SCIENTIFIC ABSTRACT ZARIPOV, M.M. - ZARITSKIY, L.A.

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• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001963820018-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 19, 2001
• Sequence Number: 18
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

ACC NRz AM05348 SOIRICE CODE: UB/u!8l/6Vo0q/col/0209/0214
AUTHOR: Zari-oov ..M.: Kropotov, V. S.; Livanova, L. D.; St-epanov, V. G.
ORG: Kazan' State University im. V. I. Ullyanov (Lenin) (Kazanskiy gosudarstvennyy
universitat)
TITLE: Electron paramagnetic resonance of vanadium and chromium in CaF2
SOURC73: FiziRa tverdogo tela, v. 9, no. 1, 1967, 209-214
TOPIC TAGS: calcium fluoride, electron paramagnetic resonance, paramagnetic ion,
vanadium, chromium, crystal lattice structure
ABSTRACT: The purpose of the Investigation was to determine the behavior of iron-
Croup elements in crystals in which the ligand atoms form a cube or a tetrahedron,
rather than the deformed octahedron characteristic of most crystals used for EPR
research. To this end, CaF2 cryatals doped with V and Cr were grown under controlle
conditions and their EPH spectra studied. No EPR spectra could be produced in the
Car2, even at 4.2K, unless a small amount of PbF2 (0-5 - 1.5 wt.%) was added. r1rhe
optimum was 0.6 wt.%. A type-I EPR spectrum of vanadium was then observed at 77K.
When the CaF2 crystal was prepared in a fluoriding atmosphere (by burning teflon In
the furnace), a type-11 EPR spectrum of vanadium was observed at 77K. The came
treatment was necessary to grow crystals with observable EPR spectrum of chromiumm.
A formal analysis of the EPR spectra on the basis of the spin Hamiltonian is Pre-
sented. The parameters of the spin Hamiltonians are determined. Thle type-I EM.
Car 1/2 UDC: none

ACC NRi
AP7005348
V+4-+ H.
spectrum is attributed to V++ ions, and the type-II spectrum to and Cri :h e
results show that'the ions V++ and Cr+++ are in the electric field of trigonal sym-
metory and those of V.. in a field of cubic symmetry, which cannot be regarded as
consisting of strong cubic and weak trigonal components. The trigonal component is-
related to the Jahn-Teller effect. The authors thank S. A. AlItshuler and A. M.
Prold-,orav for a discussion of the results, and also L. K. Aminav and B:.'I.-'Kochela-'
yev. Orig. art. has: 2 formulas. [02]
SUB CODE: 2q/ sum DATE: 2ojun66/ oRiG rw: oo2/ oTH REF: oo5
ATD PRESS: 5116

Aaassm ,;R.- AM28441 S/0181/64/006/00h/1230"7
'AUTHORS: Vinokurovi V. If Zaripoy) M. Aq Stepanov, V, 0,
'TITIZ: Ciplectron3p=magnatic reso~ancc of mn24- ions in diopsiag cr
Vatals
:SOURCEs Fizika tv"ogo telas v. 6, no..41 1964, WO-1137
TOPIC TAGS: paramagnetic resonances M2*, .14n ion$ diopsides diopside crystals
paramagnotic spectrum., spectreJ. line., ionic bond., replacement substitution
ZMAM The authors made thoir study on Mn~* ions in single pale-green cryatals
1 of diopside. The measurements were made at room temperature at frejuancies of
10 000 arA -,, 36 000 megacycles in fields up to 20 000 gausse Sixty lines were
.:observed in the paramagnetic resonance spectrum of diopside. A atuly of the
:angular dependence of this spectrum showed that Mn ions roplace Mg and Ca in
diopside. According to the relative intensities of the spectral lines., the
!number of 11n2+ ions replacing Ca ions is so=,that greater than the number replacing,
Xg ions. It is entirely probable that the higher symnotry of the immediately
surrounding complex of Ca0A.and the greater degree of ionic bond Kn--0 favor the
replacement of Ca by M2+,'j or;jg. art. has: 2 figures, 2 tables,, end formulaso
Card 1/2

ACCESSION NR: APh028"0
S/0181/6)4/006/0OL/tI25/112 9
AUTHORS: Vinokurov, V. M,; Zaripov, M, M.; Stepanovs V. 0.
,TITLb-: Electron paramagnetic resonance of Kn'-* in apatite
SOURCE-. Fizika tverdogo tela, ve.6. no* 4j 1964.. 3125-3129
:TOPIC TAGS: electron paramagnetic resonance, paramagnetic resonance, Mn' apatite,
spin Hamiltonian, resonance trannition., spectral line, second approxiination,, ihird
approximation, apatite single crystal
ABSTIMCT: The authors investigated tho electron paramagnotio rooonanoo spectrum
of Fn2+ ions isomorphously replacing Ca2* ions in single crystals of apatite. The
study was mado at frequencies from 10 000 W 50 000 magacyrles. In comparing their
results with theory it was found that the spoctrm my be defined by the spin
H.ar-altonian with the f ollowilig formi t
X
2 60
b303
60 4 4
Card 1/2

Acc&-ziwi NR: Ap4o28440
3 0 + 51 A 92.5 +
in which the constants are b0 434.2 + 0.51 b0 1.5 + 0.59 b
2 4 4
o.,5, B - 94.2 + 0.5, and 911 2.003-1 + 0.0005 (all expressed in gauss).
Computations of the positions of resonance transitions with these constants shmi
that at a frequency of --, 40 000 megacycles and with Hjjz the agreemert with
experimentual values is within + 2 gaussp and with H_Lz the agreement is within + 3
oauss. Com., utations wero made with an accuracy up to the second apprcximation.
Determination of the third-approximation correction gave a value less than I gauss.,
No effect of the nember with on the position of the spectral lines with HIIz or
H.t z could be detected. This determination of the value of Q was made at orienta-'
4
.tions 9 - 15 and 300. Orig. art. has: I figure and 3 formulas*.
ASSGdIV 'Yahova-Lenina
1IONi Kazanskiy Sosudaretvenny*y universitet im. V. 1. Ulf
:(Kazan,State University)
SUBICTTMl 24Ju~63 WE ACQ t 27Apr64 ZIM 1 00
,SUB CODE: PH NO RE? SOVs 002 -OTHER: 005

. M. M-
Times of paramgnatic relaxation of rare-earth ions in liquid
solutions. Zhur.strukt,khim- 4 no.5:674-681 S-0 163.
(WYA 16:11)
1. Kazanskiy podagogichaskiy Institut.

VINOKUIPDVP V.M.; ZARIPOV POLISM, Yu.Ye.; STEPANOV, V.G.; CHIRKIN,
G.K.;
2
Electron paramagnetic resonance of Gd't'in CaF,.! Fiz, tver. tela
5 no.10%2902-2907 0 163. (MIRA 16:11)
1. Kazanskiy gosudarstvennyy universitet im. V.1. Ullyanova-
Lenina.

ZARIPOV . M. M.- ,:;
-
,f-:,~--.-,~ .., - :- ~
Times of parampetic reltocation of rare-earth ions in liquid
solutions. Zhur.strukt.khim. 4 no-5:674,-681 S-0 163.
(14D.U 16:11)
1. Fiziko-tekhriiche6kiy institut Kazanskogo filiala Ali SSSR.

VINOKLIROV, V.M.; 7-LIZIPO", STZPJI,~7
Ov, V.G.; CHIPMIT, G.K.; SIEKKU11, L.Ya.
Electron paramagnotic resonanco of Zu 2+ ions in B02and S02 single
cryatulne Fiz, tvor* tola 5 no,7:1936-1939 JI 103. (MIRA 16:9)
1. Kazanshi.; goL;u&u-stvan;iyy univorsitvOt in, 3ni V.I,Ul Iyanova-Lonina.
(Paxamagnatic-resonance and rolaxation-Spectre.)
(Bariu--Ild fluioride) (Strontium' fluoride)

-Z 7 1'( 1
TP /7
AJ fD. Z k' nolzurv~ V. it..) Un, 0. Y.;
G"I
resamaaaa~ aj~ IFb4+ Ion--- in, sircen rzoaocryatalz
SarlICE: Fizilm- tvardogo teLftp vt, 5P nOo 7, 1963P 2034-9033
TOFIC TAGS: zircon, zirconi=, nidbim ion,, aicbi= tire= speatrimp imruAty
111b ETM epectr=, nicibim zircon EM
ISSMaz; A cbaractoriatic isjeatrmof~ t-= lines, equal In -Jdtanzj'~ty an& Pree-
'Ucally equidistmt, Uas- 'been 61--3erved; inn a2;rGiO4 mono-mrstal at '71C. fleas
U.-!ntE shaved tbat ~Uhe rNzitiw-c of all t-e-n- I-Iner. cn-n '6a cleacribed I Cv asp~-n
~1' - a -. 1" az-J 1 The parLLI-el g-ft-etor is 71.t62 -.,- 0.001,
ltc~a -Ian '.1 Lf LL
� authors ccac'Wide tlumt;
4w- to tho W,-+ II.M. -L'U1131~4Z-1frg-5 th~-- lAttice since
thc Spin 01" th.) M)D3 atIOU".7-3 -in 9/21 0-
ai
~ M prosent iti natttral zircoftr wa.
tho parczaotara of the spin HealUmIan des bad. aborie are alone tO thcaae da-
scribing the !W+ spect-=. in glasso Furthermore, IIW-I~ resembler. TiO.+ and V4+
In its magmetic properties, and the sPecific spectral features aC the Nb ion in
Card

'r 136~4.63 /BM,&Z- C(b) AF -er c/Asn/E sD-3
ACCESSION K 01003893 S/018i/6.11/005A
MOM Vinolkeigay, V., zaripov. M. Mq Stepanovs V.--.O.; .9bjXj;jU4 a, K.;
Shokun, L. Ya.
0
am 'i.,
TITLT r
E. Electron i~ararggrnetic reson-ance of EO* ions in W2
L
.5"U. CE; rizika tverdago talal, V. 5, no. 7, 1963, 1936-1939
TAOSt -oloctron narai!:ngnetia reapoiainco, o=oplum-dopcd fluarlda, aiwopitm
hyperf ino structura, EMI measureizent, barium, fluoride, strontit= fluoride,
Calcium fluoride
~ABSTRACTTz Experiments hava been.carried out with 0,05% Eu ions in the cubic
;,,ry field of BaF2 and SrF crystals at a frequency of approximately 40 kmc. i
2
In the c-Aso of a L-arallel. fieldt tho F;T-R spectral gr6ups represent the superposition
of two equidistant,hyparfine structuare The vidth of the individual
__hyperiff `,,s ia a-few asratedst .--d "a se-Ace- centers coincide within I 0e.
J_ne
The Hamiltonian constants determined from the zeasurez-ants ara.,ta4-Aatedand
compared with aftalogous constants four-A in the llter'attwe for CaF.. . The variatior,
in the kTerr;Uia-stm1ct1.Lr-e constvnts ia found to b6 within tho limits of expari-
mntal error. In tho Case of nonf"-ral-lel rat-retio f ialda, additionril not:
C--:-d -1/2

'3
L 13679-4
ap %-r
An - t 1. The ap-earance of add-itional-lince ia remarkable- -since the fine,
_-5-st uaturza-'Ls-s~,all-ln Compariaorf-to Zeezsn cneraa amp
vr C ut-atior, or 'the intensity
of tho additionnl liner) sho"Is t oven with F. = 1,4 x 104 oa -r-rcd a fi*ld aqgp-le of
n./a - the* intensities of the additional and fur,4amantaftl lines are c,xniparabla.
"go exTrese o~w thanks to F. P. Feofilov who directed Gur attention to these
materials and kirA!y provided specin-ens for inve3t*igation." Orig. art. has'. 5
formalas and 1 table.
ASSWIAMO: Kazarekiy gosudarstyennygy universitet im, V. I.- Ullyanova-LoP.Lia
(Kazan State Univeraii-ty)
SUB IMNI ED: Oe-~arO ME AM: 15Aug63 ENCL: 00
SUB COD"I"t PH NO REF SuVt 031 OTIM: 003
2/2
Card

VINOKUROV, V.M.L AIIUDVb=I-t STEPANOV, V.G.; FOL SKIY, Yu.'fe.; -11IRYTI,
_~Z
G.E.; SHEYUN, L.Ya.
Paramapnetic resonance of trivalent chromium in andalusite. Fiz.
tver. tela 4 no.3:,L146-649 162- (MIRA 15:4)
1. Kazanskiy frosudarEtvennyy universitet imeni V.I.Ullyanova-Lenina.
(Paramagnetic resonance and relaxation) (Chromium) (Andalusite)

VINOUROV, V.M.; ZARIPOV,_&M~POLISKIY, Yu.Ye.; STEPANOV, V.C;.;
CHIITIN.-G.-H.; SIIEKUN, L.Ya.
Studying the ismorphous features of Fe3+ ions in andalusite by
the paramagnetic resonance method. Kristallograftia ? no.2:
318-320 Mr-Ap 162. OURA 15:10
1. Kazanskiy gosudarstvennyy universitet imeni Ullyanova-Lenina.
(Andalusite) (Paramagnetic resonance and relaxation)

VIIIOKUROV, STEPMOV, V.G.; POLISKIY, YU*Yi3.;
CHIRKIII,, G.K.; SIFEKUN., L.Ya.
Electronic paramagnetic resonance in natural chrysoberyle
Fiz. tver. tela 3 no.8;2475-2479 Ag 161. (MIRA 14:8)
1. Kazanakiy gocudarstvennyy universitet im. V.I.U]Llyanova-
Lenina.
(Paramagnetic resonance and relaxation)
(Chmoboryl)

ZAMTSKAY-A,.Qj.; ZARITSKIY, P.V.
Hard bitumens in reservoir rocks of the Shebalinka gail-
condensate bed and their nature. Dokl,, All SSSR 343 no.2:402-
404 Mr 162. (MIRA 15:3)
1. Ukrainskiy fiUal Vsesoyuznogo nauchno-issledovatcillskogo
instituta prirodnogo gaza i EharIkavskiy gosudarstvemi7y
univervitet im. A.H.Gorlkogo.
(Shebelinka Region-Bitumen--4eology)

VALIYEV, K.A.; ZARIPOV, M.M.
Effect of the molecular shape on t~e magnetic relayztirn rat-3
influids (with sumirary in English]. Zhur. eksp. i teor fiz.
42 no.2:503-510 F 162. 6CMA l5s2)
1. Kazanskiv p9dagogicheskiy institut.
(Molecular rotation)(Nuclear magnetic resonance and relaxation)

-2511,6
c-c-/Jly
A t E- "StS, 7? 01; T IT R, 6/6,1 8-1/65/061/D01 /0100/0102
20

IUTT
,ORB: irldn, G. 9.
Zari-ov, L1. Ch

parama~gnettic rozommca
'--trc7i of the lron-,~jroup
ions in
,
alivIcTle cr ystals Of =m, ionium C~Lij,.D_r ~Ag-

n-.
711);j Tr i= opr=,acrr-,nt-.c spin
of enrlier worl: (ZhFn V.
6, lG45i 1 46 A I -,!F PPIR of ions in electrical
r and reaulto Of ~l Iltudy
and a f ;TJ- c0, and-re n 6 te vagona sym-
a 6 ry Fe -
1 1 t: al, Al 1

z Y, e- I r, n.
.4~ ri ;-I fn! t?
li r, Yl rl 7- 17 ri m r" ~~ a r; V~l I r-s. %4 lu ~.Fj~'. us.-
Fe

:i
: f " .~ , ~ -1

KAMAY, Gillm; ZARIPOV. R.K.
O~ -vinyl alkyl esters of arsenioun and phenylarsinous acidfi.
Trudy KKHTI no.30.-77-81 162. (MIRA 16;10)

S/153/62/005/006/006/015
F,075/E336
AUTHORS: Kamay, Gillm and ZarivoV. R-K-
TITLE. The a-alkylallyl and a-allcylcrotyl esters of
phonylarsonious acid
PERIODICAL: Izvestiya vysshikh uchebnykh xavedeniy, Xhimiya i
khimicheskaya tolchnologiya, V. 5, no. 6, 1962,
938 - 941
TEXT: This is a continuation of earlier work, in which some~
allyl osters of the arsenious acid wore studied. The interaction
of pheny1dichlorarsine with the unsaturated alcohols with n-C to
1
n -C alkyl substituents was studied in absolute other in the
presLce of pyridine or diethylanilino. The esters prepared were
colourless liquids which hydrolyzed easily. The saponification of:
the a-ethylalkyl ester proceeded as follows:
CH CH
/CH=CH2) HOH I
C H As CH As 0 2 2 'CHOH
6 5 \C C6H5 C H
(0 05. 2 5
Card 1/2

S/153/62/oWoo6/oWo15
Tho a-allcylallyl and F,075/E336
Double exchange reaction of the a-alkylallyl esters with 'acetyl
and benzoyl chlorides proceeded according to the reaction:'
C11 =CH Ch=CH CH =-CH
2 2 2
C H As C RCOC1 C H AsOd-H-, RCOOC-fi'
6 5 6 5
R f
(0 2 Cl. R R
)9
~The acid chlorides are colourless, easily hydrolyzable liquids.
There are - tables.
ASSOCIATION: Kafedra tekhnologii organichesicogo, sinteza,
Kazanskly Ichimilco,-tekhnologicheskiky institut
im. S.M. Kirova (Department of Organic Synthesis"
Technology, Kazan' Institute of Chemical.
Technology imeni S*M. Kirov)
SUBMITTED: November 16, 1961
Card 2/2

KAMAY, Gillm;'ZARIPOV, R.K.
O~-Alkyl derivatives of allyl and crotonyl eaters of arsenious
acid. Dokl. AN SSSR Ilt3 no.41859-862 Ap 162. (19RA 150)
1. Kazanskiy khimiko-tekhnologicheskiy institut im. S.M.Kirova.
Predstavleno akademikom A.Ye.Arbuzovym.
(Arsenious acids) (Esters)

ZARIPOV, R. 101., Cand Phys-Yath Soi --(diss) 11 Sys-tems of intecral
I I 'A
enuaticlas of the Rostov on/Dj 1~5'. 'I pp (110:7,ov Str-te
h
u11; v) .100 co7)ies. Bibliocran y Lt end of book (14 titlen).
(IM, 20-15-kol, 92)

GAKHOV, Fedor Dmitriyevich; ROGOZHIN, V.S., dots., red.; BACHURINA,
T.A., aspirant, red.; GOVORUKHINA, A.A., aspirant, red,,;
ZARIPOV R Kh. aspirant, red.; MELINIX, I.M., aspirant
-:i-
r L.G., aspirant,.red.; LITVINCHUK, G.S. ':
'ADDV
aspirant, red.; PARADOKSOVA, I.Aj, aspirant, red.; KHAS
E.G., aspirant., red.; CHERSKIY, Yu.I.,, aspirant., red.;
YANOVSKIY, S.V.j aspirant, red.; ARAMANOVICH, I.G., red.;
Prinimali uchastiye: BOHOVSKAYA, N.I., red.; RYSYUK, N.A.,
red.; SMAGINA, V.I., red.; KHAYRULLIN, I.Kh., red.; CHOMKOV,
F.V., red.; POLOVINKIN, S.M.., red.; KEPPEN, LV., red.;
MIMIN, E.L., tekhn. red.
(Bondary value problems)Kraevye',,3adachi. Izd.2., perer. i dop.
Moskva, Fizmatgiz, 1963. 639 p. (MIRA 16:3)
(Boundary value problems)
0

Z&RIPOV R.-,..-kandidat fiziko-mateimtichaakikh nauk
"Ural molodirmp" R, Zarlpov. Znu, c1la '16 no. 212p,-211 "' ' 61 ~:
11
14:5)
(Musical instruments, Electronic)

ZARIPOV, R.Kh.
Systems of complete singular Integral equationa of the convolution
type. Dokl. AN SSSR 119 no.3:429-432 Mr '58, (miRA 11-.6)
l.Rostovokiy,-na-Donu goaudarstvanny7 unkversitat. Predotavleno
akademikom N.I. Muskheliahvili.
(Integral equations)

/K
AUTHORt ZARIPOVtR.KH. PA 2905
TITLEs 'O-n-sywn~z~ingular Integza-l Equations of the 11*11 Type.
(Sistemy osobykh integralInykh uravueniy avertkip Russian)
PERIODICALt Boklady Akademii Nauk SSSR, 1957, Vol 113, Nr 1,-pP 20 - 23
(U.S.S.R.*)
RO'beived: 5 / 1957 Reviewedi 61 195T
ABSTRAM in several preceding papers the integral equatious-orf roll type
were studied on the basiB of the thaory of the bounUry value probl
of analytical functions with the aid of an unknoira function. They
are written down here in the vectorial forms
I
f(x) + (Ifi-2n) 'k,(x-t)f( t)dt + (1/F2r.)0k (x-tjf(-t)at - g(X)
Jo foo 2 (-U- z X zoo)
f (z) + (11~259)f (x-t)f (t)dt - g(x) x ~ 0
j
f(x) + (1/f-2x) k2(x-t )f(t,)dt - g(x) x< 0
Here k W ij (x)JI, o( - 1,2 denote matrices, and g(x), f(x)
denote vectors of the n-th order.
Por the investigqtion of these systems the FOURUM transformation,
the theory of matrix functions, and the theory of boundary problems
Card 1/2 of analytical functions are,used for systema of unknown funotionso

PA - 2905
On Systems of Singular Integral Equations of the Roll Type.
�1i Lot the following relation hold for the kernel of the equations
ic" gi(x)EL 2(-oooo). Whe solutions f W are sought
1
ii
2 1
in the class L (-00#00). By the application of a FOURIER-transformati
to the system (A) at a boundary problem of the RIEMANN type is ob-
tained-for the system of functions. The solution of this boundary
problep can be obtained in general only by a system of PREDHOLM's.
integre.1 eq4ations.For this reason it is interesting to study such
cases of the system (A)f where the solution oan.a,otually be ob-
tained (by mewts of a finite number of linear repre 'sentations or
by quadraturea). The condition necessary and sufficient for func-
tional commutability in this case is.-,the functional commutability
of certain matrices specified here. 4he oonditions, on which the
roblem can be solved by quadx-atureslare given.

2s Subsequently, the solutions for other kernels of the system
t
are discussed and are applied to several special cases.
ASSOCIATIONs State University of Rostow (Don)
PRESPRED BYs V.I.SMIRVOV# Member of the Academy
SUBMITTEDt T8.6-1956
AVAIUBM Library of Congress
Card 2/2

AUTHOR: Zaripov, R.Kh. SOY, 140 -58-2-9/20
TTTLE: Systems of Singular Integral Equations of the convolution-Type
(Sistemy osobykh integrallnykh uravneniy tipa svertki)
FERIOIDICAL: Izvestiya vysshikh uchebnykh zavedeniy Ministerstva vysshego
obrazoiraniya SSSR, Matematika, 1958, Nr 2, Pp 93-105 (USSR)
ABSTRAM The author considers the systems
00
(A) fo(') kj(x-t)f(t)dt + k2(1-t )f(t)dt g(x)
Y -2T f VIVIF I
0 -OD
OD
f(x) + kl(x-t)f(t)dt g(x) Z'>0
T
72'-T f
M -0000
f(x) + k2(x-t )f(t)dt g(t) x