SCIENTIFIC ABSTRACT KHIZHNYAK, I.I. - KHIZHNYAKOVA, I.N.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000722020018-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 17, 2001
• Sequence Number: 18
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

5(2)
AUTHORS: Edellman,
I. 10, Zab6ra, L..S., SOV/32-25-2-16/T.6
@
Xhizhnyakq N. 1).

TITLE: The Accelerated Determination of Phosphorus in Coal:and Coke
(Uskorennoye opredeleniye foafora v ugle i kokse)
PERIODICAL Zavodakaya Laboratoriya, 1959, Vol 25, Nr 2, PP 159-i6o (USSR)
ABSTRACT: It was tried to replace the time-consuming fusion of the sample
necessary in the method suggested by M. Ye. Neymark-and
I. Ye. Xagan (Ref 1) and introduced. by the GOST 1932-54 by:a
simpler method. For this purpose the method described by
Zdenek (Ref 2) was examined# but the final determination was
not carried out polarographically but photocolorimetrically
with molybdenum blue -- It was shown-that the r'esults obtained
with this method of aoid-fusion are too low,'i.@e. it sieems
likely that all ofthe phosphorus is not extracted. This means
that the method is unsatisfactory. Investigations of a-second
variant, namely the incineration of the sample in the presence
of air followed by a digestion in powerful acids furnished
satisfactory'results (Tables 1,2)., The reproducibility is
equally goodp and the variations of parallel determinations
Card 1/@ do not exceed the permissible limits. The analysis duration

The Accelerated Determination of Phosphorus in SOV/32-25-2-16/78
Coal and Coke
is 1.5 houtsi as compared.to.4-6-hours, in the case of the::@
stana,itrd-"~meth.d.di,~:,Piirth.erm'olres it is! no longer necessary4o
use the-11,Eshka" mixture which must be used in the standard
method. There are 2 tables and 2-references, 1 of which is.
Soviet.,
ASSOCIATION: 'Ukrainskiy nauchno-issledovatel'skiy uglekhimicheskiy institut
(Mcivlnian Scientific Research Institute of Coal Chemistry)

YURKINP S*; KOUNYA@, P.; CHENKIN, A.; KUZUETSOVA, Ye.; SHAKHRAY, L.;
KALASHNIKOV, kand. sellskokhoz. nauk '(Pushkin)
Meetings, conferonce and seminars. Zashch. rast. ot vred. i
bol. 10 no.705-58 165. (MIRA 181lO)
1. Uchanyy sekratar.1 Nauabno-tekhnicheskollo soveita. Ministerstva
sellskogo khosysystva SSSR (for Yurkin). 2. Zantestitell nachall-
nika Upravlaniya zashchity rasteniy Mi-dater8tva. sellskogo
khozyaystva RSFSR (for Chenkin). 3. Zaveduyushchaya oektorom
signalizataii. i prognozov po RSFSR Upravlieniya zashchity rasteniy
Ministerstva sall.skogo khozyaystva RSFSR (for Kuznetsova).

KRUMAK P.
Framed coated roadwork panels, Selfostroie,14 no.6*.9-lo
ja 159. (MIRk 12:9)
1. Rukoveditel I laboratorit Astrakhanskogo inatituta "StroykaWsh".
(Astrakban Province7-Reed -(BotaW))
(Walla)

- -7-11--ya pll@!.WF"@=@t 3QTW@4
ff--- -- -- - -I

KHIZHNYAK ?,A,
Potato varieties resistant to wart Zaahch,rast,ot vred,i bol.-4
no.0,47 JM-Ag 159.
(MIRA 16'5)
(PotAto wart) (Potatoes-varietiao).

l[HIZHN!rAK ?.A.; SAZONIKp Kh. V.
Pr- sils'bfthe All--Uiien StAtion for Potato Wart, Zashcb.
Opo
raots, ot vred, ibol. 6 no.loi19 0 161. (MIRA 16W
10 7Mi6kt6r ViseeyusfiO stantaii po raku kartefelyal
Chernoito,-(for lhisbiWsMs- 2. Za"duyushabiy otdelom

XHIZHNYAK.9 P,,A.,, kand.sell.skokhoz-onauk,
SYMPOsium an cotton wilt# Zashch..rast. ot vred, i bol, no.12:
52-53 D '63.
(KMA 17:3)
.1. Ministerstvo sel'skogo khozyaystva SSsR.

NOVINSKIY, YU.S., agronom; SHUMUS, I.; GARGAUJI., G.;
KHIZAN
-,YAK
FILITSIN, V.;,GARDIMAN, V.
Information and brief news, Zashohe rast. ot vred. i bol.
9 no.5:57-60 164. (MIRA 17:6)
le Gosudarstvennaya inspektsiya po karantinu i zashchite
rasteniy Ministerstva sellskogo khozynystva SSSR (vor
Novinskiy).

HHE 4 Pavel. Derftsoviclh; BAKWOVICH, Aleksgndr lvpnovich;
T, r
Lmochaniza'Lion and automa tion in Leningrad enterprises; froir,
work'experience] Mekhanizatsila i avtorratizatsiia na len:Ln-
gradakikh predpriiatliakh; iz opyta raboty. Leningrad, Len-
izdat, 3964. 170 p. (141RA .18:1,)

mumm
ul RIGUlgid TANOVA.' Te'. V. red.; SKIRWV,@ P.S.
takAnoredo
[Mechanization and automation. are main objectives in technical
development] Kekhanizataiii i. avtomatiza'taiia - glavnoe v tekhni-
cheskom progresse. Leningrad, Lenizdat. 1959. 30 P-
(MIRA 12:12)
1. Nachallnik tekhnicheskogo upravlen.1ya Leningradskogo, sov-
narkhoza (for Khishnyak).
(Aitomation) (Technological Innovations)

KHI,.ZM(YAK.P.D., glavnyy red.; GUZOV, G*Asp zam*glavnogo red.; BLYUNBXRG,
V.A. red.; VASILIKOV, B.A., red.;.OWSHKOV, A.T., red.; ZHOLOBOV,
V.V.: red.: KAHN&T, P.T.. red.; KAWTIYZV, N.M., red.; XISIM. M.I.,
red,; KOSTYM, I,'N., red.; MOISEM, A.A.; red.; NOVIKOV, A.P.9
red,; SIMIff , B.A., red,; IMP, P.S., red.; SHAGURIN, K.A.,
red.; SM , I.Te., red.- MMRTIYEVA, I.K., red.; SHMOVA, A*V*p
tekhn.red.
Exxperience of mechanical engineers; technical information
publication] Opyt mehinostroitelei; informatsionno-tekhnichookii
sbornik. Leningrad, Sovet nar.khox.Laningr.ekon.administrativnogo
rsiona. TSentr.bluro tak)m.informstaii, 1960. 88 p.
(KIRA 13:11)
Nechanical enginearini)

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S/123/61/000/014/612/,045
A004/A101
AUTHOM Khiahnyak, P. D.
TITLE: The practio6 of Antroducing @he gang,tachnology in plants of the
'Leningrad Sovnarkhoz
PEMODICAL: Referativnyy zhurnal, Mashinostroyeniye, no. 14, 1961, 1, abstract
14B3 (V sb. "Gruppovaya tekhnol. v mashinostr. i priborostr."',
Moscow - Leningrad, Mashgiz, 1960, 269-277)
TEITi The author describes the dynamiao.of introducing the gang techno@.
logy in different'Arad; administrations, the'number of mastered machine parts,
number of equipmentunits, distribution of parts according to the kind of work-
6
ing and the measures taken by the Lensovnarkhoz to introduce this method in Uhle
plants on a big scale. The trade institutes of I.9NKh have developed the funda-
mental guiding methodical materials: unified forms of technological documenta-
tion, component classifiers, gang-setting,,work rating instructions, calculatIons
of the economic efficiency, eto. Examples are cited of the savings attained sit.
individual plants and of the increase in productivity. The author reports on the
development- of a system of program control and conveyer lines based on the gang
Card 1/2

S11 2V61/000/014/0 IW045
The practice!of introducing-... A004/A101
technology, In order to,utilize the experience In a better way, 12 plazits have
been marked as basic ones. Seminars are being held in order to spread experience
and prepare the personnel. There are 5 figures.
1. Briskman
[Abstracterls notn: Complete translation]
Card 2/2

KHIZRNYA*, P.D.
Introdation of multiple Mae ning processes in anterpriseo.of the
Leningrad Economic Gotincil. linhinostroitell no.10-10 A 164.
(MIRA 17s2)
1. Nachallnik takhnicheskogo upravleniya Soveta narodnogo khozyaysiva
Laningradskogo ekonamicheskogo rayona.

WSN/Cultivat@;d Omits Grains#.
Abs Jour R4.f Zhur-, Biol# @o 10, 1950, A024
Author rwiz.1mynk, V.A#
Inat ""@@@bk Sdfiliitific R..xarc'i Inatitutu for ItLTtcktt@urc
Titlu Oil UO Winter Whoat Varioty for the Northern Zon,@ o--!'
Kraouodarskiy Kray,
Orig Pub ByU. muchno-tc-kbji. infor.-!. Krasnodarsk n.-i, in-La o,,
KL-, 1957, vYP, lj 28-30
Abstract For V,; conditions- of t',o nort.acrn zone of t1w Krasn-maar-
uldr Ki ay the prosp@:ctivz; varioty of winter Vwat is flu-
d1126. It is disti:a:@uisli,d by great wintcr r_siutau-
rcsi %anceoto drou,'A and imst, and it- has Lpod
cc 8
bread 'Laking (DmlitiQso In 4-ycar trial on "'i, L.-ain-
Uad ;xp@riucntal field of t,"c instituto and t:!_@ 2-y,ar
production trials on @:-_c :@iuldt3 of the collcctivc faris
Card l/2

XHIZOTANOV, A.V*
Yacies and thicknesses of middle Paleozoic sediments in the VOIYU-
Podolian part of the Russian Platform in connection with its tectonic
structure, Geol. abor. [Lvov) no.516:190-20) '58.
(MIRA 12;10)
I.Ukrainskoy otdolenlys Vasso7woogo nauchno-iseledovatellskogo
goologo-razvedochnogo neftyanogo inetitut, LIvov.
(Tolyn-Podolian region--Geology, Structural)

V,
AYTHORS; Khizhnyakove A. V.p Phirkova-Ze.leaskaya, Ye. F.
TITLE: On the Stratig-raphy of Lower Devonian Deposits of the
Podolak Olx4wetr' @ Region (K stratigrafii niOnedevonakikh
otlozheniy PodoVokogo Pridneotrovlya)
PERIODICAL: Doklady AN SSSRr 1958, Vol. 1113, Nr 3, PP- 560-572 (USSR)
ABSTRACT: The continental Lower Devonian deposits distinguish them-
selves markedly from the predominantly marine Devonian
deposits at the south-western border of the Rusekaya
platforma(Russian Platform)owing to their terrigenous
-structure and their red colour. They are wijely spread in
the area mentione&.in the title-and form numerous lodes on
the slopes of.3he banks of the Dniester river and its
tributaries from the left aido, The mass of these rocks in
lithologically'monotoncue and@'is formed by the alternation
of beds of 11mestones aleurite-containing loams as well 48
of argillites. The relative ajhounta'of these components
differ. In the lower part the-loamy rocks predominate. The
red sand-loam-deposito could be observed in bore holes to
Card 1/4 a distance of loo km from the Dniester river. This mass

on the Stratigraphy of Lower Devonian Deposits of the 20-3-44159-
Podolok 0"-ft*st'V Ragion
.which is of a thickness of 400 m is stratified between
deposits of-tho faunal character of Silurian time and of
Middle Devonian time. Owing to its fish faunat some
ostracodsp floral imprints and spores of some fossil plants
it is counted to the Lower Devonian time. The iauna in
distributed very irregularly in the arose section.1t is
richest in the lower part. For this reason the atrati-
graphic interrelations with the Silurian strattfied below
are much better explained than those with the super-
imposed strata. On the basis-of its fish'fauna the
mentioned mass was divided Into two stages,--Zhodinakiy and
Koblentskiy (Koblenz) (references 1, 3, 4). The boundary
between Silurian and Lower Devonian can be drawn according
to the disappearance of calcareous transition beds to a
marine fauna and according to the occurrance in red sandyw
-loamy rock of numerous-remains of aratored fish (mainly
Pureop""'P: loss CeRhalaapidae, C"coateidae- and
Aqteraopidae@. Vie characteristic fossils could succeastully
be separated from these groups (reference 4). The
dietitbution of individual kinds in the transition strata
Card 2/4 is disouqsed ie detail in the present work. The upper part

20-3-44/59
on the 5tratigraphY of:,.Liower Devonian Deposits of the
Podolsk. M-ftoptr Region.'
nearly shows no paleontological remains and was counted
conditionally to the upper layers of the Koblentskiy stage
:and to the Eyfellskiy (Eifel) stage, because of numerous
plant remains: TaeniocraAa (reference 5). These early
vascular plants,form floral elements of old red sandstone
from England.-Soma details of the Taeniocrada dubia Kr. at
W and T. (Haliserites) decheniana Gooppert) are described
h;re (figures 1.- 4). Both kind e known in the Devonian
As far as Povolzhlye (Volga area), the Ural as well as
Central Siberia and the South of Timan. Thus, the entire red
mais,of-the-4o-called "Fodollskiy Old red" must be attributed
.to Lower Devonian--time.'Bince in the bore holes north o-f-the
:Dniester river every break in sedimentation between the
Lower and the-Middle Devon lacksp the authors agree with
reference 2 that the dolomites of the lode at the.'Zolotaya
Lips. village (Zota Lipa) belong.to the Eifel stages There are,
4 figures and 5 referenceep I of which is Slavic.
ASSOCIATION; Petroleum Institute All USSR (Inatitut nefti Akademii nauk
dard@3/4 SSSR)

On the Stratigraphy of Lowor Devonian Deposits of the
Podolelc Moa=str Region
PRSSXNTXD: -May 9# 1957# by so ro'Kironov, Academician
SUBMITTED: may 90 1957
AVAILABLE: 'Library of Congress
20-3-4,

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BOBROVNIK,' Daniil Prokhorovich(Bo'brovnyk. BOLDYREVA, Tatlyana
Aleksandrovna(Boldyriova, T.O., decoased-];-ISHCHf$KO, Anton
Markovich; STRUYEV, Mikhail Ivanoviph;-USWV, Ivan
Dmitriyevich(Usykovo I.D.],- KHIZHNYIXOV, Andrey-Va ilimvdi*
[Khyzhniakov, A.V.]; 9HPAKOVA-.-Ve-ra@ risovna; SHULIGA,
Pelageya 14kinichna [Shullhm, P L doktor geol.-miner. nauk;
CHEKHOVICH, N. Ya. [Chekhotydh@,-, - N*. red"; 'MATVIYCHUK, 0.0.
(Vatvilchak, 0.0.],'@tekhn. red.
[Lvov-Volyn!.,Basin].Lfvivatko-volynalkvi kamtianovuholinyi
basi
n. [By] D.F.Bobroynyk ta inshi. Kyiv, -Vyd-vo, Akad. nauk
URSR, 1962. '143, (MIRA 16:3)
1- Institut geologicheskikh'hauk Akademil.nauk Ukr. SSR (for
S;Ui'ga,-Ishchenko)b
2. Institut geologii-goryuchikh iskopa-
yemykh Akademii nauk Ukr. SSR (for Wldyreva). 3. Llvovskiy
gosudarstvennyy universitet (for BDUrovnik). 4. Vkrainskiy@-
:nauchno-issledovatellskiy gornoradnrr institut (for Khiz.1myakov).,
5. Trest,"Urvuglegeologiya" (for Struyev, Shpakova, Usikov).
(L'vov--Vo1yn' Basin-..Coal geology).

MZHNYAKOVt A.V.
Geological otructure and prospects !or finding gas and oil in
the Lvov.Phleozoic troughe Trudy UkrbrlGRI no,5:189-202 163.
(MIRA 18s,3)

_Uhjjjpwjc,h; SINELIVIKOVA, L.N.# red.
g a
[practical 6al-culations for the hent insulation of
[P
in
Industrial equipment and piping) Prakticheskie raschety
teplovoi izoliataii pronyahlennogo oborudovaniia i tru-
boprovodov. , Izd.2., parer. Moskv11,, Izd-vo "Energiia,"
.1964. 143 P. (MRA 17:6)

FACt NiiAP962180 SOUN17E CODE t UR/0023/66/000/001/0009/OM5
AVMOR: Tekhver, 1. Tehverq- 1,; Xhizhnyakov,, V.
ORG: Institute of.Ph -SSR (Institut--
ysics@and'Astronomy, Academw of Sciences Estonian
riziki astronmil'Akademii nauk'Estonskoy SSR)
TITLE:. Ri-jan scattering'and lumineacence in the secondary glow of an Impurity, cerster.
SOURCE: AN EstSSR. Izv. Ser fiz-matem I tekhn n, no. 1, 1966, 9-15
TOPIC TAGS: Raman.scattering, luminescence,.impurity center, crystal impurity,
ipectral line, line width, light excitation* absorption band
ABSTRACT: This is -a continuation of earlier voirk (Tr. in-ta fiz. i astron. AN ESSR,
no. 29, 54, 1964 and no. 32, in press) where the possibility of using Haman scattikids'
to investigate impurity centers in crystals was first investigated. The purpose of
the present investigation is to separate the Rwaan-ocattering and luminescence cam
ponents of the secondary glow It is assumed that the centers have a random aistri-
bution in the impurity cryst;i, and that the monochromatic light incident on the crys-
tal has a frequency In the Impurity absorption Immd. Calculation of the Raman scat-
tering intensity reyeals that the spectrum excited by the Incident light contains,&,
.luminescence component with purely electronic Mne having a radiation width much
smaller than-the width of the vibrational excitation apectral. lines. The 11=4neseence
rnrA I In

Heat exabangl In a thin-walled tubular heater. Trudy LTIKV
15:202-108 58. (MRA 13:4)
1. Predet&Vlena Kafedroy proteessov I apparstov Loningradskogo
tekbuolo icbeekogo Instituta kholodillnoy promychlennosti.
IR'Laat exchangers) (He&t-Transidesion)

MILEMMIN, Yu. Lreviewerl; KH!! TAYNEUM. G.K.; KHIZWAKOVA, CTO
[authors].
nNechnikov"s oreative:work and literature about him.* V.T.Shishnisk.ov, G. He
Vaindrakh, N.V.Xhishniakova. Reviewed by 1U.Milenushkin. Shar.nikrobiol.spid
i inmun. no.9:67-69 8 153. (KIRA 6:11)
(Nechnikov, Ilia 1111oh,1845-1916) (Khtshniakov, Vasilii Vuaillevich,
1871- (Vaindrakh, Grigorii NOiSOOTich) (Zhizhulakova, N.Y.)

KHIZMffAKOVI V.V.; VATUMUM, G.K.; KHIZHNMOVA, N.V. Lauthors]; HIRIK,
"Wd"Ologiaheskikh nauk Lreviewer].
*Kechnikov's creative work and literature about him; a bibliographic gmide.0
V.V.Khishniakov, G.H.Vaindrakh,'N.V.Khishniakova. Re-viewed by V.F.Mirek.
no.10:47-W 0 '53* 044 6:10)
(Kedinikovi lllialllich,: 1845-1016) (Khishniakov, Vasilii Vaaillsvich:.
101@1- (Vaindkakh, Grigorii Molseevich)

3C!137
'/007/160
qq00 S/058/62,/000/004
A05Q/A1O1
AUTHORS; Rebane, K. K., Silld, 0. 1., Xhizhnyakov, V. V.
TITLE: Note concerning the description of transition probabilities by the
moment method
PERIODICAL: Ref erativnyy zhurnal., Fizika, no. 4, 1962,. 23, abstract 4A181
("Tr. In-ta.fiz. i astron. AN EstSSR!," 1961-, no. 13, 112 - 114)
T MT The authors consider the application of the moment method for
describing the distribution of tvansition probabilities from initial state,i to
all other states f (including f - i) of a quantum-mechanical system., Two methods
for averaging moment operator 91 (of order 1) are considered.. In the first
method, averaging is effected on the basis of wave functions Y, of a fixed Ini-
tial state of the system:
(i) A
S Sl @jdrL_;
in the second method, instead of the wave'function a density matrix figures.,
Sl Al
S S
Widli. Sp[^,
Card 1/2

s/058/6P_/000/004/0o7/160
Note concerning the... A058/Alol.
wbere Wj is the probability of finding the system in state i, and P'_
exp(-k"kr)~,'Sp[exp(it4'/kT)]'~,-.1 is -he density matrix (the case of thermal equi-
librium). It is noted thA incident to averaging by-the first method it is pos-
sible to determine the distributi'on oftransition probabilities without,knowing
the wave functions of finite states or the energy spectrum of the system, while
:Incident to averaging by the second method it is not even necessary to.know the-
initial wave functions; in virtue of the invariance of the matrix trace, the
calculattion can be carried out using any suitable system of orthonormalized
functions.
[Abstracter's note; Complete translation]
Card 2/2

S/61 61/000/014/003/0.19
D207YD301
AUTHORSt Rebane, K. K,.,,Purga, A. P., Silld,.O. I., and Xhizbnya--,
kov, V., V,
TITLEs On the theory of electronic-vibrational transitions in
crystals and molecules. II. Results of calculations for
different,models
SOUROE: Akademiya nauk Estonskoy SSR. In8titut fiziki i astrono-
mii. Trudyi No. 14, 1961. Issledovaniya po lyuminest-
senteii, 48-75
TEXT: The authors apply the results obtained in Part I Z-Abstrac-
tor's note: See preceding article of this journal 7 to several the-
oretical models of vibrating systems, e.ge a lumiRescence centerin
a crystal or an isolated molecule. M. Lax's method-of-moment cal-
culations (Ref. 1: J. Chem. Phys*j 20, 1752, 1952) are used. The
first four moments of an electronic vibrational band in the Condon
a pproximation are found forthe following: Single harmonic oecilla-'
tor; a set of independent harmonio oscillators; a single anharmonio
oBcill tor with anharmonicity of vibrations taken into account in
Card 1N

B/613/61/000/014/003/019
On the theory of eleotronic-vibrational.. D207/D301
the initial and final electronic states; a system of anharmonio-
oscillators with anharmonicity of the'final electronic state taken
into account* The Condon approximation restricts the results to the
case when matrices of the electron transitions are independent of
the: vibrational coordinates. This restriction is removed in the lat' //_7
ter,part of the article and the authors consider (1) a single har-
monic oscillator and (2) a set of independent harmonic oscillators.
In case (1) the first four,moments of an electronic-vibrational
band are calculated with the electron matrix elements depending ex-
ponentially on the vibrational coordinate. In case (2) the first
three moments of an electronic-vibrational barid are calculated with
the electron matrix element depending exponentially on the vibra-
tional coordinate. Direct comparison of quantum-mechanical results
for many-coordinate and quasimolecular (one or several effective
coordinates) models of luminescence centers give the limits of
applicability of the quasimoleculai model. Acknowledgment is made
to N. N. Kristofell and I. V. Aberenkov for discussion of the re-
3UltB reported. There are I figure, I table and 39 references: 23
Soviet-bloc and 16 non-Soviet-bloc. The 4 most recent references to
Card 2/3

S/613/61/000/014/003/019
.On the theory of electronic-vibrationa:L.D207/D301
the English-language publications,read as follows:-J. J. Markham,-
Rea. Mod. Phys., 31i 956 (1959); R. Knox! Phys. Rev., 115, 1095
(1959 ; M. Lax, Photoconductivity ConfereInce (ed. by R. G. Brecken-
ridge@j New-Yoek, 1956,
111; T. Kojima, J. Phys. Boo. Japan# 12,
p,
908, 918 (1957). -
SUBMITTED: July 16, 1960
Card 3/3

81613J621000101910061006
B108/B186
AUTHOR: Khizhnyakov, V. V.
TITLE: The MBssbauer effect with consideration of local vibrations"
SOURCE: Akademiya nauk Estonskoy SSR. Institut fiziki i
astronomii. Trudy. no. 19. 1962. Issledovaniya po
teoreticheskoy fizike. 143-145
TEXT: The author has calculated the Ossbatter effect considering the
Becond-order Doppler effect as well as crystal and looal vibrations6 In
this paper it is pointed out that for the probability of the Mdesbauer
effect only those vibrations involving a photon-absorbing nucleus are
essential. It is.shown that the local vibrations can lead to an aniso-
tropy of the le6ssbauer effect. The displaooment of the Mbssbauer line 7@ i
with varying temperature is caused by both the crystal and the local
vibrations.
SU13MITTED: November 29, 1961
Card 1/1

ACCESSIM MRS AT3013092 _S 12613/62/000/0 21/0276./o 278
RTITORS: Rebasne., K. X.; MAZbrVkOVv V. V*
On the theory of the Shpols17 effect
SCUIRM M EstSSR. Institut fiziki i astion,ordi. Truft*j, no. ZLt 19629 270-:M
TOPIC-TAGS:-- - 15ossbauer.-SbpolsIty effeetv electron oscination). transition,. spectrar'
recoil energy# Stokes lose
ABSTRAM A brief comparison bAsIbeen made between the Wsibauer and Sbpolaky
.,effeA (ahapp line's in electron-oscillation transition spectra of impare molecules)
It is contended that - many quantitative relationabips in the Shpolsky effect can I be
obtained from the corresponding formulas in the Wasbauer theory if the I -quanta
.recoil energy in the latter is replaced by tho Stokes loss. Certain experiments are
proposed to obtain informationi on the degree of interaotion between oscinations of'
-various electron types in the Shpolaky effect and the exist6nee of the 113sabauer.
ieffect on heterogeneous atoms in'organic crystals.
Card 1/2

3/2613/62/OW/02VO276/0280
ACCESSION NR-* AT3023093
ALMHOR.- rJdzka)%1W.V,, V. V-
TITLI,z: On detailed structure Of eloctron-vibration bands
So.URCE;: AN EstssR. Institut fiziki i@astronomii. Trudy*s no. 21, 19621 2?8-.?,80,.
TOPIC TAGS: electron-vibration., band eIlectronic transitions phononj, iine intGnsi
ty
ABSTRACT: A theoretical inTestigation has bit.-on made on electron-vibration baud
structural details in the region of pure electronic transition lines,at low tem-,
peratures (KT 0.0 L.
Card 1/2

TUMAIII Y. K. and 11-ITZHITAKOVA V,
"Results fron theoretical investigations of the I-18ssbaner effect.11
The Authors succeeded in discovering ari, analogy between Shpollbkiyla affect
electron-vibrational transitions in Lnpurlty centers of ionic crystals., and.
the 148ssbauer effect.
Report presented to the 11th Conferencii on Luminescence (Molecular
luninescence and luminescence analysis) Niiisk., 10-15; Sept. 1962.

must be-:&
cleptro n--trans, -1
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1. Institut fiziki i aatronomii AN Estonskoy SSR, Tiirtu.

-ACCESSION NR: AT4004328. 0@4613/63000/020/0067/
AvrHoits wamyokov,
Tl=t Mosabsuer line-contour taking local oscillAtions into account
SOURCE: AN EstSSR, Institut fIziki I 4istronomii, Trudy*, no, 20, 1963o
loaledovaniya po to.orstichookoy f isike, @67_91
TOPIC TAGS:, 14ba'abauer sffactg@ lattice@oscillation, crystal lattice, -line
broadening,@therkmal effectp photon absorption. resonanie absorption, molecular
crystal, molecule oscillation
ABSTRACT: The Mossbauir effect Is considered with crystal and local oscilla-
tions taken into account. The contour of the Mosebauer line has been related-:
to the moments of the distribution of line intensities without taking into ac-,
count the natural width of the excited level of the nuclei, The zero, the fLrs
and the second central moments have been calculated. The contour of the Moss-
bauer line in several specific cases has' been found* The results reveal the in-
fluence of the.change to the state of the ga@radioactivo nuclei an the lat-
113 ties vibration* and will apply at arbitrary temporaturese The following are
among the offsets causodby thelafluence, of the local Oscillations cc the
CAW
AW

ACCESSION NR: AT4004328
shape of the Mossbauer line:
re (if
(a) broadening of the Moasbauer;line as a function of temperatu
a
the change in the energy of,the vibrational quanta of local oscillations is 1 0
or of the same order as the- natural width);
(b) high sensitivity of the shape of the line to temperature under,
certain condittons and splitting into a number of lines withnstural width*'
in-certain@:cases;-
(c) --changle 'Of the' temperature shift. of the1ine miminua bwco"ris,on@@-V`z.
with*a perfect crystal;
(d) change of the temperature decrease of intensity; T
(e) additional anisotropy of the effect.
The following analysis was mdde as a basis for deriving the above conclusions:
(a) probability of resonance absorption of a photon by a nucleus in a
crystal,
(b) introduction of normal coordinates,
(c) inspection of the Mossbauer line contour without an allowance for
change in the energy of lattice oscillations,
(d) consideration of momats without allowance for natural width,
(a). influence of local oscillations on'the intensity and spactr&I
position of the linev and
2/3
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AP4043031 6/0023/64/000/002/0087/0109'.~--.,~I
tACCESSION M,
%AUTHORS: Rebane, K. X.; Kristofel'j, He N.; Trifonovi, Ye..D.;
iTITLE: Dynamics of a lattice with impt'irities and quasi-line elec-.-
tron-vibration spectra of.crystals
SOURCEs AN'EstSSR* Izv. Seriya.fiziko--matematicbe'skikb i tekbnich-'.;--_I;,,'-I:,.. _j
eskikh nauk, no. 2, 1964# 87-100@
r
TOPXC @AGSt crystal lattice vib ationt impurity spectrum, electron."fi.,-
spectrum'@ line spectrum, crystal latti,ce tbeoryo, Mosebaudr ef f ect-,
w.lRaman scattering
ABSTRACT: This survey articlel@rings up,to date an earlier- report 1':
(N. N. Kristofell and K.-K. Rebane, Fizika sbchelodbno-galo
kristallov (Physics of Alkall-Halide Crystals] Riga, 1962,@'ps 32)
light of three'major developments @that have occurred.during.the
ii @ardl
1/3

1ACCESSION NRt AP4043031'
elapsed time. The first isthe progress in the theory of crystal--@'
lattice dynamics, particularly the character of distortion of the
crystal lattice near impurities, which has made it possible to pre-
@
dict various types of oscillations, in electron-vibration and related' ,.,,
;,
processes. The second is the application of the Mossbauer effect to' ""':
the study of local lattice:dynamics. The third is the better under-
standing.of the closed.connection between the interaction with
electron-transition vibrations and the@analogous problem of gamma
transitions in an atomic nucleus.contained in the crystal (optical,
analog of the Mossbauer line and the Sbpol'skik effect). In addie-
.
: 0
1.1tion, the numberof experimental researches on the direct study
'dynamics of the lattice near crystal defects, including locall os-'-'@
@ A1._1:,
,
1:cillations, ha
s greatly increased during the past:few years. It I , -
j.
,.Pointed out in the conclusions,thalt principal interest attaches to-
,@'1urther development of the theory of the purely electronic line and'.

erformance of exact experiments@aimed at ascertaining how narrow.:
p
J.- 'they can be and how close the-analogy between the Mossbauer.line
C@
ar

ACCESSION NRt;;AP4043031.
and the purely electronic line actualDy is. Further development of.
the theory of vibrations-of impurity molecules in crystals and fur-
ther research with,the aid of the Mossbauer effect are urged.. The_
.section headings are: i.,Xntroduction. 2. Local and pseudolocal
oscillations. .3. Electron-vibration transitions and local lattice-'.,:'
dynamics. 4. Raman scattering of light. 5. Infrared absorption.
spectra. 6. Mossbauer effect and a few other phenomena.. 7. Con-
.cluding remarks. Orig. art. hast 2 figures, 2 formulas, and I
table.
.ASSOCIATION: None
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0/0441
AccEssiom NRs AW13537' S/a8l/6h/006/002/064
AUTHOR: DizhnYakov V V
and c oeff icient, of reflection near the:
on
TITLE: Nuclear polarizabilityj dispersi
Mossbauer line
SOURCES Mika tverdogo telas vt'.Op no* 2j, 1964) 640-641
ability, Kossb refraciions reflec--
TOPIC TAGS: nuclear polaris auer effect, nuclear
@ion., gamma quantum., electron polarizability,, phonon transition
ABSTRACT: Nuclear polarization near the Mossbauer line is of considerable
-y of the line,
significance because it is responsible for the exceptional intensit
The author finds an expression for the total electrical and mapatic.nuclear
polarizabilitys neglecting the insubstantial effect of phonon transition. From
this relationship it follows that for many gama transitions (at which 'the I
Mossbauer affect Las already been obqerved) nuclear polarizability in the region
,,The
of the Mossbauer line is greater than or equal to electron polarizab1litys
A
or rabher the dhange in index on nuclear
effect of the nuclear. refractive index
polarizabi3ity near the Mossbauer line is determined. When the aa3dmA'l value of -
Card 1/2

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. . . I @ , I I - . I :, .... --. :.,. 1: - . .;@% :. .-- . -- -.- , I. @..A I - I . I @@ :. : ,w ,

@'T'IS.'-IZVSKIY, i.S.; KIM-1111YAKOV?
ya.v.;
hi, G. 3,
Ct)rrugated cold-bent steel. Standartizatsiia 26 nc-7:55-5.6
JI 164.

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