SCIENTIFIC ABSTRACT MIRUMYAN, L. N. - MIRYASOV, N. Z.

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• Collection: Scientific Abstracts
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• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 14, 2000
• Sequence Number: 9
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

WO L.H., kandidat meditsinskikh nauk; XAPICHNIIOVA, L.G.. kandidat
. g!L
"-';'~~~klkh nauk; SKLYAR. I.B.. inthener
Ifficient bandage for ingutual herniae. Ortop., travm. r3rotet. 17
no-5:69 5-0 156. (KLRA 10: 1)
1. 12 TSentrallnogo nauchno-iaeladovatelinkogo instituta proteitro-
vaaiya I protozostroyentys (dir. - prof. B.P.Popov)
(BAOAGN AND BANDAGING) (MRIA)

--Igfplpj A L.N., doictor moditainakikh nauk
llv~
Pathoonatomical changes in nonknitting f roctures of the femur. Ortorp.
trava. I protes. 17 mo.6-112 11-D 156. (KLI% 10:2)
1. In TBentrallnogo nauchno-tes ladova tell skogo Institute Droteziro-
vantya I p rote& ontroyaniya (direktor - professor B.P.Popow) Miniater-
stya sotatalloogo obeepachentys RSYSR.
(YMM--YUGTURN)

KIRUKTAN, L.P., doktor sed.nauk; BOLKHOVIT111, S.Y., starshty in2honer.
New type prosthesis for short log stump. Ortop., trarm. protes.
19 no.1:61-62 Ja-F 15S. (MIRA 11:4)
1. Is TSontrallnogo nauchno-tasladovatel'alcogo Inatituta orotest-
roveniya t D rotor. os troyanlyn Mintateretwa sotsiallnoFo obeepechaniya
RSM (dir. - prof. B.P.Popov)
(ARTIFICIAL LIMB
for short log stump (Rus))

GORRICRG. A.Ta., Insh; faRINYAJI. M.M.. tnsh
Adjfjotine thn KZR-l protection assambly for rotorn of synchronous
rachines. llak.sta. 29 no.9:80-81 5 1~9. (KIRA 11:11)
(Electric machinery. Synchrnnnue)

KAMLYAN. K.G.; GRIGORTAN, G.O.; GAZARTAY, S-L; PAPTAY, O.S.; GRMORTAN. U.K.
KMWAH, R. L
Sivultaneous trapping of sulfur dioxide and nitric oxide of low
concentrations by alkalis and carbonate*. Report No. 4r Adsorp-
tion by magnesium hydroside. Izv. AN Arm. SSR KhIm. wtukI 13
no.2/3:lOl,..lo6 160. (KIRA 13slQ)
1. Institut khimli Sovharkhoza ArzSSR.
(Sulfur dioxide) (Nitrogen oxide) (Magnesium hydroxide)

NOR: L'irui-iyants 5 .0.
SOV/51 -7 -2 -29/34
TITL7, s On the PrOD161A of the Effeet of Llirht Gases on the Aboorption by
Vapours of .6ro-aatic 0owpounds (K voprosu o daystvil lagicikh gazov na
por,loshcheniya parov tiromaticbesicikh soyedinaniy)
?'-,-Rl(1DI;AL: Cotica I rpoictroskopiya, 1959, Veil 7. Nr 2, pp 275-27b (USSR)
K; T11 ;T j
,B
/2
,;ard I/
In 1945 raporent (Raf 1) discovered that the intensity of absorption
by #-na phthy lair. Ina vapours decreases *hen light gases are added to
these vapours. The present paper describes an extention of Weporent's
work. The effect of all inert gas@@ and of diatomic gases H2, DZ and YZ
on the absorption by vapours of 3-dii.iothylamino-6-funinoohthalimide was
studied. ., lumines.-ant method, used sarlier by Neporent, vas employs--4
Figu 1 and 2 shovv the results of measurements with the ordinates
representing the relative intensities (FZ/Foj of fluorescence of
3-dimethylamino-6-aminophthalimide v-ipours; Fo and FZ are the intensities
of fluorescence in the absence and In the oresence of a foreign gas.
The abscissas of Figs 1 and 2 give Z rhich Is tt,a nu .bar of collisions
?or second of tno vaoour inolazule with moieculas of a foreign gas.
The -.ftnmur oressure ms 5.4 x 10-3 mm ;
.jg. Tne axperiments were carried
out at T = 5280K. The results shown in Flus I and 2 avree with Neporent's
data. In the c,se of inert gases the limiting magnitude of fluoresence

5 07 1/ 51 -7 -2 -2 9/34
On the Problem of the 3ffect of Lirht Gases on V~e ALaor~tior, ty VaPours of AXVKAU7
comporund 9
(absorption) weakening (Foo/Fo)] is proportional to the mvin
relative velocity of colliding molecules, which in Its turn is
proportional to the reciprocal of the square root of the reduced mass
of the colliding molecules. This In illustrated by the continuous li.~%
In Fig 3. For diatomic gases H2, D2 and 112 for which the collisions qLri
their result dat)end not only on the mean relative velocity of the
colliding .-ioleculas but also on othor procerties of these mol ecules
non-linear curve (shown dashed in Fig 3) is obtained. ,c4".owl*dg -ont is
made to B.j. Yeporent who directed this woric. Tnere are 3 figures and
3 ~ aviet references
7K D
. -
T
"'ard Z/~

S/051/60/008/005/007/027
E201/9491
AUTHORS% Neporent. B.S. and Mirumyants, S.O.
TITLEi A Spectroscopic Investigation of the Procestieg of
Transformation of the Vibrational Energy or Complex
Molecules During Collisions. 1. Determination of the
Amount of Energy Transfer and the Collision Efficiency
PERIODICALi Optika i spektroskopiya, 1960, Vol.8, No-5, PP-635-642
TEXTi Stabilization of excited somplex molecules, i.e. de-r-~ase of
the probability of radiationless transitions by transfer of the
excess vibrational energy during collisions with foreign particles,
was used by Neporent to explain the intensification of fluorescence
of aromatic vapours on addition of such foreign gases which have no
quenching effect (Ref.1). In later work Neporent (Ref.2)
suggested that the intensification of fluorescence bv foreign gases\,/a
can be used in studies of energy transfer in molecular collisions.
The results reported in these two papers and in other work (Ref.3 to
9) are reviewed in some dptatl (Fig-I to 3). It is shown that in
studies of the processes of vibrational energy transformations
during collisions of complex excited mole:ula~s with foreign
molecules, it is necessary to allow for the energy ex!:hange both
Card 1/2

S/051/60/008/005/007/OZ7
E201/E491
A Spectroscopic Invest igat ion of the Processen of Tranqformat ion r-f
the Vibrational Energy ('-0' Complpx Wlecules Dur ing Collisions
1. Detprminat Ion of the Amount of Ener gv Transf et and thr Co I I is ion
Efficiency
with the foreign molecki les and with the translational and r,)*at tona
degrei-g of freedom of the ex,ited molecules themselves An impri)-veJ
expression was obtained for tho arcommodation coeffli-nt an,J it was
applied to the reported data (Ref.1 to 9)i the results are given
in Tables I to 1. Th f- paper Pnds with a sh-rt dis:ussi-n -f thp
equations and numerical results reported here. There ar-
3 figures, 4 tables and 20 r e f Pr PnL f- q8 Soviet 10 English an,j
2 German.
SUBMITTEDa 3111Y 22, 1959
Card 2/2

: ,S-41
S/OrXii~/&8~06/007/024
4.3,6^o 0 2201 691
AOTHOJO t Hirunrate, S.O. and Up ent, B.S.
TITIAs the Processes of the Vibrational
Inergy Transfaiuations During Collisions of complex molecules.
11. The Zffect of Foreign Uses on the Fluorescence Yield of
3-01mothylamize-6-sainophthalimid * I
FMODICALsOptilm I spoictro4leopiya, 1960, Vol 6, Mr 6, pp T87-798 (USSR)
ABSTRACTs A large ntAbor of foroip gasse (No. No, A. Ir, U, H2, D2- M2- GO,
KgO, DZO. INS, 0501g) was used to study their offset on the
fluorescence yield of 3-dimothylanin*-6-eminophthallaid* vapour excited
at four wavelengths (492, 436. 405. 365 up) from an $VD8h mercury
lamp. The measurements more carried out with a photoelectric set-up,
similar to that described earlier (Ref 2). The total intensity of
fluorescence was measured, since special exporimento shoved that the
fluorescence spectrum of 3-dinotb$lamino-6-tainaphthalisido (Fig 1)
to not affected oven at isopentOme preatures of 300 sim Hg- The
vapour pressure of the forsip pose was kept at 5.4 x 10-3 mts Hg.
The temperature in all testo vao kept constant at 6280K. The results
Card 1/2 are shown in figs 2-11 and in a tablo on p793. From tho wtpaftmental

80546
S/051/60/008/06/00'?/024
2201/2691
A Spectroscopic Investigation of the Processes of the Vibrational Snorgy
Trewformations During Collisions of Complex Molecules. 11 - The Bf foct of
foreign Games an the fluorescence Yield of 3-Dia*thylamino-6-aminophthallaide.
values of intensification or weakening of fluorescence the authors
deduced for each for,aip-gas molecule the amount of vibrational energy
excMuged In a single collision with an excited molocUs, of
3-41**thylamino-6-tainephthalixido. For all cases the authors found
the accamodation coefficient which gives the efficiency of collisions
in the sense of the amount of energy exchanged. It was found that such
collision efficiency depends mainly an the Van der W"ls intometion
constants, I.*. on the duration* of collisions. It mat also found that
transformation of energy of foreLp-gas molecules Into the vibrational
energy of 3-,dinothylanino-$-*ninophthiLlisido molecules is much I***
efficient than the reverse process. There are 11 figures, I table
and 36 reforencos. of which 19 are Soviet, 13 Knglish, 2 German and
2 tr4mlations into Russian.
SUEMITTEDs July 22. 1969
card 2/2

KIRUMUM. S. 0.; MWORMT. B.5.
Bffect of contaminant &sees on the intensity of the
electron absorption of 3-dlmettqlamino-6-aminophthalimide
vapors. Opt.i spektr. 9 no-1:7-15 JI 160.
(MIRA 13S7)
(Phthalimide Spectra)

. ....... ..
S/051/60/009/01/02f,/O~ 1
92011/8691
AUTHM i Bakhshiyev. N.G. and Mirm)*nts, 3-0.
TITLSs lig)ith Conference on Luminescence (Molecular Lumineseenee &W
Luminescent Analysis)
P&RIODICALs Optika I spolctroskoplya, 1960, Vol 9. Nr 1, pp 124-127 (USSR)
AM TRACT s The Bighth Conference on Luminescence me convened by the
Soloatifto Council on Luminescence, Academy of Sciences of the
Byelorussian SSR and by the Physics Institute, of the USSR Academy
of Sciences. It was held on October 19-24. 1959, In Minsk,
The Conference was divided into two s,sotiol4l (1) molecular
luminescence and (2) lumineseent analysis. About 120 papers were
read at the Conference, the majority of them belonged to the firet
sectioa. Paper* were read bys V.L. Yermolayev and A.N. Tersois
(internal transfer of energy in triplet level* of complex mol*culo~
V.L. Yermolay*v, I.P. Xotlyar and K.K. Svitashev (probability of
internal transition from fluoroscent to phosphorescout level# Is
naphthalene derivatives), V.A. Borps&n, 14. Zbmyreva, V-V Zeliz-OtAY/
ca rd 1/6

S/051/60/009,/01/02 610!,
92101 19t,91
Ughth Conference on Luminescence, (Molecular Luminescence and Luminescent
Analysis)
and V.P. tolobkov (internal transitions in phthallmide
derivatives), S.O. Mlrumyants and B.S. Hoporent (transformation of
vibrational aner" of excited emplex molecules on collision with
foreign molecules , V.P. Klochkov (intermolecular interactions of
complex organic molecules in the gaseous phase), N.A. Boris*vioh
and V.V. Grustaskiy (electronic spectra of anthraquinons vapoure
and solutions). N.A. Borioevi*h and V4. Tolimchov (tomporature
dependence of the nuarescenco yield of complex-molocule rapours),
B.Ya. Svoshniicov, F.I. Kudryashov, V.I. Shiroicov and L.A, Limarova
(snorgy migration, concentration dopolarit&tios of luminescence of
organic solutions, sensitized fluorescence of solutions),
Yu.A. Xureldy and A.S. Selivanenko (theory of impurity quenching of
luminescence in solutions), V,L. Lovehin, Ye.G. Baranova and
L.V. Krotows (transfer of excitation energy to associates in
luminescing solutions of dyed and nature of binding forces in
associates), L.V. Levshin and V.A. Bocharova (concentration effect@
r,a rd Z/ 6 in orpnic solutions), A.R. Terenia and A.V. Shablya (detection

8/05'~/60/009/0' /01 P'/O
$201/3691
Sighth Conference an Luminescence (Molecular 1--%iaoscence and U=inoscsint
Analysis)
of phototransfer of protons using luminescence spectra),
G.P. Gurinovich. A.M. Sarthovskiy and A.N. Sevch*uico (polaritatiois
of luminescenco of complex molecules in liquid and solid solutions.)
N.V. Shpollsidy and LA. Klimova (now data on spectra of aromatio
hydrocarbons at 2001Q, D.H. ShIgoria. 94. Shchsglov, W.S. Dokunithis
and R.N. Hurmukhanisdov (low temperature line, spectra of luminsecencon
of anthraquinon* balldes, thloindigo and its derivatives).
T.N. Bolotailcova (spectra of certain aromatic aldohydes and knitones
at low temperatures), R.I. Personove (luminescence and absorption
spectra of perylene at low temperatures), A-Ta. Khasisia (spectroscopy
of certain pyreno derivatives is frozen solutions), S.G, Bogamolov,
F.D. Pamova and L.I. Kolosova (spectrum of 3,4-benzopyrono dibeolvod
in nomal hydrocarbons), A.N. Faydysh, M.T. Shpalt. Ys~F Shoica,
V.I. Gribicov, N.D. Zhavandrov, V.M. Agranovich, Yu-V Konob*yov.
V.L. Broudo, V.S. Medvadev, Ya.Ya. Kirin . A.I. Laysaar. U.J. Belyy
and B.F. Rudlico (luminescence and othor properties of mblecular
crystals and solid solutions) , V.U. Agranovioh (theory of excitoao
Card 3/6

S /Ob"/'~0/009/ 0 1 /02 rj'031
E,'O',/S691
Sighth Conference on Luminescence (Molecular Luminescence and Luminesoont
Analysis )
in molecular crystals), ZA. Chishikova, IJI. Rosman, Tu.V. Raboykin,
V.X. Dobrokhotoya, V.V. Uglanova, Sh.D. Khaamagametova,
N.D. Zhovandroy and V.I. Gribicov (scintillation properties of
organic compounds and luminescence of crystals subjected to
hard rsdl&ti*#A), M.T. 6hpRk &ad YO-P- ShOICK (Iumlassc4aco of
arystalline naphthalene containing small amounts of impurities),
Ch.B. Luehchik, W.Yo. Lushchik, G.G. Llyd, and I.[- Shvarte
(oloctroais-ribrational processes la luminescence contras of
solid and liquid solutions of hydrog4a-lik* ionm), A.S. Chorkneov
(experimental results on the effect of solvents and temperature
on fluorescence of sootylanthracenes), N.G. Bakh*hlyew (dielectria
effects and properties of electronic spectra of multiatomia orgaitc
molecules in solutions), I.A. Zkoyrova, V.V. Zolinakly. V.P. 11alobicov.
A.A. Koch4mirovskiy and I.I. R*zAllcova (fluorescence spectra of
arwatic compounds in a wide range of solventA), L.G. Pliculik and
A.N. Sovchenire (temperature dependences or the quaatum yield of
fluorescence of cortaiA phthalimid*4 in various solvent@), I,/
,a rd 4/6

3 /0 (~-, ' 102 6/03,
ly 60, 009/ 0 1
B20 a691
Righth Conference on LuminescsDee (Molecular Luminescence and LumiDoscent
L.G. Pikulik and M.A. Solomakho (effect of temperature on
electronic spectra of oomplax molecule@ In solutions) - OJI, Kis lyak
(phosphores cones, of certain solvents), B.I. St*panov ot al, (theory
of secondary absorption and luminescence, comparison of classical
and quantum moehanleal treatments of intoraotion of light with
matter and calaulation of band profiles of complex moloculoo).
M.A. Yelly"hevish (interaction of electronic and vibrational
action In complex molecules) , 3.1. Kubarev (general quantum-
mechanical theory of spectra of complex molecules), K.K. Rebano,
A.A. Rental' and 0.1. Silld (probabilitisa of al ectron -vibrational
transitions of an oecillatorl V.M. Agrenovieh, B.S, Reporant et al.
took part in discussion of this paper). M4. Alentsev (ab4orption
and luminesconas spectra of arythrosime), D.S.. ShigoriA at al ,
Yu.V. Naboykia, B.A. Zadorozhayy and L.A. Ogurt4ova (4pectrosoople
studies of hydroger bonds) , L.D,~ Darkachave (effe.-t of ocneentratiou
of hydrogen tone an fluoresceno* of nAphthaleve derivativaa)
Te.A. Bothevollsov. V~V~ Relinsidir st al (da-activatiou of
Ca rd 5/ 6

S j'O'C'1/60/009/01/02
S~01 /8~;q 1
Sighth Conforenoo on Luminescence (Molecular Luminescanca and Luminescent
Analysis)
excited states of complex organic moleculss), T.M. Bomber and
A.S. Cherimoov (offoot of fluorescence quenching on quantum
yield* of photochomical reactions of soma anthracono derivatives),
VA. Adamo-v and L.T. Kantardthyan (kinetics of monamolecular
luminescence processes), Y*-V. Anufriyova and A.D. Zayteava
(phos phores cones, of polymers during vitrification) , T.N. Godnev,
R.V. Yefrosova, N.P, Ivaaov " L.A. Krartsoy (spootroscoplo
studies of chlorophyll). A.A. Lroanoveiciy and S.S. Lltvis
(luminescence of leaves and modal syetow),. Some papers disauseod
luminoseenco of ursayl compounds - Papers read at four sessions
of the sooond sootion dealt with quantitative and quSlitative
determination of the amounts of certain Kaments and organic
compounds in mixtures of various Irinds ; development of now methods
and apparatus for analytic purposes. application of luminescent
analysis in biology, isedicine, technology and agriculture.
Proceedings of the socond section of the Coaferemoo will be
published by the Academy of Sciences , Byelorussian GSR
lard 6/,5

81278
S/048 60/024/0~/C4/009
Boo6,v.
B017
J9.3S-00
AUTHORSs Mirumyants, S. 0., Neporent, B. S.
TITLEj Spectroscopic Investigation of Vibraticnal Energy Transfer
in Interactions of Complex Molecules ~1
PERIODICALi Izvestiya Akademii nauk SSSR. Seriya fizicheskaya, 196-,,
Vol. 24, No, 5. PP. 514-515
TEXTi The present article is an abridged reproduction of a lenture
delivered on the occasion of the Eighth Conference on Luminescence
(Minsk, October 19-24, 1959). The authors investigated the transfer of
vibrational energy in both directions (absorption and release by ex~-ited
molecules) by means of a method which is based on the investigatir~n of
the dependence of the fluorescence yield of vapors of aromatic compounds
on the pressure of foreign gases. An intensification of fluorescencell
oorrenponde to a stabilization and a weakening to a labilization of the
excited molecules due to absorption or reloane of vibrational onergy Ir
collisions. The stabilization of excited molecules of 5-di othylamino-i-
aminophthalimide in collisions with molecules of foreign gases was gt;-.:ied
Card 1/3 LIr

P I 7"R
:nvestigation of Vibrational B/048/60/024/05/04/'009
Energy Transfer in Interactions of Complex B006/B017
Molecules
with regard to its effect on the fluorescence yie'Li of the vapors of the
matter investigated on excitation of various wavelengthn in a large range
of the spectrum. The investigations were made for the followir4 foreign
gasosi Be, No, Ar, Kr, Xo; H 2' D21 N21 CO, and H 20, D2 C, NH 3P and C5H 12"
The mean vibrational energy transferred to or from the comTlex mole-kle
per collision event with a foreign-gas molecule was determined. It was
observed that the mean vibrational energy released by an excited'
3-dimethylamino-6-aminophthalimide molecule increines with tho mnsn and
the complex structure of the foreign gas. However, thin dej,Pndtrcv
be formulated uriformly, A monotorio dependorco could to cbrerved only
in monatomic gases; however, also in this case a cnnsidera~le devlati-n
f'rom the theoretical dependence was observed, which had teen ezirlitel
according to a conception of elastic collisions of balls. This shows the
inadequateness of this model. It in assumed that these ieviations '7an be
explained by the fact that an energy exchange takes place not only amore
the molecules but also between the internal and external dej-,rees ~f
Card 2/5

81278
Spectroscopic Investigation of Vihrational S /G 4 6/ 6 C/O 2 4 /3 5, 4,'-j C
Energy Transfer in Interactions of Complex B006/ B017
Molecules
freedom of the excited molecule of the matter i nves t igatel - To gtudy ~), I
phenomenon, the accomodation coefficient was computed by employing a
formula deduced by the authorn in Ref. 4 and all degrees of freelom ware
taken into account for the energy transfer. It was found that the
efficiency of collisions with respect to energy transfer dep,~nds Ton~jtor-
cally on the van der Waals' Interaction constants of the molecules Qf
foreign gases. An estimate of the part played by rotutional and
vibrational degrees of freedom of diatomic and polyatomic moloculuo
of the foreign gas in energy transformation was given. It wan
experimentally found that the reverse process (energy transformation of
the foreign gases into oscillation energy of the moleculps investicatell
is much less probable than the direct process There are 4 Sovipt reft:r-
ences.
Card 3/3

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AYBULA,IUVA v V.T.0 lnzh.P- V&SELOVA
0smiLOVSKAYA, T.A. , u.1.0 inzh.; Mlfiumiu 0 L.F.
0 inzh-; UJiAYY,,VLjXAyA , A.V., inzh. I inzh.;
I~lilliinalion Of unproductive expenditu,,,
t's-' fIr 1,wering 103t9. Tran~,p. stroi. Iis an imp-rtant poten-
0 2 nu-3:38-40 Mr 162.
(MIRA 16:11)

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1 . .'~.arn-- ~ y 'h-,ot3oy%i;~noj-o ~ o.i(, ,aj- i lri,ofo
in5t. LuLa LrFin,-,, t)7t.;iol,o ',o1 lfl*,Vri M.:. ;r tPrvLva
porl,ficw, r trui ',.o 1 Is tva.

MIRUTENKI), N. , .
'ntroducing Lte ?LZh-2 aemlau~.omat!r- 'a- . &r-1
knitter. BIL.I. tekh.-ekon. inform. 'leas . na --, -~ ~9- . ..- * . ~& --. .
I tekh. inform. IS rc..2: S,' -' 1 F " ' . .:; ; ~` : ,

MIRUTENKO, O.S., inzh.; TRUKHAN, G.L., kand. tekhn. nauk, dotsent
Analyzing the methrAs of pattern making in ispries. Izv. vys.
ucheb. zav.-, tekh. leg. prom. no.4:129-139 '6~. (MIRA 16:10)
1. Kiyevikly t(~kf,no1,)pichuEikiy in.9titut lfgkoy j,romyshlennosti.
Rekompndovana kafedmy tpkhnolgil shveynogo Vroizvodstva.

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00~00AVOOO/00/00621 79
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rarkhvy7sarw Mayo: elekGrugnitnykh koldbA~ply (Biol4gical'affect of'ultiaso
ax -frequency electtovtignetic--.Os~ill
id superhigh attions). Aiivj Naukova. dumkAo. 1964#s-
ry
ABSUAdf VIsV of the Pau-city dj'publis'hid'.taterials on OF 'dosimetry.in bio-."
qill :404 mwtstion'~ the- 'author, studied methods for'se"urin A-cm W field
logi -r1i
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ex a.
was-given to methods for quantitative
:1-arm tiak "'Otticident~and4bsorVed swirgy. Theme methods bake it possible-to
6 Iii hold: *aluels for nouther"I SHP Int
tibilih i et. wasities and elucidate the therml;4:.
machani" oV-iictlw~of -:SHF -~)i -!aaIm&ls:_wddr candit ions of whol
a 16ody or 1oc*1
LrridUti6n Ii4','Besldes dda'sLeiweie vused -to: study energy ib~-
'Borptioii dynssidzi*~'~ -abstract vM do rtion of the
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~:4.050 ~%rhlch WAS -sitisfsctory,~coisiderinj normal taimperat U*re: f luctut-1:
aied--to an SRI field of 15 ow
tiftwln:tha~a,idimels. 'A-group of .3'was axV6 /CM2. to
i'iiia*iis~.*--definits:~thermal-*ffoct; 3 more were:axposed to a field-of-7.5 to
it.-A =v/Cxt2__s-Th4sW- tests _71-1-
"'So p ' 'd
r ro ucednd-tberal'affece.-at
-4. 4
The criterion 'for'. the :-establishment of. the nonthermal
i:~Abs: heititij- 16 th* subc'utansous -, layers a a
onto -,~c Aepth of
id-- i6a
I . :
the'.Stoatestheatin8l: x.The threshold 1 5 to
, :,
8 Whe& applia 6hly to 3--1 ~fields..". The author~dissgreao with A. so
a Ca
Is*thgory'of the mechani t8HY absorptionothat 902 of the absorption of
MU 0
3"em, field eflarlyoccurs aiv-dipols'.46lecu'lo oscillation, due to the high water
C011tont of hVing-iissues's -Sincedtoole, oscillaticr~ Is Characteristic of pure
4dttv :.while., Us"a water: holds. "Lie and otherr- substopces In solutiong the author
1; fdolWthat aftarly--absiorption in. tissue would tWm the form of processes move ealk-
I-plek"than dipole isaillattenalonsi-,, Coveral 6selds Lode, of" the aditra- irticie
~213

--- ---------
T
L 127870-65.
16~-; Ai~~5623,
~AMSS ice( I
fiiiWk three a -.O:f 'SHP' fialdivers- uenced by-Wave ength- ti u,
@sue
1 1 hi t]
it -,OM ~'O T _' GOTPtion#'finturil t u1st M ~uechanisvit and, the area
thi U
ens da 04tuieso-and hemodynamics of the Irradisted':portion of -the organism.
-_Thi_'~iiapltids- of SHY therml effect.during whole body irradiation is directly
AV U t-d- the "cident en'sroy The therml. affect of B97 increases linearl
with,
ti" d#AAAA. short, exposures Uio_3 stinY and can' be - di tomined as -A func
Untity.-bf -absorbed energy. An'longer exposure in)v, the
q a .(3 to 5 0 X
~:_Odi of -the'thermil. effect and the distribution of beat In tissues I and organs is
t roo machailum.: and on. 1j,
--ftftc Ion of the reaulAtory' -bibod. circulat'i -or art.
sum
no"
T TW
00_
f". M(CL t --,SUB COD13i-- is Ao-,;
A :PMSdf_-__
TD
40 OTMi 027
3192
U;

MIRUTENKO, Vol*_LMyrutenko, V.I.]
StudY Of thO local thermal action of 3 cz electromAgnetic
waves on ani m1s. FiZiol. Zhur. (Ukr-1 8 no.3:382-389 NY-Je
06-2. (~U%A 15:6)
1. Laboratoriya biofiziki Instituta fiziologii im. A.A.
Bogomolltsa AN USSRP Kiyev.
(EIEGTRO14AGMTIC WAVES--r IOLOGICAL EFFECT)

MIRUTKO,S.N.
SISMwf'..'
Kachine for unloading loose materials. Ogneupory 20 no.4;
179-180 '55. (KLRA 8:9)
1. Zavod im. Dzerthinskogo
(Cranes, derricks. etc.)

HIMTKO. S.M.
The loading of refractory products by fork lift trucks without wooden
trays. Ogneupory 21 no-8:373-376 156. (NLRA 10-2)
(Firebrick) (fork lift trucks)
0.

ATH A, F 1 3:_ I,-
T I fLz:t C, , i t - io n t,~ M 1, 3 1 3 r r; d : tj 14 1 PoIri Qj e 1, , I Li
beCunov iz cI,u,,,-unaj
Ue;n eu ~; o r-. , 1 ) ,j N: 'p p 5e~j - '129
1 '11%,, A C T Manorritie st-il ,Gl'), it3 usually used for tne producti-n
of part, 0:' mil, in ',.- Itle vofyi Imeni
D-_erzh1n9KI:( iro I i I e d tne bo t tora t v, a o f m ~ A e r B Lind
,-Aje fr~- z:,-bt iron of the foilowi,.g composl Lion
i,, pef :ent) Si 1 - 2 J ; ~~n r
.11 J.I~_c Tht- t, itin6 of the low- ca.. ro.. vai
car. 1A j 1 ~. the - )nvt:rtur v;orkin6 .,it,, un uxySen t,lcaer
In or.,rcr to u r, t.. i i-, the reiuirod content of ~nr,)mlum -nd
nickel t,ie rupol,t furna-e charge at.,; jrearel wiV, ~3, , ~f
c,-t iron of thr~ vorK3. Aftt~r bi,)-vi_,, ii,
iiddi ti~,,, :,f .' &p,, f,erroi;ibLnEan,_!iie and ~3 k~~ of ,,~ i'o , r D -
-I II I -Oil kv Ij ."i ;U,l p-ji, - ) t of ;~eta~ I.. UAQ- -in ve rtcr
The -A~tft.~ Bert! -I --t ir, c3anj mold.j .,i t: the
iurfuce c1ciiin-narl, th-~ caitini, tumperat-r- vM f1rom 15r0
Curd 112 to 15800. The Plates roaL;hod u hardneis of' from 450 tu

Can t- I ron Bo t to m 1, 1,. "or -.dei~ M.1 I 1.! 10/14
Th t' u. a a!~ e i 'c e,~ fr-=
to ti,u -tfjk!r9
ASSOC IATIC:; s Dlntijovy~~ zav,d in Dzvrzhinafwgo ~Dinas horKt,
t,.
Mach Pea r Apj
Pf,(17
ar d

15(2)
AUTHOR: Idirutko, j. V. 18
TITLE: A Jdachine for the Transportation -f Under"rames 3riuKa
(Ustroystvo d1ya transport-rr)VKI poldonov s kir~i.n-,m
PERIODICAL: Ogneupory, 1059, Nr 5, pp 159-140 ',US,~R)
ABSTRACTs In order to save labor in the tranaportation of' uricks uy Milano of
an electric traveling crane 3. J. Bovkun augget;ted a,~ toma tion- tongs
(Figs 1 and 2) whiQh were produced by the plant itself and which are
now successfully operating In the trick t3tore. Thus 4 transport
workers were saved whose tsak it was to connect and diaconnect the
underframes with uricki Conatr~A,-Ai,,,n and Method of operation of
the tonga are aescribed on the figurea.-There are 2 figures.
A330CIATION: DinaSOVYY L&VOd 1111. Dzerziiinakc,8o
(Dinas Plant imeni Dzerzhinskiy)
Card 1/1

- '.':0V, R. B. ; ISI_*ZV, A. A.; MaRVAO 1XV, M. M.
28 66 1 --, ..
"Resonance Scattering of Gannrnn Ra:/a on Nuciel Si ,zn , Ce
report submitted jr All-Union 'ozir Ln Nuclear SpectroEco,,y, ThIl"Izi,
114-22 Feb 614.
MY, AN UzSSR (Inst Nuclear AS UzSSR)

MIRVELCVA., T. B.
" ProbInow or Roontgonolog, t cn t c?,anvef, t n (,r c i t n i ra 1 i y I riduce,! T! riroi, -1 ',1 1 fi , -
by T. D. 1.1irvelova, Roilintgo-tiololyl of , I nit t . K)(14, r I irrtitn I ruo cl I it ton I 'I, wrt, ry 1~ lieunt , .! J'j,
Acad. Sci., Georgian SSR.
Khirirglya, N( . 1,

MIRVISp D.A., kand.sel'skokbozyay9tvernykh nouk
practices used in cultivating 1upime for seed in western 'White
Russia. Zemledelie 23 no-4:62-65 Ap 161. (MIRA 14-3)
1. Ganueovskaya so IskokhozYa7stvennaya opytnayn stantsiya.
ILupine) (Tillage)

MIRVIS~ k-w-1. t i.-l Iskokh, z. nauk
C ' fl7ated ;P~sturets In westorn Whi ',,a ffus."Is. Zomledelle 2. r-).9-4~1,47
5 165. WIRA "l?
1. Ganuacvskay- 801t,~,,bionna3ra -,rtrigya stantslyn ri) sakha-n--y
-I v6 k. la.

GORLOVP A.M., kana. te~rin.nauh; MIR71S, Ya.G., rizt.. ; !J.~,L~ V, i N. , Itzh.
Auwu,j,*'.r.4 *.... "f ~*--Ivr 'r, - ',.
4. no.izl~-13 lt~. (!,'.:-A 18;4,)
11 GosudAir-titvorinyy ~rwt'twt tij~;ug.; I
yektiruvanlya i t~-knnl,-r:esklkl,
prcr Y.

MIRYAK
Organic acids in corn and their transformations in seed
germination and maturation. Uzb. b1ol. zhur. 7 no.5t
40-45 163. (~U EA 18: 13 )
1. Institut geneUki i fiziologii rastenly All U2SSk.
-0

MIRTAKHIYAYKVA, B. M., Cand Med ~Icl -- "Age-related changes of the skin Of various
parts of the human body." Baku, 1960 (Aterbaydzhan State god Inst im N. Narimanov).
(KL, 1-61, 209)
-408-

USSR / Human and Animal Morphology (Normal and S-2
Pathological)j Skins.
Abs Jour: Ref Zhur-Biol., No 10, 1958, 4564o.
Author 1 141ryakhyeva, R.
Inst : Ile-i-b-ay-ai-lian Medic-a-1 Institute.
Title : Adult Skin Changes in Different Sections of the
Human Body.
Orig Pub: Sb. tr. Azerb. med. in-ta, 1956, vYP. 3, 12-15.
Abstract: In seventy men, of different ages, the skin of the
shoulders, backs, palms, soles, shinbones, the in-
terior and exterior surfaces of the ribs were in-
vestigated histologically. Senile changes are ex-
pressed in the thickening of the epidermis, In
the strong development of the horny layer, In the
smoothening of the interpapillary excrescences, in
the thinning of the papillary layer and in some
Card 1/2

SOLDATENK(JV,, S.V.; M-IRYAKUBOVA, M.G.; MAZIIPnVA, T.A.; KA,.U(;IKA, Yo.V.
Sugar compoLnds vil~h or,-anic ficids tn domint and germinnting
corn and wheat oeeds. Fiziol. rast. ,) no.31457-1.62 MY-Je f65.
(MIRA 18tin)
1. Kafedra flzloloi-ii I biokliLmit rastaniy LenIngrodfikogo
gosudar.qtvennogt. univpr-,itA)ta Lmon' A.A. Zhdanova.

r" -T
6 P-7-14/16
AUTHORS:Miryan, I.F., Toptygin, L.A. and German, M.Ya. (CPne,.TecL.Sc.
TITLE: The Combustion of Wastes from Coal BennficiutioL on
Electricity Generatin~, Stations (TETs). (SztLiganiye na TETs
otkhodov ugleobogashcheniya).
PERIODICAL: Koks i Khimiya, 1957, Nr 7, pp. 53-58 (USSR)
ABSTRACT: The use of wastes from coal beneficiation plants of ash
content about 60% (a mixture of separated rock and washing
residues, Table 1) in boilers for generating electricity on
the Bageyskiy Coke Oven Works was investigated. The install-
ation is described in some detail (coal dust burner of TK3_
Babkok type). Coke oven gas was used for a su plementary
flame, The following problems were studied: 1~ the use of
waste product containing about 60% ash; ?) conditions nece-
ssary to obtain stable combustion of the mixture; 3) the
influence of mineral matter and an increase in ash content
on sla ing in the fire box; 4) determination of optizmi de-
gree orfineness; 5) determination of the degree of wear of
ejuipment and in partioular of heating surfaces by ush, and
6 technico-economical indices of the use of waste as fuel.
Experimental results are given in Table 2. It was found that
Card the efficiency coefficient of the boiler somewhat decrealed.
l/.? Minimum amount of coke oven gas required was 450-600 n m /hr

68-7-14/16
TKe Combustion of Wastes from Coal Beneficiation on Electricity
Generating Stations (TETs).
(about 7-8% of the total heat input). During July 1955 -
August 1956t the waste product was used an ftel, but oi-a In
April and UNY 199,6 1.1-to proportion of' whoto i,oo~m t%tid wt%oflary
waste wan on tht, level required. The rolovmnt dntii for thin
1-oriod tire I:Avon in Tablon 4-6 tind n
1101- eXU06a1VV WO!Al- 01' t10t%tj1)8 0Ur1*UC-t!8 Wid dWXJjjUj-y O(JUJR-
ment was observed. It is con&ded that all the waste from
the beneficiation of coals can be used aa boiler fuel pro-
vid1w, it 19 ou plementod with coke oven tin f1cune. Fur t tier
study of utilMng the above waste but wi~, hout supplementary
gas flame is recommended. There are 6 tables and I graph.
ASSOCIATION: Ba,~ley Coke Oven Works and Dnepropetrovsk Institute
of Chemical Technology. (Bagleycklj Koksokhimicheskiy Zavod
J Dnepropetrovski.1 Khimiko-Tekhnologichookly Ini3titut)
AVAILABLE: lAbrary of Congress
Card 212

MIRYAN, I.F.
Coal chemicals makers of Bagley coke plants strIve for techno-
logical progress. Koks I khIm. no.1:47-50 164.
(~IIRA 17:1--)
1. Direktor Baglevskogo kokgokhimichoskogo zavvda.

KIRTANOV, I.A..kundidat meditsinskikh nauk (Sevastopol')
.DAMWM~-
Treatment of fractures of the lover articular and of the log, without
Immobilization. Teat. khir. 76 no.11:83-98 '55. (KIRA 9:4)
(TIBIA, fract.
lower articular and. ther. without immobilization)
(YRACTURM.
tibia, lower articular end, ther. without Immobilization)

HIRTASOV. I.A.. podpolkawnik mod. slushby. lrand.med.nauk
Treatment of contusions and injuries of joint lignuents by navocalne
block@ and early active movements. Toon.med.thur. no.1:26-29
Ur 15 7. (MMA 11:3)
(LIGAMMO. wounds and iLjuries,
procaine block & movement ther. of Inj. & contusions
of jo4nt ligaments Obus)
(AMTHNIA, RNOWPAL In war. 4%o.
prmah~ blualt In 1nJ. A eantusions of Joint ligasente k1kne)

" 02-66 -r.,;T(N)l -E I
94
ACC MR$ AP6000326 SOURCE CODE: tM/0286/65/900/021/0014/OMI
INVENTOR: Kravtsov, V. S. 14oshchinakaya, If. K.i
ORG: none
TITLE: Preparative method for 2-vinylanthracene 1 Class 12, No. 175935
SOURCE:. Byulleten' itobreteniy I tovarnykh znakov, no. 21, 1965. 14
TOPIC TAGS., vinylanthracene, dehydrogenation
ABSTRACT: An Autbor Certificate has been Issued for a preparative method for 2-vinyl.
anthracene. To widen the range of suitable raw materials and to simplify the process,
2-methyl-4-ethyldiphenylmethane (sic] is dehy4ragenated"over activated-charcoal or
manganese-oxide catalyst on pumice carrier at 600C. NM]
SUB CODE: OT/ SUB14 DATE- 29H&y63/ ATD PRESS:
cmd lil UDC: 547,672.2.0

MIRYANOV, ft.S. , ksipi #.nri mp,i' --. . - , ,
A r I ' ',tj I,, ~r- ii ; i - / i r, o, '. :, ' - . 11 1 . I f 1, , - " . I I I. . I f . ~/
Vl,--r, . To 1 -1 . 7.1 " r . . : ',4 c', I - .

a Wo I* A,"
&-J,- - . -
let too 1" "949%
M R YA.5vlr-lv ps."Mo 611
IMMim4usm-M
A A d ad" I" ON* aftmw
00.0~ -00
i do d 6WOONOW stalft K & AROW me
10491. W J. r,& M~*. USK vio W" -00
004 M.~. .00
no NNW an hffowAmm" av*& -00
008 am everalw to a "0*0 "a qvia dw avmi-
006 dbwumL T%m We do I dw
0011. am md" summ in as *00
Gog . a**
I (he ww a in -06,iO I WIM =-~ 0 "
'9041- ftews" % am" d Is
00 A! VI dwolk%m %a an P0414 a* at m6m
I - - a &ftft OWASONOW wed dAwwo of
00,j *A%SWMMq& W%M 4ft O&AW
Imi 0A Ofew .00
00 a chow* of Ow 000
0
0
40 f " 0
6 laws"" of ** WAV*vb
0 [is waamb.
Os ~O,
and "im"Uh own 4 ;w*4 tj No- ON I a
flow Wow wx*md VNA *WW I* t* M"fo Iftwo
woomouve "d to ampor a Im mm , 1, do&
quisawker ONO my GOW MWOJOA GL V. SILAM
00
WWI r t161WISASON
f 6 . DIM
V.-
v W.
,v
00 0 0 0 0 0 0 0 4 0 0 0 6 0 0 0 0 0 0
*so 06 00 4
0 0 0 0 0 0 0 9 0 0 0 or: 0 ore: 0 0 0 0 0 0 9 0 0 0 9 9 * 0 4100

I A. I "" , . . ".
; . -) , , . ". -) I .
lov.
SO Vecheryay-sl Moskva
Sum 71

A
VW4514% 4*0 Pease
00
00
60 49 C4mveremn to the %aturatiae rwat in
00, MALAWI&& Mk*A (In RLwams.., N S AiLuLov And
0: 4 MiqWv. Dekhedw Ak-d,.,, Na.L S.~i.Sft (He.
ports of the Academy of t1w uSSIti. n,*
j; 3 Set., IF 66. May 1. IN!). P. 23-32
:0 Indicates mrthod (if -niput.ewn ,I -fikients, it,
a formula formerly pp.t...-j tq ti, vns,,r guthii,
so fi,r Ow determinati,m iii dill~rrritimi tensitivity in
*41 .3 p-'Iyc rysta 11 line ferr,,magnates. fr- if rvoidual
Irtg*" CA t7UIAt#`d nWilk-lent. fi-f dlff,rWit %BIU.-P
0 4~ of the van4b" corrval-nd cl.psel) U, rxiienmental
data. I I ref.
is
114
clew t1w,6811W.
111dej-101t any 44W
loovi .0 ; , ; '1--jr-T
AV 10 a 0 0 a to 0, it At It at w wo a 1
000000000000
0 0 0 0 0 0 0 0 0 a 0 0
: : Ole 0 0 0 0 0 0 0 0 0 0 a 0
00,
lee
woo
woo
96*
'*0
SOV all
A , I a do 4 3 1 9
0 0
0

DITAKOV,G.P.; HIRTASOV.N.Z.; TELESNIN,R.V.
MOW Sergeovich Akulov; on his 50th birthday. Uch. tap.
Hook. un. no.162:3-7 152. (ULRA A:?)
(Mmlov. Nikolal Sergeovich, 1900--)

KIRYABOY.N.Z.
law of approximation to the saturation of Invar. Uch. sap. Nook.
un. no.162:107-109 152. (MLRA 8:7)
(Nickel-irnu alloys-Kagnotle properties)

HIRTABOV, MA,
Determining the absolute value of the first constant of magnetic
anisotropy according to the law of approach to saturation. Test.
Mo&k.un.10 no.lOi8l-85 0 055. (KLRA 9:4)
l.Kafedra magnotisma.
(Ferromagnetism)

ltvoLxcvp D. I.,- KOIIDCPSKIYP E. I., KRUICHIR, G. 3.j. K-ORYA40, X. A.p PAFSANCV,
A. P., FCTE, V. E., CHEGHERIIIXOV, V. 1. and GOFW, U. 3 (Moscow)
"Results of Studies of Certain Magnetic and Magneto-Optical Properties of
Ferro-magnetica."
"Saturation Magnetization of Cufii Alloys at Low Tempernturee."
"Mapatic Properties of MaB System."
"Temperature Dependence of ParamagnatIc Suaceptlbility of FerriteB."
"Magneto-Optioal Resonance in Ferromagnatica." (FrInchik)
report presented at Colloquirr. on MAgnetism, Greneotle, Frnnce, 2-'-, Jul 5,;.
Eval: B-3, 111,755 3 Sep 58

A P,
P,

9", put,:..

lvm
~v
"-,v4 ..... ......

ICD
Wks

-.M.Mo

AUTHOR: _,Mlryasov, N. Z- 7/12(
TITLE: Susceptibility Gf the Pagaprocess of a Fe-NI Allo.y ii, the
Temperature Range 7?-290 K (Vospriiachivost, Plirlol,'rut., esc'-,
splava, Fe-Ni v intervale temperatur 77-29C Y)
PERIUDICAL: Fizika Metallov i Aetalloved,--niye, 1958, Vol N.- I
Pp 188-IQIO (USSR)
AB,'_)'TRACT: The temperatlire dep(,nderice of Lhe pnr-,,r)rocec!,
invest i~,iated fo- ~ Fe-Ni alloy contaiiinE 56.B,
a-Ld 61.1~~ at.% Fe. At i'Coin te,-ipe r,,% turf, thi-1; 'i11o.-,'
high susceptibility of *~he paraproce.,~i-
faciliL--ites P,- durint, 'o
lower -.,;here IL re-aZLinE S~Jjj
co!,ripared to feri-oriia~,neUics, nickel -,,nd lro.,.,
Further!~,o;-e, thli~- alloy !.a~urates a'.
forc,!(i cooliti. vja~, i e d e r ~ ~7; ~ r in,-~ r,
of !.he cuj,rer~t duri to. I I the Th-:-,
the pos,~:ibillty arcse of obt,~Inint: field.- u, to :500~ O~
the usdforinitz; of t-P fiulu~ ,t ~r~ Df -1k)
Card 1/3it"in z;l-e li--lit3 if I.Wj at ti.e endE-. T h u i. c ~ 7-

Susceptibility of the PaF%uroces,: of a Fe-111 Allj- i:-
Temperature RanGe 7'~- _90 K
was measured by -,,eanc of a differe.-.ti~-,! n
The specimen wac a rotation
ratio of 1:10 (;~~q = ?,:n, 2b
alloy prelimina;-J.1.-.,. aine.-ilfA i1, fOT
at 12000C. For ~c-r.
machininS t h e ~- 11 iPSC 11 W3S ,rlnt? ~, I t--6 i V'~
1000 0C and ~ocle` t-, ~,00 r, C
hours at
and t1jer. hardpr.,o(, In -ii-iter. T,, - c: - i J
s pe (- i.:ie r. ( -K t , %) 1/,3 ~- a.,, f ~, I I o w!
0.15 Cu, j.021 S. T1-,,
folloviini, conclu
1. In thu teaiperfifure i,
susceptil,iliL,~ 01'1~1 c 1z7, ~:2v
.Oportior,fil ~,F ir!l~ if-,r
1 0
P
theory of 1101steti., T,
2. In the
of the pas-aproces,,
point correspundine, to the li-iui~.,
below this strai,ht line 1- il~ i~T-o,
Card 2/3
a gradual transiti(in below [v! Ij-

: ~, V/ 12~ -6- 1 - 712 17;,
Susceptibility of the PaEaproces.- of a Fe-11i Alloy in +r,,~
Temperature Range 77-290 K
the susceptibility of the paraprocest; on th(~ temperitur,_~
This is confirmed by the satisfactory coincidenco c1'
measured value of the Fusceptibility of' Lbe pnrafli,o~,efF
at the nitrogen temperature with the value cal,~ulnted
according to Eq.(3) of Holstein and Primakoff ai.d alt- b-,
comparing the value of the parameter ()' of the BloY!
formula of the 3/2 power law $of Kondorskiy and Fedotov
(Ref.4) with the value of 9 calculated accord!r,, Lo
Eq.(3) of Holstein and Primakoff. Acknowled6ments ~ir-
made to Professor Ye. I. Kondorskiy for his v,-il,.inble
conunents.
ASSOCIATION: Moskovskiy Eosudarstvennyy universitet L.-.eni
M. V. Lomonosova (,Moscoe. State Univer~-it:i
M. V. Lo:ionusov)
SM:,ITTED- Nove:-~!~er 5, l()5,'-
1. Iron-nickel alioyn--Magnetf- proT,ertle.,; IF
Card 3/3 alloys--Temperature factors3

1,2 e~l C~
-q*f -)-Y
AUTHORSi MI rya -0v 14'. Z. an (I pa,-!: fir, OV, A - j
mese-Boron A... ys
TITLEs Magnetic Properties and f1tructure o f i4jq~njjt
PERIODICALt Vestnik Moskovskoozo universiteta. ~ejrjya matemijti~i,
astronomii, fiziki, kh,.mii, 191,9, Nr p; 45-50 USSR,'
ABSTRAM The authors investigate ?0 with ', up t(, 52.7% of B
(atomi,~ weight) F,,r a -Dr.tent of tte
alloys were ferromaKnetic The i i t.,i f magnetizatior, 6
reached its limit vsilue ir~ ' -', ', k,,~ 1~sjly I 1-!-~jted;
this limit value wa.i taker. jis 6 t;f- 1 ri !'er-I
it 113
and reaches itq
there ag.Rin Cur e -
point was 4 C In tnt- ;i--fs the, e "a
Mn B, Mn,B, Wr.9, ai.,I r, P 7h r. ftg r.;.r
4 4 4
is MnB. The ri*,,f.-~ 1: t a:. - e1'. r~ r ,,7 tr,;i t ,r! i
that ttit. ; '.J-.-,I
Card

Magnetic Properties an,i .,Lru(-ture )I
Manganese-Boron Alloys
the diametpr )f' the ~~mr ty I - qt.e The itt-9
:;a tu I-F1 t I n 1, 67 46-
Kr,n,lc:z !-.i. y
A
ASSOCIATIONsKafedra aszr, e tz ma o~- T. e'13 r,-,
SUBMITTEDt November 10, 1-4-
Card 212

SOV/J,~0-59-r -4 1/116
AUTHORS: Miryasov, N. Z. and Rubtsov, V. K.
TITLE: A Laboratory ItTectromagnet
PERIODICAL: Pribory i tekhnika eksperimenta, 1959, Nr 5,
pp 142-143 (USSR)
ABSTRACT: The FL-1 electi-omagnet in a universal laboratory
electromagnet. A sectional drawing of' it is shown in
Fig I in which I is the yoke cast from Armco iron.
The yoke has holes with rods (also made from Armco iron)
tightly pressed into them. The ends of these rods form
the magnet gap. The gap between the pole pieces can be
between 0 and 100 mm. The gap can be adjusted with
the aid of the flywheel 3. A hole is drilled right
through the rods (16 mm dia.). The coils 5 are wound
with the PBD wire having a square crosg-section of 2.44 x
2.44 mm. Fig 2 shows the dependence of the field
intensity on the magnetizing current for different values
of P and 0 (indicated in Fig 2). Other parameters of
the magnet are as followst diameter of the movable rods
122 mm, number of windings 5400, resistance of the
Cardl/2 coil 16.8 Ohm, power consumption at Z20 V 3 W, overall
size 420 x 625 x 1160 mm3, overall height ')00 kg, P/1"

A Laboratory Electromagnet SOV/120-59-5-4i/lif,
There are 3 figures.
ASSOC I An ON: F i z i c hesk i y f n ku I ' t e t MGU (Do pA r t ine n t o f Phy Fi i cs,
Moscow State University)
11-1
SUBMITrED: August 23, 1998
Card 2/2

%:irya~iov, Pa r3 nov ,
Frr -n- t in- of Ihn f, I I nyi 'in - Fl: rro-nntm- t 7-i ,iv- v
z v A k o -n i i n, e r i y n f i z i ~ hen k in
o I 'r
A35-RACT: Tn r.-~:3,,%t :~nm-r th- ri i'Jh-ri inve-,t tent-a p-n n -
snont~lnoous na~7n-tizati-)n 6 'ind q f t h Cii n.r,. , r,
on t*,p Pom-ogi *.i,~n tin x-11 aa "h(- r,)n1i t4~f,nF, f,
occ,ir- nnc of in in-'l-Iloys. ','r)r;. -h
liffi?r illoym wi Ih n to t ; boron r:,)nt- r.' wvr-
inv-ntig-t-d . Allc.:.,.j (-~,.nt ining rp to I I n t i.or,)n
to hn non-rerr-im-f-ri~ti(, nt. ro--, t -1 p t? r n t u r.- s 71 " : " !" I t
tomr-r~~turn of lilviLl nitrogpn. For this r~-nsnn It fl~Q-Mplf,7
montionr?l in 'l,v t,hl~ w.?-Q us-t "or f~irth-r
The :,.ii r-ne i za on tt,4in,-' it!i -viximum vnlu, in '1,~lis )f I'--
') ') T, I, v
i In(
-n,~r,nv t i za I. J on Th,- --ip, r--turc d-p-nl-n- of T ;n tY.
tr?-,-,Pr-tur-, u 1 0 f--r
Card 1/3 )nc nf thp sn-~plna in figjr- 1. 1% ippears fr--7

Fo r rr, -iarrno t 3 r, i o
n.t --n
f t
ne ro rd 1 nr "i -i re! r,,. t ti ro. i n
in f i p-i r,? Th, ro.,jultn )f -.- -.- i - .I, - h n '3
point ti the Fr-~.,irn - of *~ pli 1 n Jr) % r
i nv n 3 t i F; t,~ dI h -ty j~ i~ -) f t ~i (~ i ~- t I i -In ~ :
pnrame t e rs we re d (- t e rmi ne-1 i n monoc ryn t a I fj f'n '.!nir.1 .:n
The values obtr!1ned are in iooi rLgr~P-zent vitn '.h(, dnt-i by
Kiessling ( Rof 7) - It may be seen from the data men t i on-j
that in alloys of the 'An-B-systei the Curie paint remrino
practically unchanged at dlfferr~nt B-concentr,-.t~ons anl i.3
equal to 289 0+ 4. Conclusion: fprronagneti3m or-iirn in a11n,.,-;
with more than 55 ~ B at the beginninp of the
the UnB-phane. The magnetizntion 6" 0 attains thr, -i-tximun
value for the purp ',1n.R-ph,se rind in aqual to I Ir' P,'~l rm
2/5 The avorage atomic moment for ',Tn'3 in equal lo Th.-

Ferromngns~-tis,% of thri Alloy-i -:n-~ 1
e v I den-,., y rric e
71 rnenk 1Y f 7,
Low-, t.u u o v& ~'i;hys i c s c pa rt me n t o f t h Mos c ow t ti t e n i v r i ty
i m *- n i V . V . Lotnononov)
Card

240)
AUTHORS: Miryasov, N. Z., Kolomin, I.. G. S0V,'5(-36-(-4'4, i.i
TITLE: Magnetic Yoments and Curie Points of Ferrites olf the Syst-n
Cu-Cd (Magnitnyye momenty i tochki Kyuri ferritov sijtcmy
Cu-Cd)
PERIODICAL: Zhurnal eksperimentallnoy i tooreticheakoy fiziki, )-1,
Vol 36, Nr 6, pp 1935-1936 (USSR)
ABSTRACT: The authors give a report on investigations of tne te ior:,'-fe
dependence of the specific saturation magnetization and ttie
determination of the magnetic moments of solid solutiona of'
ferrites of the kind Cd Cu Fe204 at a relative Cd21, concen-
tration of up to 10 % (of the total quantity of the bivalent
ions). The specific magnetization was measured in the inter-
val of from 6,000 to 13,000 Ge at 6 different temperature
values of between 78 and 2930 K. Saturation magnetization was
determined separately for each temperature by extrapolation.
Figure 1 shows the measured dependence of the magnetic moment
(in Bohr magnetons per "molecule" of the solid solution) on
the composition of the solution. Ye. V. 5orter (Ref 1) carried
Card 112 out similar investigations for another ferrite. In the

%lagnetic Momenta and Curie Points of Ferriten of the 30V/56-36-C-49/66
3ystem Cu-Cd
following the influence exercised by the temperature tref-t-
ment of the samples upon the magnetic moment is discuHin'.
Figure 2 shows the dependence of the Curie temperature 4 ~,)n
the composition of the sample. A similar course of tl.e c,~rve
(declining with increasing Cd-content) has already been found
by G. A. Smolenskiy (Refs 2,3). The @-values are, however,
higher (CuFe204 : 9 - 450+3' C, Smolenskly: e - 4250 C~- There
are 2 figures and 3 Soviet references.
ASSOCIATION: Moakovskiy goBudaratvennyy universitet (Mosc~)W 't-ite -n.-. l-
aity)
SUB11ITTED: February 27, 1959
Card 212

vze~-,c z ;L, po It noy a t.-uxt ure fu.-ror:, :.,.f- L!,Cov,
Magn ', t r.~' 7% r-i fe
tri-C11--c or :.c',',c of'
cr, t.11C
in unc, 1311)~,)
~Iblrsko-,) ot,'. ;,:4 lgc-,O. 241j p .Frrata B 1p Inuerteu.
1,1~00 coples pr1rited.
Sponaorinp- A-;oncy: Aka(,cmlya rauk 33~;R. :nntltul 1,1zl"',
otdclenlyu. Komlu;;lja pu rn~ienuLlzmu prl 11,btItUtC fl'LIK, rt'til~!UV
Refs p . -7-'d . -. L. V. Doctc-.- 4:,f and
SclenceB; Ed.: ii. L. D~,dril,-; Tech. Ed.; A. F. ;,'.-zurova.
PURPOSE: Thla collectlon of artlcle3 13 intended for reaearc,~ora in
ferromagnetlam and for metal aclontl3ts.
Card I/il

Magnetle Str-ucturt.- (Crwt. ) - - 11 1 11., ~ -.:
cov::, I z -~'j .; c I E: r.
t 1,p A 1 x :t, T."t I c It I-, c
I.- ~, "oya [-.;)( Ir,
cuntaln!I (",I tne ,f
on ~Yl-:-:C, --; t;w
'.T,: T) 0 1 -' C 1: 1 r C C n 3 L c :i t. r -~ 3 v~ d t
Lne vtivly of ;-d
a 3UCCC-13: '.r, '"n Smilot
1'1,1c,rt'.~,m", "or m.-I-Y yo;sra, :1.
No are mci~tloned. R;)Ifumi.cc,.~
artIcies.
?orewcjrd 3
lov All '.1;'
,;.,ur, Ya. S. L r'S t U t " I Z Tr, ta 1 t t e o r
Cn ':.e Mairnet,Ic
,'~,yzilcs of 11-lota-a, A.~ J33R,
Stnicture of Ferrorr"j,,netlc Sul,itancea
Card 2/111

Magnetic Structure (Cont.)
SW/5526
Vlasov, A. Ya., and I. L. Gualkova [Institute of Physica,
Siberian Branch AS USSR, Krasnoyarsk). Study of Iron
Magnetostriction at Various Temperatures 233
Gus1kova, I. L. [Institute of Physics, Siberian Branch
AS USSR, Krasnoyarsk]. Determination of the Constants of
Iron Magnetostriction on a Polycrystal Specimen 241
Mlryasov, N. Z. [Physics Department of the Moscow Statp
'dz&tverm1,t7j. Differential Susceptibility of Nickel FerrIte
NiFe 204 in the Region of Approach to Saturation 247
AVAILABLE: Library of Congress
JA/wrc/os
Card 11/11 10/28/61

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S/ 19b/b I/ UOO/UIO/005.,()'%7
E 19% / E I i 5
AUTHUR Miryasov, N.Z
T IT LE The differeot in I 8tisceVt ibi lily .,I oicke 1-terr ite
NlFe204 In regions Approach ing sAtura t i,,n
IER10DICAL- Reterativnyy 7hurnal. Elektrotekhtilka i energptika
no 10 . 196 1, 3, a bstrac t 10B 3 1 ( sympos I um " Th e
ma q n e t I c 9 t r u c t u r e o f t e r r o ma g n P t I c m " , No v () s i b i r % k
Siberian Div ision AS USSR . 19b0, 2117 -/-50 )
TEXT Invest igat ions were made of the re La t tort between the
magnetic field intensity H and the differential susceptibility
X of polycry8talline nickel ferrite in the region appr-,,aching
saturation The data was used to determine the effective value of
the constant of magnetic anisotropy keff The specimens were
made of oxides of analytical purity grade The material. finely
powdered and carefully mixed was first fired at 900 OC and again
finely milled. The resulting product was pressed in cvlindrical
moulds which were fired at 1250 OC. The density of the specimens
was 5 13 g/cm3 and X-ray investigations showed good uniformity
throughout the volume The relation between the natural ion
Card 1/2

The dif ferpot ,,1 .4,1..4( ept It,, I It y 6/() 10/00 )/(,17
F 19VE 1 -)5
magnet Isat I,)vjI (III (I t It e t f~mper it tu rp 11, tile I-a"Re7'JK
Is given by the formu In -1 - I il aT2 ) . j:11
10 7 2t)4 gauq~,4 tby extrapolat jor, to 0 OKI~ The e I t *~ c t I v e magne t I
mome nt o n t tie mo I ec u I e" 2 lbuB Measurements of -%us(eptibility
as function of It at temperatures of - 20, -20~ -60 and -101 "C
showed that in the range Ii z looo-23()o op tile law of
approximation to saturat ion is of the form I = 1, ( I a/ H b/li"-
The sensitivity of the differential ballist Ic equipment was
3 1, lo 3 gauss/mm which when H hO op ensured a
sensitivity for I I/ ~' Ii of 5 x lo-) gauss/oe mm The meanuremetits
were mad,! in a solenoid with forced cooling which contained a coil
to set up the premagnetimation I-1PId t.H The measured value -u I
keff at room temperature was found to be - 4 o 5 , I() e r g/,~ m)
9 Iltera!ure references.
ASSOCIATION Nloskovskiy universite, I m M V Lon , nosova
( Moscow I nivers I t y imen I M V .lomon ~s,,v j
,rAb8tra -- I or s not eComplete trani4lation i
CaTd 2/2

MIRYASOV, N.Z.; SOROKINA,
PorminVFLr ',! - N! - Zn - rr- r. I.. ... ft
11 .3 'f, ~. 'P.: RA , : .
1. Moqkovqkty vo.,'7i,iirqtv--,riy-y trn. M.V.Lrimon .- v,,.
ve

fi, I "lit ty r
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ACCESSIM MRs AP40UT69
S/0181/64/006/001/0290/0293
AUTHGRs Miryasov, N. Z.
TITLEs Field dependence on magnetic susceptibility of the ferrite yttrium garnet
in a saturated field
SOURCE: Fizika tvardogo tela, ve 6. noo 1. 1964, 290-293
TOPIC TAGS: magnetic susceptibility# ferrite, yttrium garnet, differential mag-
netic susceptibility, magnetic saturation,, magnetic anisotropy, paramagnetism
ABSTRACT: The author has studied the field dependence of differential magnetic
Susceptibility of polycrystalline ferrite yttrium garnet, Y3F65012, at 20 and -196C
in fields ranging from 150 to 2600 oersteds. He has discovered complexities in the
law by wnich magnetization approaches saturation. In the investigated range of
field, the depanden.-a of I on field H may be shown in two segments, differing from
each other in the form of the function I(H) and in the value of I . The relation-
ship is shown in Fig. 1 on the Enclosure The effective v uss of the mignetic
anisotropy constant ware computed to be ;.3'103 and 28-4'1~ osrsteds/cm~ at tem-
peratures of 20 and -196C respectively. The values arm comparable to those ob-
ninef/yy other authors for single crystals. In a weak fiald,, changes in
rd Z_

ACCESSION NR: AP4011769
miagnetization take place by rotation of the I vector and by a mechanism very much
like the paramagnetic process. In a strong field, changes in mWetization are
apparently due to two different mechanisms as well. One of these results from
local forces in planes that yield spins from parallel orientations in the zones
where the forces act# The nature of the other mechanism is not yet clear. Orig.
art. has: 2 figures, 1 table, and 7 formulas.
ASSOCIATION: Moskovakiy gosudaretyenny*y universitet im. H. V. 14monosova,
Noseow State University)
SUBXr=: 17JUD63 DATE ACQ: Web& ENCL: 01
SM COW; PH no MW BWs 006 OTM; 003
Card 2/3

ACCESSION NRj APhO11770 5/0181/64/oVi/001/0294/0296
AUTHORSt Miryasovs N. Z.; Puzey, 1. r1i.
TITLEi Study of induced magnetic anisouropy in Ni-Zn--Gr ferrite containing GoO
SOURCEs Fizika tverdogo tela, v. 6, no. 1, 196~, 294-296
TOPIC TAG'St Ni-Zn-Cr ferrite, GoO iriclusion, induced magnetic anisotropy, magnetic
anisotropy, uniaxJ&l anisotropy, ani3o,,ropy constant
ABSTRACT: The influence of temperature on the constant (K ) of irxiuced uniaxial
anisotropy and on the spontaneous maj;nuLiza~,ion (l ) of a ?erriLe was studied.
&)qieriments were conducted on Ni-Zr.-~;r f*erviEe in Elie temperature ran~;o of -196 to
300C. Field dependence of K was irrvestigated in the interval of 3-21 kiloer5teelF
I A
a~ -196, 20, 90, and 200C. 1he magnitude order of K. and its linear rcilaLion to
Is agreed with the theory of directed ordorinZ. The work was conducted in order
to verily previously obtained results. Anisotropy was studied by the method of
turnin& moments, and the specimen under invustigation wan a sphere 10.7350 + 3.0005
mm in diameter, magnetized for 5 hours at 3000 in the field of an electromagnet.
It was determined that (with the drop of Lem,4,,rature) the value of Ku increased
Card 1/2

AGMSION NR: AP4011770
within the range of 102_104 erel=3. This na(;nitude of K agreed with tile theor(
of directed ordering. The differential dK/dT reached a jxilw near 01C and dropped
t! iero OK. It was further determined that below 50C the relation between KU and
1 9 linear. A sli&ht deviation froryi this relation at higher temperatur--s was
caused by an additional magnetization alo% tile field. A series of exi)eri.-ent2
on another specimen showed that with F;,,if 'iciently :ii6h fields r. incr",,ised -11'rectly
wiLh Uha flield intensity. Urig. art. i--as: 3 ,raphs and 2 formiiias.
ASSOCIATION: Fizicheskiy fakultet 1ri. i-i. V. Lomonosova(Physics Department
KOU); In-t pretaisionMfth splavov TaffAUGM (Institute of Precise Alloys TaNlIGhm)
SUBMITTEM 17Jun.63 DATI~ ACq: Web64 L 1 00
SUB GODS s PH 110 :t9F SGV% 005 OVER: 005
ccird 2/2

-77
TA
3
7
A
Not
P 1964, -313V-3136,
v4s, t
MCMIQUatic OrAnce
yi ferrite, fe
~Gclft -bA';band at.
induced: nixotropy
Z~
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ACCESS

.4rt,hait,4 fivres and 1: formula.

Moo Vsk y.-**'q'ontidar'st~4iiiiri~i4,~- i4iti, im. K. V.
LCW=O9OVa:~, -Btit'4&-'-
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.

Can

AU; MKS AP5027032 SOURCS CODE: tlt/0120/65/000/005/019410197
AUTHOR: Miryasov,,-N. Z.; Pinchuk, A. A.; Snytkin, B. V.; Shpin'kav, N. 1.
ORG: Physics Faculty, MCU (Fizicheskiy fakul'tet MGU)
TIM; A device for ferromagnetic film production by high vacuum evaporation
SOURCR- Pribory i tekhnika eksperiments, no. 5, 1965, 194-197
TOPIC TAGS: high vacuum, ferromagnetic film, vacuum pump, vacuum chamber
ABSTRACT: Vacuum evaporation chambers, intended for the production of ferromagnetic
., Jilms, must be placed at considerable distances from vacuum pumps because such pumps
;are usually made of ferromagnatic materials which influence in an unpredictable way
the magnitude and configuration of the magnetic fields used during condensation.
However, long vacuum tubing significantly reduces the resulting vacuum. Consequently
khe authors designed a unit capable of rotating the sample under vacuum, since it
was shown earliec (D. 0. Salt, J. Appl. Phys., 1961, 32, 705) that a rapidly moving
support makes possible the production of films of complex composition and definite
magnetic properties. In addition, because of consecutive pumping, a double vacuum
chamber, and heat resistant gaskets with low vapor pressure, the device is capable
of reaching 1.0-10-1 Torr. The pumping is carried out by diffusion pumps using
VH-l oil without nitrogen traps. Uniform vertical (horizontal) magnetic fields are
created by Helmholtz coils 70 cm (170 cm) in diameter. The anximum field is 450 Oe
I - 100-0a). Orig. act. has: 3 figures. n,. .,. VIA.ela %it

004-8&j� -M(I)AWT(G)ItlgWP(t)AED-2ANP(b)IM(a)- jjp(c) JD 10
ACCM81011 WHi AP501258T UP/0181/65/C /15T9
005
AMOR: Hiryasovjp No Z, geaddnap V, A.
TITLEt er e dependence of ferromagnetic resonance parameters on fgites
with Induced untaxial magnetic anisotropy
SOURCEi Fizilm tverdogo telap v. 7p no# 5# 1965p 1577-1579
TOPIC TAGS: ferromagnetic resonance, ferritep magnetic anneallad, anisotropy
ABSTRACT: This Is a continuation of earlier investigations of the effect of t#tr-
momagnetic treatment and of perminvar properties of ferrites containing cobaltrIm
v. 6,, 3131P 1964 and earlier papers). The purpose of the present Investl-g-Wi-on was
to determine the influence of the Induced anisotropy., due to ion diffusionlion thel
temperature variation of the resonant field (Hres) and of the width H7 of the
resonance absorption curvep and also to clarify the role played by the Fe24' Ions in
the temperature variation of these ferromagnetic-resonance parameters in spinel
type ferritea having a negative constant of cubic magnetic anisotropy. Two fer-
rites# with compositions Coo.ogNio.52Zno.2GFe2.204 (A) and Coo.o2Nio.S2Zno.26Cro.2'
-Fe2O4 (B)j were investigated. Magnetic annealing of the ferrite samples was
carried out at 320C for four hours In a field of 3000 Oeo In all other respects,
1-Card-1/2

L 00482-66
00 NRO
==I
Vo Wvawsova (Moscow
MM CM: as
AP5012587
the w4gnetic atmelaing an well as the measurement of the ferromagnetic resonance
were the same as in the earlier investigation, The results of the tests are as
followst 1, Magnetic annealing leads to the occurrence of an aniaotropic field,
defined an the difference between the resonant fields along the direction of easy
and light sopetizatione 2, A dip appears on the curves of 26Hp corresponding to
the direction of easy magnetization (at 195 and 230K for compositions A and B, re--
spectively)o It Is established that at these temperatures the natural cubic ani
80-1
tropy reverses sign- 3. The resonance absorption Is anisotropiep and Increases
rapidly at temperatures in which the induced anisatraff constant increases strong
The results give grounds for assumIng that the character of the temperature depend-
ence of the resonant properties in connected with the additive action of two types
of anisotropy--natural cubic# and unla)dal Induced by the mWetic amealing, Or4
axt* ban: 1 figure and I tableo

A.A.,
in ne
*- 1 " r r, v h Z'
tic
*rK"
U Nn ed i ti 1 1

'L 26673-66 ' EWT(1)
C NR: Ap6oo7174
AUTHORS3
SOURCE CODE: UR/0188/66/000/001/0066/0071
_MirLaeovA N. Z.; Nguyen Tlya U
ORO: Magnetics Department NGII-Wfedra magnetizma MOU)
-~/ferrite with Induced
TITIE: Magnetic and pulsed properties of a
uniaxial magnetic anisotropy
SOURCE: Moscow. Universitet. Vestnik. Seriya III. Fizika
astronomiya, no. 1, 1966, 66-71
(TOPIC TAGS: ferrite, magnetic anisotropy, uniaxial crystal,
Icomputer component, magnetic hysteresis, temperature dependence-,
,magnetic permeability
;,iABSTRACT:. This is a continuation of earlier work by one of the
authors
~Miryasov with S. A. Sorokina, Fizika tverdogo tela v. 5,
no. 9, 41, 19631 dealing with the ferrite of composition
C00.02 Ni 0.52 Zn 0.26 Or 0.20"eA and its uniaxial magnetic anisotropy
induced by magnetic annealing. The'present paper is devoted to a
UDC 9 -538. 24.5-

L ?-6673-66
0
JACC NRs AF6.007174
!more detailed investigation or the magnetic and pulsed properties or
this ferrite in a certain temperature region. These properties are
of interest from the point of view of its possible use in certain
electronic computer and automation applications. The Investigations
were made on toroidal samples of various dimensions and consisted
essentially of plotting the hysteresis loop at different temperatures,
determJning the times of pulsed reversal of magnetization, plotting
the isotherms of the pulsed reversal of magnetization, and determining
the temperature dependence of the initial permeability. The results !
showed that magnetically-aimealed ferrites retain the perminvar effect
down to -40C, where the magnetic anisotropic constant of the ferrite ;
reverses sign. The distortion of the rectangular hysteresis loop ands
Its broadening at lower temperatures are probably due to a change in
the magnetic structure,, connected with this reversal of the sign.
Above the transition temperature., the Investigated ferrite has rela-
tively large magnetic viscosityO and below the transition temperature i
Ithe pulse properties of the sample exhibit many anomalies. The re- ;*'^-
isults are Interpreted from the point of view of the theory of directed
!magnetic ordering. Orig. art. has: 5 figures, I formula, and 2 tables.~
SUB CODEt 20/ SUBM DATEC: 19sep64/, ORIO REFt 001/ OTH REPs 003
Card 2 2,
L Q;

_~CC NR; id' 6 o.L 514 6 5 T' SOURCE CODE: UR/0181/66/008/005/1 582/!564

r.OR: Mirlasov, N. Z.; Semkina, V. A.
6.~j, :Moscow State University im. M. V. Lornonosov (Moskovskiy gosudarstvennyy univer-
sitet)

T -1 -.'LZ :The effect of small additions *+
of Co on
the ferromagnetic resonance
of thernQ-
i..",7netically treated Ni-Zn-Cr ferrite s

SOURCE: Fizika tverdogo tela, v. 8, no. 5, 1966, 1582-1584
IOPIC TAGS: ferrite, Ferromagnetic resonance, th emcmagnetic effect, cobalt
ABS7 RAC7 : The examined ferrite specimens had a cctr.;>osition Co (NiZn)
%_' X a.~_X Cr~.2Fe2O4~
wthere x=r), 0.02, 0.04, 0.06, and 0.08. The specirsens were prepared from the ~pe ini-
Zia! materials and under similar technological conditions. The content of Fe waf;
0.03%~ the specific electrical resistance was in the range of 105 to job ohm-cm. The
temperature relationship of the absorption band width, the resonance field, and the ani-
sotropy field were examined in the 77 to 520*K ran e. The investigatio;i results sug-
gest tr,at the interact ons between the ions of Co +4 and their environment is of ar, -x-
tremely complex nature, and they they have an enormous effect on tne maznitude and :,,.
temperature relationship of the ferromapnetic anisotropy of ferrite-spinels. Orig. art.
has: 1 figure , I tab 1e .
SUB CODE: 20/ S LI M ~,A 7 L :15 Mart 5 ORIG REF: 002/ OTH REP: 003
,4H
Card 1/1

--16666-66 EnW,/ZW(w)/CWA(d)/!Z9WP(t) 1MG) J 6AW
L
ACC NAs AP6M0"2 MUNOZ GODSt UR/M26/66/021/003/0468/OW
AUTWRSt Nigasoyj Ne L Nguyen Tlyau
ORGS Moscow State Uniysraj~z 1m. H. V. laINnosgX (Hookovikiy goauniversitat)
TITIAI Magnetic and impulse properties oei2rdim containing different asiounts of
fr --- T=--W '%
Co subjected to WOMSUGUE rea
Iftsika mt&Uov I netsUavedenlyej, v, 21p noe 39 1966a bA84A9
TOPIC TAOSs ferritej, magnetic anisotropy,, nickel compounds cobalt compound, aim
cowounds chvomdun ocapoundg alternatiog magnetic f1sidg tbersomagnstle field
ABSTWTa The hysteresis parameters of a number of farrites (having the general
C0F4)08iti0f.C*x(ViZn)O,6-x CrO.2 F02049 where x a 0.02* 0.04# 0.06,, and 0.00)
were deteawlsted. as a function of the temperature ard frequency of the appRed f1*140
The experimiaAAl results are ausniarized in graphs and t4bles (see Figo I)* It was
,found that thd relAtionship between S (the coefficient of magnetic revwsal) and Ha
~-Jthe shigatrapy field) is siedlar to that reported by 1. Tao_&dt and Kh.
`,(Ferrityl, He, 1962# section 63)

L 26666-'66
Fig* L Dopordence of 3
an 94 (1) and Ho (2) what
2H0 - Has and He Is the
VMUO of the alternating
n4vistic fielA.
Orig. art, has 12 graphs and 1 table,
SUB COM 20/ SM DATEs 1OK%y65/ ORIG RErs'' OOh/ OTH MW 003

ACCESSION NRi AP4043360 S/0161/64/006/008/2515/2516
AUTHORS: Miryasov, N. Z.; Semkina. V. A.
TITLE! Temperature dependence of the constant of induced magnetic
anisotropy of Ni-Zn-Co ferrite
SOURCE: Fizika tverdogo tela, v. 6, no. 8, 1964, 2515-2516
TOPIC TAGS: uniaxial crystal, ferrite material, metalworking,
temperature dependence, orientation, spontaneous magnetism
ABSTRACT: Uniaxial ferrite with composition Co 0.02 Ni 0.52 Zn 0.26-
Fe 2.204, which has perminvar properties, was treated by thermomag-
netic working in a magnetic field, and uniaxial magnetic anisotropy
was induced in it. The temperature dependence.of the magnetic ani-
sotropy was investigated in the uniform field of an electromagnet by
a torque method in a temperature interval 77--540K. The thermomag-
Ca,d 1/3 ).0