCUrC
VIII plus MY!! (95:.*;-*) (paper sa-*U-um~ccl iv~-th VI),
or wit' or v6L.' V'(II (paper saturn'.ccl ivi-L'.-
V) and 112.-G'! .hc ',,axcurc of c H50H P-lus "r.7~0.t (95:
5) or wit'- VIII .plus -',-1qO't kunsatura~cd paj;cr).
I and IV were q,)onud afLcr reduction 17-' 5'.j S11cl;?
0;
solu~don in concen'~ra"*1-od and width 11,; s
'Lam,--Lnobunzvldc.-: 1-2 -nor.-,al 'T I.
of n-diiiy-tily- yda in -C
Card 2/5

C:/:"Pc:.,OSTIOVI.IKI[-L/AlialytJ.ca1 C!'CJ!L-.SLry. Analysil; of Organic
Substances.
Jour; lief Zhur-Khiro-, Ho 9, 3-959, 31103.
II was opened wiLh t',,,L- mixturc of 15' ,FeC13 solutinn
and of lrj i3olution of Vnj LFC.,(CN)6~~ (I:1). Fol-
lowing this -~hc enronatogram was treated with 2
normal 11C1. To opon II a 10~~ water solution of NaM.
was also used. III was opened with a mxture of 1r'.,
alcohol solution of n~~hyl red with 1/15 M phosphate
buffer solution, -L)-" 7 (1:1). In drying chronato-
am-Is at 150 0 for one 'tour the paper was c' aarrr-A in
the places showinE, blots of substances containing
sulfogroups. T'he 111, values of 30 cnurlora,(A classes,
under `6-12c condz-cD.oLls dQscribed. above, ~,.ru --.-vcn. They
cU-Sfer from values c:-~Iculantud accorcli. ![; GO CjWl Values Of
diljolL! momon't's by no,; voru ~Ihan ap. '11"lure subs'C-Mces
exid 61e correspokid~%--i,, Ri, valucs arc uuil.-.zW for the
card
3/5

CZE C. -,OSLOV;dCLi/~a-ia1y-'k-,i Cal tO-tCrA:U3-Li'Y- Analysis 01 OrG.,n:.QE
Substances -
I.bs Jour: 1L-f Zhur-Khim -, 1,10 9, 1959, 31103 -
identificatioa of products obtained by iiitrating
toluene which ware subjected to chromx~o[;=.IDic
separation under the described condLtions by stage
clutriation with solvents of increasing polarity.
After nitrating, I and 1TV vare, separated from the
reaction mixture on Watman No. 4 pq?er with the
aid of a mixture of V v---th VII. The residue at
the start was extracted with C113COOll or irith CiHyOll
and the solution w_ns again chrobatographed on batman
No. 4 paper with a ruxture of V with VIII during which
the II are sopar-atc(l and III and the sulfura-be(I de-
rivatives remain at -the start. Thoy were aGain ex-
tracted and separated on Watmin No. I papar with a
mixture of CIVII plus IH~101i. Identification in the
Card 4/5

DEYL, Z.
"Colorimetric deterplination of hematin in water." p.16h
VODTNI HOSPODARML (Ustredni sprava vodniko hosp,:)darstvi) Praha, Czechoslovakia,
no. h, April, 1959
Monthly List of East European Accessions (EFAI) LC, Vol. 8, No. 6, June 1959
Uncl.

IE YL, Z.
Colorimetric determination. of values of a. four-hour test* p. 2?go
VODNI HOSPOAI-ISTVI. (Hinisterstvo energetiky a vodniho hospodt~rstvi a
Vedecka technickh spoleenost pro vodni liospoderstvi) Fralia, Czi-,choslovads,
No. 6, June 19505.
Monthly List of East European ijccassion LC Vol. 9. no. Z,
Pe'tZ. 1960.
Uncl.

DETL, Z.; ETTEL, V.; POSPISIL, J.
I
IC.1-womatographic separation of mixtures containing nitrogen compounds"
In German. p. 234.
COLLECTION OF CZECHOSLOVAK C~,',IYICAL =UUNICKUONS, Praha, Czech.,
Vol. 24, No. 1, Jap. 1959.
Monthly List of East European Accessions (EF-4.I), LC, Vol. 8, No. 6, Sept. 59
Unclassified

DEYL FARM, X.
--' 7.A~;I?'-.~t;-,~07M
Golor.products of the reaction of NO ..ions vith brucine and their
amlutic application. In German. Coll.Cz.Chem. 24 n0-11:3763-3768
N 159- (EEAI 9:5)
1. Prerovske strojirny, Porschinisabtai lung, Prag.und Forschung-
institut fur Wasser-wirthechaft, Prag.
(Nitrates) (ions) (Brunine)

KUTACEK, Milan, dr.; RCSMZ, Jan, inz.; DEYL, Zdenek. inz.
lbv methods of chromatographic separation of gibberellins A:,. and A3-
Diologia. plantarum 4 no.3t226-231 162.
1. Research Institute of Flant Production., Czechoslovak Academy
of Scienoes, Frahs, - Ruzyne (for liutacsk). 2. Central Resvirch
Institute of Food Industry, Praha - Smichov', Na belidle 21 (for
Rotimus and Deyl),,
-7r'

IZIL, Zdenek; ROSMUS , Jan
Effect of soluble collagens on the course of electrophoresis
of proteins. Kozaratvi 13 no.206 F 163.
1. Ustredni vyzkumq ustav potravinarskeho prumyslu, Praha
Smichov.

DM Zcleneki RCSMUS~ Jan
Paper electrophoresis of collagen degradation and denaturation
produotoo Kozarietvi 1~ no*3:467-70 W t63,
1. Ustredni vyzkumiXF ustav potravinarakeho pruMalu,, Praha -
smichov.

DRn ZjSWAjWNUS, J -
rz- ~-
Gollagen',poaction in aour medium. Ft. 2. Nozarstvi 13
noo5:139-r3-40 My 163o
1. Uotredni vyzkumny ustav potravinariskeho prumyslu, Praha -
Smichov.

DEYL~ Zdenek; IIAVI,ICFK, Miroslav; ROSMUS, Jar,
I.- .
Paper chromatography in the oentrifugal field. Chem listy
57 no. 5: 479-493 My 163.
1. Ustredni vyzkuDmy ustav potravins.rakeho prumyslu, Praha
a Katedra,autopiatizace,, Vysoka skola ahemicko-technologicka,
Praha.

DEYL, Z.; ROkcs, 'T.
56cond Colloquy on Present Problems ofCollagen Research. Chom
listY 57 no.9tlOO9-1010 S 163.

DEEM, Z.; ROSWJS,~ J.; APAM, M.
Tanning of the collagen structure by heavy mtals. Kozarstvi 14
no.8:2:37-243.,Ag '64.
1. CentralPesearch Institute of Food Industry and Research
Institute of Rheumatic Diseases, Prague.

FABIAN, Jan, Jnz.; MUM, Frarlti,501(4 inz- ! FOSMUS' JanO 'nz'; DMP
0
Zdenek; Inz. CSc. I JEUK, Nexely PUt's
Discussion on Vladimir Horejaile article Mse of high-fre-
quency energy in food sublimation &*,ing. Prum potravin 15
no.2169-71 7 t 64-

DEYL, Zdenek; PODRAZKY, Vladbilr; ROSMUS, Jam
Theoretical principles of fat meat sublination drying. Prwn
potravin 15 no.8-.3,80-385 Ag ~64.
1. Central Research Institute of Food Industry , Prague.

DEYL, Zdenek, inz, CSC.
The Sixth International Congress of Biochemistry in New York.
Kozarsivi 14 no.11:340 N 164.
1. Institute of Physiology of the Czechoslovak Academy of
Sciences, Prague.

ROSKJS, jan- DEYLP Zdenek
k - --
Structure of collagen. Prum potravin 15 no.11:598-602 N 164.
1. Central Research Institute of Food Industry, Prague.

DEYL, ZdenO, Inz.j ROSMUS, Jan, ina.
Sixth International Congress of Biochanistry in flow York,
Prum potravin 15 no.12:644-645 D 164.

2o5i-66 EWT(1)/9qA(b)-2 RO
'WC=.MR NR t It P50? p61 /WV=4
7 04/0053/65/0M /0D32
AUTHORs -11osmu.st J.; Deyl, 21.; Tinavskyj,K.; Tmnvskao Z.
TITIMS ExperUnental IiiLthyzltjm
Ceskoelovenakit fyisiologLeg 1j.1963v 14-32
TOPIC TAGGI t*tany, j2?E!_po1og7s' experiment aninal, biochemistry
.-'.-Aba tr ac t Labhyrisin J.s. all in boiieatlon c(tw4ad I)y the sonds of
lithe aweet pea Lathyrim odoratua. Tho -toxlo ingrodi.ent of the seeda.
'is deseribeet, Pathological ftnd anatomical' finaings on raLso frogap'
guinew pig3,, ehioken., rabbitat monicays, horeas and oumels
are reported., The toxic Ingredionts, or the seedo are reviewod
of
in rospect to thoii ffect and its riechnnIsm. The erfeaL
001lagon. upon tho toxic ingredients J,a discussod, Biosynthosin or
-fiftd Dr, Ji fliu7ch
pollagen is dea 'aribed,,.. "The autho'ra thank Dra Ho ChyapiE
or the In4ustriml Health and Occupational Diseases Institute in- Prag 9 gnd DrvJ
stitute of-- ti-c-DI-s-eases,in Fra u Nj~ot-
M. Adam o ie Rosearob ar
r d n
7e the Te~oR nnl*for crit =ca remarks to ET;e manuivcr=.~
ast .5 figures, 3 granhsj, and 8 tables*
Oaxd V2q

'ACCESSION M A15027361
ASSOCIATIONs Ustredr~L vyzkumny us V1 wd rskeho prumyslu, Prague (G~n lrql
I , vina - - -----
Research Insbitute of Food Industry)o~ yzkmny ustav chorob revMatickych
El --h Institute for Rheumatic Diseasea,qesearch
vysunute pra,covi 0) sEany (Msoa~c
StAtInfl)l CDByg Laborator pro pataysiologii latkove premeny, Fysiols ustav
CSAV, Prague (Pathophysiology of Tissue Metabolism Labozat6ryj Institute of
Phyviology, C-SAV)
SUEMITTEDs 2War64 ENCM 00 SUB COM L8
NO luw sov i bw OTHEM 101 JPRS
Card

ADAM, '11A.; BARTL,P.; DIMI, Z.; HOSMUS, J.
Bind:Lng of gold to collagem !m chrystoLnioLherapy.
microscopic picture. Cas. lek. cesk. 104 no.7:189-192 P:i
1. Vyzhtumly ustav remati-cl,.y(Al churob v
F. Lenoch); Ustav or,-Farnliche Ceo'!':n~-,''
v prsi'-'f, vyzkLumy iis'lav
prim.ysly v Praze.

DEM, Z.; ROSMUS, J.; ADAM, M.; BARTL, P.
The coupling of gbld with collagen in chrysothiotherapy. 2. Effects
onEtructural stability. Cas. lek. cesk. 101+ no.O,t236-242 5 Mr'65-
1. Ustredni vyzkumny ustav potrav-inarskeho prumyslu v Praze
(reditel: inz. F. Vones); Vyzkumn7 ustav revmatickych chorob
v Praze )reditel: prof. dr. Lenoch) a Ustav organicke chemie a
biochemio Cookoslovenskej akademie vied v Praze (reditel:
akademik F. Sorm).

PALATY, Jiri; DFILOVA, Libuse
The interference of some substances with the determination of phenols
by means of 4-amino-antipyrine and dimethyl-p-phenylenediamine.
Sbor pal vod VSChT 4 no.1:251-258 160. (EEAI 10:9)
1. Katedra chemicke technologie vody, Vysoka skola chemicko-techno-
logicka, Praha.
(Phenols) (Diraethylphen lenediamine)
(Aminoantipyrin T

"'I'CAq CA y '3. !.
"'i-,I-ar wrap.,-)er in the by-ratisk rovince. 2abak 13, :4o 2, 1',152.

USSR
uli;1vatod hilustrial, Oloifarous, Sumr. m
Airp-obi-ologiva, 1956, !"o. 4, 1.0-125
rls:;.It 0~~' or~~nrinz Abl"s6iii-Jun with Ch11v!!~.j!l
jrr.:.,.khorl,.a, vubsequont cron.-~izrig, of tliq obtained fDrm Cpiap
.fitil wirl~fl.v Khmalovk;A 125 and .90100tive aul'eraltlwn, a new
Variety - zl'okhis - wan broigid out olmra,:-"Arized, by IL Bina).
numbar of (wakars. The seoond~ary avakera ba-Mily forn (at
or the rika:)val of th6 fl rst oii,33 'i .ikf*--r to-p.0inu and suck
_3ring, auakors irow fro%k izf.~ n.,rdin of tliie lo~:~-5t, ot%adllngr
I'A
1.~iavea wial,:h daoi ni-A lu~,-3r qtuill ty of imuici-.~r .L11
Lakhis varlaty, t~e amrja~':jt- iq r-3duced, fllera~
I., 1~j~is tr;c ajeda are -Lar,3,av, the numbar of
tjj~i ',j-,.vmj J.% -inanaued, Tli(s now -,mriiily comblitsa the

m
Oultivatood Planta ladiiatrial, O.ItAftsrouss, sll~gtl-p-
Bi 6 3 5 4 Z
T
yialdlig capacity with the hi: quality cif the loave3. Tb a
rh
work On J.t out wito conducted tlluxrin~; 1932-19417 in
KIbv at Dryusainskaya aivA Lokliviltakaya:
I.Poltavskeya oblast' sta'A=3. D. B. 'kidwAstroy

m
IT' s,
4, po
.r tLJ,:
ewd IV) k,
o m n fid ri ink
. .1
A
us 31 'LL-4
~,X tne rosAt 13.;tl ra J. V, ta
I , ) ~, , -, *,, midr otained . "
.. j -
brolc, ~( a~
--rod cocl Ouml)le~ -L~
of -L~52 wid :)j
at
on, C~Jt tLe variety
ve
;,,f t~u-
atitlo-a in r.%-) I'I a
1',ldootiosin r
n. Wraov

DZYMA, A.Va (Vinnits)myn oblaot').
AnaaWS.00 .
Concerning an art Cle. M&t. v ishkole no.6:76-77 11-D 156.
(MIRA 10:1)
(Gaometz7--Problams, e4!srcises. stO