SCIENTIFIC ABSTRACT TYABIN, N.V. - TYABLIKOV, S.V.

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• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001757710004-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 31, 2001
• Sequence Number: 4
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

W- ---
I, -.-: 7,-
I
117-111

TYABINI N. V.
"The Movezz.,~ernt of a Spbere In a Vise ouz -Plastic Liquid Disperse Syotui%'
~r. rLazans'-. In-ta,
--- f, - , 110 17, 1953, 84-93
The movement of P_ sphere in a viscous -plastic disperse syst~en, doe3
not follow sto1ke's 'Law. By using the approximation method of integratinG
general eq:,iatioqa for the flov of viscous-plastic mediums, a sufficiently
accurate ecuation for P. fallin3 sphere was a derived. TL ~ 5 equation i!iakes
it possible to detennine the rheolo.rrical coustants of viscous-plastic d~s-
perse syzterw, from obseirvation of a falliag aDhere. A rule governing the
movement or a sphere in t, viscous liquid can be derived fron this equatioll
as a special case. WhEllim, 110 3.1 1955)
SO - Sum 140 845, 7 Mar 56

TYABIN, n. v. i Jan 53
USSI/Physic- - Liquid Flow
"ll'otion of Ball in Viscous Pla3tic Uquid Disn~ersi:)n V. 7,rabin
DAIT SSSR, Vol 88, No 1, pp 57-60
It follows from numerous investigatiemis that StoLes law does not hold for motimi ot
ball in liquid dispersive mecium. Author atte,,;ipts to derive law of fallirg of ball in
I
a viscous, Flastic medium by integmt.-ing Eeneral eqs of flow of vj-.qcous tplastic
triedium. Received 23 Oct 52.
26'2T77

WABIN, N. V.
Reviews
14,1Y 1.954
nhanic!~
"'Tyabin, N. V., and"Pudovkln, M. A. The flow of a viscous-
Wat'i-Els-persive system in a coriical diffusor. Doldady
iXL-td..VaukS,SSR(iN,S.)92,53-5(o(1953). (Russinn)
Les autcurs t-tudient Hcoulenwof Wun miliett dispersif,
dou(- de viscosit6 p'lasti(pic, flans un diffiireur conique, Le
ph6rionieric est r(gi par lei C.-quation-, kiites pir Tyabin;
celles-6 Sont Siniplific'es, dans lk, cas particulier consid&6,
en utilisant les conclusions exp(,rinica tales de la (Hse de
Alme Lazovsky; en particulior Ics d6placernents peuvent
kre consi6r(s coinine radiaux. I.csatifeunq tiennent Compte
de ces fait,-5 pour fortner luti exprcA~;ions approch&l des Sold-
tions des 6quations de 'ryabin; les forw-` .. resolutives Sont
assez simples pour perinettre twe tw~cussion dkailltv de
toutcslt!.spirtirtiliirit~s(iti ph6ioniOic. F-AitreatitresraulOts,
les auteuri -I-nnent Li loi du d6bit total en fonction A; la
pression; la relation qu'ils obtienuent: est lin6aire et paralt en
bori accord avec 1'exp6rience pour de grandes pr6sivne.
J. KravIcIzenko (Grenoble).

.1/1 vdi-1,. N V - - _,; I..., . -
. I . I . N. ::, p " *:: -1
. A : , . - '. I
~i
.~ . _: - lC71-2- " .Ic;,,,~,;t .--

TYABIN. N.V.
Badial flow of viscous-plastic dispersion systems In a flat capillary.
Dokl.A11 SSSR 96 no.1:29-32 W '54. (KLRA 7:5)
I.Predstavlono akadamikom A.I.Nakrasovym. (Capillarity)

TTABIN N.V.
Flow of an anomalously viscous fluid between two pla-ae plates
and two coaxial cylinders. Zhur. tekh, fiz. 26 no.9:1994-2001
3 '56. NiaA 9:11)
1. Xhimiko-tekhnologicheakiy institut, Kazon'.
(Fluid mechanics)

-FYAI IV" /L/1 VI
"Irregular Flow of a Viscous-Plastic Dispersed System in the
Layer Between Two Coaxial Cylinders and That in a Cylindricul
Tube," by N. V. Tyabin, Tr Kazansk. s.-kh. in-ta, 1957, ILsue
21 T~
35, PP .3-225 from Referativnyy Zhurnal -- VeManika, No 2,
Mar 57, Abstract No 3120, by N. A. Slez.-in)
"In the first part, the problems of the circular flow of & v1--:c(~--
plastic medium (taking into eccount the limiting shear strasseE) Ind ;.'..
rectilinear motion between the iw! cylinders are studied. in ".. ',I.
cases the differential equation- e" motion of the inner cylinder nd ol' the
me-dium are calculated jointly, t_%,n~7 into consideration the local derivative
of time in respect to the average velocity (N. A. Slezkin, S. V. Targ, Dokl.
AN ssn, 1946, 54, No 3). The third part coneeiderc the problem of the ir-
regular flow of a viscous-plastic medium in circular cylindrical tube with
the assistance of an average calculation of accelefation ('Approximate Go-
lution of the Problem of the Irregular Motion of a ViscouB-Flastic Fluid in
a Circular Cylindrical Tube.,' by A. Kh. Mirzadzhanzade and A. A. Abbasov,
Dokl. An SSSR, Vol 107,..No 2, 1956, pp 249-251). A comparison is made be-
tvien the cFm~uted curve of the changing moments of friction forces and the
experimental curve. In the 'starting period' there is a considerable di-
vergence of the curves." (U)

USSR/Physics Viscosity FD-3050
Card 1/1 Pub. 153 - 19/23
Author Tyabin, N. V.
Title eory of anomalous viscosity of dispersive systems
Periodical Zhur. tekh. -Liz., 25'. February 1955, 339-350
Abstract One of the central problems concerning the flow of dispersive
systems is the problem of anomalous viscosity, first discovered
in connection with the anomalous rheological properties of sofs
and gels by the Russian scientist F. Schwedoff (J. de Phys. theor.
et appl., 1889) and fully discussed by the present writer (Kol-
loidn. zhurn., ll,, 6, 438, 1949). In the present work he attempts
to create a phenomenological theory of flow of nonelastic anomal-
ously viscous dispersive systems by preceeding from an analysis
of the experimental dependence of velocity gradient upon tangen-
tial displacement stress, and does not touch on the nature of the
anomaly of viscosity of dispersive systems. The author thanks
Professor G. V. Vinogradov, early investigator of anomalous vis-
cous properties of consistent lubricantE in a wide range of velo-
city gradients (Trudy v-t. konf. po treniyu i izaosu v mashinakh
(Works on 2nd Conference on.Friction and Wear in Machines), 3,
3111 19491. Twenty ref.
Submitted September 8. 1954

TYABIN, N.V.
Flow of two Immiscible layers of viscoplast1c liquids In a pipe,
.Kell. shur.18 x#0:379-381 fq-Jo 256. (MLRA gig)
(Rheology)

TY AB I N.? N. 4 TSNITOV.S, Ki Y, Y--- ?-I. VACf! AC', I
f'lr,w of a non-Nt-wtor, tar, h.cluld in a ahorr, psbi.,~ ic~j,,srzwj.
17 165.
v,,vyv.uchfjb,,zav.; khlm~A khltn.wkh. 8 m).,kt~XCLJ,84
(MIRA 18..1.1)
1. Volgogradskiy politek)mIcheskly, Instiwt J Kazans~iy
khimiko-tekhnologichaskiy institut imeni Xirnva,

ERYU-CfZC'lj ASI*j atarob4 propodavatolll TYABXUl II.T.9 doktcr
WAhna nauk
rmn of speed and prw=o dlatrIWItion in a viwopla.-.,tU
lu-brica-yfut lv~rar or a jourml ulidlM boarlmg. I=i v~M.
uchebo zavol mshinootr, no.9*53-59 65. (MM 3,8:11)

29453
~'/Utsl' 61/0001/017/156/166
B1 17/B1 10
AUTHORS: Shklyar, L. A., Tyabin__N. V-
TITLE: Lubricant outflow through labyrinth packings
PERIODICAL: Referativnyy zhurnal. Khimiya, no. 17, 1961, 475, abstract
17"238 (Tr- 3-Y Vses. konferenteii po treniyu i iznosu v
mashinakh. M., AN SSSR, v. 3, 1960, 154-163)
TEXT, A theoretical and experimental study was made of the outflow of oils
and plastic lubricants through labyrinth packings forming different
combinations of cylindrical coaxial slits and spaces between plane disks..
It was shown that the resistance against axial flov in a cylindrical slit,
under equal hydrodynamic conditions, is twice as large as in a radial flow
in a plane clearance. The experimental arrangement constituted the model
of a caterpillar drum. The lubricant outflow in the drum took place at a
given temperature and pressure, both with fixed and with rotating bearing:
100- 800 rpm. The area of the labyrinth packing inlet cross section exerts
a decisive effect upo *n the properties of hermetically sealing,, The outflow
of liquid oils and kerosene is independent of the labyrinth pacizzing ~4K
Card 1/2

294
S~) 11
C /61/000/017/156/166
Lubricant outflow through... B117/BlIO
rotation. The outflow of plastic lubricants is significantly increased as
the drum bushing is set in rotation. The lubricant outflow grows on a
diminution of viscosity (,I), and in case of plastic lubricants also on a
diminution of the ultimate strength (0),. Theoretically, consumption is
determined from the following formula:
qtheor. =0-5'n(R2 -RI) 2,,'Rl,q-ILO.33(R 2 - R1 ),-1 AP - G1, dr
R, -inner radius., R2=outer radius, 1 -length of ring slot; P =pressure
drop in the labyrinth packing. 14betracter's note; Complete translatiozi,l
Card 2/2

PHASE I BOOK UPL0_'-JLTI-.:N SOV/5055

Tooso konforentalya po treniyu I Irnosu v 3d,
znaylk
,,;g
B-azki. Opcry 41collmhonlya. Smatka
Oldrodlnaslchaskay3 toorlya
I smazoehnyye materialy HydrodynazZe Theory of Lub-IcatIOn.
(
Slip Bearings. Lubrication and Lubricant Materlalx) Moscow,
Isd-va AN SSSR . 422 P. Irrata slip inserted. 3.8oo copies
printed. (Series: its: Trudy, v. 3)
Sponsoring Agency: Akadenlya nauk SSSR. Institut mashimovedenlya.
Romp. Zda. for the Section "Hydrodymazle Theory of UibrIcation
And Slip Bearinga*; To. X. Out*ymr. Professor. Doctor of Tech
nical Sciences, and A. 1. D'yachko-, Professor, Doctor of Tech:

; Rasp. td. for the Section,ftubrication and
n1cal Science
Lubricant Ma rialdL. G. V. Vlnogra4aw. Professor. Doctor of
t:
Chemical Sciences; Ed. Of Publishing House-. M. U. X2sbanov;
Tech. Zd.t 0. K. Ouslicova.
FURPOSIt This collection or articles to Iztended for practicing
engineers and research scientists.
'The collection, --------------

-pu-bilshed by, the- Znatltut a STI '0-
'a.
vedonlya AX SUR (Institute of Selenes, of Machinea, Academy
or Sciences MR) contains paosrs Presented at V-* LIZ
kOnfQrent2Lya po trwdyu I lznosu v mashinakh
sOyu%na!;
,
IN All ton Conference an PrIctlon and Wear Isi Machine$
T%

n
AVr 13
11 2:1L as
Xyd.-odynaxlc Theory (Cont.j 5M/5055
Talfanow To V Increase of the Load -Carry 1. ng Capacity -
Operating at High Sliding Speeds 128
T. Aboodynazle Theory of ViscouB-Plastic
Uibrl 134
Xhanzy1ch, X: 0. On the Problem of the Design of SlIdU%g
Thrust Uavlngd- 146
3bkLyar L A , and X. V. Tyabin. Outflow of LubrIcAct
2i
S
i~;
1!d
?kt~r
k
k
.&h Labyrinth
cala 154
Report& Printed In Other Publications
On the Problem of Using Fluid-PrictVict
,
s
Kills O
With F
e
t R
rs
B
ill
ti
I
e
e
n
o
requ
n
*
pera
ng
n&
jftar=,
and Loads (Published under the title-. 'In-4astigstion
of the State of the Journal In a 120'-Dtg%-eo Fluid-r--ction
BearIng for Constant Loads and Leads with Varying 31.Ap')
(St. *Tree' ye, I lines v mashinakh.' T. XIII, Iza-va Ali
164
Now Approximate Method for Calculating
t *Vertical-
Tirvit Dearlngs (rublLshad under the ti .Is;
AX19.30arings for Hydroge nora, tore. Theory and Calculs-
%too 3 lzd. Teentrall"gio byuro tok4"Ichealcoy 1-,ecr~tsll
g
X11 02ektropromyshionnosti) 164
Pl%n-R-Ta. Thrust Bearing for Super
,yower Turbines
PVd6tn. Naghtnostroyenlya% No. T, 1959 I(A
Xleyman, 1. 1. One of 3erented Bemr%ng3afor Horizzaral
klectrLc* Ka*chlnea at the Zloktrlo&Lla' ?I nt I-ant
3. X. Xirov. tPublished at the "gleletromila' Plantl 164
gun_tn~ 1. A. DevelOP-Ont Of the Hrdrodyn"lc Theory of,
LubriciitBrf-or Thrust Bearings iftbillshed in 1957 under
the tltlel 40n the HydrodynesIc Theory of Lubricatton
Or a]Marine (*xzv. vost. fli, AX SSSR', No. 4-5. 1-957),
and In 1959 under the tlt2*2 Tva-Diaensional Prob2on
of the Rydrodynaalc Theory of Lubrication Towing Into
Accopl.tho Dependence or the Vise3sity gn the Tampere-
tuft Izv. AN =R" No. 2. 1959 X64
0 a I d A47

TXROMIIV. A.A.; SHKLTAR, L.A.; TYABIN, N.Y.
Rotating viscosimeter of high sensitivity. Zav.lab. 26 no.3:
356-358 160. (MIEA 13:6)
1. Rhimiko-tekhnologicheskiy institut# Kazan'.
(Viscon imetry)

'/7 V,
S/179/60/000/02/009/032
E081/E241
AUTHORS: Vinogradov, G. Mamakov, A. A and Tyabin, N. v.
(Moscow)
TITIR; Flow of Anomalously Viscous Bodies Under Complex Stress
Conditions
PERIODICAL: Izvestija Akademii nauk SSSR, Otdeleniye tekhnicheskikh
nauk Mekhanika i mashinostroyeniye, 1960, Nr 2,
pp 65-69 (USSR)
ABSTRACT: A continuation of previous work (Refs 5. 6, and 7). Data
are given of experimental investigations into the flow
of a residual extract (highly viscous Newtonian fluid)
and a lubricant grease (anomalously viscous body) to
verify the generalized flow law under the combined action
of two simple shears. The data were obtained by simul-
taneous measurements with a double rotation viscometer
(Ref 6) and a capillary viscometer with constant outflow
(Ref 7). The methods and basic experimental results
are given in Ref 5. Complex shear conditions were
realised by,the combined action on the body contained
in the space between two cylinders, of an externql
pressure and a twisting moment the latter being obtained
Card 1/5 by rotation of the outer cyli~aer. In this way, axial vl***'

S/179/60/000/02/009/032
E081/E241
Flow of Anomalously Viscous Bodies Under Complex Stress Conditions
and circumferential flow are superimposed and the particles
of the anomalously viscous body move in screw trajectories
ab (Fig 1: Scheme of screw flow of grease in a
narrow annular space) Th eneralized equation of
flow is written in th; forme ~1) (Ref 8), and in
cylindrical co-ordinates r, T9 Z, the quantities
Pi and e'i are written in the forms (2) and (3). (The
dot over ei denotes differentiation with respect to time).
pi is the intensity of shear stress, 6- the intensity
of deformation velocity, qi the effective viscosity
coefficient,, P p P are normal stresses,
0 _rrI
er., e 6 are W19ume?'deformation velocities
(P(P zz 1
ZI ezr are shear deformation velocities. For
tEwIprewent conditions, (2) and (3) reduce to (4) and
(5) with the effective viscosity in complex shear
axial shear and circumferential shear given by (65, (7)
and (8), respectively. The shear stresses for pure-axial
shear T, and pure circumferential shear T2 are given
by the f rst equations, p 67, where AP is the difference
Card 2/5 in pressure between the ends of the annular space, /

8/179/60/000/02/009/032
E081/E241
Flow of Anomalously Viscous Bodies Under Complex Stress Conditions
H and L are the width and length of the space, M is
the twisting moment, R, and R2 are respectively
the external and internal radii of the cylinders
(H - R, - RO. The mean deformation velocities in
axial shear D10 and circumferential shear D,:)- are
found from the second equation, p 67, and the K)cial
deformation velocity at the wall from the third equation,
where Q is the outflow per second, to the angular
velocity of the rotor. Figs2 and 3 show log q log
q2 and log q plotted against log D11 log b and
log Di for Ne extract. [Fig 2. Dependence oi
effective viscosity (axial, circumferential and--spiral
flow) on velocity gradient and intensity of deformation
velocity for the extract] and for the grease LIFig 3.
Dependence of effective Viscosity (axial, circumferential
and spiral flow) on velocity gradient and intensity of
deformation velocity for Inbricant greas The key to
the figures on the diagram* is at the foi. of p 67. In
Pi 3 (DI) is represented by the dashed-dotted line,
Tl~)&2) %y ihe continuous line and jj(Di) by the dotted
Card 3/5 line. The lines in Fig 2 are all parallel to the log D

S/179/60/000/02/009/032
E081/E241
Flow of Anomalously Viscous Bodies Under Complex Stress Conditions
axis, and, for a given temperature, the points corres-
ponding to different conditions all lie on the same
line. Thus the effective viscosity of the residual
extract is constant, and the superposition principlP
applies. Fig 3 shows that the effective viscosity of
the lubricant grease falls with increasing deformation
velocity. At 200 and 500 the effective viscosity for
axial shear is rather greater than for eircumferentlal
shear. The differences may be interpreted as a breaking
down of the structure of the grease and the orientation
of the soap micro-filaments. The motion of the particles
in spiral flow is determined by the equations at the
foot of p 68 and the top of p 69, and Fig 4 shows the
dimensionless viscosity niA2 plotted against the
dimensionless length of the trajectory. [Fig 4
Dependence of the dimensionless viscosity IiA2 on
S/L for grease at 200 and 5001 Within the limits
of experimental accuracy (5 to 10%) the points lie on
the same line for both temperatures, and the effective
Card 4/5 viscosity is a function not only of the intensity of V/

S/179/60/000/02/009/032
E081/E241
Flow of Anomalously Viscous Bodies Under Complex Stress Conditions
deformation velocity, but also of the dimensionless
quan-Lity characterising the trajectories of the
particles. Thanks are expressed to V. P. Pavlov for
participating in the discussion of results, and for
valuable advice. There are 4 figures and 10 referencas,
8 of which are Soviet, 1 English and I German.
SUBMITTED: June 4, 1959
Card 5/5

MAMAKOV, A.A.; TYABIN, N.V.; TINOGRAWV, G.V.
Graphical method for determining the distribution of flow velocities
of elastic petroleum products. Izv. vys. ucheb. sav.; neft' i gaz 2
no.7:81-86 '59. (MIRA 12:22)
leKazanskiy khimiko-tekhnologicheskiy inatitut im, SA Kirova.
(Hydraulics)

TYABIN, N.V.; SHKLYAR, L.A.#- MDSIKHIN, Te.P.; VINWRAMV, G.V.
Rheologic investigation of grease by the centrifuge method.
Trudy MMI no.16:133-150 '51 1PUbl. '521. (MIRA 12t12)
(LOrication and lubricants)

TYABIN
Theory of similitude applied to a vlecoplastic fluid. Trudy 1=1
no.16:151-156 '51 Mbl. '521. (MIRA 12:12)
(Rhoology)

jf
33 .11
2 IZ a go I
4y
V Jll vw
E I
V
.4 it, 7'ah,
IV
43

TYABIR, N.V.
Basic-eqfttious of the rheology of viscoplastic media. Trud7
I no.14:38--51 149. (KMA 12.-n)
l.Kafedra "Protsessy i apparaty, gidravlika i obahcha7a
khimichoskaya tekhnologiya" Kazanskogo khimiko-takhnolo-
gicheskogo iDstituta, im. S.M. Kirova.
(Rheologr)

TYABIN, N.V.
Slow motion of a sphere in a viscoslastic fluid. Trudy EXHT
no.14:52-55 149. (HIRA 12:1.1)
(Rheolog7)

--- TTABIN, II.V.
Archimedes' principle and Bernoulli
fluids. Trudy XMI no.15:119-121
equation for viscoelastic
150. (publ. 151]
(MIRA 12:12)
(Fluids)

TYABIN, N.V.
I. I ,
Flow of a viscoplastie medium on an inclined surface and in
a conduit with a semicircular section. Trudy KKHTI no-15:
122-124 '50. [Publ. 1513 (t4lRjl 12-,12)
1 (Fluids)

I~tw-4- -
1W IgIV.
Movement of a sphere in a viscoplastic disperse fluid sy-atem. T--jAy
KMI no-17.-84-93 152 [publ. 1531. (MIRA 12:11)
(Fluid dynamics) (Viscosity)

TYABIN, N.V.; FMVKIN, M.A.
Flow Of VISCoplastle fluid disperse systems in conical pack!ng and
the immersion of the cone in disperse systems. Trudy KMI n5.27:
1 94-108 '52 [publ. '531. (Fluid dynamics) (mm 12*11)

Di me neioml P-r-a-jf:,, s --if ~jtyqs vise ()DIasf ic f !-,)id 'd, -
True,,, F.-K.1-:TI '53 [-qubl.
(DiTionsionnl

-,YfailT, S-1, Y"'I 7~-,.P.; Vr,',OGIU.DOV, G.V.
fai,ml forcoc. rptibl.
ir
:-~ -tz-Fluid dv-nvricr,)

Vjj~OIWJ)C~V G.7.
JT.V
o~ - flat cono in tir- --laje. K-:KTI nc~.
tzf
41.
(lebricitticr

!'OSM111T,
Ti, r. t inw

10(2\
r SOV/64-59-5-18/28
AUTHORS: Yerofeyev, A. A.,..Tlabin, N~ V.
................. '_.,
TITLEt Intermixture of Viscous-plastic Disperse Systems by the Aid of
Agitators
F3RIODICAL: Khimicheskaya promyshlennost', 1959, Nr 5, PP 436-441 (USSR)
ABSTRACT: The process of intermixture of viscous-plaotic fluids is il-
lustrated according to the theory of resemblance (Refs 5,6).
The calculations for the purpose of generalizing experimental
data and calculating the necessary capacity for intermixture of
viscous-plastic fluids, base on the equation Eu. - KReO (14)
M
(L'u. - Euler-criterion, ReM - Reynolds criterion, K - coeffi-
cient, m - experimental value, the index M means the generaliza-
tion of resemblance criterions for viscous and viscous-plastic
fluids). The criterion of boundaries was laid down (being char-
acteristio in the region, in which the fluid starts to flow
with increasing velocity), and measurements were made by a
testing arrangement (Fig 1) with 6 different agitators of the
frame type and with 3 agitators of the turbine type (Fig 2).
Card 1/2 One of the agitator types is used in Kazanskiy neftemaelozavod

SOV/64-59-5-18/28
Intermixture of Viscous-plastic Disperse Systems by the Aid of Agitators
(Kazan' C j-1 'he single agitators exhibit different
sizes in relation to each other (Table I). The intimate mixture
of synthetic (lubricating) greases US s- 2 and of petroleum mix-
tures was investigated by means of a rotation-yiscosimeter RV-6.
The functions between the Euler and Reynolds criterions were
obtained for every used agitator by generalizing the experi-
mental data according to methods of the theory of similarity
(Fig 6, Table 2). The method of calculating the capacity, that
13 necessary for intermixture of viscous-plastic fluids, is sug-
gested on the strength of results obtained. The shape of the
free surface in the agitator vessel as well as the criterion
of the boundaries are of no special importance to the agitator
capacity required. There are 2 figures, 6 tables, and 7 ref-
erencea, 5 of which are Soviet,~
Card 2/2

SOV/124- 57-3-3 120
Translation from: Referativnyy zhurnal. Mekhanika, 1957, Nr 3, p 68 (USSR)
AUTHOR: Tyabin, N - V
TITLE: Unsteady Flows of a Visco-plastic Disperse System in a Layer
Contained Between Two Coaxial Cylinders and in a Cylindrical Pipe
(Neustanovivshiyesya techeniya vyazko-plasticheskoy dispersnoy
sistemy v sloye mezhdu dvumya soosnymi tsilindrami i v tsilind-
richeskoy trube)
PERIODICAL: Tr. Kazansk. s,kh. in-ta, 1956, Nr 35, pp 213-225
ABSTRACT: In the first problem the author analyzes the circular motion of a
visco-plastic medium (with the yield stress in shear taken into
consideration); in the second problem, its rectilinear motion
between two coaxial cylinders. In either case the author solves
simultaneously the differential equation of motion of the inner
cylinder and the differential equation of motion of the medium with
the local time derivative of the velocity taken in an averaged form
(Slezkin, N - A., Targ, S - M ., Dokl - AN SSSR, 1946, Vol 54, Nr 3).
In the third problem the unsteady flow of a visco-plastic medium in
Card 14 a round cylindrical pipe is likewise studied with an averaged value

SOV/124- 57-3- 3 120
Unsteady Flows of a Visco-plastic Disperse System in a Layer (cont.)
taken for the acceleration (see RZhMekh,
is adduced between the design graph of the variation with time of the firic rce
moment and experimental measurements. A considerable divergence betweenthe
above-mentioned graphs occurs in the "starting-up- period" sector.
N. A. Slezkin
Card 2/2

5( SOV/69-21-2-14/22
AUTHORS: Mamakov, A.A.p Tyabin2_N.V._, Vinogradovv G.V.
TITLE: The Application of the Similarity Theory in Calculating the
Flowing Processes of Plastic Lubricants In 'rubes (Primenen-
iye teorii podobiya k raschetv- protnessov techeniya plast-
ichnykh smazok v trubakh)
PERIODICAL: Kolloidnyy zhurnalg 19599 Nr 2, pp 208-215 (USSR)
ABSTRACT: The authors propose two methods of generalizing experiment-
al data, and the calculation of the flow of plastic lubri-
cants in tubes in the form of a dependency of the tube re-
sistance coefficient nn the generalized Reynolds criterium.
The variable effective viscosity method consists in the de-
termination of the generalized Reynolds criterium according
to the value of the local effective viscosity for the layer
contiguous to the tube wall. The constant paramet-~r method
consists in the approximation of the flow curve in the form
of straight lines corresponding to the equations Shvedov-
Bingham and in the determination of the generalized Reynolds
C ard 1/2 criterium according to the parameters of the viscous-plastic

SOV/69-21-2-14/22
The Appl-'.cation of the Similarity Theory in Calculating the Flowing Pro-
Ceases of Plastic Lubricants in Tubes
flow. The application of these methods permitted a general-
ization of axperimental data concerning the flow of plastic
lubricants in tubes_qt a change of the speed gradient from
0.03 to 35,400 sect, ~9 the length of the tubes by 250 times
and their diameters by 36 times. The authors have found an
expression of the tube resistance coefficient from the ge-
neralized Reynolds formula at the flow of plastic lubricants,
and have shown that for the calculation of loss of pressure,
the usual hydraulic calculation methods can be used. These
are based on the method of.approximating curves of the flow
of plastic lubricants in rotary viscosimeters. The authors
mention the followin- Soviet scientistst G.V. Vinogradov,
V.P. Favlov, V.G.Petrovskiy, N.V. Tyabin. There are 5 graphs
and 21 references, 12 of which are Soviet anti 9 English.
ASSOCIATION: Khimiko-tekhnolog-icheskiy institut im, 3,M. Xirova, Kazan,
(Chemical-Technological Institute imeni S.M. Kirov, Kazan')
SUBMITTED: May 6, 1958
Uard 2/2

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P RIN N, 1/,
I
B-14
USSR/Physical Chemistry - Colloid Chemistry, Dispe~rsion Systems.
Abs Jour,. Referat. Zhurnal Rhimiya,, No 3, 1958, 7349.
Author N.V. Tyabin) G.V. Vinog;mdov.
Inst -------
Title Application of Approodmation Method to Computation of
Dispersion System Flows.
Orig Pub: Kolloida. zh., 1957, 19, No 4, 505-510-
Abstract: The necessity to evaluate concrete values of maxi-im tangen-
tial stresses and velocity gradients at the approximation of
flaw curves of dispersion systems was shown on the example
of flows of plastic lubricants in plain bearings and of bi-
tumina along inclined planes. An expression vas obtained
for the rotation moment depending on the angular velocity
of rotation at the flow of a plastic dispersion system in
the ring-shaped clearance between coaxial cylinders, if the
flow curve could be approximated with n equations of Shvedov-
Card 1/2 -1-

EOWWWWW VINOGRADOV, G.T.
%a theory of flow of plastic dispersed system [with suor-ary
tl~ B*Iishj. Koll. shur. 19 n0.3:352-360 My-Jo '157. OUZA lOt8Y
1. Institut nefti Akademii nauk SSSR, Moskva.
Molloida) (Fluid dynamics)
.1

.il~-*
1.

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USSR/Chemical Technology - Chemical Products and Their Application. Treatment of
Natural Gazes and Petroleum. Motor Fuels. Lubricants.,
1-13
Abst Journal: Referat Zhur - IChim No 19, 1956, 62634
Author: Tyabin, N. V., Vinogradov, G. V.
Institution: None
Title: Sinking of a Flat Wedge in Lubricant Grease
Original
Periodical: Tr. Yj.~zan. khim.-tekhnol. in-ta, 1954, No 18, 22242"09,
Abstract: Results of investigations of kinematics and dynamics of s4rild g of
a wedge in lubricant greases. Derived is the law of velocity dis-
tribution during sinking of the wedge and an equation that corre-
latee kinematic and dynamic quantities on stationary sinking of
immersed wedge into the lubricant.
Card 1/1

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Fill

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"BElliavior of Structure Dispersu,(l "'stems in tlae Fici(I Of lbvarlent of
Cnetrifugal Forces" (Pavcdeniye strukrirovannylsh dioper:3.,ilyl-h v
Pole dL-",Stvig tsentrolbezlinfkh 3i1) rom t1lic back Trudy of Taird LIl-
Union Corference on Colloi(3 CLeiustry~ p. 92-112, In. ;,!I Mosec,*u,
(Report Civen at obove Conference, Ilinsk, 21-1; Dee 53)

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WIRWANAMISIMISMEM

ff J-' I 'i F
RUNK, A.M. (brigadir), AUST, V.I., BLOKH. I.M., KIKGCF, Tu,A.,
ZAGARMISTR, A.M., KUPALOY-TAROPOLK. 1.K., PATROV, J.V TTABIN, V.Te.,
FZDORWO, A.N., sostaviteli; DYUKOV, A.I., KLRSHCOV:"C-T-7~;~Or~-
(All-Union unified norms for geophysical field vork] Veasoiuznye
adinye normy vyrabotki na polevye geofrafisheskie raboty. (Bostavi-
tali: Resnik A.M. i dr. Radaktory: A.I.Diukov, A.I.Kloshchey] Mo-
skva, Goa. nauchno-tekhn. izd-vo neftianoi i gorno-toplivnoi lit-ry,
19519 146 pe NLRA 7:4)
(Geophysics)

YBRKAKOV, L.K.;
_#,.,,Y,,Xbj,MIKHAYWV, A.K. [deceased]; KOMISSAROT, B.M.;
PTIAVA, Y.N.; SVIRIDOV, A.Yea; NINITINA, T.N., redBktor izdatel'stva;
XRYNOOMaKA, K.V., takhnicheakty rodaktor
[Production norms for geodetic and topographical vork in geological
prospecting and geophysical organizations. Supplement to the jinifted
production norms for geodetic and topographical vork in the Ohl 'of
Administration of Geodesy and Cartography of the Ministry of Interior
of the U.S.S.R.] Normy vyrabotki na geodazichaskie i topograficheekle
raboty goologo-rasvedochnykh i goofisichaskikh organizatsit. Dopolne-
nie k edinym normam vyrabotki no goodezichookie i topograficheekto
raboty GUGK KVD SSSR 1954 g. Moskva, Goo. nauchno-tekhn. izd-vo lit-
ry po gaol. i okhrane nedr. 1956- 51 n- (MLHA 10:1)
1- Russia (1923- U.S.S.R.) Ministerstvo gaolQgii i okhrany nedr.
2, Hinisterstvo goologii i okhrany nedr SSSR (for Tereakov) 3.
Ministerstvo neftyanoy promyshlennonti SSSR (for Pyleva) 4. Minister-
stvo ugollnoy promyshlannosti SSSR (for Sviridov)
(Geodesy) (Cartography)

TYABINA, Z.A.,
1932, No Journal reference.

TUBIN, V.Ye., redaktor; TROFIK)V, A.V., tekhnidheskiy redaktor.
[Valuation of field and office geodetic and cartograph1c work for
geopbysical prospecting In the petroleum industrjrj Rasteenki na
polevye I kamerallnys geodezicheakie I kartograficheskle rabot7
pri geofisichaokikh razvedkokh v neftianoi promyshlennosti. Raz-
rabotany Normativno-iseledovatellskoi stantelei pri treate Moe-
neftegeofizika. Utversshdeny prikazom Glavneftege0f12ikl no.89 ot
14 iiulia. 1952 g. Moskva, Goa. nauchno-tokhn. izd-vo neftianoi I
gorno-topliv-noi li-t-ry. 1952. 178 p, (M12A 8:5)
1 - ' '
1 . Runala (1923- UOSS.R.) Glavnoye upravleniye geofizicheekoy I geo-
;;imicheekoy razvedkie'
(Prospecting-Geopbysical methods)

VOLITAR, F.I.; Tyj~-IIIIL,. L.S. (Kasanl)
--l-1 -l,
Ilemangit,ruts of the spine. JrAz-rw.-d.7lrv. 40 no.1:811-85 Ja-Y
'59. . (SPINE--TIRIO-as) (14IRA 12: 10)

ALM-MRS: Kreymer, S.Ye., Tuzhilina, ',i.V., Golovina, V.,%., 3~'-3-2/:-"
Tyabina R.A
TI TLE: Me Determination of Cobalt and Cadmium in Vickel of High T"urity
(,",'predeleniye kobal'ta i kad-iiya v nikole vysokoy chis-toty)
PERIODICAL: Zavodskaya Laboratoriya, 1958, Vol 2h, Nr 3, pp. 262-26b (usrm)
ABSTPACT: This method of determining cobalt is based upon a suggmstion
made by V. P. Zhivopirstsev 7,Nefs. 1'-V , according to Aiieh
cobalt together viti diant71pyryl-meThara and alfunonium thiocyanate
gives a light blue precipitation which is soluble in concentratee,
xn-nonia. From t1-.0 Drecipitation the cobalt is colorimetrized
i6th nitroso R-salt. "recipitation is carried out in tLe mediiLra of
sulfuric acid, the deposit is distinctly soluble in hot water, and
must be washed with 1% a-=cniun thiocyante solution. T~e process of
analysis and the results obtained wfien determining cobalt
(O.Qoo2/10 Co) are given. Determination of cadmium Js c~~rried rut
by a modified method, also developed by Zhivopistsev /T."ef. b'7
~V
by precipitation u-Ith diantipyryl-mathane in the presence of
bro-ads- or iodide ions. In t1ds way it is possible to determine
Card 1/2

The Datermnation of Cobalt and Cadmiin in Ifickel 32-3-2/52
of High -Purity
O.oool OA% cadmmi in nickel, potassium iodide being used in the
case of low percentages, because it forms complaxes which are not
so easily soluble. If copper 18 presant, it nust ba rmioved b.
precipitation with thiosulfate; after combustion of organic
substances cadmiim is determined polarographically. An exact
process of analysis as well as a table of results obta-2ned by
the suggested and by two other methods is given. Tbero are 2
tables and 5 references, h of O)ich are Slavic.
ASSOCIAMON: "Severonikel" Combine (Ko.-ibinat "Severonikell"
AVAILABLE: Libra.-j of Congress
1. Nickel-Gobalt-Deter-tin.,tion 2. Fickel-Cadraima-Dete mination
Card 2/2

KUYMER, S.Te.; TUMILINA, N.V.; GOWVINA, V,A.; TTAHIiA;' R.A.
Determination of cobalt and cadmium In high-puritjr nickel.
Zav, lab, 24 no.3:262-264 158. OURA 110)
I.Kombinat "Severonikelf".
(Cobalt--Anal7sis) (Cadmium-Analysis) (Nickel-Awaysts)

TASATOGHKIN. V.1.; TAYTS, Ye.M.; nAVYDOVA. M.Ai; TUBINA, Z.S.
Changes in the structure and physiconechanical properties of coals
under thermal processing. Trudv IGI 8:89-95 '59.
(MIRA 13:1)
(coal)

trl
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,71ft W

mf-ut Of IU Wti)ygth, zud fcnrra~- -A'
qUent heatins, -hkh ~-e Emirn-L', to ;acdzt. 0": q~mlify ai
the &.oLm Gf b1c.-As wit haAlt mdurtwr. i"

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i_ . . w;. I -~i ;, I !a v () -3 ii-.~. 1) , ~, ~P z I

TYAERIAI Z. S.
zC~i: TYABIIIA, Z. S.. TAM, YI:. 1., KCY.--.-A~- iz. YE.
b
j,
vo upri'ney I)rcm-!,t; Zir,. r-nc-,,,
1948, s. rE-e3.- B-iblicTr: P, nizv.
SO: Letcoin 1 Zhoirw~l 'twlrh St-tov , Vol .

! " ./ 1, , - -T . : A y.
i -, ~ . ~ L .
I . r4 !,:) ~ , C-~ - 1 . -7 - ~,
- . , IL , -.: " - , I ~ ~ t - ~ '; -' ';
". -, 0 -7 -, , I ~, ",:, ; . - ~~ I .--,
.,% 1, . 14 ,

T-IAE-,'lNA , Z . S; .
,, 'Ala" , Za,,,od Ln' , 'Vc t ., 1943, v. 14,
- , . - I

TYASLIKOVY 9. V. Cand. Physicomath. Sci.
Dissertationi "Certain View l%thods in the Theory of the Crystal-ine 51tate.1,
Moscow Order of Lenon State U. imeni M. V. Lomonosov. 4 Jun. 1947.
v
SO: Vecberrivayf.. Moskva, Jun. 1947 (Project #17836)

WABLIKOV, S.
USSR/Crystallization' MY 1947
Crystals - Grovth
"On the Problem of Crystallization," S. Tyablikov,
4 pp Nwwv V& U.
"Zhur Fkap Teor Fiziki" Vol XV11, No 5 n41
Crystallization is treated as the result~olf In-
stability of density distribution. Theoretically
computed values of temperature of crystallization
for argon and mercury are found to agree with
known values.
9M

TYABLIKOV $ S. V.
42034: TYABLIKOV, S. V. - Povedeniye priruesey v slabo-naideallrom vyrozhden~~r)m -;=e,
podchinyayushehemsya statisike boze. Zhuxmal eksparin. ! teor-.-t. 71-?i~~, IF-Y7,
Vyp. 11. S. 1023-29. - Bibliogr: 5 nazv.
SOt Latopis' Zliurrialtriykli Statey, Vol. 47, 1948.

jouri&I of ftpaillaktal wA Theoretical
PbYei0so Umto Vol. 18, No. 4,114g
TX&J.0,QX-SwVv (1403COW State University), Quentun-awchanic&I cansid#rallon Of the
dynamics of crystallic lattice, 368.73
1. Starting with qusnttm equations of motion of the problem of f4 Wies. an ignesti.
- catiort in wade of the dynamics of a try2talline lattice, Tile first ArI)FOxiawlitul
. Ivalls 10 the results Of the Down theOlrY Of the lattice. Tbe trakolts Of the Itco(A
approxiWation probably zhM mom peculiarities of the spectra."
Sources GTRSPL, 101- 1, NO- 5

say 48
Stitistical 'foohanics
128haVior of ImIrarities in a. Slightly Nonideal-
Degenerate Gas Obeying Boas Statistics," S. V0
T~ftblikari.-, Math Inst, Acad Soi UM., 7 PP
Zhur, Zksp6r I Tooret Fit" Vol Mn" lic, 11
Disoizesee problem of power Uistributiom of partl-~
"clan interacting with a syzr~m vith a. great vuber'
of'00648, of freedou. kluatio squiticlu
a
f~r wticles of tb6i
. Wrec.
of xWwd tbeo:7
~*f d!
f sautim it ~ f6ilow
ftwool equilitrim vith ejz~-' e- to I t -a -a' .6 a
viitid ,t*ung . ,ze in'iv~~t togetter
vith notmil part of 3059,948.40 suindittoea
18 JM:48.
5 /49T61

... 1. 1---.1
. TYA3LTKOV. S. Vw KOZY101, B. M. and ALITEHUL&Z, S. A.
IIK Horter, Faramagnetic Relaxation", r-Aoscow Forei.-.n Literature Fublishin.-
: House, 1949.

BOMTUBOV, H.M.; TYABI.IXGV, S.T.
Self-energy conservation in the nonrelativistic field theory.
Dap.AN URSR no.$:10-16 149. (MIMA 9:9)
l.Diysniy chlen AN URSR (for Bogolyubor).2.Institut matematiki
AN URSA.
(Field theory) (Pcree and energy)

.TYABLIXUVI S. V. .,
USSR/ Mathematics - Perturbation Method
Physics - Atomic Structure
Ma r 4 9
"One Application of the Theory of Perturbation to the Polar Model of a Metal," N. N.
BDgolyubov, S. V. Tyablikov, Math Instq Acad Sci USSR, 5 PP
I'Zhur Eksper i Teoret Fiz" Vol XIX~ No 3 0 - 2XI -SI,
Presents results of one form of the theory of perturbation for a degenerate level
applied to the polar model of a metal. Develops simple method enabling results of
theory of perturbation to be used without recourse to method of secular equaltions.
Submitted 7 Oct 49.
Am PA 32/49T54

TYABLIKOV, S. V.
USSR/11hysics
Quantum Mechanics
Mathematics - Applied
Yer 49
"The Approximation Method of Finding the Lowest Energy Levels of Electrons in Metal,"
N. N. Bogolyubov, S. V. Tyablikov, Math Inst, Acad Sic USSR, 12 1 pp
"Zhur Eksper i Teoret Fiz" Vol XIX, No 3 - 0. XA-69
Frs9ents approximate method of secondary quanta for determining energy spectra of
we~-'ay excited states. Results are illustrated using theory of ferromagnetism as
excimple. Establishes that definite electric current is connected with spin waves.
Submi"VtM 7 Oct 48.
FA32/49T90

/physics Particles Jan 50
Statistical Mechanics
r4 ~*Tbeory of fionlocalized Particles," A. A. Vlasov,
3
O,Zhur Eksper i Teor6t Fiz" Vol XX, No 1
Remarks in response to article by S. V. Tyablikov,
In same issue, "Some Co=ents on ii~-Pi6b!~m of Many
NxUes as Set Up by A. A. Vlasov." Vlasov reaffirms
tim statements: (a) rejection of the'spatial and
4elocity localization of particles as factor preced-
iag the interaction of forces; (b) consideration of
the finite bond of individual properties of particles
155T80
tTSSR/Physics - Particles (Contd) Jan 50
and the laws of their notion and the total col 1 ectiv-
Ity (collective interaction, for arbitrary forces).
Comments on Gilbbsian statistics. Submitted 20 Oct 49

~USSR/PhygiCe - NAB= inn 50
Statistical Mechanics
*Some C nts on the Problem of Many Bodies as Set
Vp by A. A. Vlasov," S. V. Tyablikov, Math Inst, Acad
USSR, 7 pp
~"Zhur FJmper i Teoret Fiz" Vol XK, No
.Vlaaov has mqd significant contributi,)T~s,to the
plasma theory-, including method of "self-congruent
,flelda" and his mathematical treatzrent of "la"ing
,Gmd leading potentials" and their "hal -sums.* Be-
Cently, however, Vlasov has published a number of
vorks relating to certain problems in the theory of
USSR/Physics - Plasma (Contd) Jan 50
~condensed media and the general problem of many bod-
les, in wbLich he has extended his methods from plasmas
itheory to a completely different type of problem. Au-
,thor maintains this extension is not justified and
criticizes the recently published vorks in detail.
Submitted 13 may 49.
155T83

--~ 1~1~

TTABLIKOV, S#V.; LASHICARIOV, V.Te., diyanyy chlen.
I------------
Energy spectrum of electrons In ionized crystals (weak link theory). Dop.Aff
URSR no.4:239-242 '51. WaA 6:9)
1. Akademiys, nauk Ukrayinalkoyi, RSR (for Lashkarloy). 2. Matamatyahnyy
instytut im. V.A.Staklova Akademiyi nauk S-RSR (for Tyablikov).
(Crystallograpby)

re

185T101
91 rob- 51,
,4~eory of Elementary Excitations in Weakly-Nonideal
Electron Gas in a Crystal," V. L. Bonch-Bruyevich,
S. V. Tyablikov, Inst Phys Chem, and Math inst, Acad
Sci USSR
"Dok Ak Nauk SSSR" Vol LXXVI, lqo 6, pp 817-819
Considers-problem on energy spectrum of syst of elec-
trona in crystallic lattice under assumption that in-
teraction of electrons is small, i.e., density of
electrons is considered small in'comparison with num-
bar of atoms (or ions) per'unit vol of the lattice'.
Authors vtre assisted by N. N. Bogolyubov and*F.-'F.
Vollkenshteyn. Submitted 22 Dec 50 by Acad A.F.Ioffe.
185TIO1

a
i

UM/Physics - Polaxon Ionic Crystals Mar/Apr'52
"Sow Peculiarities of the Interaction of Electron
With Lattice in Ionic Crystanlc," QG.V. Tyn:blikov
"1z Ak Nauk SSSR, Ser Fiz" Vol XVI, No 2, P 232
Brief contents of a report. Eigenfunctions and
elgenvalues of the energy of an electron inter-
&Cting with polarizing waves are found in ap-
proximation of strong and weak bonds. In the case,
of veak bond the dependence of effective mass and
_;Muctua-ting rg4iux or polaron on temp. is found.
The'addn to =*uaa enera of 2 electrons, produced
by, thetr interaction vith the phonon field, Is
aqwVuted. In the case of strong bond, results for
ezem and effective mass of polaron are obtained.

TYA131,TKOV, S. V.
Electrons
Energ:, spectrum of electrons In ionic cr-.1o-'V-nls (with stronj `~-ond). 22,
no. 2, 1952.
'' ~ -, 1.9 1~ 11
9. Monthl List of Russian Accessions, Library of Congress, j'x'"V-~~S ;f- 19;3", Uncl.

-T. -.
-t - A-f -, .
491

V
FA 242TWO
USSR/Physics. - Semiconductors NOT 52
"Review of S. I. Pekar's Investigations Into
the Electron Theory of Crystalso," S, V. Tyab-
likov
"Uspekhi Fiz Nauk" Vol 48, No 3, pp 447-451
Subject monograph summarizes recent investiga-
tions conducted by S. I. Pekar, his students
and associates, pertaining to theory of semi-
conductors and dielectrics with ionic crystal-
line lattice. Bibliographic data: "Issledo-
vaniya po elektronnoy tecrii kristallov," Moscow-
Leningrad, Gostekhizdat, 1951, 256 pp.
242Tloo

'II'ZXabHk'ov*t-S". V. Questions of InvuLance under translattm
in the thmy of adiabatic Ukrain. Mat.
approximation.
2urnal 5, 152-158 (1953). (Rusi`ian~
A quantum-mechanical system with internal degrees of
freedom is bound to a fixed centre by an external force. As
Mathematical, Revi*U#.
the strength of the external force tends to zero, the system
MALY 19A will in the limit become free and acquire The property of!
MAthematical Physics being invaeiant under translations. The quanturn-mechan
icil description of this limiting process is horked out i~
detail. The purpose of the, paper seems to be maint
to- pedagogical. F. J. Dyson (Princeton, N.

~- -~~ ', , * T
I- 1- -1 -
-424~ -C. f ~,-' ODW'filg-
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I I .
e

TYABLIKOV, Sergey Vladimirovic#
Mathematical Inst imeni Steklov Aced Sci, USSR, Academic
degree of Doctor of Physica4lathematical Sciences, based
on his defense, 13 December 1954, in the Council of the
M oscow Order of Lenin State U imeni Lomonosov, of hIs dis-
sertation: "The~-peculiarities of the conduct of electrons
of conductivity in the theory of ionic crystals".
Academic degree and/or title: Doctor of Sciences
SO: Decisions of VAK, List no 8, 2 April 55, Byulleten'
MVO SSSR, No. 14, July Moscow pp 4-22, Uncl.
JPRS/Ny_~29

TY"LIKOV" S. V. FD 418
USSR/PhyBics - Electron energy spectrum
Card 1/1 Pub. 14-(-4/A
Author Tyablikov, S, V.
Title Energy opectrum of an electron in a polar cryutal. II
Periodical Zhur. eksp. i teor. fiz. 545-550, May 1954
Abstract Investigates the form of the energy spectrum of a "surplus" electron
in a polar crystal under assumption that the interaction of an
electron with oolarized oscillations possesses an adiabatic chai-acter.
Carries out a treatment approximating thE method of almost free electrons.
Institution : Mathematics lnetitute, Acad Sci USSR
Submitted : October 8, 1953

TYABLIKOVA S. V, and WWLYUBOV, N. V. I (Moscow)
"Approximative secondary quantization methods in the quantum theory of
magnetizm," a paper submitted at the International Conference on Physics of
b1agnetic Phenomena, Sverdlovsk, 23-31 MBY 56.

TYABLIKOV,-S.-V. Moscow)
"On the Theory of Antiferromagnetism," a paper submitted at the International
Conference on Physics of Magnetic Phenomena, Sverdlovsk, 23-31 May 56.

TYABLIKOV, S.-V., and MEEV, A. A... (Hoscov)
"On the Temperature and Field dependence of Magnetic Anisotropy Constants,"
a paper submitted at the International Conference on Physics of Magrdic Phenomena,
Sverdlovsk, 23-31 May 56.