SCIENTIFIC ABSTRACT M.M. DEYEVA - M.M. DEYEVA

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000410310019-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 12, 2000
• Sequence Number: 19
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

PANOV, N.A,., prof'.; DEMA, H.M.
X-ray picture of changes in the pulmonEiry circulation in rheumitic
disorders of the mitral valve in children. Pediatriia 37 no.8:67-
72 Ag '59- (MMk 13: 1)
I Iz reritgenolu-b-icheakogo otdela (nauchuyy rukovoditell - pro:f.
N:A. Panav) Nauchno-!Lssledovatellskogo pediatricheskogo instit-ata
Ministerstva zdravoolchraneniya RSFSR (dir. - kand.med.nauk A.P.
Chernikova) jMMIMM; HFMT DISEASE, pathology)
(BLOOD CIRCULANION, physiology)

tjEYEVA, IA. M. 9- CAND MED SC.1 I"ROENT13ENOLOGICAL PICT RE F
-1,
MITRAL VALVE INSUFFICIENCY IN CHILDREN WITH RHEUMATI- *It mos-
co%v 9 1961 .kSECOND I~AOSCOW 6TATE MED INST tMENI N. I . P1110GOV).
(Kt--uV, 11-61t 227).
..248-

DEYEVA, M.14
Clinical and X-ray parallels in rheumatic defect and insufficiency
of the mitral valve in children. rediatriia no.1:63-67 162.
(IMLA 15:1)
1 Iz rentgenologicheskogo otdela, (nauchnyy rukovoditell - prof'.
N:A. Panov) Nauchno-Issledovatellakogo pedistricheakogo instittLta.
(dir. - doktor med.nauk A.N. Chernikova) Ministerstva zdravookhra-
neni7a RSFSR.
(MITRAL VALVE-DISEASES) (RHELIMATIG HEART DISEASE)

~IYM~A HX-,--DOGELI, N.V.; KAGAROV, S.Yu.; IJDNTIM9 V.Ta.
Late results of the hospitalization of' children with chronic
nonspecific pulmnary diseases in sane-toria on the southern
Crimean shore'. Pediatrila 41 no.9:57-.62 S 162. (MM 15:12)
1,,'Iz kliniki d2ya detay starahago vo2;rasta (zav. Sju.
Ljanav) Gosudarstvienogo nauchno-issledovatellskogo
pediatricheakogo inEtituta (dir. - komd.med.nauk V.P.Spirina)
Ministerstva zdravookhraneniya RSFSR.
(LUNGS-DISFASE-S
(CRIWA-MI,TH PMORTSp WATERIXG-PIACM,, ETC.)

:",~: I ;jR- U! I JF.11.
1 .1 AN.U*f,
ril ---ai caaract weristl Cs ~A, and blue liy*01.1--~
" lal L -
a f a g, . -
~ 1. rc;.,n on -na: a.-jhe.~- :il potsb L d,,.
Oi3. VB-) iio.3.121-12',~ I CE "A ( I'l 7. jif. .18 u " )

PHASE I BOOK EXPLOITATION SOV/4700
Moscow. Gosudarstvenny3r okeanograficheskiy institut
Tablitsy prilivov; vody Aziatskoy chasti SSSR I prilegayushchikh
zaj-ubezhny" rayonovj ch. 1: Prilivy v osnovnykh portakh; ch. 2:
Popravki d1ya dopoln:Ltellnykh punktov i garmonicheskiye postoyan-
nyye prilivo*v (Tide Tables; Waters of Asiatic USSR and Adjacent
Foreign Regions; Pt. 1: Tides in the Principal Ports; Pt. 2:
Correctioz.s for Additional Stations and Harmonic Constants of
Tides) Leningrad, Gidrometeoizdat, 196o. 191 p. 8,175 copies
printed.
Sponsoring Agencies: Glavnoye upravleniye gidrometeorologicheskoy
sluzhby pri Sovete Ministrov SSSR; Gosudarstvennyy okeanografiche-
skiy Institut.
Resp. Eds.% R.A.. Deyeva, Candidate of Geographical Sciences, and
N.I ChalyMV-aC-a-ndidate of Geographical Sciences; Eds.:
I.N: Moiseyev and Z.I. Mironenko; - Tech. Ed.. M.I. Braynina.
C ard 2t1-0-

Tide Tables (Cont.) SOV/M0
PURPOSE:. The book is intended for oceanographers and navigators.
COVERAGE; This is the second of a 3-volume work on Tide Tables
published by the State Oceanographic Institute. Volumo 1 con-
tains Tide Tables for the waters of' European USSR and adjacent
foreign regions,, while Volume 3 contains data for waters of
foreign countries. The present volume gives Tide Tables for
Waters of Asiatic USSR and adjacent foreign regions. It contains
information on tidal conditions in 18 main ports (Part I) and
157 additional stations (Part II). These Tables differ from
those previously published in that they give data on the time and
height of tides in main ports in the form of constant character-
intics related to two astronomic. parameters. Formerly, Tide Tables
were calculated only for a specific date of each year and became
obsolete the following year. The table of incoming a-stronomical
data In this work for the period from 1960 to 1966 does show
yearly changes., Tide Tables for the main ports have been com-
puted on-the basis of long-period observations of the sea level
and have taken into account preealculated data for the previous
years. The following persons collaborated in the work:
Card--,*/-"-

Tide Tables (Cont.)
SOV/4700
A.I. Duvanin, Doctor of Geographical Sciences; M.P. Vin,kov,
Section Head in the V~rchislitellnyy tsentr mekhaniko-matematiche-
skogo fakulteta MoakoNrskogo gosudarst;vennogo universiteta (Com-
puting Center of the Department of Mechanics and Mathematics,
Moscow State University); N.I. Chalysheva, Candidate of Geogra-
phical Sciences; K.N. Soloveychik of the DVNIGMI (Far Eafst Hydro-
meteorological Science, and Research Institute); and R.A, Deyeva,
Candidate of Geographical Sciences., There are no references.
TABLE OF CONTENTS:
Introduction
3
Content and Correlation Between Separate Parts of Tide Tables 4
Effect of Hydrometeorologioal Conditions on Tides 5
Time, According to Which Data on Tides Are Determined 5
On the Height of Tidal Levels in Tide Tables 5
Card-
'37~lz

FAYNSHTHPYN, B.B., DEYRVA, R.I., PCOLINA, 0.1., MALYSHKINA. M.
lagiroving the method for producing bicmycin ~qdrochlorlde
(chlortetracycline)., Med. prom. 12 na.7:46-47 Jl 158 (MIRA 11:8)
1e Hoskovskly khl.miko-fnmntc;evtlcheskiy znvod imeni Knrpova,
(AMOMYClill)

MEW, TA.
Significancn of the vitamino of green aquatic vegetation in
rearing young-of-the-year carp. Trudy AzYURM no.6~1179-288
'63. - (MIR-4 17!.,8)

MARUKOV, Ilikolay Pavlovich;FESTRYAKOV, A.Lp red.; DLYEVA, V.M.,
tekhn. red.
(New trends in the repair of maehines and tractors] Hovoe
v remonte mashimo-traktornogo parka. lzd.2., perer. i dop.
Moskvap Sellkhozizdat, 1963. 471 p. (MIlU 17:1)

LIEYEVA) V. P.
"Effectiveness of Various Yethods of Utilizing Borcn and Manganese in Cultivating
Edible Tubers on Meadow-Podzolic Soils." Cand Agr Sci, All-Union Sci-Res Inst of Fertilizer
Agricultural Enj;,ineering and Soil Sci, Acad Agricultural Sci imeni V. I. Lenin, Leningrad,
1954. (KL, No 2, Jan 55)
Survey of Scientific and Technical Dissertations Defended at USSR Higher Educational
Institutions (13)
C
Sum. No. 5S,8, 29 Jul 55

MMVA, V.P., agronow.
i""'rar
Microelements in vegetable gardening. Rauka i zhizu' 21 n0-11:31 N 154.
(MLRL 7:12)
(7ortilizers and manures) (Plants, Iffect of minerals on)

R
USSR / Cultivatod Plants# Potatceak Vegotablesi Melons. 14
Abs jour : Ro-f Zhur --, Biol., 8, 1958, NO 34695
Author : Doyova, V.P.
r- STT-
inst 17~ ~HM
Titlo -'Iffoct of 3oron and Manganoric on Cro-pi3 of Table
Vo,p,otablos (Froi-.,i Plants with EdIblu hoots) in
Lir.,ic-Enrichod Sod-Podzolic Soils.
Orig Pub V. sb. : -~i-ilkroolomanty v s.kh. i hioditsino,
Ri-Ga, AN LatvSSR, 1956, 417-424.
Abstract Exporimonts conductod during 1952-19511 withtable
bocts of tho variety Bordcaux and carm 3 of
tho variety Nantes iv the Zxporii:iontal Station
of the Leningrad Branch of 31UA and by the sov-
khozos of the limingradskaYcCoob'last -, Grown in
sod-podzolic sandy loai-.i soil witi-, incroased a-
cidity (pH 4,5), have shown that sprccdi,-13 Of B
Card 1/4

NSR / Cultivatod Plants. Potatons. Vegetables. Melons.
Abs Jour Rof Zhur - Biol., No 8, 1958, igo 34695
Card 2/4
(1.5 IcS/h) on tho lime base (5 t CaC03 por hoc-
taro) produced hi3hor crop of carrots (plu3
2~) hwt/h) than in limo-froo aoil (plua 16 hwt./h)
Incroaso of crop in beets was twice as high an
the ltno-froo bac'k~-roland. SproadinC, of -I-:n pro-
ducod tlic larCost incrocso in boot and carrot
crops (17 hvit/h each) in liiiio-froo and -.iodera-
toly acid soil, as coi-.iparod to 1 imo, - oiiric lied
soil (boots - +14, carrots - +11 ovar
a bacliGrou"nd of si:iall anounts of lino (3 hat/a
CaC03),
proved 1112,hor (carrot - +22,-11,. boot -- +15.5/-,:),
thann'thatbof :111 (+8.1 and 10.6:10 respoctivcly).
',ioistcninS of sc~-:~da of txl~,s.o vegetablos- for 24
-10A li-7BO3 or of 0.21o
hours in solutions Of 0
xlll:~04 Licroused the crops of tho carrots. This
sp:,oad into tho rows ', the effectcD
63

USSR / Cultivated PlantG. Potatoes, Velptables. Melons.
Abs Jour Rc.J.' Zhur - Biol., I'lo 8, 195$ !To 34695
This raoistoninG was carriod out in the vorna-
lization star--o of the carrots; that of thG- beet
socda was accomplished 6 to 7 days prior to
sowing. Sprintling of plants, done throo tines
in AuGust, ovary 10 days, with solutJons of 0.2%
3' ).4i-'-,' ily'S041 at a rato of liquid ab-
H
,.q03 or of
sorption of 600 l1h, also incroaood conaidera-
bly the 'Lx,,,ot crop (+31-32 hwt/h), as woll as
the crop of carrots (+27-33 hi-it/h.) to tho ox-
t~~,,nt that the soil acidity docroases, its con-
tont iia water soluble AIn also diminishoo-, and
at thc: saE.,,o tine, the intako of b-,,- the plant
dc-creasos as wall. 'Uth further Grolath d.-vo-
lopriont, the overall content of I-In incroasos in
t-ho loaves, a-Lid decreases in -U'-ho roots. Lik,--
vriso, the prosonca of B and -,in in the loavos
Card 31L~

USSR / Ci.il.tlv,--Ltcd Planto, Potntocrjo Vogetables. Melons.
Abs Jour Rof Zhur - Biol., I'lo 8, 1958, ~10 34695:
Lccolcratos tho Bynthosis and incraasc;s the
amoun't-i of Protein and carbohydratos, thus pro-
motinS t. rich flowin3 of protuin and carbo-
hydratas from t-ho leaves to the rootrn. E' and
'In contribute to the dcwujo-.);.,,ant of carotmu in
the roots of tho carrot. -- A. P. Shcherbakov.
Card4/4
64

1 2027-66 RO
AP5024150 uR/o25o/65/ooq/oo9/06l0/06l2-
AUTHOR: 3?eyevaj V.-,P,;.Mashtakovj S* MG I(qj
TITLE: Adenosine triphosphate,, nuclele acids and protein level chal6s
in plants under the effect of 2 -D and t;ome trace elements
SOURCE: AN BSSR, Doklady)Jv, 9, no, 9p 1965, 61o-612
TOPIC TAGS: plat-it chemistry, plant metabolism, plant sonsibilitys
boron,, z1xics, nucleic acidp protein,, herbicide
ABSTRACT.- The article6:~6ports a study of these processes under-the
8'ffeet of the herbicide 2.,4-D, alon:6 or mixed with traees of boron and
zinc, coneluctea -on75-to hybrid varieties of corn, one resistant and the
other sensitive to 2j4-D. Phanges In levels of the three substancob
were determined in sections of theroot ends and the whole third leaf
in the init'1al developmental-stage, At that times the plant was left
t-6 soak for~;24 h3:zs in a 2.4-D solution with or without either or both
of the trae6 eleifi6nts. Under the effect of the herbicide,, ATP synthesis
declined by, 29% in the res:~-stant -variety and by 46% in the sensitive
variel' Similar ATP decrease al d in the leaves. The trace
so appeare
aleme particularly zinq'# considerably impeded this reduetion no that
ATP levels in th6'reaistanf variet approximatod that of controls, The
rrucloio acid level ineroamed in b0
Nh roots and leaves# since its
&rd 1/2

I- - -.-- . ~ - I - I
. I . . I r.

7.
dielne - Pectin Decompositic n Ju -49
b I/Aug
A
CQ Aedlciae. - J~Iochemlatry,
."Two-Phase Fermentative Decomposition of Pectin.'
11. V.'Novotellnov,.V. Ye. Deyeva, Chair of*Mlcro-!
c," b1ol and Biocbem, Leningrad Inst of 1tefrIg and
Dairy Ind, 5, pp
~"Zlokhim," Vol XIV, No 4 , PP 311-31"
Study of decomposition of pectin by pectinase
propexed from Aspergillus niger indicated there
are at least two phases in the process, First Is
by a sudden decrease In viscosity
.v1th a very small increase in the reducing sub-
afftance6 due to the esterasic effect on the actin
6 2 A4
.9T52
-USSR/Medicine Pectin Deccmposition Jai/kag 49
(Coutd)
molecule, and is acccimpanied by cleavage, of the
z*=cq complex. "Pectolic" acid, liberated by
412a cleavage, reacted with a hydrolytic ag~4. is
mposed%at the glucoside bonds. Re4ucIng pub-
4taa~es are,Increas6d, and d-galacturonic acia.ie
Ake f Inal prod-act. Submal qltk~d 2-f Oct 48.
62/49T5,2

UZTEVA~ T. YE
111'~SR/Mledicine - Vitamin C Pectin Sep/Oct hQI
nbse of a Fermentive Method to Obtain P-Pactor Enrich,,-d Vitamin C Concentrate., 'I: N. V9
Bovotellnov, B. Ye Deyeva, Chair of Microbiol and Biol, Leningrad Inst of Refrigeration
anA M'ilk Ind., 7 pp
I
"Bloldhir" XIV, No 5, PP 398-40h.
From chemical st;uidpoint,, hydrolytic disintegration of pectine obtained f rom. dog rose
represents complex system of related reaction5. Due to severe maceration of plant cell,
there is intersified release of blocked ascorUic acid,, Pectine matter in dog rose C.Onatins
large quantity of substances, polyphenolic in nature, which react on process of Tectolysis
with freed carbonic comples. Glucouides--substances which are always present iii the reaction
--have P-vitamin activity. These*substances are better than ordinary purified alcbhbl
concentrates, Submitted 27 Oct. 48
Fdd PA 157T59

DEYEVA, V. Ye.
DEMA, W. Ye.; "Seeking out ways of reducing 3,osses of dry grain
matter in producing malt". Leningrad, 1955- Min Hi,-,her Education
USSR. Lenj,ngrad Technological Inst. of the Food Industry.
(Dissertations for the Degree of Candidate of Technical Sciences)
SO; KDizhneva Jejg2jal, No. 52, 24 December, 1955. Moscow.

MALKOV, A.M.; DZM'A, V.7s.
Wfect of cirthophosphate on the amylolytic activity of the fungus
Anpergillus oryzaeo Isvovyoouchebazav.;I)ishch'otekh.no#5.6E~-71
l6o. (MM 13:12)
1. Leningradaki7 tekhnologicheskly institut pishchevoy promy~
shlennosti., lafedra, tekhnologii brodillziykh proizvodstv.
(Aupergillum oryzae) (Potassium phosphate)

MALKOV, A.M.; DEYENA, V.Yee
Effect of sodium fluoride on the breathing, syuthesis of biomass,,
and amylolytic activity of Aspergillus oryzae. Izv. vys. ucheb.
zav.; pishch. tekh. no.2:57-60 160. (MIRA 14:7)
1. Leningradskiy tekhnologicheskiy institut pishchevoy
promyshlennosti, Icafedra tekhnologii brodilinykh proizvodstv.
(Aspegillus oryzao)
(Sodium fluoride)

MLLKOV, A.M.; DEYEVA, V-Ye.
Influence of a partial inhibition of respiration 4n-Asperg-illus
oryzae on the synthesis of a biomass, theL amount of P7 and on the
aminolytic-actility. Mikrobiologiia 30 no.e.',:229-235 Fir-Ap 161.
(MIRA 14-:6)
1.-Ldningradskiy tekhnologicheskiy lastitut pishchevoy promy'-
shlennosti.
(ASPERGILLUS OFLYUB)

MALKOT, A.K.;_ DEWA, V.Te.; THACHEVA, G.A.
Effect of potassium phosphate and sodium fluoride on the synthesis
of the t4omass and the amylolytic activity of Bac. subtilise
Mkrobiologiia 31 no66&990-991+ N-D 262. (MIRA 1683)
1.'Lenindradskiy institut sovetokoy torgovIi imeni, P. Ehgel'sa.
(POTASSIUM PHOSPHATES) (SODIUM FLUORIDES)
(BATERIA, AMOBIC)

BOGDJWOV, N.I.; DITEVA,joq.; TXLINOV, X.A., red.; KRATIKOVA, Ye.S.,
'. --P
red.izd-va; FARAKHINA, N.L., tekha.red.
[Manual of prices for overhauling machinery and equipment used
in lumbering] Sbornik optovykh teen Im-nitallnogo remonta mashin
i makhanizmov, primenlasmvkh na lasoziagotovkakh. Moskva, Gos-
lesbumizdat, 1960. 120 p. WRA 13:6)
1. TSentralluoye byuro tekhnichoskoy informatsii lesnoy pro-
myshlennosti,
(Lumbeiing-Nachinery)

V11MISTROVA, M.P. Prinimali uchastiye: DRINVA Z N ;, YAKOVLNVA, A.F.
CHRZHIX, F., otv. za vypusk =_==R_
[Reciamtion of virgin and waste landis in Kazakhstan: bibliography]
Osvoenio teelinnykh i zalazhnykh zemell Kazakhatana; ukazatell
literatury. Alma-Ata, 1959. 162 p.
(MIRA 13:11)
1. Alma-Ata. Gosudarstvenusys respublikanakaya biblioteka.
(Bibliog~aph.v--Kazakhstan--Rai-,lametion of land)

Y
Subject USSR/Engineering
Card 1/1 Pub. 110-a - 4/21
AID P - 4955
Authors : Bulgakova, N. V., Z. V. Deyeva, and A. M, Frokhorova,
Engineers. (..4
Title : Thermal and chemical tests of a high-pressure once-
through boiler fed by salt-free water.
Periodical : Teploenergetika, 8, 17-18, Ag 1956
Abstract : Tests with the above boilers, performed in the All-Union
Heat Engineering Institute in February-March 1956, are
described. The results of these tests show that the
quality of the salt-free water Is not worse than the
quality of the condensate, and that accordingly the
steam supplied by a boiler fed by salt-free water is
equal in quality to the steam from a boiler using con-
densate.
Institution : All-Union Heat Engineering Institute
Submitted : No date

DT7MVA) Z.V., C---ntl Toch of -..hieh;
dotcn,-Alic ','.IC VInc3r Mlrit~- of boilcl~ -z
JM-J~
m! ro . 0.- n C', U-SR
V r
rLil-L'ilioli c)~' L-tbur -,~~d Brnnnr -
ir~ F.B. Dzor~,hinr73-iy~, 120 cc-.ic.,~ 04

/-) F-
, " I-i-- ~ -, j" ;" .
- ! ,, V. r;;'-
DBYEVA. Z.V*, inzh.; KOT, A.A., kand.tekhn.nank.
Solubility of sodium chloride in superheated steam. Rlek.Bta.
29 no.1:14-16 Ja 158. (MIRA 11:2)
(Salt) (Steam)

1.9,C_ ~)E_ V'/~~ V,
3W. LGAKOVA, N.V.,inzh.; DLffIVA. Z.V..inzh.; KOT, A.A,kand.takhn.nauk; RAEDV, K.A.
kand.tekhu.nauk
Using chemically desalted feed water in high-pressure and super-
pressure once-through boilers. Ilek.sta. 29 no.328-12 Mr 158.
(Feed water) (MIEUk 11:5)

8 (6) SOV/91-59-11-19/27
AUTHORS: Kot, A.A., Candidate of Technical Sciences, and
D,-yeva ZY,,Engineer
TITLE: The Purity of Steam Entering a Turbine
PERIODICAL: Energetik, 1959, Nr 11, pp 28-30 (USSR)
ABSTRACT: The.authors determined the permissible quantities of
SiO'_ and Na2SO4 in steam entering a turbine.. At a steam
3
pressur
of 125 atmospheres and a temperature of 4800C,
the Sio - content of steam must not exceed 0.01-0-015 mg/
j
kg, whi e the Na2SO4 consent must not be higher than
-
0.04-0.06 mg/kg. The SiOs
content was determined by a
FEK-M pbotocalorimeter, *hose accuracy must be taken in-
to consideration. The authors mention the experimental
work of the Vodnoye otdeleniye VTI (Water Department of
VTI) concerning the investigation of scale on turbine
blades, which was performed in 1958. In 1957, VTI and
MO TsKTI established in a joint work that tho ualt con-
tent of steam is COMPOBed basically of sodium salts. The
Card 1/2 data of the authors confirm the data obtained by VTI

SOV/91-59-11-10,/27
The Purity of Steam Entering a Turbine
and TsKTI from a SVK-150 turbine of the Cherepets GRES.
There are 2 tables and 1 Soviet reference.
Card 2/2

KOTV A.A., kand.tekhn.nauk;-DEYEVA, ZoV., kand.tekhn.nauk
Concerning the derived transition zone of once-tbrough boli&,-5
with super-hJfh and supereritical pressures. EleLk.sta. 33 !
no.12t6-9 D .62. (Boilers) (HIRA 1600

MOM) M. F. PA 19 .491'88
sep/oat 481,
Polaromm
Light - Absorption
".S028 Optic Properties of Polarons and Color Centers,'
M. F. Deygen, Ph" Inst, Aoad Sci Ukrainian SSE,
3 3A Pp
"Iz -Ak Nauk ISSR, Bar Ift z" Tol M., No 5, PP 6' 6-6~-
'Treato subject vm&er: (1) abscrption of light by
-polarons, (2) absorption of light by F-centers (color
cent-ore), (3) comparison vith experimental results,
ArA (4) conclusions.
MW 19A9T88

USM/Pbyalos Jun' 48
Qaantum Mechanics
"Quantum States and Optical. Transitions of El.,,actrons
in Polarons and the Color Ceaters of Crystals," S. 1.
Pekar, M, F. Nygen. Kiev State U, Inst of Phys,, 7
Mad Sri Ukrainian SSR, 6 pp
'Zhur Eksper i Tooret Fiz" Vol. XVT_U, lqo 6
pp
Studies polarons and electrorm, autolocallzed in
ideal Ion crystals and color center-a !a. almli-
halide cr.79tn-le, arsing as sample one previously do-,
*aloped by authors. Enora;y levels, Y functions of
... . .. 6 L4
-jun 48.'
M~;,:'olectron, and oscillator strength of optical
Itions vere calculated.

Sep 48
Crystals - Color
Crystals - Photoelectric Properties
"The Theory of Internal Photoelectric Effect in
Polarons and Centers of Coloring," M. F. Deygen,
Xlev state U, 7 PP
"Zhur Ekeper i Teoret Fiz" Vol XMI, No 9.s
pp
Considers internal photoeleatzile effect on polarone
and centers of coloring (F centers). Deri*es
functum of continti-Ou-s spactr of polaron. Calcu-
lerAs relation of probability of photo6jedtilo
effect on polarwe to frequency of light., and
UM/Mysice (Contd) Sep 48
qualitative relation of probability of photoeleotrid
otffect- to fi~94uency of light in oases of 7-c6nt6r*.
Mwoonstrates disadvantage of identifying F-absorp-
tion curves as absorption curves"by 4ppropr*iate
Conversions of electrons directly in a continuom
spectrum.
M

DLTGEN, M. F.
...... .. .......
....... Light absorption by polarons and b3, color centers. Naukb
(MLRk 9t12)
zap. Kiev. un. 9 no.2:21-39 '50-
(Absorption of light) (Crystallography, Mathematical)
(Ilectrons)

;tSSR/Pbysics Crystallography, Jul. 51
-Conduction Electron
"States of a Conduction Electron in an Ideal
Homeopolar Crystal," M. F. Deygen, S. 1.
40 Pekar, rbys Inst, Acad Sci Ukrainian SSR-
CO
H "Zhur Eksper i Teoret Fiz" Vol XXI, No 7, PP
Studies possibility of elastic local deforma-
tion of crystal by fld of an electron and
stationar-( location of electron close to de-
formation. Shows that such a self-conformal
1ocal electron state does not exist in the
ic
USSR/Physics Crystallography, Jul 51
Conduction Electron (Contd)
,:CZ78tal -continuum appraidmation, but exis" in
'More. detailed (atomic) model of a crystal)l if
, ' suitable crit inequality is satisfied.
1~ In
~Uot case a'elf-localized,.staie is more fa,4or-
~.ible for energy than free state of electroaAn~
~'the zone of.conduction. Submitted 24"Jun 50.
189TW

USSR/Physics - Crystallography Sep 51
ItEnergy of Thermal Dissociation and Ground State
of Double Color Center in Ionic Crystals," M. F.
Deygen, Phys Inst, Acad Sci Ukrainian SSE
"Zhur Eksper i Teoret Fiz" Vol XXI, No 9, pp
992-1000
Discusses behavior of 2 closely located color cen-
ters in ionic crystals from quantum-mech stand-
point. Interaction of centers leads to formation
of new system of double centers. Analyzes thermal
dissocn energy:and parameters of ground state of
193T94
Crystallograpby (Contd) Si* 521.
double centers. Deduces thermal dependence of
conen of'centers and computes numerical values.
Deygen thanks Prof S. I. Pekar for advice. Sub.
mitted 28 Sep 50.
LC
193Tc,4

Rotation beciessm the tr"veacy of the m"imum d the
abw_WWa band of Weir ctisturs and the lattice tainstant in
Wk*U balids crystak. NI, F )VI I~ (111s. lu%t~,Arwf.
.%ki_ I'kr j, 22,
126-70111%21. --if thr %idth Ah' ut shc ftwisul,len mut- I,
identilik"I kith the hakif Width ~W th-t-vivifing I-I timr.-O.
of the shoct-wavir abuirptiou tau.. it i- found that fin
NaCI, KCI, HKI, Nalir. K11r, khDr, NA, KI, Wit. the
ratio krrlah (whrrv sw - trrqucnc) of the mai 4 the
-atporption Imud ol the color mtero vorit-% only Imtviien
*14MI kind MW It 1, Irmitinsitiv III VvIvIIIIII,
mthat krr,'.%h - i - tvn-t. Ths, retation i. e%ru mom
Itencral thisn the known rchiliou 4,p%II - K, v%firte d -
hittkvcou-t. The romt. K emu tv ev.duated. wit fit he aid III
a on"Hown-4onal ff)-tal rumiti. hv Ali - (Al"irlmidl,
l
;(*,* + vv,). whvir J, & the kri-I (hutAisiv Iwiti'v'k-to I...
1.16tv pAut.. and v - IsTetan .11'. with Pchi,ravietkik- if
the clectmo tiand fit the rt),stal, Asud .4 indetwoutrut of P
In 010"RIV 6111141"1 C"%tAl% P I% Loge Aud VP 1710,W III WIL',
larnige .0 4- V~ - J.- 4 - ashl d. - jjj, vibe-tv if
4"nifs ("I the t)l)c of structure. Ileum. K - ArnP -
2 (AV4v1mXI/q1),tjvO + wo); for NaCl-typc %tructurm
qI - I/s.and K - 011 X IO-Crig-rM."ai apin.% thir extill
ourun K - 1.3 X 10-64. For the CC1 tyIW. - 1, mud
K - OA`- \ 10 0, emal. IlAt X III a. For CS,, III - ;,.
K - OAI X 10 -0. C%Ptl. 1,11 X 10 -so. N. Think

DEYGEN, H.F.; LASHXAREV, V.Ye.
Transparsnc7 coefficient of semiconductor--metal comtacts. Trudy
Inst.fiz. All UM no.4:3:10 151. (MLRA 7:12)
(Semiconductors)

JoYaN. K.F.; TOLPYGO, I.B.
Discussion on tho tonal theory of solids. Trudy Geof.inst.
no.4:122-127 '53. (MLU 7:12)
(Crystallography) (Solids)

DIYG31N, M.Y.
Optical excitation of the double color center in ionic crystals.
Zhur.eksp. i teor.fiz. 24 no.6:631-642 Je 153. (MI-RA 7:10)
(Crystallography)

DZYGEN. M.P.; TaT*PYGO. K.B.
On S.Miablikov's review of S.I.Pekar's book "Studies of the electron
theory of ar7stals.' Unp. fit. rmA 51 no.3:426-428 N '53. (MLR& 6:12)
(Cr7stallolpraph.v)

IZTGIIN M,
Magnetic properties of metal-amonium solutions and balanced
concentration of local centers in dielectrics. Trudy Inst.fiz.
AN URSk no.5-.105-118 '54. (MI-Rk 7:12)
(Ammonium compounds--Magnetic properties) (Dielectrics)

IXYGJW, H. F.
Theory of the optical proportien and electric conductivity of
me tal-ammonium nolutions. Trudy Inst. fiz. AN URSR no.5, 119-136
154. (MLRA 7:12)
(Ammoniwa compounde)

USSR/?hysics Magnetic metal-ananonium FD-1361
- cz ~' i-V
dard l /i Pub. 146-6/i8
Author Deygen, M. F.
Title Theory of the magnetic properties of metal-ammonium solutions
Periodical Zhur. eksp. i teor. fiz., 26, 2193-2019, liar 1954
Abstract On the basis of representations concerning local centers of electrons
in an ionic dielectric (polarons, centers of coloration, and double
centers of coloration) the author develo*ps the theory of the magnetic
properties of metal-ammonium solutions. Ile determines the equilibrium
of concentration and the coefficients of magnetic susceptibility of
local centers. He computes the coefficient of magnetic susceptibility
of the solution as a function of temperature and concentration of metal
atoms, The results of theory are found in agreement with experiment.
Eleven references, 7 USSR (e.g. S. I. Pekar and M. F. Deygen, Z1hETF,
18, 481, 1948).
Institution Physics Institute, Acad. Sci. Ukrainian SSR
Submitted July 14, 1953

USSR/Phys1cs Metal- IN PD-1-362
ammonium
Card 1/1 Pub. 146-7/18
Author Deygen, M. F.
Title Optical properties and electrical conductivity of metal-annonium
solutions
Periodical Zhur. eksp. i teor. fiz., 26, 300-3o6, mar 1954
Abstract On the basis of the representation concerning local centers of elec-
trons in an ionic dielectric (polarons, centers of coloration, and
double centers of coloration) the author explains the peculiarities
of the absorption spectra of light, and also the dependence of elec-
trical conductivity and temperature coefficient of conduction upon the
concentration of the metal in metal-monium solutions. fie calculates
the position of the maximum and the half-widths of the bands of light
absorption by the polarons. Sixteen references, 9 USSR (e.g. M. A.
Krivoglaz and S. I. Pekar, Trudy In-ta fiziki AN USSR (Works of the
Physics Institute, Acad. Sci. Ukrainian SSR), 4, 37, 1953).
Institution Physics Institute, Acad. Sci. Ukrainian SSR
Submitted July 14, 1953

DMYGFd1 M.F.
A spherically symmetrical case of bipolar diffusion of semiconductor
cutrent carriers In the presence of aii externnl field; linear ap-
proximation. ZhurAekh.fiz.25 no.6:1175-1181 Jl'55- (MMA. 8:10)
(Semiconductorl3)

Uf;~R/Physics Semiconductors
-Card 1/r Pub 15'3-3/28
FD-3194
Author Deygen M. F.
Title Dipole diffusion of current carriers in semiconductors in the case
of spherical symmetry in presence of an exterior field (Linear ap-
proxin-tion)
Periodical Zhur. Tekh. Fiz., 25, No 7, 1175-il8l, 1955
Abstract Diffusion of current carriers in a mixed conductivity semiconductor
was analyzed In linear approximation in the case of a spherically
symifie-trical exterior field. Space distribution of electron and hole
concentration was determined. The t.,rpe of control of excess conduc-
tivity different from a flat contact, was established. Indebted to
Member of Acad. Sci. Ukrainian SSR V. Ye. Lashkarev. Six USSR ref--
erences.
Institution
Submitted June 28, 1954

g-jz ~~3; F:
r~g
1?KS

ulqo~L,' "u, n.?,
IL

lkw
-.1A

Tbe o;
Di
w's

ACCOO

G- N
USSR/Physical Chemistry - Crystals, B-5
Abst Journal: Referat Zhur - Khimiya, No 19, 1956, (1091.5
Author: Deygen, M. F_!,_ Pekar, S. I.
Institution: None
Title: Generalization of the Method of Effecbive Mass of Electron in the
Case of Overlapping Zones and Several Uteracting Conductivity
Electrons
Original
Periodical: Tr. In-ta fiziki All SSSR, 1956, No 7, IOB-115
Abstract: The method of effective mass is extended to the instance when 2
lowest zones of conductiv4,ty are substantially overlapping and
bottom of second energy zone is closet to bottam of conductivity
zone. Moreover this method is generalized for the instance of
several interacting conductivity elez~trons. Considered are
characteristics of energy spectra of electronB of local centers
in the case of overlapping zones,

Y4_
Citegory: USSR / Physical Chemistry - Crystals B-5
Abs Jour: Referat Zhur-Khimiya, No 9, 1957, 29745
Author :,p#yggn H. F.
Inst not givii-
Title Theory of Local States of Electron in Isotropic Homeopolar Crystal
Orig Pub: Zh. eksperim. i teor. fiz iki, 1956, 31, No 3, 504-511
Abstract: Consideration of behavior of an electron localized in the vicinity
of a defect in a non.-metallic, homeopolar crystal, taking into ace-
ount the "condenson!' interaction of el-ectron and crystal. The "con-
denson" stAte is meant to denote self'-consistent state of electron
localized at discret3 level of potential well (region of increased
density). Energy, therms of the system am calculated and also the
energy of thermal dissociation of electron, on quantum-mecbanies
treatment of electron motion and, on classical and a %xantum-machanics
treatment of the motion of electrons of the lattice. It is shown
that condenson interaction leads to a difference between the energies
of thermo- and photo-dissociation of electron. A determl tion has
Caxd 1/2 -35-

Utego UCSR / Physical chemistr7 - CrYstals
x7 S
Abs Jour: Referat Zhur-nimiya, No 9, 1957, 29745
B-5
beten made of the light absorption band of the localized electron
(position of mwdmml, half-width of bmuid and its temperature depend-
ence). As an exanple are presented rumerical calculations in the
QLSe of Coulomb potautial of defect (for instance of an admixture
atom with valency electron).
Card 2/2 -36-

PRIKOff"K0, F.
24(7) ~-3 PHASE I BDOX M:PLOITATION SOV11365
wrov. Univeraytot
VAterilay X Vaoaoyu=go save3hchardya. po apektrookopil. t. 1:
MolekQlyarnAya apoktroaknpiya (1aper3 of the 10th All-Union
Conference on Spactrozoop7. Vol. 1: Molecular Spectroscopy)
jL'v"j lzd-TO L'Yovahoso wdv-ta, 19 - 499 P. 4 000 copies
printed. (Serlest Its% FizyobMy Mr4k, v7p. W)
Additional Sponsoring Ag*uoyi AkAlleMIJ& nAUk SUN. ItOMIabilL PQ
apalctroakopLi. Ed.t lazer, S.L Tech. Ed.t Sararyuk, T.V.;
Editorial Board; la:vlaberg, O.S:I, Acadecdclan (Reap. Ed., Deceased),
Neporent, B.S., Doctor of Physical wo Mathematical Sciences.
Fabelinskly, I.L., Doctor of Ph7sical and Mathematical Sciences,
7abalkan & V.A.. Doctor of Physical and Mathematical Saiencenj
XorrAtnklX. V,0.. Carididata of Tea!=ical Sciences RAynkly, S.M.,
Candidate or Physical an4 Mathematical Sciences, hl.ovakly, L.K.,
candidate or Phyacal and rAthamAtLcal Sciences, Miliyanchuk, V.S., 2.
Candidite of Ph7sidal aM Mathematical Sciences and Glauberwan,
A. Is., Cand1dato of Physical ant Mathematical Mences.
Card 1/30
Do E-"-h:Or7 of 1-ght Absorptica by
_-RE%nu
rity Gout re In Ho*"rolar C-7stals
Do M.P- *--A V.L. Vinetsle-7. Opticea tropertles
__~~
-2+--nnters in I*ao Crystals 13T
Rashba, R.I. lx;-uet7 Abrorption in No:eculgr
Cr74t&Ix 140
Utaj X.L. AbsorPtion Spectra 6f Dome Solid
Solutions Rni 7b#lr ChO116" When Sulojeatod
to Hard Radiation 1%1
Ozum-OrzhixAylo, S.V., S.M. arethuavilkoT, " R.A.
Kravohenko-Berazhaq. Miratlo"I 3tPA,%tUr6 in the
Absorvtion Speatrux or COI-94= Tinted With
V&Mdium (at IOD'K) 144
Mavnov&, Ye. N. 3peatroph.1tocaetrits Study of Dye
LW%LrIt1OS In Crystals of load aud Barium Nitrite* 146

DEYGF,N, M.P.; 13MIDENKO, O.,A,; CHERARVISHVILI, Yu.B.
MOW"*
On the theory of F-centers in mixed crystals [vith summary in
English] . Ukr.f i z. -zhur. 2 no. 2 suppl: 24-29 . '57. (MLRA 10 - 7)
1. Institut fiziki AN U M , Klivalkly derzhavniy universitet
Thilialkiy derzhavniy univereitat.
(Crystallography, Mathematical)

AUTHOR: Deygen) M.P. 51-5-6/26
TITIZ; On A~. Theory of Impurity Centres in Anisotropic Elomopolar
Crystals. (K teorii primeanykii tsentrov v anizotropnykh
gomeopolyarn,vkh kristallakh)
FIS ODICAL: Optika i Spektroskopiya,195;7,Yol.2txg'.5,pp.587-591(USSR)
ABSTRACT: Thi er develops further mi'earlier theory of impurity
s 'p
homopolai cNy! tals I I. . 1.
of,,akin-9 into a6count the interaction of
electrons with the acoustic vibrations of the lattice, using the
so-called "condensed" coupling of the electrons with the vib-
rations. Ref.(5) gives the energies for thermo- and photo-
dissociation of electrons, parameters of the quantum., states of
the system, position of the me i7mim and the half-width of the
impurity absorption band, etc. Some of these results were
repeated in Ref.(8). The theory given in this paper generalises
the.above results for the case of an anisotropic energy surface
of '~&' band electron. In this theory, the behaviour of band
electrons is described by two effective masses -g1 and IL2
taking into account the interactions of the electrons with the
lattice vibrations.
The following parameters of the absorption band of the impurity.
Card 1/2

51-5-6/26
On-'a-.Theory of Impurity Centres in Anisotropic Homopolar Orystals.
atoms are calculated: position of the maximum of the baft4,
magnitude and the temperature dependence of the half-width.
Results of the calculations are ooM?ared with the experimental
data for silicon. The calculated banq half-width at the
absolute zero was found to be 3 x 10-2 eV4, while the experimen-
tal value for silicon at helium temperature [Ref.5) is
1.5 x 10-3 aV*,,,
The author was assisted by two students of the Kishineir Univers-
ity,ftyjeri8hteY*, and Vladesko.
There are 9 references, of which 6 are Slavic.
ASSOCIATION: Ingtitute of Physics of the Ac.Sc. Ukrainian MR, Kiyev.
(Institut Fiziki AN USSR,Xl.yev.)
.SUBMITTED; October 31, 1956.
AVAILABLE: Library of Congress.
Card 2/2

AUTHORS; De7gen, M. F. and Shullman, L. A*
TITLE: On a Theory of Electron-spin Resonance of F-Centres
in Ionic Crystals (Continuous Model of a F-Centre
"Smoothed Functions"). (K teorii spin-elektronnogo
rezonansa na F-tsentrakh v iorLnykh kristallakh
(Kontinuualtnaya model' F-tsentra - "sgiazhennyye
funktsii").
PERIODICAL: Optika i Spektroskopiya, 1957, Vol.11I, Nr.1, pp.21-28.
(USSR)
ABSTRACT: A mathematical paper. It discusses in relativistic
(Darwints method) and non-relativistic (Pauli's method)
approximations the interaction of a localized s-electron
with the nuclear magnetic moment, displaced from the
centre of symmetry of the ele'ctron wave-function.
Hyperfine structure Of the energy levels of the electron
is obtained. Calculation is generalized to the case of
interaction with several nuclear magnetic moments.- The
results obtained are used to discuss spin-resonance,
absorption of radiowaves by F-centres using "smoothed"
wave-functions of tha electron and to estimate the

51-1-4/18
On a Theory of Electron-spin Resonance of F-Centres in Ionic Crystals.
maximum width of the absorption band. There are 12
references, 3 of which are Slavic.
ASSOCIATION: Institute of Physics of the Aoademy of Sciences of
the Uk5ainian SSR) KlYev; (Intititut fiziki AN USSR,
Kiyev'. Tadzhik State Univeraity, Stalinabad.
(Tadzhikskiy gosudarstvennyy universitet, Stalinabad).
SUBMITTED: Deeember 28, 1956.
AVAILABLE:
Card 2/2

C_ V I F
AUTHORt DEYGEN,M.P. PA - Zj44
TI'ILEs The T_nt-ffrMion of Localized Electrons with Acoustic
Oscillations in Homoepolar Crystals (Vzaimodeystviye
lokalizirovannykh elektronov a altuaticheakimi kolebaniyami v
gomeopolyarnykh kristallakh, Russian).
PERIODICALs Izvestiia Akad. Nauk SSSR, Ser. Fiz., 1957, Vol 21, Nr 1,
pp 68 - 6a (u.S.s.R.).
Received; 4 / 1957 Reviewed: 5 / 1957
ABSTRAM This is a short summary of the lecture published in Zhurn.
eksp. i teor. fiz.; 1956, Vol 31, 34. Irrespective of the inter-
action mentioned in the title, it is not possible to assess the
width of the absorption bands of local centres, the differenoe
between the energies of thermal- and photodissociation eto.
The author studies the above mentioned interaction on the basis
of the "mechanism of condensation", which consists essentially
of the followings At anx point of the crystal A domain of in-
creased density and therefore with an increased dielectric oon--
stant is produced by elastic deformations. According to the
theory of macroscopic electrostatics the electron is pulled
into that domain. Therefore this compressed area represents a
po tential well for the electron,, which does not follow the
Card 1/3 movements of the electron because of the inertia of the atoms.

PA - 2344
The Interaction of Localized Eleatrons with Acoustic Osoil-
latione in Homoepolar crystals.
The Hamiltonian of this system is H (~2 /20 tj+ Q(r) + v(r) +
+'ft ak' This was obtained by using the method of effective
mass. QQ) denotes the energy of the electrons in the field of the
defeat, Hak the Hamiltonian of the acoustic oscillations of the
lattice, V(r) the energy of the interaction of the electron with
the deformed domain of the crystal (the energy of condensation
interaction).
The solution of the Sohrddinger equation corresponding to the
above Hamiltonian determinea the energy levels and the wave-
function of the system. The parameters of the la and the 2p
levels and the energy of thermal dissociation of a localized
electron have been calculated. In homoepolar crystals absolute
value of the energy of photodissociation is higher than the ener-
gy of thermal dissociation similar to the ease in ion crystals.
Taking into consideration a note by S*I.Pekar and M.A. Kriviglaz
it is possible, in addition, to determine the parameters of the
absorption band of light influenced by atoms of admixtured sub-
Card 2/3 stances. Computations show that the half width of the ab-

PA - 2344
The Interaction of Localized Electrons with Acoustic
Onoillationa in Romospolar Crystals.
sorption curve can be considerable even at absolute zero.
(No illustrations).
ASSOCIATIONt Institute for Physics of the Academy of Science of the
Ukrainian SSR.
PRESENTED BY:
SUBMITTEDt
AVAILABLE3 Library of Congress.
Card 3/3

AUTHORS: Deygen, 11. F., Dykman, 1. M., Tolp.vgo, X. B. 57-27-7-40/40
TITLE: An-Uniam Conference on the Theory of Semiconductors
(Vsesoyuznoye soveshchaniye po teorii poluprovodnikov).
PERIODICAL: Zhurnal Tekhnicheskoy Fiziki, 1957, Vol. 27, Nr 7,
pp. 1626-1642 (USSR)
ABSTRACT: The conf erence took place in XLyrr on October 9-13, 1956.
40 lectures were held. They comprised the followinC branches
of knowledre: multielectron-theory of the solid body,
exiton-processes in semiconductors, interaction between
current-carriers and lattice, theory of the polarons, theory
of the local states of the electron in semiconductors, zonal
structure of the semiconductors, magnetic properties of the
semiconductors, phenomenological theory of the seniconductors.
There are 16 references, ]2 of which are Mavic.
SUBYMED: Dece-m-her .70, 1956
AVAIL-A.bj,E: Library of ConEress
Card 1/1 1. Conferences-Theory of semiconductors-Kivev 2. SeTrLiconductors-Theory

-
-
-
2h
vr
Ra
.
. L
1: 1 IT,
5
5
A systern C.-.141;Ung of t egttivc %scaricies and an elDctron
in VTisider-ed. Tht. tht~rnal dis!:o-
'
1
C i2t mr) una I; mmm; -
6~-RiPe IE i Of Lhe -5y r ,, m a re co m pu t (-,i
tv
cl,,j;Lit;ani-n,.ez),.,.n:~!~~I cow%id-mlibrill M Lho r1lot ~on of I~uv
er,-11 azaen cd Ito oplic-Al !1!~~Irpuinl L)ar-.-d -- ~lj ~~- 1to~. a-n-l ...... ~4
4 havo be 3a ilt~.txmino. Por Iliustra! ion Lhe i,uf ic~nr al
hzva been at-t;dmil i-,r M argi "r cry-swo md the rv8,l)t!i satis-
mgree vitIhIlhe experimertal rc,,~Lkvt. A.

EARN

DEYGENI M. F.
AUTHDR: DEYIENX.F., VInTSY1T,V.L. 5&64"6
TITLZ; -I-HU~dYbetween Current Carriers and F-Centers ind Acoustical
Vibrations of Ionic Crystal Lattices. (VzajmoeeyAviye nositeley
toka i F-tsentroy a akusticheskimi kolebaniyami reanetki v ionr*h
krist&llakh, Russian)
PERIODICAL- Zhurnal Eksperim. i Teoret.Fiziki, 1957, Vol 32, Nr 6, PP 1382-1392
(U.S.S.R.)
ABSTRACT: Theoretically the influence exercised by a "surplus eleotrozP in
an ion crystal, the lattice of which was; excited optically or
acoustically, in investigated. The aoountical me leads to a de-
crease of the energy of the system, a change of the mass of the
current carriers - polaron affect. - In consideration of the *on-
densor effect the wave function, the energy of the ground- and
excited states of the F-oanters, and the parameters of the F-light
absorption bands axe calculated. (With 6 Slavic References).
ASSOCIATION: Physical Institute of the Ukrainian Academy of Science
PMENTED BT%
SUM=ED: 7.7-1956
AVAILABLE: Library of Congress
Card i/i

AUTHOR: Deygen, M.F. 56-3-32/59
TITLE: Theory of the Paramagnetic Resonance of F-Centers in Ionic
Crystals. (Teoriya paramagnitnago rezonansa F-tsentrov v ionnykh
kristallakh)
PERIODICAL: Zhurnal 4ksperim. i Teoret. Fiziki, 1957, Vol. 33, Nr 3,
Pp. 773-779 kUSSR)
ABSTRACT: The theory of the hyperfine interaction between a localized
electron and the magnetic nuclear moments shifted from the
symmetry center of the wave function of the electron by a certain
interval is developed. A hyperfine structure of the level of the
electrons is obtained. Computations were carried out by means of
the "homogeneous" and the "detailed" wave functions of the
F-centers. The results make possible the development of a theory of
the paramagnetic absorption of radiofrequency of the F-centers.
It is applied to the form and the width of the absorption line
in KC1 and NaCl. For KC1 and NaCl the half width of the ab-
sorption bands compatf* 4Lmounts to 8 and 13 Oe whild for KC1 52 Oe
were measured experimentally. Thus, it can be seen that the theory
only gives the correct order of quantity. There are 4 Slavic
references.
Card 1/2

Theory of the Paramagnetic Resonance of F-Centera in Ionic Crystals, 56-3-32/59
ASSOCIATION: Physics Institute AN of the Ukrainian 33R (Inatitut fiziki
kkademii nauk Ukrainskoy SSR)
SUBMI.TTED: March 25, 1957o ,
AVAILABLE: Library of Congress
Card 2/2

DSTGEN, M.P. [Dayhen, g.F.1; ROTTSIN, A.B. [Roitsyn, O.B.]
Double paramagnetic resonance of incorporated atoms and F-centere in
mixed crystals [with surmnary in Bnglish). Ukr.fiz.zhur. 3 no.4:439-448
JI-Ag 158. (MIBA 11:12)
Ifistitut fisiki AN USSR.
(Crystal lattices) (Color)

51-4
AUTAWO: VinetL;_'-iy, V. 11. and . Doyf;en_,,_UF.,-
TITLS: On Polarized Luminescence of Coloured Crystals.
(0 polyarizovannoy 1yunlinestsentsii okrasherunyKa
kristallov.)
PEi-ZIODIUL: Optilm i Spektrosk-opiya, 19'8, Vol.IV, IT-r.1,
PP. 60-65. CUSSR)
ABST16IC'T This paper is entirely -theoretical. It disousses
optical transitions to various excited states of
F and F+-centres. It is ohovaq that -4ntensituy :)4-'
2 2
phototfunsition to ona of the hi,,her ener~;-j ',,~3vcls in,
+
F2 and F2-c(-n-tres is comparable with the i-niten, s *1 t~
of phototransitions (Rofrs.2,3) to the lower excited
levels of the same centres. This means that F2
+-. - -o absorption bands of
and F2centres may hare tv. -I
approxima -", e 1y the same intensity. The present authoTS
Card 1/3 discuss in detail Peofilovis work (Re-L-.4) on a:l-rc~;ate

51- 4-i-,Q/26-
On Polarized D~,mine s clan ce of Colour&1\0:1-istals.
CO lour cc-nt re s Feofilov s~Wdiod the azimuthal
depondence of the de.!~-ree of polarization of lij-it
ij
U
emittcd ia luminescence excited by polarize-,' of
vjavelen~;"uhs corraspondin,~ to the coloiar contr,3;--,.
Y:~ofilov ~-ivcs a cia~jsical intui-Dretation of !,is
reoul-11-0s ba--ed on absorbin- c-,nd emittiiv- oscillator.--;.
L; 0
The pr,~sent paper --ives a quantum-mochanical
-Dretation of Feofilov's res-alts. It is shc.-,-.T- that t",e
experimental data on the azimuthal dependence of -Li-,,j,e
degree of polarization of luninescence aE3ree with
results calculated for F and F +-centres. The
2 2
discussion is bascd on t-he iiacroscopic approxiT-1-r-tion
(R~~fs.2)3,5)- ~-uantitative calvalations 1-.7ere Liade for
a K01 crystal. There are 1 fi,~,:ure --,.nd 10 references,
Card 2/3 of which 8 are Russian and 2 American.

51- 4 -1-8/26
On Polurizod Daminescence of Coloured W7.,tals.
A66WlATION: Ir-,ti.tute of Physics Of tho Academy of Sciences of
thc TMSR, Kiyev (Institut f j-ziki XIT SSSR, Kiyev j
601111TTED: Lla-rch JL~, 1957.
AVAIIABL,!~: Library of Congress.
1. Crystals-Luminescence-Polarizi)-tion
Ca Id 3/3

A
24(7)'' SOV/48-22-11-14/55
AUTHOR: Deygen, M. F.
TITLE: Paramagnetic 'Resonance of the Impurity Centers in Ionic Crystals
(Paramagnitnyy rezonans primesnykh tsentrov v ionnykh
kristallakh)
PERTODICAL: Tzvestiya Akademii nauk Seriya fiziche.,3kaya, 1958, Vol 2?,
Nr 11 9 PP 1541-1346 (us.ciR.)
ABSTRACT: In spite of the circumstance that spin-electron and spin-nucl.eus
resonance methods haveaOyfora short time been applied to The in-
vestigation of impurity centers in semiconductors, there has
already been obtained a rumber of fundamental results. Theoreti-
cal work in this field is above all devoted to two problems:
How to explain the nature of band widening in the spin-electron
absorption curve of the P-centers in alkali-halide crystals
(Ref 2) and how to compute the noaition of the line5 of spin-
electron resonance Qf the -.)tli group impurity atoms which are
-_.added to silicon (Re~ 4). ln the paper*cited by reference 2 it
was emphasized that only a rough orbital model of the F-center
leads to a reasonable value of widening. The customary con-
Card tinuum model iH said riot to be in a position to expiain thin

~iOV/48-22-11 -14/ 53
Paramagnetic Resonance of the Impurity Centers in Ionic Crystals
effect, leading to a divergence between theory and experiment
of four orders of magnitude. This assertion was, however, re-
futed by the author in a previous paper (Ref 5). He proved that
a correct application of the continuum model of the F-center
yields reasonable results in the calculation of the width and of
the shape of the absorption curve. Furthermore, in this paper
8ome results -from the theory of paramagnetic resonance are
presented, which were obtained by the author and coworkers and
which were published already in previ,.lus papers. Thus, the spin-
Hamiltonian of the hyperfine interact.'on of the localized
electron was ssudied (Refs 6,7). The ttleory of spin-electron
resonance in F-centers and that of' the dependence of' the hyper-
fine structure of the F-center upon the orientation of the
cryetal in an external magnetic field are the subject matter of
other papers (Refs 5-7, and 9). The spin-electron resonance in
the stoichiometric metal excess in a NaCl type crystal is sub-
jected to an investigation in reference 13. Finally, in reference
14 the hyperfine interaction and the spizi-electron resonance in
polarons and excitons is investigated. This paper presents a
Curti 2.13 summary of the various previous papers, inaumchas chey are of

:-t' r I. e Ilmotiri I.y Cutit-ers lzi Tom c Cryst a 12
th" orklotorn under ar-i-- e' fipureq
rel't-rencon, 1e of wli-xcli avo
:rwtitut fizild ',kadeniii, naiik III(I li illliiu~jiot.e of onysicti.,
Card i

T-Ii 0 R S' Glinchuk, I.-I. Deygen,
'T -toln- .1t.,ctron Resonance in the I.-rical C- L~
-'-n pe Crystals V
isloytke v
Vol.
Y7 v of -:-tic rc.,oonance developer] In thlz~
T
J. i i t h i --i i)hc-nomt~ uou in tiik; stoichiometric ~,--tomm
ol~' a Im-tal in the lattice of NP.Gl-type crystals uermits to
!i unioue aimvier concerninp the character of thi~~
in tfl~i crystal. This method of investigatin_lr the Tmrauw.Enctic
I ed to anY kind of
resonance -Is a genera one and can be appli
atomo occup-ing interst4tial sites in 1 tticen o" different
a
type. This -.iz~.per contuins a corrputation of Lha su:-'erfinv
structure of the encrCy levels of a vu?ei--ce electron of tl.e
"'tom V'hich Occupi--IL-s all interstitial bite In a Inttice
o th e 14~Cl-ty.pe. The -ontour, the nridth, and t'l-C! jnten'-~-ity
of the 'band of sr-in-clectron resonance in the
e x C'. s :3 rotel. Waters .!3 deterrined (tl-le ilnr:~!,.ia.-etic resonance
!n cent",-1, 0- ~--- ii,,o6el -,a'er
Card 1 C07oz-5: 11 an t 1. '1 Ct i ve in v 1 0 '..-e

j TI - c T. n C), C- in 11, "IC- .0 L o 1. c 11 i 0 r.,f 0 tr i a ff I X C 0 1, "a 1"
Type
--ince o-f tho -ELtams occi,-,)virp~ int,,rstitial sites in
1'0 11 -9 ;11,'z -1 1 L U L I V 6.1 T
Dro"I
Lw- ill
corresuonjing ones 'Lo-,.- ~!,c, from -,o,lel
- '5u I 'I . teness
-c- r. This
o: ,model of the .1 --io-L, CI-2*-
'R;*,: t c rc:~ 0 i I a 11 C L r
"',o) tLnd the t a 1) 1 u, r.-iven
f cc rai derived
in t~-tis -ci- J--Z --o. to conctruct all c-Dectural 1 -ine s
cri cha,*~e of the abs or p t J on curve. art J c-lar
n d to Je' - -.,irL L I -
f e c-j. u r e s o~. the ab:~or-,Ai-on 'oancls are ~~-Ild;cated. '-~-Aere
2 t,--'t, es, a.,d. V rp-!'~,rences, 8 of ,-!hich a:--e D--i C'
1 Iq -U t ill i U7~ - , 1, -i re. I~r - - '- . - , 1
I
of
Ukr-iblZ~ '1'i-.!c-v)
"Iro

-en, il P. , Pekr (56-34-,-2-,,,,
AUTHORS: Deyg 1. 1 ,r, S. I. BOV,
TITLE: Hyperfine Interaction and Spin-Electron Resonance in
Polarons and, Excitons( Sverkhtonkoye vzninodeystviye
i spin-elektronnyy rezonann v polyaronakh i eksitonnhkh)
PERIODICAL. Zhurnal Eksperimentallnoy i Tooroti-cheskoy Fi~-,i.ki, 1959,
Vol. 34, Nr- -,, im. 684-6,17 (USSR)
ABSTW-T: The pre.,ient paper Shows that in polprons and exclitons the
correction of energy depindent on the hyperfino -,'interaction
in first approximation is to 7,ero. First -the ope-
rntor of the energy of hyperfine interaction of on electron
,aith the ma&nc-tic moments of the nviclei of the c ls is
Pu4- 'I -A -IN ry,51t~
v down:uz U,.; U =6 r
S, curl curl
Here the index 1 enumerates the nucl.i and U I - is the enerEfl
oporp.tor of the hyperfine intornction of an electron with
the magnetic moments of the niiclei of the type I? Otnote~-
the number of the node of the 1 -th sublnttice; I, aad I. and
Card 1 /3 the shin oT the nucleUs and its modulus; deiloteer

Hyperfine Interaction and Spin-Electron Resonance in scv/56-34-3-22/55
Polarons and Excitons
the Bohr miaGneton; (U the inagnotic moment of n- nucleus;
the distance fron the 1n -nucleus to thc Plectron. The
operation curl is carried out in the coordinntes of the
electron. The Hamiltonien of the crystil mqv not contain
the spins of the nuclei in zero?th tipproxi.inntion. Then the
wnve function of the crystal can be put down in forr-,I of the
product of the wave function -K of the nuclear spins with thr~
function 4, (r,R) of the coordiriptes, of till electrons (r), e-nl
V e coordlnnte~j of progressive motion of the nuolet (R).
The correction (first approximation of the enorg ) dependini'
,y
on the h,, perfine interaction io pul; do-an and the several
times transformed: Ue = -kc-Itu OL, PC Pt PI denotin,-,
s.r(, k
the projection of the total spin inorl~nt -A all nuclei of
the e-type of the crystal.. Pi is actually equal to zero on
the average but in reality it slightly fluctuntes. ~.Vi th
increasing volume of the base region of the crystal U 1 Pnd
-1/2
consequently also U tend to zero with V therefore the
Card 2/3 hyperfine interaction does not furnish -,ny broadcning in the

Hyperfine Interaction and Spin-Electron Resonance in soVI 56-3 L 3-22155
Polarons and Excitona
case of polarons and excitons, and this fact makes possible
the experimental differentintion of polarons from local
electron centers. Then the authors shortly report on several
works dealing with the same subject. It would be interesting
to find out why by illuminetien of the crystal such a high
concentration of electrons can be produced thpt the spin -
-electronic absorption of radio waves by excitons can be
determined experimentally. The excitons which absorbed a
radion quantum have c much longer life with ref-rd to
fluorescence than the usual.excitons. There are 5 references,
2 of which are Soviet.
ASSOCIATION: Institut fiziki Akademii nauk Ukrainskoy SSH (Institute for
Physics AS Ukrainipn SSR)
SUBYITTED: September 12, 1957
Card 31T,

AUTHORS: Deygen, M. F., Zovin, V. Ya. SOV/56-34- 5', ~161
TITLE; The Dependt-n-le of the Hyperfine Structure of P-,Cen+ers on the
Orientation of the Crystal in an External, Ma-netic Field
U
(zavisimost, sverkh-',onkoy strxilctury F-tsentra ot oriyentatsli
kristalla vo vneshnem magnitnom pole)
PEPIODICAL. Zhurnal eksperimentallnoy i teoreticheakoy fizik-':,, 1958,
Vol. 34, Nr 5, PP. 1142-11,47 USSR)
P.BSTRACT: Taking into account the results of previous papers, the authors
find a general expression for the spin interaction between an
F-oenter electron and the angular moments of the first and
second Goordinational sphe--es surrounding the nuclei by using
the continuous and orbital models of F-centers in KCI type
lattices. The investigation of the anisotropy of the coeffi-
cients of the spin Hamiltonian leads to a good consistency
with the results obtained by G, Feher (Feyer)'s experiments-
First, the eXpl4Cit form of the spin llai,~iiltonian of the
itittractinn of thn localtzed ciectron in a cryrtal' with Lhe
magnetic moment of the k--th nucleus of the lattici~ ia givon,
The authors take into account the interaction iitli the nuclei
Card 1/3 of the first and second coordination s-aheres, as this inter-

The Dependence of the Hyperfine Structure, of SOV/56-34---5-13/6i
Y;-Centers on the Orientation of the Crystal in an External
Magnetic Field
act-Lon is the most essentiEL1 one. The forra of the ?-function
depends on the model. of the F-conter. In the case of th~!
ooittinuous model llusinC the method cf the effz-c~,tlve- mnso nnd
the approzioation of a-ron(; coupling) one may write
(r)Z o G ) ,where T(r) denotas the wave function that.
k kq1j, k
is spherically symmetric with resnect to the lattice defect.
T k ( "'k ) denotes the atomic of Y. and C27. The authors
then give an explicit expr,,-ssion for the~_function taking- into
ao-lount, the contTibution of the first and of the second coor-
dination. spheres and also Df the central ion Cl'*, This ex-
pression is specialized for the model of the F-center. The
authors first investigate the hyperfine interaction of
the F-center electron with one of the nuclei of the first
coordinate sphere- The corresponding expression for Hk fs
given expiJ..-itly. The authors then derive the spin Hamiltonian
of the hyperfine interaction of the F-center electron with the
chlorine nucleus of the second coordinate sphere. Some differ-
Card 2/1

The Dependence of the Hyperfine Structure of F-Genters SOV/56-34-5-13/61
on the Orientation of the Crystal in an External Magnetic Field
ences between the results of this paper and those obtained
by Peher (Feyer) are mentioned. There are 1 figure, 2 tables,
and 10 references,.7 of which are Soviet.
ASSOCIATION: Inatitut fiziki Akadomii nauk Ukrainnkoy SSR (Inutitute of
PhySiCS, AS Ukr SSR)
SUBMITTED: November 10, 1957
1. Perturbation theory 2. Crystals-MaLgaetic factors 3. Crystals
--Latticen 4. Mathematics-AY)Plications
Card 3/3

AUTHORS: Vinetskiy, V. L., Deygen, M. F. SOV/56-35-1-45/519
TITLE: On the Influence of Acoustic Vibrations on the ParaME!ters
of the Bands of the Absorption in Crystals Caused by Ad-
mixtures (0 vliyanii akusticheskikh kolebaniy na parametry
polos primesnogo pogloshcheniya v kristallekh)
PERIODICAL: Zhurnal eksperi.mentallnoy i teoreticheskoy fiziki, 1958,
Vol. 35, Nr 1p pp. 287 - 289 (USSR)
ABSTRACT: In a previous paper (Ref 1) the authors investigated the
system ionic crystal-F-center in a macroscopic approximation
and they obtained expressions for the energies of the!
ground state and of the excited state of the system and
also for the parametern of the corresponding absorption
band. In this previous paper, the results of a paper by
Tolpygo (Ref 21) were used for the calculations. In this
paper by Tolpygo, the investigations were carried out
in a microscopic approximatior. But also a macroscopic
investigation is possible for a. wide group of crystals, the
anisotropy of which is not too intensive. For the crystals
Card 1/2 which do not satisfy these conditions, numerical computations

On th~ Influence of Acoustic Vibrations on the Para- SOV/56-35-1-45/59
meters of the Bands of the Absorption in Crystals Caused by Admixtures
are necessary. The calculations are discussed step by step,
and the formulae obtained are given explicitly. The
approximation used in this paper may be applied also ~~o
the investigation of the behavior of the electron of an
impurity center in homeopolar crystals. There are 2 refer-
enceE* which are Soviet.
ASSOCIATIOIT: Institut fiziki Akademii nauk USSR (Institute of Physics,
AS UkrSSR)
SUBMITTED: April 1, 1958
Card 2/2

DMEN, M.F., DOC PhYsTath "Study -bassd=on thz-
tueory of Om local states of electrons in dielectrics and
semiconductors." Kiev, 1955) 15 PP (Acad Sci UkSSR. Inst of
Physics) 150 copies. Bibliography: pp 14-15 (51 titles)
(iM, 21~-59, 122)

24(4) PHASH I W;;K ~.%PIAJETATEON SOV/J140
Akadwalyn 11&Uic Ukratntiicoy =11. InALWAt Ctrlki
Potoelektricheeklya I upttqh,zPjy(- yjvlcnjyj -/ poluprovodnlkakhs
trUdY POrVOIX0 vde00Yuzr'0AQ ucv-12h--hanlYa P0 eoto.,LoktrIcne3k1A
1 0VtIQhe*kIm YavlonlYnm v poluprovocinikikh, g. r1yev, 2U-26
acYAbrYa 1957 m Uhoto,~I.atrLc und OptICRI Fn-nnmqna In 3=1.-
conductors, Trannauttonz or tho First Conference on Photoelectric
and Optical Pheinomena In 3nniconduatorn... ) Kiyev, 1959. 403 P.
4,000 copies printed.

Additional Sponsoring AgencYt Unclemlya nauk 3358. Presidium.
X00114617a Po P01UProvodnIkam.
Xd. of Publishing Hounat 1. V. Kleine; Tech. Ed.: A. A. MatVeYChuk;
Reap. Fd.s V. Yo. Loahkarcvp Aandemician, Ukrainian SSR, Academy
of Sciences.
FUPJWgt this book In Intcndod ror scientists in the field of semi-
conductor physics, solid State spectroscopy, and oemiconductor
_-Ze-d-st ~snzs l7n
devices. The collection
universities and Inotttutcn of h4sMnr*"rhnicaI training
specializing In the physics and technical application of semi-
conductors.
COVMWRI The collection contains reports and Information bUlletins
(,-Iz -1-1-ter are indicate-- by a2tarrkq read at the First All-
union Conference on Optical and Phoz,)olectric Phenomena In Sami.
conductors. A wide scope or problems In semiconductor physics
and technology are conaideredt photoconductivity, phatceleatro-
native forcesp optical propLrtlen, photoelectric calls and
photoresistorms the actions or hard and corpuscular radiations.
the properties or thin rilm3 and complex semiconductor systme,
d for publication by E. 1.
*to The materials were prepare
Rashboy, 0. V. Snitkot K. B. Tolpygo, A. P. Lubchankogand M. K.
)aNd References and discusnion railow each article.

pbotoolsottio and Optical Phenomena (Cont.) 307/3140
L. The zrfect or surface Recombination on the Photo-
coaduord,ity or A 3-acon-1;1ator 136
X., and 14. F, peygn. Aasorption of Light
by an Impurity in Crystals of the Germanium Type 138
M&&hov3jA.=,4t~ investigation or the Recombination Process
centers in Germanium 138
Vkhanov Yu I Investigation of the Spectrum of Infra-red
jW~2~~ by Minority Carriers 1. O.r=nl..A 141
jykhanov. n. 1. Investigation of the Modulation of the OPtiCal
Transparency of Germanium in the Region of a p-n Junction, 146
ILLkLsXm_A_L_ Improvement of the Photoelectric Method of
Ifeasuring the Length of Diffusion Displacement of Nonequillbrium
carriers In Semiconductors (Thee*@) 148
4. Other S,~xiconductorfi
Card 7116

AUTHORS:
TI=1-:
S/058/62/boo/Gali/114/160
AOO'1/AlOl
Buymistrov, V. M., Deygen, M. F.
T
bight absorption by impurities in germanium-type crystals (Theses)
PERIODICAL: Referativnyy zhurnal, Fizika, no. 4, 1962, 41-42, abstract 4B361
(V sb. "Fotoelektr. i optich. yavleniya v poluprovodnikakh", Kiyev,
AN USSR,1959, 137)
T=-: A theory is developed, in macroscopic approximation, on light
absorption by impurity atoms of group V in Ge-type crystals. The elec-vron-phonon
interaction is described by the deformation potential; the coupling constant
in the interaction potential is assumed to be arbitrary. The anisotropy of the
conduction band (the presence of two effective masses) is considered. In addi-
tion, the calculations take account of the existence of three lattice vibration
branches with different angular dependences in the dispersion laws. The shape of
the light absorption band during the transition of an electron of the impurity
atcm from the ground state to the excited state Is obtained. The case of large
heat liberation is considered. The results are applied to Ge and Si crystals.
Card 1/2

S/058/62/000/004/114/160
Light absorption by impurities ... A061/A101.
The calculated half-width-of the light absorption band fits the one obtained
for Si experimentally.
[Abstracter's note:, Complete,trans'lation]
Card 212

0 0 67400
SOV/181-1-9-24/51
AUTHORSs linymigtrov, Deyialen. M. F.
ly
TITLE: On the Theory of Light Absorption by Impurities in Homeo.-
polar Qxystaly Ik
PERIODICAL: Fizika tverdogo tela, 1959, Vol 1, Nr 9, pp 1463 - 1465 (USSR)
ABSTRACT: The aim of the investigation under review was to set up
criteria of applying the strong coupling method to the
calculation of the parameters characterizing the e!,ape of thf.
light absorption band, in the case of absorption occurring by
impurity atoms. The results'of a number of pertinent
publications are discussed in detail. The initial formulaa
used by the authors are taken from references 6, 7, and 10.
The following criterion was obtained:
0.64.3fflr-ci 5.JO-9 Ea
< 2 Y-2 2
I; Wdenotes the frequency of the longi-
Card 1/2 cy-

') ~ .":. f,
On the Theory of Light Absorption by Impurities in SOV/181-1-9-24/31
Homeopolar Crystals
tudinal acoustic vibrations with the wave vectorx, E is the
dielectric constant of the crystal, c 1 is the longitudinal
sound velocity, a is the constant of the deformation potential.
It is shown thatthie condition is satisfied for silicon and
germanium, and therefore, that -the strong coupling method can
be used for the calculation of the parameters. There are
11 references, 8 of which are Soviet.
ASSOCIATION: Institut fiziki AN USSR Kiyev (,Institute of Physics of the
AS UkrSSR, Kiyev)
SUBMITTED: March 27, 1959
Card 2/2

24(3)
AUTHORS: Deygen, 11. F., Royi;sin, A. B. SOV156-36-1-24162
TITLE: The Paramagnetic Resonance of F-Centers in Static Magnetic
Fields of Arbitrary Strength (Paramagnituryy- rezonans
F-tsentrov v staticheskikh ma nitnykli I)c i_~,,h pro-Ji zvoll noy
velichiny)
PERIODICAL: Zhurnal eksperimentallnoy i teoreticheskoy f-iziki, 1959,
Vol 36, Nr 11 pp 1116-185 (USSR)
ABSTRACT: The authors develop a theory on the paramagnetic resonance
of F-centers for an arbitrary value of the field strength of
the external static f-Jeld, and especially for the case in
which such a field is lacking. The first part of the present
paper deals with the hyperfine splitting up of energy levels
of the F.-center in the case of the presence of an external
static magnetic field. First, the spin-Hamiltonian of the
system to be developkid is written down and transformed by
separation of the terms of the Fermi type. For purposes of
illustration, the calcalation of the energy levels for
alkali-halide crystals wiTI) a lattice of the NaV1 type
(halidesalts of K, Na, Rb, bi) is carried out up to the
Card 1/4 determination of numerical val,,ies. The spins of the metal

The Paramagnetic Resonance of F-Centers in Static SOV/56-36-1-24/62
Magnetic Fields of Arbitrary Strength
.Lon nuclei contained in these lat'.-4ces are ecual to 3/2,
For the total Bpin of the sextuple of rnlclei in the first
coorainaTio-I-sphere the folllowing value3 are ebtained:
1 0 1 2 3 4 5 6 7 8 9
N 34 90 120 12C 96 64 35 15 5 1
N dettrmines the statistical weight of the quantum state
corresponding to a certain 1-valus. The papers dealing with
double paramagnetic resonance (Refs 0, 12, 1.11) permit
dete=ination of the coupling constart of the spin Hamiltonian.
Also in very exact. numerical computations the second -.erm in
the Zeeman term of the aforomentioned sp--r Hamiltoniai.'l can be
neglected. The total nunber of levels in the case under
9
investigation is 2(2T + 'j) - 200. The numerical
i 0
computations of -'-,he energy levels in the case of the existence
of an external electr4e field 7jere carried out for the value
H - 50 oersted. In the next chapter the quantum transitions
in the spectrum of hyperfine splitting up and the intensity of
Card 2/4 the lines of paramagnetic resonance P-re -oalcialated. For this

The Paramagnetic Resonance of F-Centers ..-In Static SOV/56-306-1-24/62
Magnetic Fields of Arbitrary Strength
purpose, an expression for the wave function of the system
is at first written down. Inclusion. of the perturbation taken
into account by the aforementioned Hamiltonian eliminates
degeneration completely and leads to the occurrence of
200 levels. The system of wave functions occurring herefrom
is written down. Under the action of a radiofrequency field
the transitions between the steady states of the systems,
which were discussed in the preceding chapter, occur, and an
expression for the solution of the corresponding time-deperident.
Sahr6dinger equation is wx-.-,-.tten doMrn. The results obtained
by calculations are given by 2 diagrams. The next chapter
deals with paramagnetic resonanae in the case of a lacking
field. Also in this casp the interisi-ty of the lines of
paramagnetic resonance is, in the case of an arbitrary
orientation of the external magnet.,'-c alternating field,
determined by the product JIN, in which case
J1 = (81/3) (1 + 1)/(21 + 1) holds. The results obtained by
calculating the frequencies ar.1 intensities of the transitions
of paramagnet--c resonance in the case of a lacking external
Card 3/4 field are given by a diagram. These intensities are of the