SCIENTIFIC ABSTRACT SVIRSKIY, L. D. - SVIRYAKIN, V. T.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001654210003-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: July 13, 2001
• Sequence Number: 3
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

ACCEZeSION las ARWI4555 8/0276/63/000/012/BO91/BO91.
SOME: RZh. Takhnologiya maGhinostroyeniyap Aboo IM614
AUTEDR: Ponomarenko, A. D.; Svirskiyj L. D.
TITLE: A method for produclM protective enamel thermal diffusion coatings
with special properties
CITED SOURCE: Tr. Kharlkovsk. Politekhn. in-ta, v. 45, 1963, 64-70
TOPIC TAGS: enamel, thermal diffusion, heat diffusion, beat resistant enamel,
refractory enamel, aluminum
TRANSLATION: Results are given of research on the possibility of producing a
heat resistant enamel layer on steel by means of treatment of a preliminarily
obta!ned enamel (which, however does not have heat resistance and other special
propt;rties) in malted alumii= by diffusion of the latter in the enamel layer*
DATE ACQs 09J=64 SUB COM. MA, EL E=3 00
Card

ACCESSION NR: AP4012577 S/0072/64/000/002/0033/0036
AUTHORS: Svirskiy, L. D. (Candidate of technical sciences); Salganik,'
g er
TITLE: The role of electrical conductivity of fusion of priming
enamels during the reaction with metal
SOURCE: Steklo i keramika, no. 2, 1964, 33-36
TOPIC TAGS: electrical conductivity, priming enamels enamel coatings
bonding activator, cobalt oxide, cupric oxide, enamel, paint
ABSTRACT: The lack of a single generally acknowledged theory of
bonding of an enamel coating with metal can be ex lained by the
p
diversity of processes of reaction of a liquid priming melt with
meta.l. Results confirm that the role of bonding activators in the
prime coating (in the given case CoO) leads to its affect on electri-
cal conductivity of enamel fusion. To some extent this causes inten-
sification of the electro-chemical processes and determines to a
significant degree the bonding strength of the primer with fttal.
This may be explained by the strengthening of the anode solution-in
Card 1/2

ACCESSION NR: AP4012577
the priming melt with an increased value of its electrical conducti- 'I
vityi iDuring annealing of the enamel coating, the surface of the
stee s not as rough as in annealing of the priming which cnntains
cobalt oxides. This is the ba:sic cause of the extremely low strength
of bonding with steel of the prime coating containing cupric oxide
as bonding activator. The processes of eldctro-chemical corrosion oi
metal during annealing of primo coating are not the only detemina-
tions of strength and character of bonding but also the-diffusion
processes, the effects associated with adhesion of fusion to metal,
etc. Research on electrical conductivity of liquid prime enamel
fusions in connection with the processes of their reaction with
metal opens new ways of increasing the bonding strength of the coat-
ing with metal, improves their quality and the development of coat-
ings without priming. Orig. art. has: 4 Figures.
ASSOCIATION: Khartkovskiy politekhnicheskiy institut imeni T. 1.
Lenina (Kharkov Polytechnical Institute)
SUBMITTED: 00 DATE ACQ: 03Mar64 ENCL: 00
SUB CODE: CH NR REF SOV: 005 arm: 001
Card 2/2'

T, 16,,0 65 NP(O 8-Way4AWt(niMO~
71C T) P
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ACCEI-SION KRi AL'4045453
777
-2/EM
ASDW-3
5/0072/64/000/009/0031/0035
AUTHOR: sciancea)-v-
Piro ;ov,,_ Xt agineer)
TITLI:t Investigation of the properties of refractory coatiho W flami~
a pr a,peden metal
SOUR.'E., Steklo i keramika, no. 9, 1964, 31-35
TOP!- TAGS; rafractor -q-qA_~-0j, it refractory oxLds coatLng, refractory
- _y LA__
ni,'na-a! co,iting, flame sprayed coating, *prayed coating structure,
spra;ed coating mechanical property
ABSTIACT: A study has been made of the physicomechanical properties
rzfractr%, ccatings flame-s-)raved on shot-blasted plain o-r
_n*_~ired rods -- min in diameter made of
i.,_ zi r om- p ! i ~ ei ~ a rse e
7o-dared r,3fractory oicides or -ninerals were fed at & rate of 200 to
)DI- -ami'MILn. lne pressure of acetylene and oxygen varied from 0.2 to
L.~ a"d 41.3 to d acm. respectivelY. Examination of the stru:ture
of tne coatings showed that Zr02 and Ce02 coatings consisted of
Card 1/3

I
L lb_e98-6-5
ACCESSION MR: AP4045453
occluded between them. The
,,artialIy fused particles with, voids
a -A1203 coating partially Crystallized car -A1203g thL- umaoaliakQ
Zr02 was transformed to a cubic modification, and zircon Aecdmposei-~~_
to L u b i c Zr02 and silica glass. The CaZrO 3 coating consists mostly
,3,, -utic Zr---'-. During spraving, coatings made of oxides of Ce, Ti,
re:',i_jce.J to tower cxides and even to
'~ ;,A'& , 1.nter-ite~aiilc compound was
11 a ~i D a c am a v I I r e o u 9 An
.. ine a' um4 narr.a-nes ta s'
a lie I zoating. nygicomechanical
e -I z 0 1 1 1if'e' rr'~ a C
opper substrate.
a o s i , i -i n 7-, var' r o -
e.; in coatings of
,ilui!inakrcasted at and of 'orster.;Le Lo tZ in coatings of
F-di alumLna and sintert~d corundum coatings had Lhe highest
P a ~ 9 t
.2 req-)ectivelv, and a I a o the high-
F~ ;_ a el a s t i c i t
T.-a.;ilus o! the c.oatingq were Lower ov one order trian those cf sinter-
e,- iiteriitls, 7-_e sr-f-ongest adhesicn to the substrate had alumina-
magie31a !.plnel anL3 C-:6 coatligs. Ex,-~ept for a 1e0i coating, all
co-.1:ings -.h1nner than 0.4-0.6 mm BL,Stained without failure 120 cries
of ieating to 600C ir, 10 min followed by air-eaoling to 40C in 2 min.
Orig, art. has: 2 figures and 2 tables.
Card 2/3

L 16298-65
ACCESSIOll NRt AP4045453
',7~'7CIATION: Knar'kovskiy polttekhnicheskty inatitut im. V. I
-n3tl :ute); nauchno-jql;I,2dovatel'-
1 5 f, C F, 3 5 n , 5 t y -K c;; in i an Sf~ientific
e -2 i-7- c h n i c I I u t e 0 Cirl e m L c a i (I e r v
S"~3 ~". ITT F 71 00 E111 CL 0 C. .-)UB CODE; mm
NO REF SOV: 0 03 OTHER: 007
Card 313
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L 1705-66. DIP te) /EW s)-L2/EW-(m)-/-E
t 14U, (F
) 6b~Y~STZ ffi - - -
ACCESSION N11:`AP5021511 hjp(c) jd/ww/WH, UR10131/65 C 04
666.76.055.1
AUTHO R-: Sviromy, L.~ Y11. A.
on the pro6ess of forming heat resiatin :heat
TITLE: Effect of some factors
iprotecting coatings-_,
iSOURCE: Ognelupory, no. 8,, 1965, 42-46
TOPIC TAGS: ~ialsyLfractory. coating, corundum, zirconiums,'
-refractor mater :1.
zirconium oxide, aluminum, aluminum oxide, magnesium, spray, nozzle
ABSTRACT: A study was made of the dependence, of the mean diameter of parti,-:.
cles (dm) of the refractory. melt forming the coatin on the distance Ge ) of the
nozzle from the surface being coated. - With increasing distance, the layer is
more and more formed of 'Large. particles- The final velocity with which the par!
ticies reach the surface is a major factor in determining the adhesive sirength
to tlte metal anct other properties of the coating., This final veloci , yfins. was.
ty
determined for different materials as a function of the pressure of the air inject..
.1 ~I
p i;. -:
e d into spray pistol, P, and distance from the surface. The rate of the ro-.-
cess differed for the following,materials: sintered corundu sintered zirconlu~l
M
~~ard 1/ 2

L 1705..66
ACCESSION NR: AP502151 i
dioxide, spinel, zirconium, and aluminum oxide. Results are exhibited graphi-':!.
cally. Operating parameters of the expeariments generally were!J- = 50 mm;
P = 2. 4 atm. ; irc = 212 mm/ min; and alpha = 9 00, where vc is the feed rate of
the metal rod into. the pistol, and alpha Is the angle of the jet spray to the surfacp
It was found that with an increase in P and alpha and a-decrease in-A , the densit
of the coatings increases and spraying losses decrease. The greatest adhesive
sl rength was attained at alpha, = 900J = 15- 20 mm, and P = 4. 2 atm. Preliml-
nary heating of the samples to 150-200 C led to an increase in adhesion of the
coating to the aurface. At high preheating temperatures adhesive strength de-
creased and this is explained by oxidation of the metal aurface -and by increased
compression stresses in the coatings. - These stresses result from the fact
that.the coefficient of thermal expansion of the metal is greater than that of the
coating. Orig. art. has: 8 figures
ASSOCIATION: Kharlkovskii politekhni.cheskii institut im. V. 1. Lenina
-1polvtechnic Ins' kQ
bitute. Kharl- A Ukrain.skii nauchno-issledovatelliikii institut
Ichimicheskogo mashinogiDd.-kniya (Vkgrainlr Research: Institute for chenilcal
/Eauir)ment Fabrication) 7
ENCL: 00 SU13 CODE:.'MM, Ic
of
NR RMF 9OV: rHER: 005
Card 21?

5N
795-6 5 6 A -UA-4
-VP Op
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?/PU-
UP/0136/65/ooo/004/008T/0-087
71
A,U MOR: SvIrskiy, L. D. Ponomarenko, P.. E.
Ang'-
TIILE: Protective enam, e1 base coat
SOURCE: .'Csvetnyye metal i3yno. 4, 1965, 67
1y
'J"CPIC TAGS, Droteetive coating, enamel protective coating, metal structural part
protecticn
Ar-STRACT: The problem of producing pr6tective coatings by imprepatkag ordinary
ac oil
eramels vith aluminum ions in order tc) prQtect metaq structureE; agaiigt the tf-
,~f molter nonferrc-;Z3 metal-i -was stud;-d. The lov--arb-n steel specimens were
ers. 7.1~ ftr.-t i*nx was fir~-J and the iei-pnd at 880CI
ed with tw~ -nu--el
m,'n pa- fusion point;~,
Ihe enw,~- 6 pe mens-,d-- e tIen-..-Lbje&bea'
;
E! ur4ng !-Ii4s time a
-~IXRITIUM
16000C,'
ins iderably, protect against acids (including fluoric acid] and aiXalies, iaare t.
,i~gh microhardness and erosion resistance it, elevated temmeratures, and protect
c(impletely against the action of Efto-Iten alLminum, zinc, lead, and tin.. The c-ptirn-th
eipel ccmposition is given in the. article. Orig. ait. bw 2 -fi&ures firw]
IC
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1: 2846Z...I56
97/0190
ACC NRs AT5027955 SOURCE Corsi UH/0000/6
AUTHORs Svirskiy., Le Del Pononwenkos Ao Do
ORG: none
TITLEt Protective coatings of metals ua;Eng enamels with low temperature df
formation-
SOURM Seminw7 p2 aharosto m I..-- t--"-gradp 1964o Zharostoyki
ye
pokr7tiya (H~Wt-.,-resistant coatings trLidy saminarav jAningrade Ind-vo Nauka#
19659 167-190
TOPT,P TAGSs aluminump refractory coating# oxidation,, high temperature oxidation,''
steel/ $to 3 steel
A method is outlined
ABSTRACTs -for producing from conventionalena~plq at a
relatively low temperature an-oxidation- and heat-rebistant coatinleby batureu-
ing the surface layer, of the enamel with Al ionso The ion radius of Al Is bme-l.: A
MA 9 makes It surficiently mobile from the point of view oVdiffusion to red=4
somo meltal oxides and to form an A12C~ -containing refractory surfaos lVe:F
Card 113

Na2O 18.0; '~O 4" 3 -S CaF 19; Zn O'l. 5; B2 C~ 1. 5; Ti C~ 6..6; Cr2l(~-I. 0 %) were
u I as initial waterlaiso The refractory, materials t19%) were added during
grinding of the granules of these enamels The A1203 was ground into &TOund enamel
and either CrAi, M909 ZrO2v ZnO,, AIA, ialog or qUartz, glass was ground into
finishing enamel,. The procedure did riot require any noticeable IncreaseAn the
baking temporatiu!e., which was 900C for ground enamels and 8800 for finishing
enamels, The samples (plates made of St. 3 steel) coated with these enamels were
subjected for 2 hours to the action of molten Al at 750-800G* A diffusion layer
50-70)L thick was fomed on the enamel- surface. The diftusion 1-tyer vas separatell,
-base layer In, 40% HF
from the object by the dissolving the metal and enamel
solution. A preliminary study of its composition showed that it contained metallic -J.
Si and corunium,.and that it was a substance of the cermet type having a melting
point of 1600C. Thase-diffusion layers wore electroconductive and heated up if
connected-with an electric current, The coatings.1possessed good, protective proper';,-.
ties against gas corrosion, Their corrosion resistance coulTbe increased by
increasing both the time,of expasure to molten Al and the temperatxxte of molten Al'_-
These protective coatings possessed a very hig)i resistance to the aotion of liquid;
Gard 2/3

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L 17846-66. EWT(m)/-EWF(e)/EWP(t) IJP(c) "/JD/(;S
8OUftCE--C0D3:'-'UH/O000/6
1ACG WR: AT5027956 5/000/0W/0193./0200
!AUTHOR: SvIrskiy, L. D.; I~rogDv, T~,- A. 7X I
ORGt none
irITLEs Fonaation and properties of.high-t PeraturL oxidation- esistant
Looatings produced by the gas-flame methodi - ---, * 76- W.- -(I- - n.
Ea - ( -~- )' "Vag
12
where ~.3
'lot
n. E .--nt a Ja 4% 0
Card 1/2

ACCESSION NR: AP)1017348
The kinetic anot transfer energy of the cd1hduction electrons at mr- nts n/2 arld the
two
the right hand side of the above
the effect s-d
terms on
expression account for
or s-f of the (J) exchange. The third t4= shows that the spin-ordered state of
interior shells appears in a more favorable energy state than in the absence of
such ordering. This mechanism of indize4 exchange thus appears to be, (1 .. cK
times more effective when including tho 6onduction-electron exchange term* For Gd
the coefficient (1 yields a value of 1,75o Origo arb. hast 40 eqt~ations.
ASSOCIATION: Institut fiziki metallov AN SSSR (Institute of Physics of Metals AN
SSSR);Chelyabinskiy gosudarstvanny*.v pedinstitut (Chelyabinsk State Teachers
College)
SUMITTED: lhSep63 DATE AOQ: 18Kar64 ENCL: 00
SUB CODE., FH No MW SOV% 006 oTHER: oo4
2/2"

ACCESSIbN NR; AP4023382 S/0048/64/028/003/0418/0422
AU771OR: Vonsovskiy, S.V.; Svirskiy, M.S.
. . . ........
TITLE: On the problem of existenca of ferromagnetism and superconductivity ffe-
port, Symposium on Ferromagnetism and Ferroelectricity held in Leningrad 30 may ;i
June 19637
SOURCE: AN SSSR. Izvestiya. Ser;,Ta fizicheskaya, v.28, no.3, 1964, 418-422
TOPIC TAGS- ferromagnetism, paramagnetism, superconductivity, eletitron spin, Bar-
d can-Cooper-S chri after theory, superconductivity with ferromagnetism
ABSTIL,%CT: The problem of the existence of Xerromagnetism and superconductivity is
of interest in view of the fact that investigation thereof can yield information Of
the physical nature of lerromagnetism and superconductivity in metals and thereby
serve for further elaboration of the pertinent parts of solid state theory. This
problem is intimately bound in with the question of the influence exerted on inter-
action of conduction electrons.by shift of the Fermi momentum surfaces for elec
trons with difterent spin components and by exchange of virtual spin waves. The
latter factor also obtains in antiferromagnets; hence discussion of it is of added
1/3
Card

ACCESSION'NR: AP4023382.
interest. There appears to be unanimity of opinion among investigators
regarding the role played by the first factor, which was first mention-
ed in 1958 by the present authors (Doklady AN SSSR, 122, 204, 1958).
The second factor i's generally agreed to give rise to repulsion of
electron pairs-in the singlet state and thus hamper or inhibit super-
conductivity. However, other s.tudents report (A. I. Akhiyezer and
1. Ya. Pomeranchuk, Zh.'eksp. i teor. fiz., 36, 859, 1959 and A. 1.
Akhiyezer and I. A. Akhiyezer, Ibid., 43, 2208, 1962) that in the
triplet state (zero projection of the pair spin) a-change occurs in
the sign of the matrix elements defining the electron interaction so
that an additional attraction favoring establishment of superconductivic
appears. Hence it was deemed desirable to consider the question-of
Cooper pairs in singlet and triplet states in more detail'in the
framework of the Bardeen-Cooper-Schrie.Llfer-Bogolyubov theory. The
questiorf is analyzed in the present paper. Equations are written for
the interaction Hamiltonian with operators to distinguish between the
singlet and triplet states. So-.ie of the results of the analysis are
the following: In a nonhomogencous ferromagnet superconductivity and
ferromagnetism can exist in the case of sufficiently weak sd and sf
in,teractione The shift of the Fermi momentum surfaces decreases by
-carA.

ACCESSION XR: A?4023382
a significant factor as compared with the 2p value obtaining in the
no.rmal state. Peruistance oJ! the reduced shift permits realization of
fc:rromagnatism due to suparexchange interaction. In addition, au
in'aquality is derived to eval.uate the %%pper bound of the field H for
which there may exist both superconductivity and paramagnetism. This
inequality is a genaralizatton*of A., M. Clogston's criterion. (Phys.
Rev. Letters, 8, 367, 1962). Orig. art. has; 21 formulas.
ASSOCIATION: Institur fiziki metallov Akademii nonk SSSR (Instituta of
t1he ?hysics of Mota1s, Academy of Sciences'SSSR)j Chelyabinskiy gosudarstvenny%y
padagogicheskiy inatitut (10helyabinsk State Pedagogical Institute)
SUBMITTED;- 00 DATE ACQ: IOApr64 ENCL: 00
SUB CODE: PH NO REF SOV: 003 OTHER: 005
Card. 3/3

--.SVIRSKnr, M.S.
Effect of the frequency of sound on its absorption by a wrtal
in a magnetic field, Zhur. eksp. i teor. fiz. 44 no.2:629-
632 F 163, (MIRA 16:7)
1. Chelyabinskiy gosudarstvenrqy pedagogicheakly institut.

VOIIL;OVSKIY, S.V.; SVIRSKIY, H.S.
Problem of the coexistence of ferromagnetism and superconduc-
tivity. Izv. AN SSSR. Sear. fiz. 28 no. 3;418-422 M: 164.
(Y,1RA 17-5)
1. Institut fiziki metallov AN SOSSR i Chelyabinskiy gosudarstvennyy
pGda,gogicheskiy institut.

ACCESSION NR: AP4037574 9/1631.-'::
S/0056/64/046/005/161
AUTHORS: Vonsov6kiy, S. V.; Svirskiy, M. S.
TITLE: Superconductivity of an electron system with singlet or
triplet pairs
~,SOURCE: Zh. eksper. i teor. fiz., v. 46, no. 5, 1964, 1619-1631
-TOPIC TAGS: superconductivity, conduction electron, phonon, Cou-
lomb field, ferromagnetism, antiferromagnetism, paramagnetism, ex
change force
ABSTRACT: The influence of the type of symmetry of the coordinate
part of the wave function of the electron (cooper) pair on the estab-
lishment of the superconducting state was investigated in view' of
the importance of the question of the realization of the supercon-
ducting state. with singlet or triplet (Cooper) pairs of conduction
electrons to problems'involving the coexistence of superconductivity
Card. 1/4

ACCESSION NR; AP4037574'
iwith magnetic properties and other questions. It is shown that
~the type of symmetry of the coordinate part of the wave function of
the electron pair manifests itself first of all in the appearance of
,an "exchange" part of the matrix element, characterizing the tiansi-
-.tions of these pairs and having different signs in the singlet and
.in the triplet states. The exchange parts of the matrix elements
ich~racterizing the interaction of the conduction electrons, induced
:by phonons, Coulomb forces, and also spin waves of a ferromagnet or
an antiferromagnet, are determined. The effect-of the exchange part
of the interaction on,the establishment of the superconducting state
!with singlet-or triplet pairs is discussed. In addition, trial wave
.functions of a superconductor with triplet or triplet pairs corre-
sponding to the Bardeen, Coopere and Schrieffer method (Phys. Rev.
v. 108, 1175, '1957) are constructed and '.he corresponding variational.~.
problem is solved'* The manifestations which make it possible to
include the triplet pairs in the Dogolyubov method (N, N. Bogolyubov,-,~
;V. V. Tolmachav, Do V. Shirkov, NOVY*Y Met04 V teorii i1V12VkhpV(*vG4L--
Card 2/4

.ACCESSION NR: AP4037574
mosti,.1958) and in the method of two-time temperature Green's
functions (D. N. Zubarev, UFN v. 71, 71, 1960), are also indicated.
It is shown that the presence of the "exchange" part of the matrix
element, determining the transitions of the singlet or triplet
pairs, is indeed a general property of all the interactions con-
sidered above (induced by virtual photons, Coulomb forces, oL~ vir-
tual waves of a ferromagfie"t or antiferromagnet).. In the vicinity
of the Fermi surface the character of the interaction described by
~he exchange part corresponding to the triplet states experiences
an abrupt transition from attraction to repulsion for the interac-
tion induced by the phonons and conversely from repulsion to attrac-
'tion for interactions induced by Coulomb forces or spin.waves). The
latter can explain the coexistence of superconductivity with ferro-
magnetism or antiferromagnetism, or else paramagnetism. Orig-art.
;has: 60 formulas.
ASSOCIATION: 'Institut I!iziki metallov Akademii nauk SSSR (Institute
Cord

SVIRSKIY, M.S.
Remarks on the theory of superconductors vith singlet and
triplet pairs. Fiz. met. i metalloved. 17 no-4:629-631 Ap 164.
(MMA 17:8)
1, Chelyabinskiy gosudarstvennyy pedagogicheakiy inatitut,

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MelyiblnsX Stite Pedagog c
st,venny*y peda*gogichpakly institift
Institut)
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6w -'ODDEa: - JM' REF SOV
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for tri st:.eltd tatim-lou
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' itw'*~
che

VONSOVSKIY, S.V.; SVIRSKIY,-,~-S.
Effect of the multiplicity of d(f)-shells on electron interaction
in crystals. Zhur. eksp. i teor. fiz. 47 no.4:1354-1366 0 164.
(MIRA 18:1)
1. Institut fiziki metallov AN SSSR i Chelyabinskiy gosudarstvennyy
pedagogicheskiy institut.

-IT (1) IJPXz) GG.
L 5337-66 El
~ACCESSION 14R: J.d)5021-134 Woo%/6
'AUTHOR: V9pA0pjj4Yj. S. V.; Syirsk4, M. so
exchange for nonvanishing orbit&l.'angular mome
TITLE: Theory of s-f
imefitallnoy i teoreticheskoy fiziki
:SOURCE: Zhurnal eksper Vo 49, no. 2, 1965j,
'682-690
:TOPIC TAGS.- exchange reaction.
raxe earth element, nuclear. shell model, quantum
:number
superconductivity
:ABSTRACT: The uuthors ana3,vze s-f exchange interactionin the case when the total
angular momentum J of the f-shell is a good quantum nuniber. The approach used
:differs from thiit employed in Lan earlier paper (ZhETF 4. 3TY 1354 1964)$ vhere
the quantum nvaiilder J was assumed conserved. The Hamiltonian for s-f exchange con-
i
nected with changes in J is establiged and its effectst on ndireact exchange lnter-w
:action and on ctivit the.,'
assessed. This Hamiltonian, together with
indirect-exchange Hamiltonian and the-conduction-electron.intera on Hamiltonianp
which are derived on its basis., maker, it possible to Divestigate the distinguish- 11
ing features of processes accompanied by excitation of the total angular moment=
.of rare-earth ilons. It is shown that excitations-of J cannot lead to ferrC)mag-
ordering of different rare-earth ions,, b-tit can influence the occurrence of
Cord 1/2

ACC NR: Ap6029097 SOURCE CODR: UR/0048/66/030/006/0906/0914
AUTHOR: Vonsovskiy, S,V.; Irkbin, Yu*P.; Svirskiy, M.S,
ORG: Institute of Metal Physics, Academy of Sciences, SSSR (Institut fiziki MetallLov
Akademii nauk SSSR); Chelyabinsk State Pedagogic Institute (Chelyabinakiy gosudarst-
vennyy pedagogicheskiy institut)
rITLE; Exchange interactions in rare earth metals and alloys Zfieportj All-Unioa
Conference on the Physics of Ferro- and Antiferromagnetism held 2-7 July 1945 in
SOURCE: AN SSSR, Izvestiya. Seriya fizicbeskaya, v. 30, no.6, 1966, 9OG-914
TOPIC TAGS: rare earth metal, electron interaction, exchange interactions magnetic
property, superconductivitj(,phase transition, mathematic [)hysics
ABST11ACT, The authors employ the formalism of second quwatization to discuss tile ex-
change interactiou between conduction electrons and the electrons in the r shells of
the ions of a rare carLh ntetnl lattice, and the exchange Interaction between the f
electrons to which it gives rise. Additional ternis to the s-f exchange HamIltonion of
S,14,LJ.u (Phys, Rev.9 121, 451s (1961)) are obtained, which contain operators that chango'
the total angular momentum J of the f-shell electrons by one unit, and the effects. of
the new terrm on magnetic ordering, superconductivity, anti phase transItions are dis-
cussed. The Jn',fm terms in the f-f exchange Hamiltonian obtained in the second order
Card 1/2
A.-

ACC NR: AP6029097
of perturbation theory are iudependent of energy, the s-f exchange asBociated with
change of J, therefore, cannot lead to. long range magnetic order. The new tdrms in the 112.
s-f exchange Hamiltonian lead to interactions between Sillglet and triplet pairs of con-I
ducLiou olectrous. The interaction between singlet pairs is repulsive and results in
a reduutloa of the transition temperature to the superconducting state. The reduction
of the trnnsition temperature of Ln by admixtures of Eu in quantitatively (within 20,19)
accounted ToK. Tho uddition of other rare earth metals than Ey, for which J ~ 0,, only
slightly affects the transition temperature. The effect of Eil on thO 7 PhASO
trunuition tfimperaturo In Ce Is also accounted for. A second, more general, oxchange
Hamiltonlrui ".s expressed with the aid of second quantizut:Lon operators for groupa of
.electrons in a form involving coefficients that can be evaluated in any particular Case
by uEe of tho appropriate fractional parentage ,and Q coeff icients, With the aid of
this Hamiltonian one can treat anisotropic effects that arise through participation of
Ir- ~
.the orbital angular momentum of the conduction electront rather than its spin, in the
exchange process. Orig. art* has: 27 formulas,
SUB CODE: 20 SUBM DATE: 00 ORIG. RFJF: 007 OM REP: 015
Card 2/2

MARMIN, N.S.; �V SKIY ~R.A.~* SUKHOBRUBOV.. V.I,
Proteition of shirt-circuits to ground of 'the Okv. networklf-~IVIM-ISI~I
open ~it mines, Promoenerg. 16 no.500 My 161. (MIRA 34:7)
(Electric networks) (Electricity in Tainin)

.....
tv
SVIRSKIYj R.A,; MOS.KVAv P.V.
Earth fault protection of electric motors. Prom.energ. 17 no.2:
25 F 62. (MIRA 15;3)
(Electric protection)

SIIIRSKIY. R.A.. inzh.
Use of condensers in an undemurrent protection system. From.
energ. 18 no.4:35-37 Ap 163. (MM l6t4)
(Electric substations) (Electric protection)

BOGDASHEVSKIY, Viktor Ivanovich; DONICH, Konstantin Konstantinovich
[deceased]; IOFFE, Veniamin Isaakovich; KLDIPERT, Yakov
Emmanuilovich; KOLYANKOVSKIYj Viktor PoIJ.karpovich;
KRAINSKIY, Abram Isayevich; POLOTSE31, Solomon Gertsovich;
SVIRSKIY, Solomon Vladimirovich; ANDREYEV, P.A., retsenzent;
POMAZKOV, N.S.,
retsenzent; KRAINSUI, A.I. nauchn,, red.; SHAKIRIOVA, V.M.,
red.; KOROVENKO, Yu.N.,, tekhn. rea.
(Accounting in shipbuilding and machinery manufacturing
entorprises] Uchet na sudostroiteltnykh i mashinostroitelt-
rVkh predpriiatiiakh. (By] V.I.Bogdashevokii i dr. Lenir?-
grad, Sudpromgiz,, 1963. 502 p. (MIRA 17:3)

SVIRSKIY, V., arkhitektor
Using small tiles in facing wall panels and blocks. Na stroi. Moak.
1 no.6:20 Je ;158. (MIPA 11:9)
(Tile laying) (Walls)

IILIKIAUDOV; M.K., kand. tokhn. nauk; SUMUY., V.A., inzh.,-
DEGTYAIIEI'A, A.P.j, inzh., red.; ZVOkf-KI-'I-*I-A-'j--L.N., red.izd-
va; KAS.MOV, D.Ya., tekhn. red.
[operation and maintenance of motor rollers] Rabota na motor-
rqkh katkakh. Pod red. A.P.Degtiareva. Moskvap Gos. izd-vo lit-
ry po stroit., arkhit. i stroit. materialem.. 1961. 86 p.
MIRA 15:2)
1. Uh~aine. I~dnisterstvo stroitel'stira. Tekhnicheskoye upravleniye.
(Road rollers)

SVIRSKIY$ V.A., inah. I
Prospects for using jau-type shovela on excavators equipped with
straight shovels. Mekh. stroi. 20 no.9:20-22 S 163.
(MIRA 16:10)
. -1 (Excavating machinez7)

S71RSK
-'r' M- ~. ~ . ". -1 "
Discussion on N.M.Amtsig' a article, u Considerations on the
selection of exposure of windows In dwellings and communitr buildings.
Gig. I *&n. no.9:51-54 S 154. (MLRA 7: 10)
(HOUSING,
exposure of windows)

Maw, G.A KALINBA. G.F.; MODEL', A.M.; NEVRAYEV, G.A.; SAMUILOV,
A.V.ideceased]; SSVIRSEP~, ~V- KOSITSKIY, Ya.V.., kand. srkhit.,
nauchnyy red.;-KAN-JXC-V, M.Ye., kand. med. nauks nauchrqy red.;
140ROZOVA, G.V., red.; BRUSHIA, L.N.,, tekhn. red.
[Sanatoriums and rest homes; manual on designing] Sanatorii i doma
otdykha; posobie po proektirovaniiu. Moskva) Gosstroiizdat, 1962.
223 p. (MIRA-15:7)
1. Akademiya stroitellstva i arkhitektury SSSR. Institat obshche-
stvennykh zdanii i sooruzhenii'
(Sanaioriums) (L&r rest homes)

DEGTYAREV, Aleksey Petrovich, inzh.; LURIYE, Lev josifovich; REYSHp
Arvid Karlovich; q~~4$ qr,Aleksandrovicb: TABOINA,
I M,--ViktL --
M.A.,, red. izd-va; RUDAKOVA, N.I., tekh~.---red.
(Bulldozer work]BulidozeMe raboty. Pod red. A.P.Degtiareva.
Moskva, Gosetroiizdat, 1962. 212 p. (MMA 1,:12)
.5
(Bulldozers)

KIRPIC12,11KOV, Leonid Aleksandrovich; KHARIF, Moisey Izraylevich;
SVIRSKIY, V.P., inzh., retsenzent; KDRESMSM ) N.D,j inzbo,,
--rftse-nz-e-nt-;-=-SMISM, N.D., in2h., retsenzent; YAROSHENKOy
V4101 inzb,,) inzh., retsenzent; BOGAOMKO, V.7e,,, inzh,.q
nauchnyy red.; LAFINAy Z.D., red. izd-va; SARAYEV, B.A., takhn
red.
[Automatic control of transshipment machinery and the electric
power supply network in sea portal Avtomatizatsiia peregruzoch-
nykh mashin i elektricheskikh setei v morskikh portakh. Mo-
skva Izd-vo 11-lorskoi transport," 1961. 147 p. (MIRA 3-5:3)
ICargo handling-Equipment and ~;upplies)
(Electric power distribution) (Automatic control)

SVIRSKIY, Ya.I.; SKLYAROV, L.A.; OTMAN, L.M.
Improved performance of the BG-100 automatic batcher; 15)55 model.
Koks i khim. no..11:19-21 '61. (MIRA 15:1)
1. Stalinskiy koksokhimicheskiy zavod.
(Coal preparation plants--Equipment and supplies)

iVIRSKIY, Yuliy Illich; Ul"YPIM, Yu;-:!-,, -.1ek-~andrcIvi.ch-, f-MINIKO",~A,
red.
(Vachines under the earLh'jl I-lashir-, riod zemlei. Moskva,
Izd-vo "Zlnanie,'~ 1964. 31 P. (1,1,ovoe v zhimi, nauke,
teklw-ike. IV SE-riia: Tekhnika, (1-11HA 17: 10)

5T
L~ 1, ,
- - - - - - - -~ ,~-WY2
SVIRSKIY, Yu,I,p inzh.
Coal mine building sites of the Donets Economic Council. Shakht.
stroi. 9 no.10:31-32 0 165. (MnU 18:9)

S-VIPSKIY, YA. 14'.
"Selection in the Proceso of Inter-Specie Follination of Fqe." Agrobiol.. 3, 1949.
Cand. Agricultural Sci. W)r., Belorussian State Selection Sta. Zazer lye, RL;den Rayon,
Minak Oblast, -c1949.

MUICHIN, fi.D~ ;kA B"i", 191ch sygyatyen kti nank, radmktor-,k
If KIT W.-I-1.9 ull,Pi seltake itAystvannykh b~j redaktor,
ss
LAWN -t-.-;"tektmiebwvklv rtd~kter
crww-tw-tblv-Vbtt -Rabstan
I%- LU 4.6 fa I I
SPS.R.1 Pmkqv*4etv* po *pre*v-%R'ii pelel?ykh kulltur BSSR.
Minati, Ges.lizil-vo ~85R, 1956. 299 P. (M* 10:4)
(Whtte~ Russ ia-!-Ifielcl crops)

GZYWI, L., lnzb#.;__PYIRSM,-YuA, inzh.
I
Concrete obtained without water or cement. IUn.tekh. 4
no.2:6-9 F 160. (MM 13:6)
(Lightweight concrete) (Yaraldehyde)

SVI,RSKIY, Yu. (Svirslkyi, IU.], inzh. (Hoskra)
Concrete-laying machine. Nauka i zbyttia 12 no./,t24 Ap 162.
(MM 15:8)
(Concrete construction)

SVIRSKIY, Yu.I., inzh.
Driving the Lyubertsy Station ventilation tunnel, aeratad by a
PShch-M shield. Shakht. stroi. 7 no.7t2g-~29 JI 163.
,(MIRA 16:10)

SU&i~
MEN"
41
-a.. .k,m
t MIMI npNzmmwx vcmnm
Prows- IL IL V~
12 "us
(c 10 Ao 16 4scos)
jxlt. r. rjk~
T. P-.~
A. r- I
10. IL 6.~
U.N.
L L P--
12
It IS A. 22 qscov)
mm wwg~ga&ivm
0 t-..
M. A. Cy~
C."-
IL X rh.--
Uff- -0-1 4f- wy~.
3-4
L IL C.-.4
r. IL A~
0. L I l
M~. pm,"=.t 'P.7.
U-71 gft=
A CUILIS UPOWAPMR C523M
Py-- IL IL rp.~
1 wpm
(c 10 . 16 qvCM)
Iftett-6 UA SOLOWWO T"ho".910" 1100,047 Ot
& lioswou CowmiekU~ Is. A. 2. few (VMM), Meow,

SUSLOVP I.A.; SVIRYAKIN, D.I.,
Effect of temporary changes In dynaz#c conductivities on the
characteristics of a video-frequencYamplifier with a correcting
capacitm-ice in the cathode circuit and a paraUel induction
correction in.-the.aaode circuit. Izv. TPI 105s102-3.18 960.
(MM 160)
1. Predstavleno nauchnym, seminarom radiotekhnicheiskogo fal-ullteta
Tomskogo ordena Trudovogo Krasnogo Znameni polAtekhnicheskogo
instituta imeni Kirova,
(Amplifiers (Slectronief-11)

BVIRTAKIL&N - u -, - - -
Simple appliaence for fluoreecenoe microscopy in visible light;
brief considerations on the technique of examination. 91krobiologila
25 no,5:612-614 S-0 156. (MLFA 10:1)
1. Ukrainskiy nauchno-tooledovatellskiy institut tuberkulesa, Kiyev.
(NIGROSCOPT, apparatus and instnwents,
appliance for fluorescence microscopy in visual light
in microbiol. (Ras))
(MICROBIOIA)GY, apparatus arA instruments,
same)

-37_IRT~~V~"-P-iuchnyy sotrudnik
Norphology of the elastic structures of the pleura In chronic
tuberouloua empvemas. Pat.,klin.1 temp.tub. no.8:113-116 158.
(MIRA 13:7)
1. Is pato-morfologichaskoy laboratorli (rukovoditell - starshly
nauchWy sotrudnik V.7. Turleva) Ukrafinskogo nauchno-issledova-
tellskogo inatituta tubarkulaza im. almd. P.G. Yanovskogo.
(PL3UU--TUBER(;=SIS)

CUMSSEY, L.P., kand.med.nauk; LOSEV, V.A., kand.med.nauk; SVIRYAKIN, T.T.
Experimet-tal data on changes in the blood circulatory system,
respiration and blood following resection of the lung. 1robl.
tub. 37 no.4:88-96 159. (MIR& 12:10)
1. Iz patofisiologicheakoy (rukovoditell deystvitellnyy chlen
AHN SSSR prof.H.H.Gorev) i patologoanatomicheekoy (rukovoditell
dotoent V-F-Yur'yeva) laboratoriy Ukrainskogo nauchno-iseiledovatell-
skogo inatitixta tuberkuleza (dir. - dotsent A.S.Hamolat).
(LTJNGS, Burg.
exper. resection, eff. on blood, blood cire.
rasp. in rabbits (Hue))
(BLOOD
eff. of exper. lung resection in rabbits (Rua))
(BLOOD CIRCULATION
same)
(RESPIRATION
same)

KOLOMIYTSEV, V.P.; SVIRYAKINt V.T.
Clinical and morphological changes in the palatine tonsils in para-
tonsillar abocesses* Vest. otorin. 22 no-4:66-72 Je-Ag '60.
1 (MIRA 13:12)
(TONSIIS-DISEASES) (THROAT-ABSCESS)

SVIRYAKIN, V, To Wyev,ul. Parizhskoy kommurq, d. 24, kv. 23)
Morphological changes in the pleura and lungs in tuberculous
empyemas according to surgical data. Grud. khir. no.4:75-82 161.
(MIRA 14:12)
1. Iz Ukrainskogo, nauchno-issledovatellskogo instituta tuterkuleza
(dir. A. So Mamolat)p Klyev.
(MMEMA) (PLEURA-TUBERCULOSIS) (TUBERCULOSIS)

SVIRYAKIN, V. T.; V.ARFOL%1EYEVA, Ye. N.
Aneu:r7sm of the aorta and its perforation in tuberculous sponcly-
litis. Probl, tub. no.2:101-102 362. (MIRA .1f,:2)
1. Iz patologoanatomicheskoy laboratorii (zav. - dotsent V. F.
Yurlyeva) i kliniki, kostno-sustavnogo tulx-.rl~uleza (zav. - prof.
B. S. Kutsenok) Ukrainskogo nauchno-issledovatellskogo instituts,
tuberkuleza imeni akad,, F. 0. Yanovskogo (dir. - dotsent A. S.
llamolat)
(SPIIM-TUBF.RCULOSIS) (AORTIC IMURYSMS)