SCIENTIFIC ABSTRACT AVUNDZHYAN, V. I. - AWIS, A.

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• Collection: Scientific Abstracts
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• Sequence Number: 16
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

BEZIRGANTAN, P.A.; ZAZYAN, Z.F.; AVUNDZHYAN, V.I.
Bent crystals with t%to radii of curvature: of
reflecting planes.
'Zav.lab. 2,) no.llt2382-1383 163. MRA l6sl2)
1. YerevansHy gosudarstvennyy universitet.

oi,' cZartz
oscill"icna:
oscilloscope,
t
LJ
a The eiectr4c clternatin~ fJc'd was directed along
t.-.C "."-,ow ~'Z~y fbo'~~' d-.*I,cc-.Cc, "13 Was 111ciden-z; On
t1he Xy
n z%r'(. -";-X X- wzis placed perpun%~ic--'ar To thc! prinmry
boam. ox-neri-
.i-.c Lane
'-t; '-Ovn t'., 0 oxc~.tod Cinly the intcr"Aly Of L
3-161~5 !OC--LCCA 0:11 U-'.,)Ur ~)Lrt Of t'..10 a' 0 C equ'~-~ Or
-' a G'- C).,. -
W(!",Q ".0t ";Itu-'Ily L II i X d r 0 c On b L T,
'ry X-Cuz
L.". Ut r, 0.
occl;'.-~' rz -.0 Y Ca':;. -- t r. conclu4cd
z"ac Q'.i:-CCT'.-*on of
t~;e Lzi-ne paT.-~err.G c.-x, I)a
L-'-.;- C
and QC-
T.ais report was zrenenteO by
Xoc 19 Gc'.o"jCr 1965. Oril,-. har': ~ figures.

AVUNDZI +~ -- Z.-S. -.* Otnd Agr Sol -- "Descriptiol, of
the mo-ming and pirture
soils of Ra;danskiv (Akhtinskiy) Rryon of tht- Armenian
SSR in connection with
their reLdical improvements." Yarnvrm, 1960 (Committee
of the Council of
gqmwAdm Ministers AArS6R for Higher rnd Secondary
SpfoiAlized Edvoation.
Armenlun 4r la-0.). (El", 1-61, :!00)
-279-

T7ERDOKRLEB, G.V.1 ARAKUNDV, A.A.
Bffeot of tonperaturs, on the ch"ea, in the
coefficient of
expanaion or milk ple,smat Isvsvya~uoheb.zav.;
piahch.takhe
21l55-157 162. (KRA 15 15)
1. Laningralskiy takkinologicheskiy institut
kholodillnoy
promyshlenn)Bti, kafedra takhnologii moloka i
molochnykh
produktov.
(Milk-Ana.1,vais and examination)

AVVAKMIOVt M.G. (Moslcva)
Overhead chain conveyer. Shvein.prom. no.1,21-22 Ja-F
161,
(MIRA 14:3)
(Conveying machinery)

GANNIU31M.1", S., Prof.; AWAKIM."CV, 1'. ~0.' Docont; T. 1-
Z'ablOt3l-.-:Ly'
Instructor; M':Llitary Vetcrinanj A
dtcadcrly.
"Lurolls Therapy of Stningles In lJor3call
Bolczni Loshadey (Equirie Diseases), Sbornjl.,- Rabot, Ogiz
Q--'cllkhozGiz, l')147, Compiled by
A. Yu. !3ranzburg and A. Ya. 3hapiro under Editorship of A. 1'.
Laktionova, State Press for
Agric. Literature. Chapter V- ','cstu and Practice, 1) 258 TAITI CON,
.4-99-22, 1 LaY 1950, p 6

AWAKWIV
S e 1,;Gn _ Ur i; Tll.~OFEYEIV, I etr
Tizol'eyevich;
V.m., r7i,
Krinash. Uoboksany, (..huvashsko:i knii-Jime
iz(,I-vo, 1965.
1,117 P. (MMA 18.6)

AvvAm,~ru , --. I.
-VANUMDV9 Se I., Ms *too**. to.Geroichoskit Lqnin.,Iraf,
1917-194~. LAningrad, Gospolitizdat,
194). iv, 233, (1) p. 'Lening-radskii institite istorit VKP(b)
Filial instit.
Forksa-Sngel'sa-Lenina), DLO: DK56,8.Agg
30t LC, Soviet Geography, Art II, 1951Anclassi-fied

3 (','
AUTHOR; AvTakumor, V. A. SOV/50-59-3-4/24
TITLE: Position of the Lmvel of the Mfiximum Wind Velocities
in the
Differeni Parts o:! the Jet Streams (Pclozheriya -ar:~vnya
m&k.ei-
mallnykh skoroster vetra. v -.,azl!1-..hnykh chastyakh
struynykh
tocheniy',
PERIODICAL: Mateorolcgiya 1. g'A.drologiya, 1959,.. Nr- "..,
PP 2i, - 29 (USSR)
ABSTRACT: Mary meteorologists are of the opinion that the
level of the
maximum vind relocitles Is always 1--2 km below the tropo
ause.
AppJied tt~i jet 6tre=6~ esper;islly to the zy-,,Ionlo (ooM
periphery this concapt which Is correct in general, becomes
inaccurati. This fact is demmstrated in this paper on the
basis of data. Tho work reported in this paper is based on
aerological observations in Yonraw and Minsk in the years
1952
- 1955 by using maps of baric topography. According to the
mapii
AT 300 and AT 200 the jet streams and the position cf the
men-
tioned p1toes ivith respect to the horizontal axis of the
stream
were determined. Moe7ow and Minsk mayl with raspact to their
geographi,ml positionp well ~hara,tor-.ze the jet
streamsabove
Card 1/3 the Raroptiar, part Df the USSR. A total of 686
cases of jet

Po'sition of the Level of the Maximum Wind Velocities
SOV/50--59-3--4/24
In the Different Parts of the Jet Streamg
streama were investigated. They wore dIA-dided intl 3 groups:
!) Cycloai~ paripherj: -if th.,- point was on the -bold
(left) part
of the jet stream (&-~-:~Qxding to t~.e AT 300 Map). 2) The
~bserva,-
4ion points are located (,n th,~ axie or read-, the ax!s of
the jet
I
stream. It ~oncexns thcae case4 where the point 1:~es in the
range of the maximum ~ondens,.itie,,n of the isohypoes and of
the
maximum wind velocities- 3) Ant,..:y,:.1or1i,.- those cases
aze ~-,~n,~ernpd where the obser-:a-.13n p-Yint wa3 or the
warm (right)
side of 'he stream. The ~angt ~f the minimum temperatures in
the
lipper tr;posphere (-.har&34,eristi: range aocording t~) I. A.
Klemin) was ass-ammd as t7opopauao. The resulta c-f the
investiga-
ti,)na showed tbaT u,; the iy:~Ionic peziphery ol the jet
stream
the level of the maximum wJ.r.1 velo~ltiea throughor~.t the
year is
on the average above the tropopause. This Js especially
aharac-
teristic, of the winxer there thIs lovel is almost 400 m above
the trop:)pause. Hear the axiA of tho jet stream and at the
anti-
c:ycl3nic periphery of this sl,,ream the 1,nvel cf "he
maximum wind
-mlocitias is on the average 1000 - '500 m bf-~7W *~Ihlb
tropopausa.
Card -~/3 It is a nhara~tmris~~'An feature that tlNe avetraee
r-~lative height

POSA'tJou of the Lcv,.~l of the 11aximum W!nd Velo.;'Hes
SOV/5 0'-t1".') - '~ -
In the DIfferent Parts of the Jet Streamii
of the level of the wind velc,,'~tlefj as well a:3 the
height of the trc,pcpaiue fron the p!'rtpliex~
of the 'lot st-ream in the of the ant-',~yclcn.'- periphet:l.
There are 2 tables.
Cai,l 313

AVVAMOV. V.A.; BAKIROV, L.Kh.: DINCHH, L.V.:~ IVAROV, Tu..A.: MOLIN,
.-I-I'MIALOV, D.It.; SHAXHIDZHANOV, Tu.S.; rVENTOY, TA.S.
Now data on the geology of the Actyubinst: part of the Ural
Houatatne region and western Mugodthar Hills and the outlook
for oil and gas. Sor. geol. 3 no. 11:68-84 N 160. (MEU 13:12)
1. Yeemoyuzayy nauchrio-Iseledovatel'skly geologora2VedochnY7
neftyanoy institut.
(bityubinsk P~rovince--Geology)

AVVAMOV V.A.; GRIDASOV, U.N.; IMCIV, TA.B.
low oil field in the Mortuk-Kneap-lankiyakarea in the
Mugodzhar
Hills region. Geol. nefti i gas& 1; tio. 12:12-16 D
160.
(KIRA 13912)
1. Treat Aktyl-bnefteravvedim t Vneisoyusn)7
naachno-iseledovatel.
skiy go o logo- razyedoohityy neftyanory invtitutf~
(Mikgodshar Hills region-6011 fields)

ZIMIAKOV, P.I.; AVVAMIOV, V.A.; PRODMIEVA, M.11.
Practice in using materials of aorophotography for
the study
or local at:-ucturee In the, Aktyulainsk area of
the Ural Mountain
region. Tridy VNIGNI no.34:132-135 161. (MIRA 15:7)
(Aktyubinsk Province-Goology, Structural)
(Aeronautics in geology)

NEVOLINP N. V.; AYJ'AXVAO-V,-T..- A.; KOZLOVA, Ye.
F,,; MATVMV, V. D.;
SHAKHALOV, I. V.
Tectonics end. pm eta for finding oil mi gas in the
Mugodshar
Hills and adlacent regions. Sov. avol. 5
n-P.1009-56 0 162.
(MIRA 15,10)
1, VaesoyusM7 nauchno-issledovateillakiy institut
geofisi-
cheakikh mettodov razvedki.
(Mugodshar Hills region-Petroleum polegy)
(Mug(dth&r Hills region-Cas, Natuml-Goology)

AVVAKil,'M-P v.c.
cont3lnAng
Marn!.tudu oi the lonsea r("'
nonballmiced voltage.
Mothodology of the tosllnr for V 3'!
capad ti ve oorny-nsali on .4,-
Laining higiitir harmon4c,.

AVVAKIJM,OVp V.G.,, in2h.
Power losses in a si,,,Vle..phase Fower conlanser with
nonsintisoldal
voltago. Elektrotekhalka 35 no.20-11 F 164. (141RA 1713)

A VVAh, I IMI'V , V. (i~
Av~,d lahl o 'I o',41 V IL r %"Ala
VY3 a IIC,'I( "'a Zav,~ ; -me rg. t
i I Iq*A L. It ilizherst. I -~v c
v ItAt 1-1. 0:

USSR/ Ph~sicu Phutographt
FD-1046
Card 1/1 Pub. 153 - 17/23
Authors Borin, A. 't.; Makovskiy, A. F.; Odinteov, M. G.; Ivleve, S.
A.;
Avvakumov, V. I.
Title Phut.ographLc material with constant value of the coefficient of
contrast i-a the visible part of the spectrum.
Periodical Zhur. tekh. fiz., 24, 1499-1502, Aug 1954
Abstract Notes that photogiaphic materials with constant coefficient
of
contrast iadependent; of wave length areneeded in solving a number
of problems of spectral analysis and ostruphysLcu. Investigates
the possibil.Ly of obtaining such Materials. Concludes ,hot the
absolute m%gnitude of conLrast var.Les but the character of the
dependence of the contrast coefficient, gamma, on wave length
remains unchanged. Eight references, 4 USSR (%!.g. A. V. Borin,
D. Ya. Martynov, T. I. Smolko, 1952; A. V. Barin, Z. I. Gratsionskaya,
1948).
Institution
Submitted 1 Novembe-,- 1953

~.j
11iiesonatice Parmiagnetic Absorption of Ultrasound.in jonc
Salts
of Aare-Fartli arid 1'~-on Group-. of' Elcmacmtsll asari
Conference on Ilaysico of 1-xgnetic Plieno.,:iens,
j !
viny 1956, 5vurdlovsk, '.,311

AVVAKUMOVI V. I. Uand Phyo-Math Soi -- (diss) "Theory of
Spin-Lattice Relaxation in W Paramagnetic! Salts of -469
Iron-
Group Elements Wi';h an Evan Number of Meabrons." Kazan't
1957.
(.44."r,~
,;)CPICCKM 6 ppA20 c~ii (Kazan' Order of Labor Red Banner
State
Aot im V. I. Ullyanov-Lonin), 110 copies (KL, 17-571 94)
- 2 -

AUTHOR: Avvakumov, V. 1. 126-2-2/30
TITLE:~ On -thetheory-ar-ii~in-lattice relaxation in
paramagnetic
salts of elements of the iron group which have an even
number of eleatrons. (Teoriya spin-reshetochnoy relakeatsii
v paramagnitn;rkh solyakh elementov gruppy zheleza s chetnym
chislom elekt:%onov).
PERIODICAL: "Fizika Motallov I Metallovedeniye" (Physics of
Metals
t
and Metallurgy), Vol..[Vl, No.2, 1957, pp. 193-204 (U.S.S.R.)
ABSTRACT: General formiulae art) given for the time of
spin-lattice
relaxation in hydrated paramagnetic salts of elements of the
iron group. A theoretical investigation is described for
Sali;B of all the elements of the iron group, the ions of
which havv+an nn number of elutron n the+nfilj~d 3d-
s"VII: C MU (3d45D ), Fe (3d951D4)j V Od F2
Ni (3d63 1 0
F4).
It is assumeil that the mechanism of spin-lattice inter-
action is connooted with the modulation of the electric
field by the v.~brations of the lattice. The Kronig-Van-Vleck
hypothesis as I;o the exact nature of this interaction is
Card 1/ 5employed in tho calculations. It is further assumed
that
at the point at! which the magnetic ion is situated the
crystal field b.as a predominantly cubic symmetry. This is

On the theory of spin-lattice relaxation in paramagnetic
salts of elements of the iron group which have an even
number of electrons. (Cont.) 126-2-2/30
sufficiently common in hydrated salts. However, since in
real crystals a crystal field of lower symmetry is always
superimposed Dn the cubic field, three cases are considered
in which the Xield having the lower s.,nwnetry is a) tetragonal,
b) trigonal, vith an axis (C ) directed down the spatial
diagonal of the cube. The f8llowing iaodel is assumed:-
1. The magnetic ion is surrounded by six near neighbours"
(complex XY ; X - magnetic ion; Y - electric dipoles or
charges) watch are disposed at equal distances from the
magnetic ion .3md have equal charges e or dipole moments V,
The crystal fleld due to these neighbours has a cubic
symmetry.
2. Distortionts of the complex XY due to more distant
Card 2/ 5 neighbours aro small and equivaNnt to the
superposition
of a field of low symmetry on the cubic field at the point
where the magnetic ion is situated.

6n the theory of spin-lattice relaxation in paramagnetic
salts of elements of the iron group which have an even
number of eleo.trons. (Cont.) le6-2-z/3o
It is shown that the -time of spin-lattice relaxation is
given by: 2
09 Wn
CL spur _LaA kW W~~_;;WT
k
for direct prccesaes, and by
_~F_l Ell (WRI _Wn") P
# 2
CLI Espur [A kW - WA~j
k
for combinational diffusion of phonons, where
Ak= ( 2__S2), S1_.. 2), +8 S
S; Y K By (SkSy+Sy~Sx)1(SxS7..~Sz8x)l(S?Z z y
and C is the 3pecific heat of the spin-lattice system at
Card 3/ 5 consAnt magnetic field H, a the coefficient of
thermal
conductivity b?tween the spin-sjstem and the lattice, 3 is
is the spin, W,, and W,, , the energies corresponding to the

On the theor,r of spin-lattice relaxation in paramagnetic
salts of elenents of the iron group which have an even
number of eloctrons. (Cont.) 126-2-2/30
spin levels Y1 and -q".
a) Devendenec on H: At constant field H, and provided D>>g Hj'r
is independeET -of H. D~ 0, g occur in the "spin Hamiltonian"
(cf. ref-5);-
W = H + H + H DS2 + 0 (g,HSi+g,HB +g,,HZSZ)
z as so z A. - , . V
and W = DS 2+B (32_8 2)+ p(g HXSX+a T;YS +gzHZSZ)
z Y x a or Y
for axial and rhom4i symmetry respectively. If D- gPH
then the dependence o?jH is different for high and for low
'temperatures. At high temperatures the dependence is as
given in ref.34 and has been experimentally confirmed.
b) Dependence on temiDerature: When direct processes are
responsible for the relaxation, then i,-,jl If combinational
Card 4/5 diffusion of phonons is responsible for7 the relaxation
then: -2 (P>>e )
IV -T-7 (P < Q ; f or salts of Cr,+. Mn+++, Ni++)

On the theor,r of spin-lattice
salts of elenents of the iron
number of eltctrons. (Cont.)
,ro-vT_9 (T. which
corresponds to the
distribution coefficient K. Uoing the data of V.K. Valltsev
et al (Ref. 41
Izv. Sibirsk. Ot-del.'AN SSSR, no. 6, 1961) for
distributing the reaction-
products of rare-earth elements ~iith ammonium nitrate
during its zoned
recrystallization, the authors found the values of X from
Eq. (2) and then
carried out a calculation from Eq. (i). This was-done for
the slab's initial
Card 2/4

27733
3/200161/000/009/003/003
D219/301
Distribution coefficients of lanthanoids...
part; for the end set crys"allization takes place, and the
distribution
is thereby described by another equation which in the case
of one run has
the form
C. XCO (I _g) (3)
where C and CO have the same values as in equation (1), g
being the
slab's crystallized part. The slab, devided into 10
sections, was passed
three times through the mollen zone at a speed of 0*82
em/hr. -seats were
made for La, Pr, Nd, Sm, and Er, the values found fork
amounting to 0692,
0-90, 0-86, 0-83 and 0*75 respectively. These e). imental
data are con-
sidered to be satisfactorily described by Eq. ~er and i,t
is concluded
0
that
A 0-0076ti + 1-97
(4)
where m is the atomic weight of the rare-earth element.
"he author also
notes the tendency for the distribution coefficient to
decrease as the
Card 3/4

W66
s/iei/62/004/012/012/052
B100102
AUTHORS: Kirgintsev, A.N., and Avvakumov, Ytj.G*
TITLE: Invest1gation of the capture of noniaomorphous impurities
by a gvoving crystal from the melt
PERIODICAL: Fizika tverdogo tels, v. 4, no,, 142, 1962, 3427-3434
TEXT: It is shown that during the growth of an ingot at constant rate
in one direction, the impurity dietribution car, be desoribed by
M (P) CIO
or, if the equilibrium separation factor X d6se not epend on the
concen-
_ -1.
tration, by y(p) - X(I-ol-10 10441)11 1 is determined
L ____ :~
from the relation A - I - exp(-Bv) where B iF defined by the type of
impurity and the Intermixing of the vielt; v I's tfie rate of growth
of the
crystal. Here, 01 and c' are the amounts of basic substance and
impurity in
1 2
'Card 1/3

S/-181/62/004/012/012/052
Investigation of the oadture 'of B100102
the solid 0&-c, c 1C and c2l, eav the in i ti a l nmountB of
1-nair, rubntarnce ar?- Inpurity
in the ingot. To check these equations, distribut!.on of the
nitrates of
silver, barium and lanthanum was studied during thc oriented
cryotalliza-
tion of ammonium nitratu. The orystals were grown by the Bridgman
method,
the melt being intermixt-d by a stirrer to ensure ar. even
distribution of
the impurities. 4 - I .. exp(-0.2(')5v) was obtained for barium
nitrate,
X - 1 - exp(-O.i38v) for lanthanum nitrate, and X - I -
exp(-0.103v) for
silver nitrate. It follows therefrom that X does not depend on the
charge
of the impurity cation tut on its size. The smaller the difference
between
the radii of the basio-substance cations and the impurity oations,
the
more easily the impurities are captured by the growing crystal. For
B
the result was B a -0-500 + 0-535rk' where r k is the radius of the
impurity cation. X decreases with decreasing r k- The dependence of
4 on
rk and the fact of its nDt depending on the charge )f the impurity
cation
is explained by the largo radius of the NO 3 anion 11miting the
effect of
its charge to the directLy adjaoent neighbor anions, There are 10
figures and 2 tables.
Card 2/3

L 13013-63 WP(q)/At(n)/BDS AMCIASE) JJD/JG
ACCESSION XR: AP3002W S1021191631=1=10152/03rA
AUTHOR: Valltsev, V. K.; t2b "Ye PyOrlyev, 14 Fe; 2althenkop L. Xh.
o
TIM: Separation of lantianides in mmonium nitrate with the help of
zone
-Sustalli=etion Part 3
SWRCE: AN S:Y Sibirs)~Iye otdolantye. lzveptiyas, Siriya
kh1m1chaskiM h*Alkj
no. 1j 1963, 152-M
TCPIC TAGS: zone crystal3diationi. Laii Ed, Fri EM, Gd, Yi-q
lenthanide separation
ABSTRACT: The possVoility i~f separating Ls) Kd~ Er, Sm, Gdi and Yt
az double
sulfates from. mmoniun nitrite melts by zone cryistallizationws
inve~stigatad.
Separation vns indicated atloer onlY 3 passes of %e molten zone at
0.82 cm/hr,
using ammonium sulfate as pvecipltant; the lanthitnide dottble
sulfates settled out
in the central portion of tle bar. (Amnoni= oxcaute wwalso
effective as
precipitant.) The lighter ilement is more concentrated In the
latter part of the
ingot; it dissolves more regkily'in the 111i Sub il. NO sub 3 than
the heavy element
and passes to the end of the~~ingot. %itimum conditions fcc
selective Separation
(selection of precipitant, iingt~i of ingot, n=ber of passes,
lanthanicle
concentration, eltlc.) remain ~~o be wrked out. Orig. art. has: 2
tables and 2 fig.
Asaociations Iiist.'of Inorganic Cheidstry,% Siberian Dept.~ AN SSSR
'Card

KIRONTSEV, A.N.: AVVAIIIMIjl .
~!t.G.
I ~.
Equations fa! fusibility curves Of simplest binary
systems. Report
No.2. Izv. .110 AN SSSR no.7 Ser.khim.nauk no.2:&19 163.
(MIRA l6tIO)
1. Institut teorganicheskoy khimit Sibirskogo otdoleniya
AN SSSR, Nowsibirsk.

AccEssioN NR, AW28447 S/(a8l/64/bO6/bO4/1167/1l7l1
AUTHORS: Kirgintsevj A, N.; Avvakumv-p Ye. 0.
za-
TITLE% Some patterns of 'capture of nozxlsomorp~oua impurities
during crystalli
tions of potassium nitrate from a melt
If SOUFM Fizika tverdogo telat v. 6, no., 4,,1964, 1167-1173.
~'TOPIC TAGS% potassium nitrat.)p impurity, capture,, impurity
distribation,, crystal
growth
ABSTRACT: The authors studiec.the distribution of different.
nonisomorphous,
impurities during directional oMtallization of potassium idtrate.
The impurities'
veret UNO , A&O ) GsNO I Ca(NO B&('N0 cd(xo ),, X(NO KCNSp
3 3 3 3 2 3 2 - 3 3 3P La(N03)
K2SO4, and K Cr2o,* The depemtonoe of the distribution on t~o
crystalli lon rate.
2 za
under conditions of constant stirring was examined. The sepiwation
factors of tAG
impurities were determined., and it was fotmd that the equation
previously derived
by the authors (FTT, h, 3427j, 1?62),, exprossing the dependents
of the separation
factor of such nonisomorphous,iiipurities on the orystaUization
rate during con-
Card 1/2
Vxn'

NMI
ACCESSION NR: Ap4o34944
s/bl8i/64/Q06/0o5A547A548'
AUTHORS% Kirgintsevs As No; Avvakwwvp Yet Oo
,TITLEs The concentration dependence of tho separation factor
.SOURGEt Fizika tvardogo tola, Y. 6s not 5, 1964, 1547-1;5411
TOPIC TAGSs soparation facto.!, crystal growthp concentration
depandenca
ABSTRAM The authors used Ute equation y (I-P) A-1 to determine Uie
separation,
factor A during crystal growth (y is the relative, concentration
and p is the
relative length or the rod). This equation ir transformed to a
logarittnic ex-
prossion, log y - log X *(A-'.) log (1-p),which, when graphed,
will. give the value
of X . either from Uie slope cr from the intersection with the
ordin.-.1to axis at p
0. Those should give the same vAluo but do nV4 at the low *ralues
obtainod by the
second method (A < 0-5) * If the f irst moUiod gives A 21 tho
second 19 it may be
stated that the difference betareen the two becomos progreauLvely
greater as A
bocoms sipallerp and when X1 ralls below 0.2$ becomes itegativee
This
peculiarity is due to the fact tiat# when < 0,5# the sneration
factor depends
Card 1/2

KIRG-MT517, A.!%; AVVAK111!:)V, Yf 'Go
Effect of the rate of arptallization on the
ei'fectlvene,3a of
zone ymrlfi,,~atlori. h-v. SO Id! SSSR no,7 Ser.
kl,,imo nauk no.2t
Z.t*-f+OT 161, (MIRk 18:1)
1. Institut neorgmicheskoy kblumiA 5lbAr-ik,)Co
otdtleniya PXI
SSSR, Novoq-ftlra~,

Determir,Rtion of kiistribution
6cfd'fielonts frr.,jr, ti-,Ita
crystallization. Fiz. Wer. tela 7
no.5:1583-15B.', It
neorip,anicimikoy

KIRGINMEV, A.N.; AMUMOV, Ye.G.
7nerme)dvnamicF -)f fused salts w."Lth a common ion.
Usp. khIm. 34
nc. :154-175i'Ja 165* (W RA 18: 4)
1. In.Utut nForganichaskoy ldhimii Sibirskogo
otdoloniya AN
SSSR.

I
1, - SY
1'. 11. ; M, it,", X~)'v rJTY, OV, 1,m,
I-.. .
Separation futit~,rti i C rudloaotivo fission elewnts
In the process
of dJ-nf)tod of sodbim nltr~tp. Pv1diols:hWia 7
nc,,,I'.3-7 tf,5# (MIRA 18:6)

KIRGINTSEV, A.N.; ATIANUMV, Ye.,,';.
Relat~cln betireen separe-tim . fsct,,~ra in biwiry and
ternar7 aystems,
Radio'kh4mlis 7 no.l,-107..iio 165. (MIRA 18t6'jl

KIRGINTSEVP A.N.; AWAKMV,-J~e~---
Method for stir:~Ing the melt In dirgcted
crystallization.
Kristallografliq 10 no.3;449-1450 ljy~-Je 165.
WRA 18:7)
J.. In3titut npo:~ganlchtskoy khjmU 31birskogo
otdeleniya
Ali SSSR.

owl
~~j 8*-~iS~ I*
"was- AM32590
4n*,om%r_' A-14
TIM :On the detc*nati4
cryAkw on
sour re
M, ritim ti rdco tel
TOPIC TAGSt crystal groviij
ABSTRACT: The autbora der
I!T!rity Utwe-e-h-Ue melt
n r7 tal is olotnined. byv..
tbe,4ot mat&Wzes unae
of the remainbv and larger',
'bi
in earlier vork on this o.u
nome m1sprJmts,'in the ear314
rigvr;e "d-6 form
Asooc3uami: 11ifftitut uwr~
cbelliAm oo~ AN."
ccqf

KMGINTSV, A.N.; ATIAKUMUV, Y,-,.Co; 01,11H, P.I.
~ "
Bohavior of itlltdi ItOt,41 II%pxIJJe!: "n Ort of
cesium salts from a ualto Dcki, AN 364 n,,.~.:.-t3,,5-l3l8
0 165, (MIRA 18slo)
1. Inatitut, neorganicheskoy bblin.11 i-1,,iolen"ya AN
SSSH.
Submitted Ma--ch 29, 3.965-

KIRGIUrSEV, A.N. I AVVI,KUMOV,-YesG.
Intercrystalline capture of a nonisomorphous mixture
in oriented
crystallization of a substance froz a melt. Izv. AN
SSSR. Neorg.
mat, 1 no.5t6,18-W My 165. (MIRA 18:10)
1, Institut nuorganichookoy kh1m1i Sibirskogo
otdeleniya AN SSSR.

--t --211-18- 66
~t Tjp(a WKjjW'nn
ACC NRs '6011962 SOURCE CODE: IJR/0070/65A'10/003/0449/043
AUTHOR: r4r&intsev, A._N
ORGI Institute of Inorganib Chemistry, Siberian Branch,'AN SSSR
(Institut
--Feskoy kh=J.
neorganic blWekogo otd)leniya An sssrr-
TITLE: Method of mixing ahelt durirq; oriented cryetalllization
SOURCEI Kristallograftya, V. 10, no* 3, 1965, 449-450
TOPIC TAGSj crystal growtho' crystal growing# crystallizittion
I. I I
ABSTRACTt A layer developes near the surface of a cryst4.1 growing n
-a melt t at is
either richer or leaner thai the melt and interferes withproper
crystal growth and
ite degree of purity. The idxing method proposed, intended to
eliminate the layer#
consists of spinning the pa;,,tially filled crystal-growing ampoule
about its own
longitudinal axis%ComparaUve tests were made of various mixing
methods with
Potassium nitrate samples. Test results indicate that a rotating
mixer and spinnin8
of the ampoule gi almost similar ani better results thin mixing by
gas bubbles
or by vibrationp the latter Lnsthod havLng no appreciable offect.
Orig. arto haet
2 figures. Eiml
SUB CODEt 20
SUBM DATE$ 23 HaY64 oRiG rw t
m oTH REFt ool
UD01 W-52

KwitaSEVO A.N.; AVVkxUMOV' YO.O.
Capture of im mrities in orianted and volume
crystallization, Uwe
noorg, khim, :.0 no9912187-2191 S 165. (MIRA MIO)
lo Institut ntorganicbealoy khimli Sibirokop
otdeleniya AN SSSR.

AVVAKII ~~A.OV Yu,K,
I
VInual evaluation of the air flov about a rotating
centtiNgal pot
.in a free space, Izv. vys, uchob, 7av.; tekh. teksts
proms no# 4:
127-134 165, (MM 1819)
1. Mookovskiy twkstilinyy institu..

A-~' 2--l 2tl-j I c . , ~ .
Ntorvdn~ng thf) Rmolint of 9ir ont,,ring, ljjrvj,~
fli~',Jo int,)
the spinrAng -.entriftignl pot rotnt,!ng in a 1'roo
spico. vyn. ticheb.
zr.v.; tokh. t?V.3t.. prom, no,1%117-122 165, 'YNA 18:5)
1. Mo3kovskly tekstillnyy Institut.

BERGO L.O.; SIDOROVAp Ye.Ye.; VIASOV, V.V.; SOZINP
Yu.1,;
AWAKUMOVA , X. N.
t-,
Cadmium nit-ate tetrahydrate and the products of
its dehy--
dration. Mur. neorg. khim. 9 n0-3:536-546 f(r 164.
(KM 17- 3)
1. Khimicherkly institut AN SSSR i Kazanskiy
filial AN SSSR.

EWT
AP6001870
AUTHORSt Kusnate
404 14
SOURCE CODE: I-JR/0190/65/0(Y7/012/.?146/2USI
li "D. A. I fa
za na
ORG- rvazan' Chemico-Techalcal InotittiteAm. S. M. Kirov (Kazanskly
khWko-
tekhnoiogicheskj*- MM-uT i
TITLE: Intoraction of mviv'stic disulrochlorides with
dinethylol-containing
phosphorus compounds,, 2nd cozaunication in the series
Mosphorua-containiq;
sulphonates
SOURCE: V~sokomolekulprqy" soyadinoniya,, v. 7, no. 12, 19659
2146-2149
orgnno-
poly-
TOPIC TMs polyww, p07ww4*&4en) organic phosphorus compoundp organic
sulfur
compound,, sulfonic, acid, Dx Ir .-C, &V~41ZUIII 1we".4-
ABSTRAM Me work was petforued to extend the provloun:~v reported
results of
Ye. V. Kuznetsov, D. A. Fayaullina, anti R. P. Tyurikova
(Itysokomolak. soyvd,,, 7,,
761, 10,65) and particularly to intestigate the posoibility of
synthesizing linear
po2,"ulphonatea on the basia of avoratic disulfochlorides'and
dimethyl-contalning
phosphorus organic coVounda t The following phosphorus-edntainim
polysulfoltates
based on bla-wethylolphoaphtdo *Cid7 propyl-p isopropyl-,,,
isobutvl-# dimethy,101-
phosphines ff.--bin-zene-,, toluene-t, cil6robenzene-, dipherWl-p
naphthalinedisulfg-
chloridoey W-loynthesizede The reactions ware *uvied out either In
the malt or
L:.d 1/2 UMs -iM.64+678.86-

L M2o-66
ACC Nki AP60MS70
In rAeptane at 70-1300o.: several Physical proporti*6 egg*# refraotive
indezo
solubilityp visoosity, ati. were studie4j, arid the results were
tabulate4s It was
fourA that polymulfonaten derived from bia-ftUW1ol-phQaphLWL* aoid
hardstwd whfin
trelated 'with dilgoalm
Le xIOrig, orto bass 2 tables zand 4 equations*
SUB COM I OW SUBM WMt 29J&n65/ MM MPt 0031
2A

AVVAIZIJV,OVA, Ye. N.
Avvakuwtova, Ye. N. - *P!-ocedures for Increasing the
Effectiveness of Ni-
trogenation of Peas and Clovor." Moscow State U imeni M.
V. Lomonosov.
Soil Biology Faculty. M;scov, 1956 (Dissertatim for the
Dftree of Candidate
in Biological Sciences).
Sol Knizhnaya latopis's No. 10, 1956, pp 116-127

PETROSYAN, A.P.; AVVAKIMVA, U.N.
Cytological and cytochemical changes in nodul.s
forming bacteria in
nodules. DoIcl. AN Arm. SSR 39 no.lt49-52 164. (MIRA
17:8)
1. Inatitut mik-*obiologii AN ArmSSR. Predstavleno
skademikom
AN ArmSSR V.O,G~tlkanyanom.

ACCESSION NR: AP4045258 S/0252/64/039/002/00(11/0085
A11THOR: "v~zyan, Yu. M. Sedrakyan, D. M.-
TITLE, Excitation of elect'romagnetIc waves by a charged' particle
moving In a planar
semi-inflnite wave guide
SOURCE: AN ArmSSR. Dokledet, v. 39, no. 2, 1964. 81-85
TOPIC TAGS: charged particle, electromagnetic radiation, wave
guide, electromagnoc-
Ic wave, electromagnetic field, Maxweill equation, clectrodynamics
ABSTRACT: The authors con;Ider the excitation of electromagnetic
waves Inside a
semi-infinite, planar wave-guide, thewaves .being generated by a
charged particle
moving within the wave gul,'e with uniform velocity. Moreover, a
fornKJla Is derived
for the field of radiation Infinitely far out in the plane iuf the
wave-gulde. Moro
-exactly, let a particle hate charge et, and let the particle move
with constant ve-
loci ty-O in the (x, y) plaie so that It does not bisect the wave
front of the wave--
guide, and lot It be at position I with reference to the origin at
t a o. The
(equations of the planes boinding tho wave-guide have the form y,=
:t b, x < 0,
- CIO < z