SCIENTIFIC ABSTRACT SLOVOKHOTOVA, N.P. - SLOWIKOWSKI J.

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• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001651410010-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 25, 2000
• Sequence Number: 10
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

-L 31758-65
ACCESSION URt AR5005729
the upper atmosphere), and solar-activity. The-acceleration of
satellites was investigated (1957 0, 1958 61# 1958 6 and 1958
2'
The values of the acceleration were corrected graphically fox the
Influence of the altitudinal and diurnal effects. The altitude
effect is made up of changes In the acceleration due to the change
in the drag, owing to the fact that the altitude of the satellite
perigee changes with time. The diurnal affect is the change o&'.' the
atmospheric density (satellite acceleration) due to the periodic
displacement of the perigee from the eliminated region to the shadow"-
and vice versa. The values of the acceleration, corrected for thd-L
influence of these effects, were compared with the characteristic
of the solar activity, namely the valuait-of the geomagnetic plane
index K Lo emission from the sun S at 10.7 cm
and the flux of rad
p
wavelength,* No clear-cut correlation was observed between these
quantities, although it is impossible to deny the existence of a
connection between them. This connection is apparently much more
2/3

t 31756-65
f
ACCESSION HRI ARS005729
complicated th an has been assumed, and more highly erfected met-
p

are necessary to disclose it. Bibliograplrys 10 titlesi 96 slov
okhotova
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SUB CODEt SVf
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L 213lo-65 EwP(m)/17Xa(v)/EWA(h)/UXG(8) gT(I)JEEC(t)/FS(T)-3/FCC/EEC(a).
---98C (J)/EEC (r-YjF,#A(d)/VSS-2 Pe-5/Pg~-4/Pi-4,'Po_4/Pq-4/Pae-2/Pob TT/M(
!ACCESSION MR: AP5015674
UR/0293/65/003/003/OWO/0472
551-510-536:629.19:
AUTHOR: Signmgm N. P.
TITLE: Variations in atmosVheric densit in 1960-19,63, as derived f@oa
measurements of the orbits of artificial earth satellites
SOURCE: Kosmicifeskiye iseledovaniya, v. 3, no. 3, 1965, 469-472
TOPIC TAGS: atmospheric density, satellite data, upper atmosphere, solar cycle,
solar effect, satellite orbit'
,ABSTRACT. The daily Yariatione of atmospheric density at heights of 200-300 km
have been investigated on the basis of data obtained from Soviet satellites in the
period 1960-1963. The investigations confirm the existence of diurnal dencity
fluctuations at these heights in the period approaching minimal solar activity
(1962-1963). Thus, for example, at a height of about 300 km, sate@j@te 196OC3
found that p /Pmi - 1.9. At a heig t of about 250 km Cosmos-111;ffound that the
ratio was 1.5@awxhile nat 200 km Cosmos-2@?found the ratio to be 1.1 and 1.2. Between
the mid4e of 1960 and the begi-n-nl-ngof 19622 a slight density drop vaz@uoted &t
Card 112

ACCESSION NR: AP50156T4
a height of-about 300 km. Thus,
PM1n im Pud" IM 1,2(t960ej1),'
Pm&x Im Pmax too 1,2 (1 960ts).
These findings agree with those of earlier inveatigators (D. King-Rele, J. Reese.
The decrease in upper atmosphere deniity betveen 1957 and 1963 as revekled by satel
lite orbits. Rc7al Aircraft Establishment, Farnborough, England, 1963),and show
that in the period approaching minimal solar activity, the amplitude of dally var-
iations of atmospheric density-at 200 km remains the same as in the period of near
maximal activity. Orig. art. has: 2 figures.
ASSOCIATION: none
SUBMITTED: o8jun64 ENCL: 00 SUB CODE:
no REF SOVi o14 OTM: Oh AM PRESS: 616

ZA!li

SL.C 1'(!,'A, 1. A.
,/,) r I ,I t, I In :- "Ill.- I I, t'Elf"'I 'Ll (@,ii ()f* t)r:'A'.!- qubstnnres w@ th w,,tor vnnors I r. the
prcc,3n,@p t' nicke-I " 'l,!,0,mlk Mo.0- kill-til, 12, p. 101-12, - 1,11hliog:
il. 112
So: U-1,13155, 1,11 Iluimst. 53, (Letonls 'Zhurnal Inylh -Itntpay, No. 15, 1949.)

I .r4tilalc gBroarimsd NI-k-
on.mickel- -1. A Im ,--`
JOSA AROW. U;W7 Ser.T_
-Mank No. 1. In the
presence of HrO. cyclobexane (I) an Mi in the temp. range
250-350' undergoes sirmiltantoualy 3 parallel rairtions-
(1) dehydrogmation. I - C9U. + 3H--, (2) hyr!rogt=@
cracking, I + GH* - 6CH4. (3) 1 + 12HwD - GC(4 + I S
Ill. Expts. Were vrhb 3 z. of a MAW). C2t2lYS1. :'t
a feed rate of I of U2 =L/min_ without or vritb T-.b (vw -
ratio 11,0/1 - 71 at 2W, 276, 300. 325, and 'l`h,!
rate of evcAution of gas was con3t. in all expts.. wl-kh iu,li-
cates absence of . . of the caWT-,L, ExpO. dat:i
Z
(temp.. rate of evolution 17gas in mi. (SI 'P)j'Min.. Cj, i.
in the Ca te, vial. % of Ht. C114. Cot, it, the gait) arc:
-pure %2!*za.
50 22.2. 17-W, 97.9. 2.1. 26.0. IQ.60.
07.0. .0. -; 3W'. 34.4, 211ZA1, 94.0, 6.0, -,, M2.1,
47.0. 39.778, 93.0, 7.0, -; 3W*. B&O, 51.65, 91.5. S-1), --,
1 -4- 140, 26D'. 4.34, 5,16, 87.74, 6.06, G.20; 4-75', 7.40.
7.01 . 83.24. 7.92, &SA. 3W , 15M. S.G3, 76.26. 11.57,
12-17; 325, 23.40. 9.355. 09.31. J8,18. 12-51; 350%
31.80, 12.77, 64.78. 18.59, 16.63. The following are data
of the rates Ice the 3 simultaneously occurring reactions
with I + HaO (temp., ml. sw evolved per imin., 10-4 X
moks I reacted per azin. by reactions (1). (2). and (3). %
I reacted (relative to the original amt. of 1) by reactions
(1). (2). and (3). toW % I reacted): 250 *. 4.34. 4.9. 0.20.
0.20.2ZS, 0.11. 0.10. 2M. 275', 7.40, 7, 0.43. 0.48, 3.78,
OM, 0-M. 4M- 300- 15.20 10.06, 1.18 1.37, 5.45
0.64, 0.74. 6Z@,' 325-.'23.40.'13. 2.5.42.16,'7.05, 1.35:
1.15, 9.55; 350% 31.80, 16-6. 4.43. 3.97, 9.00, 2.39, 2.14.
13ZO. The corresponding data for I without HtO (reac-
tions (1) and (2) onl7) on. 2W', 22.2. 33, 0.35, 17,80,
.0.20. 18.00; 275', 26.0. 38, 0.66, 20.50, 0.30. 20.80; 3W',
34.4, 51. IM, 27.60, 0.80. 28.40; 325', 47.0. 70, 2.45,
37.84, 1.32, 39.16; 330% 56.0. 82, 3.46. 44.32, 1.87,
46.19. The temp. dependences of each of these rates abev
Arrhenius' law, and gi-m the following values for the
parcmt activation energies E the pret_%poncr: i i,:'
factor k., and for 10-8/a (defined by a - In k.IE)-. rrac'"I".
(1), pure 1, 7076, 2.37 X 101, 1.75; 1 + 1-1,0. 8256, l.'-A X
101. 2.01; reaction (2). pure 1. 1,1430. 7.r,:'- X 101,
I + TW. 21024, 1 M X 104, 2-G2; react ion i@' 7). 1 + lltO.
19240, 2.13 X 107, 2.61. Pregerice of 11:0 cvidentiv :-.,-
hibitti reaction (1); the mte of the dehydro:-=iatioa ii r,--
duced by a Lactar of S. througb an incre., - C * E b
ad./mule, and a decrease of ka bv a factor i.:
reaction (2), the B with"t and with 1I_-O vc-n-
and the a practically equal. The value ot,: i@' taklc:. 1@
cliaracterislic of the orientatioD of tile rmc':: @'@ Inol. w"
active center; if so, it follows that this -)ncrit-ttin-
same in the presence and iu the absenec ar
token it is concluded that reaction (_'.an(!,-
diffment orientations of the adnorlicil I T.@,:
reaction (22) is taiscd in the presence of E.-
21.024 ail./mole, i.e. H,O inhibitr. di C
t@ueh more strongly than the ruptitre of
Nerrrthrlesi, the ovez-all rate of rcaci@-'
in t lie prmence of HtO by t iRctor of I _ . @@ - 1, lc-
inctca,c of k,, cornr-,c:-,.,.ts -be increa-,r. iii N-

USSR/Chemistry Fuels FD-1144
Card 1/1 Pub. 129-8/23
Author : Slovokhotova, T. A.; Sovalova, L. I.; Kazanskiy, B. A.; Balandin, A. A.
Title : Catalytic conversion of isomeric octanes with water over a nickel and
kieselguhr catalyst
Periodical : Vest. Moak. un., Ser. fizikomat. i Yest. naukv 9. No 7p 65-72, Oct 1954
Abstract : Saturated hydrocarbons react with water over a nickel and kieselguhr
catalyst forming products of gradual demethylation of the original
hydrocarbon, The degree of conversion depends on the structure of the
hydrocarbon. 2, 2, 4-Trimethylpentane reacts slower than the 2., 2, 3
isomer. Eight curves. Ten references (five USSR).
Institution : Chair of Organic Chemistry
Submitted : February 1. 1954

Cl
of 2-m The Into @V@Tld@r.

RALANDIN, A.A.; SIA)VOKHOTOU, T.A.; STRASHNOVA. I.A.
Catalytic decomposition of isomeric xylenes In the presence of
water vapor. Yest.Hook.un. 12 no.1:101-110 '57. (MTRA JO.-8)
l.Moskovskiy universitet, Kafedra organicheekogo kataliza.
(Xylene) (Catalynis)

SWVCXHOTOVA, T.A.; MIANDIN, A-A-; FAZAROVA, D.V.
-0'1.1@@'.@ "
Catalytic conversions of ethane with participation of water vapor.
Part 1: Effect of water concentration in the reacting mixture on
conversions of ethane. Characteristics of carbon formation. Vast.
Moak. un. Ser. mt., mekh., astron., fiz. khim., 12 no.5:193-198
'57. (MIRA 11:9)
l.Kafedra organicheskogo kataliza Moskovskogo gosudarstvennogo
universiteta.
(Ethane) (Chemical reaction, Rate of)

etzl* IF-Qua Under the
Of
Muence d at Clsation of
Unild Tom
rcorva- I a
ul, 60 @6, hfth, @,,
@Uruv.. otraw Ur. Shchel Khtra. 27 90t)--5(1957);
'I @Addu. of 17, Wk ME4 to
cycloi'itivIcyclopentane: (1) produces an exothermic re-
In
actio and stiffing the mixt. 20 hm longer resulted In lso-
latio, Of traxs-')-tnethyldecahydronaphthatent (11), Wenti-
fied by its ph". coasts. and by conversion to 2-C,JI,Ale.
The substance U was also subjected to Raman spectrum
detit-as was an authentic 511"ci a prepd. by h)-drojen2dois
of 2-McCistf, over Raney NiTcPurc It has Raman fit-
quencics 224(0). 270(0). 353(0.5)
373(4.5) 44.1(0). 464(0.2). 500(4), 530(0.1). &Q3(2)
1197(1.11), 1211(3). 1267(2), 1347(2.11),
135', 3), 1440-1460(10). The result U-AS tile %.late at 100'.
%hileat 0* the reaction A%-xt incideratc ill iU; degrec, but abus
YhAdvil It. G. M. Kou)Ltlx)ff
Distr; 4UJAkc(j)
Plk

AUTHORS: Slovo-khotova,T.A., Balandin,A.A., and SOY/55-58-1-26/33
Nazarova,
TITLEt Catalytic Change of Ethane With Participation of Water Vapor.11.
The Lependence of the Velocity of Several Ethane Reactions With
Participation of Water on the Volume Velocity and Temperature
(Kataliticheskoye prevrashcheniye etans, a uchastiyem parov Yody.
II. Zavisimost' skorosti razlichnykh reaktoiy etana v priautstvii
vody ot ob"yemnoy skorosti 14 tW?a=tary)
PERIODICAL: Vestnik Moskovskogo univers1teta, Seriya fiziko-matematicheakikh i
yestestvennykh nauk, 1958, Nr 1, pp 193-20. (USSR)
ABSTRACT: The authors investigated the dependence of the ethane changes
for a catalytic influence of nickel on the volume velocity of the
consumption of ethane and the temperature. Reactionst C 29 6+492 0
2CO 2+7H2; C2H6 - 2C+3H 2; C2H6 +H2- 2CH 4* It was stated: For a
carbon concentrated catalyzer of constant activity the activating
energy of the ethane reaction with water is almost constant for
a change of the volume velocity of 6-12 1 ethane for 1 1 of the
catalyzer and for H 2O-concentration of 16.6 to 29.6, and in the
Card 112 mean - 15000 cal. For a fresh catalyzer the same energy amounts

.Catalytic Change of Ethane With Participation of Water SOV/55-58-1-26/33
Vapor.II. The Dependence of the Velocity of Several
Ethane Reactions With Participation of Water on the
Volume Velocity and Temperature
23650 cal.
There are 7 referenc9s, 6 of which are Soviet, and 1 American.
ASSOCIATIONs Kafedra organicheskogo kataliza (C.,air of Organic Catalysis)
SUBMITTED: January 11, 1957
Card 2/2

50)
AUTHORSs Sosnina, I.Te., Slovokhotova T.A., SOV/55-58-5-23/34
Yudkina, T.P.
TITLE% Synthesis of Dicyclopenty1methane (Sintes ditsiklopentilmetana)
PERIODICALs Vestnik Moskovskogo universiteta,Seriya matftatiki, mekhaniki.,
astronomii, fizikip kbimii , 1958,Nr 5,pp 145 - 150 (USSR)
ABSTRkCTs Starting from chlorcyclopenthane and ethy1formate the authors
synthetically produced a 99.60 % pure dicyclopentylmethane
(according to a method deviating from A.F. Plate and V.I.
Stanko [Ref 2-7). The degree of cleanliness was determined'
according to the method of A.G. Anikin, Ya.I. Gerasimov, G.N.
Dugacheva and N.N. Kozhevnikov fRef 71 . The spectrum was re-
corded. Furthermore it was stated s The dehydration of di-
oyclopenty1carbinol by pyrolysis of its acetate or by means
of magnesium sulphate can be recommended as a method for de-
hydration of bicyclic alcohols.
Card 1/2

20
Synthesis of Dicyclopentylmethane SOV/55-58-5-23/34
There are 14 references, 8 of which are Soviet, 2 American,
2 German, and 2 Roumanian.
ASSOCIATIONs Kafedra organicheskogo kataliza (Chair of Organic Catalysis)
SUBMITTEDs October 20, 1957
Card 2/2

AUTHORS; Balandin, A. A., Itember, Academy of SGY/20-120-4-2A/67
Sciences, USSR, Sovalova, L. I., Slovo"',,otova, T. A*@__
TITLE: Catalytic Trans formations of 2-..!etnyl-Thiophe.,ie Unler Steam
Influence (Kataliticheskiye pre,,rrashcheniya 2-metiltiofena
pod vliyaniyem parov vody)
PERIODICAL: Doklady Akademii nauk 33SR, 1950, Vol. 120, Nr ;, pp. 775-
776 (U53R)
ABSTRACT: Difficulties were bound to occur in connection with the prob-
lem of the applicability of the reaction of the catalytic de-
methylation to the thiophene derivatives because of the spe-
cific behaviour of the latter on metallic catalysts in the
presence of hydrogen (Refs 6-11) which is known to be a pro-
duct of thc! said reaction. Ili/Al 20 and Co/Al 0 3 were used as
catalysts. The velocity and the pr9ducts of t9e reaction of-
2-methyl-thioohene with water chanEe gradually if its vapors
are allowed to uass above a fresh catalyst (Fig 1, Table 1).
2-methyl-thioph@ne separates the methyl group and is subjected
to a small extent to a ring cleavaCe. The existence of lateral
methyl groups renders the rinG system more reactive. During the
Card 1/3 first minutes of the experiment the liquid catal.yzed product

Catalytic Transformations of 2-Methyl-Thlophene SOV120-120-4-24167
Under Sttaim Influence
contains thiophene which vanishes as soon as the velocity of
the gas separation has attained a coastant value. The quantity
of C02 first exceeds that of the saturated compounds, vanishes
then, however, toj:ether with thiop!iene. Unsaturated h drocar-
boris and H2S occur at temperatures higher than 4000. The co-
catalyst has an effect similar to that of Al. Table 2 shows
the depenuence of the composition of the liquid and I-aseous
products on the temperature, on the quantity of water, and on
the composition of the catalyst in the experiment with methyl-
thiop-ene. dithin 1 hour of heating in hydrogen the consumed
catalyst is restored, unless it had lost its activity completely
before. A longer heating increases its activity (Table 3)-
Iferefrom it can be concluded that %,iethyl-thiophene i3 demethy@-.-
lated in the reaction in question. The co.;Iplete cleavage of the
methyl-thiophene molecule which occurs as well may develop with
the participation of either hydro@;en or water. The dealkylation
of methyl-thiophene thus determined is a model reaction for the
production of thiophene from al)cyl. subs ti tuied. The present
Card 2/3 paper in principle shows a possibility of obtaining- accessible

Catal,ytic Trannformatiuns of 2-.'Aethyl-Thiophene BOVI",)0-120-4-24/67
Under Sterv,;i Influence
SUBMITTED:
raw material for the synthesis on thiophene basis from sul-
furous mineral oils and slate resins (Ref 12). The reaction
can be carried out on a mobile contact mass with a con-
tinuous regeneration of the circulatin_- c;Aalyot. There are
2 fi,-ures, 3 tables, and 19 references, 12 of which are Soviet,
February 16, 1958
1. Thiophene aldehydes--Catalysis 2. Metal catalysts-Chemical
effects
Card 3/3

M TSYAIYVN [Y@ Chia-yungj; BALANDIN, A.A.; SLOVOKNOTOVA,, T.A.
Using gas-liquid chromatography for the quantitative analysis of
products of the catAlytic transformations of isomeric aresolso Vest.
Mosk.Un.Seri2s khim. 16 no.6t62-66 W-D '61. (RIR&,14:5)
1. Moskovskiy gosudarBt--,nny7 universitet. Kafedra organicheskogo
kataliza. (Cresol@ (Catalysis) .(Chromatographic analysla)

BALVIDIN, A.A., akademik; SDDVOKHOTOVA, T.A.; YUY TS7,TA-VW [Y*@ Chia-yung]
Catalytic demethylation of isomeric cresols to phenol under the
effect of water vapors. Dokl. AN SSSR 141 no.,4:839-W D 161.
(MIRA 34:11)
1. Moskovskiy gosudarstvannyy universitet im. M.V. Lcimonosava.
(Cresols) (Phenol) (Catalysis)

SLOVOY,HOTIOVA, T.A.: BALANDIN, A.A.; POLETAYEVA, T.I.; YUY TSZYA-YUfl
r -?U -, C -hi- -a' ---y u n g I
'lineties of toluene demethylation in t@e presence of the excess of
water over nickel catalysts. Izv. AN SSSR Otd.khim.nauk no-1:
120-121 Ja 62. (MIRA 15:1)
1. Moskovskiy gosudarstvennyy universitet im. M.V.Lomonosava.
(Toluene) (Yiethyl group)

SLOVUKIICTUVA, T.A.; BALANDIN., A.A.; YUY TSZYA-YUN (Yu Chia-Yund
Thermodynamics of the reaction of demethylatiun of toluene
and cresols with water vapor. K-him.prom, no.7:513-517 JI
163. (141RA 16:11)

GONE114.1 F.i@.; BALANDIN, A.A.; SLOVOKHOTOVA, T.A.
Kinetics of ethane hydrogenolysis on a Ru-SiO 2 catalyst. Izv.
AN SSSR. Ser. khir,,. no.11:1905-1910 11 163. (MIRA 17;1)
1. Moskovskiy gosudarstvennyy universitet imeni Lomonosova.

. I
.I - I
I , - W@. ?"I

S 17! r
W R A 19 3)
v. I te t;4

7"
BA'A IS YOVA , S'.A . : , T.!'i . ;. II Cm I.. i , ! ..@. .
Effec" of the strt@cturo of aat-,rnted hydrocarbol.,H on their
activity in the reaction with uater vapor on NI-Cr2O3 cata-
lyst. Izv. AN SSSR Ser. Aim. no.2:275-281 165.
(11-111RA 18:2)
1. Moskovskly gosudurstvennyy universitet.

, 1 . . .
YA I -Y J@ YV "!, , ".. I .; f p, . 1, . ; @) T i : '!@j j@ I @*f '17 - ( Ir - , , . 1
idines li
Conversion of --thylated pyr. - -1 *.he presene) cl Water
vapors on a nickel-ali=-Ina cat&lyst.. 7,z*i. .?: SSSR Ser. khim.
rio.2:330-336 165. (MIRA -L8:2)
1. Moskovskly gosudarstvennyy unl7ersltet.

SLCVUKIICrrOVA, T.A.; BALANDIN, A.A.; PETROV, E.S.; SHOLIN, A.F.
Catalytic hydrogenolysis of ethane and cyclohexane on Ni-Kieselguhr
catalysts. Izv. AN SSSR. Ser. khIm. no.5s785-792 165. (@URA 18:5)
1. Moskvoskiy gosudarztvennyy universitet im. Lomonosova.

BALANDIII, A.A.; SLOVOKIGTOVA, T.A.; SH(IIIII, Al,.F.; 1"GOPTISEVA, L.A.
Hydrogenolysis of ethane in a flow sys*-e= or, nl@kel catalysts.
Kin. i kat. o no.1:115-120 Ja-F 165. (1141PA 18:6)
1. Moskovskiy gosudarstvc-nnyy universAet.

TGNAVYRVA, L.A.; HISAYEV, T.N.; STA)VOKHOTOVA, T.A.
Study of Interaction of isopropyl alcohol with a Ni/A1203 Oat&lyst
by infrared spectroscopy. Kin. i kat. 6 no.2s294-299 Mr-Ap 165.
(MIRA AM
1. Moskovskiy gosudarstvannyy universitet imeni Lamonosova, fizi-
cheskiy I khimicheskiy fakulltety.

13 A LAN-0 .1 N, ak a @lom Uk ; CH A", M. -P -&QMhEYL@-
Conipnr@j live stxly )4" +,tie transformation kinetics of benzene and Its
C- - C8 homolaga ind(?.- the effect of steam over a nickel-chromlia
catalyst. Do*kl. AN S-33.0 163 no.)s6)6-641 J1 165. (WRA 180)
1. Moskovskiy gosuiarstvennyy univnraitet.

!I.T.; ";,f-VfKJIOTCVA,, Tj.; BALANDIN, A.A4
I '4-ilt
I @;@ y uf Isameric plzolimt.-, arA xyieneA I'D
;At,r,jyU-- coriv--i-signs with nteam. Vest. Mrek. un. Ser. 2MLIM. 20
1"..1,139-4.1 JI-Ag 165. (MIRA 18211
" . Yafedra kbImiclieskoy kinetikL Mnsk",skGgo gc,5udarstvennogi
-,Lnivarsitat'l.

A K i VI j IM,
Hate of trarisfor:La,.IQna of m-creaol under #.:Tfort of water
vap@r on ni2kel catalysts. Vest. Mosk. un. Ser. 2: Klilm. 20
no.6:30-33 N-D 165. NIRA 19: 1)
1. Kafedra or& --icheskor-o katzaliza Mloskovskogo univeralteta.
Submitted May 1964.

SLOVOKIIOTOVAj )@e.N.
Influenza in Stalinabad in 1960* Zdrav. Tadzh. 8 no.3s26-30
Je 161. (MIRA 14:61
1. Iz Stalinabadskogo instituta epidemiologii i gigiyeny.
(STAIMaBAD-INFLUENZA)

3/161/62/004/003/009/045
B102/BI04
AUTHOR3 PI I ':-,hohi Vnv, A. I., @Iovokhotqya, -2. D., and B,izilrnn 0 U. B.
TITI,Et Dependence of the renonance field in ferrite single crystalo
on temperature und narnZla dimennione
PE'RIODICALt Fizika tverdoro tela, V. 4, no. 3, 1962, 629 633
TEXTt The rcoonqnce finld atrcnpth Ik, 1 W. d
Hves, a OM (a --f- 3) (3)
in nn ani!30tropic snherical 3i.nrle crys -tal (Wan'rancse--ferrite) was measured
an dependent on temnerature and crjstal orientation with respect to the
PxfornFll inapnetic field 4) /r is the resonance field for an isotropic
aphcreql- pyromarnatic r*atio, k I- first aniaotropy conatant, M - saturation
mrignetiVationj -A lepands on the cryntallorraphic orientation ([100] I's-.20
@111J so(--4/3, [1101 s x.-1/2). d/A