SCIENTIFIC ABSTRACT AMNAU, E. - ANNENKOV, B. N.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000101710002-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 5, 2000
• Sequence Number: 2
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

ANNAU, Ills.
Significance of cortiojon* therapy In Interstitial
keratitle.
Stemesset 93 no,3:139-142 Sept 56,
1. A Budapesti Orvostud. lVetem 1. Stemklinikaj.
(igas:
Radnot, Maes., egyst. tansr, as orvostud. doktora)
kosl.
(rMTITIS. ther.
cortisone In Interstitial keratitis (Hun))
(CORTISONE, ther. use
keratitts, interstitial (Hun))

NEUR01MY
RUMARY
MWAR, Sandor, Dr. Yedical University of Budapest, Nauro-
logical ClInic (director: HORANYI, Bela, Dr, prof.)
(Budapesti Orvostudomanyi
-,yetcm, Ncurolo,-Ial Klinika).
C.
"On Sarcoldosis of the Nervous System."
Budapest, ldp--,Xo zati Stemle, Vol XIX, No 8. Aui; 66,
pages 237-249.
U _:ya~
Abstracti (Authors' Hun,arian summary) Two cases of
sarcoldosis of the nervous
system are reported. The nature of the pathological
prooese was diagnosed by
means of muscle biopsy In both cases. One of the cases
involved meningo-
encephalitis with psychic symptoms; the other Involved
recurring diabetes
Insipidus and chan,,,es In motor function. Description of
the two cases Is
followed by the presentation of literature data
concerning sarcoldonis of
the nervous sy-stem and some conclusions derived from
them. 9 Hungarian, 28
Westprn references.
1/1

VARYMO, ZePo (Konsva)t BXWTA. Te.K.; KWHOV, &.R.;
ANNATICLITV,,-O&A..-
On Ylsooral lolubmanialis In dogs In Ashkhabad,
Kod,parat.t paraw.
bol. 3? no-St609 S-0 159. (MIRA, 13-.4)
1. Is Turkeenstogo sellskethosysystyannogo Instituta
iment M.I.
Ulinina, Ashkhabadskogo institute. opidewdologli I
gigiyety Turk-
nuskogo meditsinskogo instituta imeni LV. Stalina.
(MISMANIASIS VISOnAL opideviol.)

3 3 V 38
s/665/61/000/003/002/018
E032/n314
AUTHORS: Teplyakov, D.I. and Annavey, A.
TITLE- Study of the optimum receiver geometry for accurately-
reflecting solar installations
SOURCE- Akademiya nauk SSSR. Energeticheskiy institut.
Teploenergetika, no, 3, 1961. Poluprovodnikovyye
preobrazovateli solnechnoy energii, 21 - 30
TEXT: Studies carried out at the Energeticheskiy institut
AN SSSR (Power-engineering Institute of the AS USSR) showed
that
the efficiency of trarsformation of radiant solar energy by
semiconductor devices Is reduced owing to the nonuniform
energy
distribution over the working surface of the energy converter.
It has therefore become necessary to equalize the energy flux
over the surface of the receiver by suitably modifying the
form
of the concentrator. In previous papers by the first of the
present authors and R. Aparisi Olefs 4: Toploonergatika, no.2,
published by AS USSR, 1960) and the first of the present
authors
(Ref, 5: IFZh, 1958, no. 4) a differential equation was
derived
for the form or the receiving surface ori which a parabolic
mirror
Car i ,

Study of tile optimum ....
33)Y
5/665/61/000/003/002/018
E032/E314
gives a uniform energy distribution. In the present paper,
the authors report a numerical integration of this differential
equatit)n, which was carried out with the aid of a mechanical
integrator at the above institute. Tito iniogration was carried
out by L.1, Korneyev and A.F, Koleganov under the direction of
V.I. Gorushkin; the solutions were obtained for a wide range of
values of the parameter
C = E0R (3)
EX
where R 'S is the reflecting coefficient,
is the energy density at the mrface of the
required receiver, and
go is the energy density of solar radiation on an
area perpendicular to the direction of incidence
(C = 0.01 - 100)
Card 2/5

S/665/61/000/003/002/018
Study of the optimum E032/E314
Comparison of the numerical results with analytical expressions
shows that the form of the receiver surface in polar coordinates
is
0 V -C
U
c08 3
2
This expression applies to th~ case of a parabolic reflector
((-? - radius of' curvature, fo - focal length, U - angle
between the radius vector and the 9Irection of the optical
axis). For values of U up to 60 . tile difference between
the analytical and numerical calculations in less than 0.48%,
For a reflecting parabolic cylinder the formula for the receiver
surface is
Card 3/5
~-R E
"M"AY

5/665/61/000/003/002/018
Study of tile optimum 1,032/E3111
fC
0 (7)
U
Cori-
2
whore up to U 600 the above Iscrepancy is < to
These numerical and analytical ialculations wore Cho-
experimentally in September-O( iber, 1960, at the solar bass Vr
of the Fiziko-tekhnicheskiy ik.,titut AN TSSR (Physicotachnical
Institute of the AS TSSR (Ashkhabad)). The apparatus was very
similar to that described In detail by H. Aparisi in Ref. 3
(Experimental installation for the production of high
temperatures, Solar-energy utilisation, AS USSR, 1957). A
disadvantage of the Ashkhabad installation is eaid to be that
it does not Incorporate automatic tracking and must be adjusted
manually. It was shown that it was possible to obtain a uniform
energy distributi.on by making the receiver surface conform to
the special shape required by the above calculations Th e
Card

3955)
S/202/blif J01003/001 !002
ai. /S-/0
AUTHOR. Annayvv, K
1ITLE Solat-radicion concentrator with ameliorated
uniformity of distribution of the energy
ovTT a plane receiver
PERIODICAL: Akadcmiya nauk Turkmensko) SSR. lzvesti)&.
Set!)& fitiko-tekhrucheskikh. khtnil-
cheskikh i geologichtskikh nauk, no. 3. 1962, 12-19
I'EXT. The paper represents a penetrating analysis of the
proposal made by Apatisi for ameliorating the
uniformity of the energy distribution by varying the
geometry of the rtfleciing surface of the concentrator,
the receiver itself remaining plane. Basing himself on
purely geometrical considerations, Apatisi has ob-
tained the following formula for calculating the
radius-vector of the generatrice of tile concentrator:
O.Ig'#. + #!(I + K)tgO/2 1 (3)
ig' 0. - 0.(I - K) tg 0/2 0. + K sin 0
where f focal distance or the concentrator, O.-the angle of
opening of the elementary re,
flected beam. 0-current angle of opening or the
concentrator, K - V1 + tgl4A - The author an-Alyses the
distribution of the fay flux in the focal spot of this
concentrator, and establishes curves of distribution of the
density or radiation energy in the focal plane as a function
of 0 and 0. It is shown that the non-unifoinuty
Card 1/2

0ACCESSION NR: AP4037558 8/0202/64/000/002/0121/0122
AUTHOR: Annayev, A.
TITLSi Configuration calculation of a cooling system of solar
uniform heating
thermoelectric generators
SOURCE: AN TurkmSSR. Izv. Sariya fitiko-takhnichaskikh,
khimichookikh i
goologichookikh nauk, no. 2, 1964, 121-122
TOPIC TAGS:. solar generator, the"lectric generator,
thermocouple, theroopil*
ABSTRACT: This paper investigates the optimum operating
conditions for a solar
thermoelectric generator (STEG), based on the length of the
generator's thermo-
couple. To obt.-.In uniform distribution of the radiation flux,
the surface of the
solar thermoelectric generator must have the shape of a
receiver of uniform radiant
flu:xes. Ibis configuration is shown in Fig. I of the
enclosure. Based on this
figure, the author obtained in conclusion a formula uhich
describes the shape of
the cooling system surface, having a thermocouple of optimum
length situated per-
pendicular to the sought surfaces
Cord 1/3 P1

,ACCESSION M AP4037558
wherA p - polar coordinates an the heated surface of the
receiver, h - the length
of the thermocouple, 4nd 0 - the angle of Incidence of
concentrated rays on the
surface of the converter. The cooling result:@ for various
surface positions of the
separate receiver elements to be heated and cooled, and for
various angles of con-
centrated rays striking the surface of the converter, are
presented In a table.
Orig. art. has: 1 table, 2 formulas, and I figure.
ASSOCIATIONs Fitiko-takhaicheakiy institut AN Turkmenskoy SSR
(Physical Technical
Institutel AN Turkmenskoy SSR)
SUBMTTED: 13Nov63 DATS ACQt 05Jun64 ENCL: 01
SUB CODE t RG NO RU SOVt 002 OTHER: 000
I-Cord .2/3

ill.'AY `~', ; .
'8 A-.rv d I s'~ H W 6. Inn over the surf:-L,-~i -
i~' rn -;c ~., (i , i~ --.
- f "'; , , '- ~' ir. at e -
17 mA!-.nt, fl*xxes. -IZV. I'll, Illu"K. Sur. I .
o , I
.... i~. I p,9A. nnuk nn.3.-11(-l18 1~4 N " iv. , ?
~ I
I* FITIKO-t'AlMirlieskly Institut MI, Nrki!"nlokov
sSt'
it,

ANKAYSvp AeA*
Case of a knife wounA of tho right illao vein, Zdrav.
Turk 8 no.lt
20 A #64. WIRA 1735)
1. Is kafedry fakulltotokoy khirurgii (zaveduyushcW.y
Ch,R.
Bayriyov) Turkmenskogo gosudarstvannogo med1tainskogo
instituta
i Turkmenskoy reepublikanakoy klInicheakoy bollnitay
im. N.I.
Pirogova (glavuyy vrach 1.411. Shapfro).

i
ANNi.,', C ~' , 6 -
"I I-ytitri)viva Irt 0'* tfir'l-ma in therAP"Ou-ic
I
iw. t,N Tark . ,or . . nauk
Anfi prophyllAic lnstitl"on'l. I (1,1111A 1835)
no.201-85 '65-
1. Tarkmi,milAy Imit ~ Uft -

04 9
00
of
00
so
06 v
It 'r-
AM
1 1
) got W. 1. 490 )--Tbcwgtk-W- A
n Tb* eff"A
wrotam m tbdr tbwme- I
Wood. The rolatim brAwme
SAW the antua POWN of
the #Wte. WAF. V"01 AM
am c
.90
.40
.0
'00
%o0$
'o 0
too
be 0
,of
AV
A- 0000
& 0 a 0 0 0 0 0 0 Ole 0 0 s o q 9 9 0 0 6 0

AhNAMO R. 0.
"Application of the Thermomagnetic Me~hod to the Study of tne
Anisotro0y
of An Iron-Nickel Monocrystal of the Boguslavka Yeteorite," Bull.
TeMA,
No. 44.. pp. 1-20 1944
7777

7
"~Inredflrstf" of 1%4. Thoulm- al, 0
M!OMAAB Ile Effect
Qnj&IA. It. AnnaJ4~ (J. Filyne.,t 1114.1, V. 7AD
[in Eng1IsVj- TW Thomp n-NmAt tiTect. the varlAtion of thtrm(,.
t1pelmmollre ftim nnder the action t,f a mignelle Aphl, wax InrmtIpW
Ystah Of In thn
for 1,olrem-ptiOlInn nickel apAwnetta. aml fru singhs rn
latter studies wero muln slong the prInIpal II)PIAllogmPhle $%fx end
In live lAr-hpa or the rry*110. 11A Appatmol 14 11"etil"A anti
IN-tt's".
The, Thon %on-Nmist effect (Impends markedly on the mbiq*, of thn
alw-imen,
and thus iipon the thittributlem of bpat mirmnlit In tho pAmple. no
influenro
of Amin,. mi the ratio "h%neoor thprmt~t~ctrip lotoo Is letm matked
ruml can to
a first arproxImAtIon ho ripplectod. Nimurptnenta were aloo mr"le of
the
IT et of Internal eirif mtraIns on the phenomena. 1U. mpuitot, itOrm
gtnj)hi.
I~T. an, dee"ibed hnR dipmiw4l in thm light of the theory of
ferromagnplism.

Um/ftyVics, Ang 48
mognetio Fields
Niciml V-Uys
'Variation of Zlectrical Resistance &n&
Tbermo-
91metramotive Force in a L*mgItu&in&1
Wguetic
Tie1A of ALID7 11 Function of Plegalating
Ph"s," R. G. An=":a, ]be lost PbJw,
Xoscow&
state U Imn, M. T. Tmm Osow., 3t py
"Dok Ak Nauk SSM" Vol IXI, Wo 6
JXWimutal research an subject question..
glwimg~
results in f our cvmlres: (1) Intensity
of m6Dqt1x%-
tion (oarstads) vermw nagn tic field for
alloy
S13VU SM& ezvoswe at 3W vit3L watsequmt
air
c-cio-Ung; (2) UmSituUml ipl-- of
alloy 2139h versms ftatcre awationsd 1&
(1); (3)
effect nentioned In (2) versus intensity
of =Mpet-
Izatlon s-, rom temVerature and exposure
at 37W
vIth subsoquent. air coollng; an& (4)
103gitudImal
thezucangmetic Thamson. ef:Vect, Be, Vith
saturatea
field 3 - 1,5c* oe., versts tempamtUre
difference
ct tbamocamp3b JtmetAims amd exposure at
3700
v1th subsequmt six cooUng. Submitted
byAcad Y.
7. Mitkerick, :25 Tim

um/ftwl" Doe
X68MUC IUMB
Nickel Alloys
"Abact-ml Therwalectramotive Faroe
Variation in the
Mb4pbetlc Field of Ni4tu Alloys," R. G.
Armayev, Sol
2" inat PbYs' moscow State u imoul M. V.
Loamouosw'
2
**v6r
"Dak Ak Neak Tol 'rYTTi, zo 6
Lweatigstes longitudi-I and traxwerse
tbermo-
304p tic Thomson effect as function of
composition
CC 11-Ma alloy., GMpbs show: depaa&ence
of lopo-
tvAival TUmcn effect upon ewte=al = tic
fleuk
Aud alIC7 Calrowltica rav eftw'Nat
t4opefttwo
Alffet9we In tbo tie 2~ndl CS, '*=w-
~~ Thamum offset for twe a" OCNAltia", aid
dopenlence of l=gitvA1Mftl Mmsan effect
UPCn
tOqwr&twm difference In the jawtion (TI =
50,
T2 TarYizg uP to 2200) vith a satumted
field
go a 60, 000 Oe ftbgitted by Acad V. I.
T&TUOTp
war ks.

ANNAYEV, R.G.
DOC PUSICOWT11 SCI
Dissertations Investig5tion of "-agnetoeleetric Phenomena in
Relation to the Order
of Atom istribution In Bincry Alloys."
8 Jun 49
Moscow Order of lenin State 11 Imexi M,V, Icsonomovi
So Vecheryaya Mc)ak'%rgL
sum 71

U=/Physic# - Alloys, Resistance of 21 Jun 49
Metals - Nickel Alloys
Uriatioa in Electrical Resistan,,e of Superstructural
Alloys in a Longitudinal Magnetic Pield," R. G.
Aanayev, Sci He# Inst of Phys, Moscov State U imeni
M. V. Lcmonoeorr.. 4 pp
"Dok Ak Nauk BSSR* Vol LXV1, No 6
Study of electrical resistance in a longitudinal
magnetic field (Thomoalb galvanomagnetic effect)
and magnetic properties of the alloy N'3 Mn from the
non-equilibrium to the equilibrium statt versus
annealing time and temperature. SubuItted by Aced
S. I. VaTilov 23 Apr 49.
-30 - 151T85

M THPM4AGWTIC 'rRWJT W7wVT IN CRYSTALS OP "MOSILZ
0 AND CP
R. G. A"
__'~ ~!:. 'OdDakI I.S.8 Jr. -v.C7, 4L4(1949).
d (MAkad. ftuk
a dd
aqua coo or 0 &irastv gttinghause!%) and for even
(OMYWe of host or oleo. cond., e.m.f. undor the action of the rx"tia
fieldp *Mnatostriction,, ate.) Ofoots, involving 2 or 3 vectors
(09g*9
wpotio fioldp aVwtjrAt1oh# ram.fev towup. Vadient), are derived
from a canz Fowler series. Tho Ist equ-Ation Lis v&lid for both the
case of si-sple anisotrM aM of bianisotropy (i.e., wheik t0s effect
&Imnds both on the &We between thevectara and on their orien-
tation relative to the crystal axes); the 2nd holds onl,-r for
simple
anisotropy, Maasuranwonte an a singla crystal of farrosillefin (Si
4#-
ft 96P, at 3A ),Llo-oerst4d# wA net&V. diffegonce of 920, ST for
the Nernst effect a 9 a 47 x 10- t -37 x 10-"P &M .25 x 10 To/
degree, reapo, for the tomp., gradient g par&31*1 to the axis (100)
MA perpendicular to the ugnatio field H W1 to the die r,
for X parallel to (110) wA perpenlimasr to H and to r, ur4 for g
parallel to (110) pirpendioular to r, and It Wng in t~e (001)

CMMD
1 under 450 to (110). The measured 6 It are in good
affreownt vith
" Uwmetloal oqvoti*a. The Kwnilt oaut. m -V.1, -27.1,
vA -11.8 3t
"
R'L0,66m.m., reep, HmmmmnU on a NIA all(w (4.P C.A.
43t 1231o)
pW an m m of the liernit mw on the amt. of
shw tb* exp"W do orderol
phase. The obsemuons are $a wward vith the
c*nsideratlwa of
(A. &M kwa"j, C.A. )3p "W) &M of -Komdo (Isvest. AMA.
S, S. S. R. , Ser. ns. 5. 1#17 (1%1)).
Immod"te NOW08 OUPPUV

*@##so$* #fee*
A
BA A &A
Is
M710a Avamly of the even th*r1MOwnrM0tic e"ect Of alloys of the
systais
MI-Ma. ii. 0. Atmov. Z. Tech. Phyft.. U=. 20, 1360-3 (Nov.,
1950) a
I , tfj 7(U"J&n. ;o
I Anowlies of the even therwougnstic affeat in the alloys of the
Nt4h
System war* discovered for the first tiAs. Thin anowly my be
Interpreted
00 by the theory of Akulow and Vonoovokkil (Abilov,
ftrzInresmatlam, Unerdw tgo*
00 IM91 Vonmvakll, Abstr 9033 (1949)). A nothod of InvestimetioR
the even 0
00. and odd th6rwmgootlo offeete of for various taniorstures of
the junctlow 11410
to presented for speetiwas of rmll linear dimensions (up to 40
M). .06
14800
Sis 0
to 0
0 is 10 is a a -1
0 a 0 0 0 0 0 0-9 0 6 0 a 0 0 0.0 0
0006 0 000 0 00 00 0 0 00 -*1*-

uz;sh (600)
Science
Ma&neto-oluctric piionomenn in forroirativia-L.1c mutals, Auliksbad.
lzd-vo
AN Turlmenaleol S311, 195i~-
Monthl List of Russian Accessions, Library of Congress, April,
195-3.- Uncl.

f
USSR/Pbysics - Zlectrical Resistance I
Feb 4 52
of Pe3pt
"Uria-tion in Electrical Resistance of
the -Alloy
Fe in a Longitudinal Magnetic Field,* R .
C.
:91y*'rev, Act Men, Acad Sci Turkmenian
SSE, V. G.
:
Dubrovski.x, Ye. K. Kapustyan, Inst of
Phys and
Goophys, Acad Sci Ttwkwenian SSE,
Ashkhabad
"rock Nauk $SSR" Vol LWII, No 4, PP
549-552
Investigates lomCitudinal galvanomagnetic
effect
of the alloy Fe-Pt in dependence on the
true
magnetic field ior various beat
treatments. Verifies
the auadratic law, following fromn. S.
Akulov's
213TI10
theory of even effects, governirg the
depena~nce
of the 9&lY&nowtri-- effect on in-tensity
of
war.-!tiT,Rtion for various temDering
temps.
Measures the 9817=ometric effect for
total satn
and the sp elec resistance of the alloy
in de-
Pendence On teXP Of te=PeriZg. Submitted
3 Dee
51.
UP4 CL, no. L11: 10, jel
213M0
Z
4

USSR/Physics - Thermomagoetism of 11
Feb 52
Alloys.
"rhermomagnet-4c Effect of the Alloy
Fe3Pt"
R. G. A=ayev, Act Me=, Acad Sci
Turkmen SSR,
X. V. Kolodin., Inst of Phys and
Geophys, Acad Scl
Turkmen SSR; Ashkhabad
"Dok Ak Nauk SSSRw-Vol 82, So 5, PP
697-700
Authors study the dependence of the
t'arzamag-
Detic effect of the alloy Fe3Pt upon
the effec-
tive magnetic field for various temps;
the
230M
Influence of heat treatment on the
magnetization
curve of the alloy Fe3Pt; the
termomagnetic ef7
feet of Fe3Pt as a functim of the
square of the
magnetization intensity for various
heat treat-
ments; and the influence of the
annealing temp on
the thermcmagnetic effect &nd-on.the
initial
thernoelectramoti*e force and
magnetization inten-
sity. Submitted 3 Dec 1951.

UM/Pbysics ftmweUctrielty n Nov 52
"Measuring the Electrical Resistance and
Therno-
e1ect-rcuotive Force of the Alloy Fe3Pt in
Loongitvdinal and Transverse Nagnetic
Fields,"
R. G. Annayev, Active Nez, Acad Sci
Turkmen SSR,
and X. V. Kolodin, Turkmen State U Imeni
Gorlkiy,
Ashkhabad
"Dok Ak Sauk SSSR" Vol &T, No 2, pp 195,
196
Authors state that their investigation of
the
galvwxxanguetic and thermomagnetic
effects in a
transverse me tic field for various
degrees of
245T98
ordering of subject alloy Fe3n is the
first
ever conducte-d. C"Ite related Yorks of
V. G.
Dubrovskly, Ye. K. Kapustyan "-Dok Ak
Sauk SSSR"
82, No 4, (1952)). Submitted 5 Sep 52.
24grO

AMAYEV, R. a., KMAYWVP Ro A*, MMMp 1(4$ NYMYV# V., and
BUIATOV, B.,
(AkUhabad)
"Tbe Investigation of Even and Odd Effects in the Alloy
System Ni-Cu,"
a paper submitted at the International C~nference on
Phyvice of Magnetic
Phenomena, Sverdlovskj 23-31 may 56.

USSR /I Magnetism* Ferrcmafmetim F - 4
Abe Jour : Ref Zhur - Fizika, so 4, 1957, No 9536
Author : Wryev, H.G., Myalikrulyyev, G.
Inst : TVrkmenian University imeni A.M. Gor'kly
Title : Investigation of the Change in the Electric Resistivity of
Molybdenum Permalloy Under the Enfluence of Magnetization and
Elastic Deformation.
Or I g Pub : lzv. AN Turkm SSR, 195,6, No 2, 45-53
Abstract : An experimental investigation in made of the longitudinal
even galvanomagnetic effect in nolybdenum permalloy (81-09%
nickel, 14.9% iron, 3.2% molybden= and 0.81% other admix-
tures) in the inversion field. Act,4,ng simultaneously Is
the effective Magnetic field (up to 10 oe~sted) and the e-
lastic tension force (from 0 to 74.2 x 1.0 dyne/cm-1). In-
veatigated were wire specimens of two series (I a 250 --
300 mm, d 0-3 mm): (1) Annealed in forevacuum at 1,000r,
Card 1/3
7 7'

UM / Magnetism . Ferranagnetim
Abe Jour Ref 2hur - Fitiks, No 4, 1957, Po 9536
Abstract for one hour and then cooled together with the
furvaceb (2)
Quenched after annealing at 1,0000 in watere The
magUetita-
tion vas measured with a differential coil, and the
gmlv&nO-
magnetic effect was measurad with an unbaJAnced double
brid-
ge. Measurements were carried out at room temperature.
Cup
Yes are shown for the dependence of the longitudinal
g&lva-
nomagnetic effect ve the effective mgnetic field and the
e-
lastic force and vs the square of the ihtenRity for
bothse-
ries of specimens, Lxamination of the curves shove
that-with
sittultaneous increase of the magnetization and of the
elastic
deformation, the value of the maFAetization of the
molybdb~-
num permalloy increases, while its electric resistivity
de-
creases. It in shovn that the dependence of the
Iongitudi-
nal-galvano-magnetic effect on the square of the
intensity
card 2/3

I " f J~ I

er~~amlcs, Thertiozhemistry, B-8
USM/Physica,
Equilibria, Physical-Chemical Analysis, Phase Transitions.
Abe Jour : Referat 27hur - Khimiya, No 1, 19A 398
AAhor : R.G. Annayev.
last Turkmen University
Title Orderliness of Atom in Some Alloys (Superlattice).
Or i g Pub YlW yazgvlar. Turlm. univo) Uch. tap. Turkm.
un-ta, 1956,
vyp. 6, 19-27
AbAract 7he superiattice of the alloy of the composition
N'3ga
was studied by the methood. of measw-ing the magneto-rests-
tive effect of Ooldhanmer-Thom on and that or Nernst,
The amount of the ordered phase increases with the length
of exposure at 3700 of a specimen hardened in the disorde
red state. No further change was observecl after a 30-hour
exposure. Nernst's effect was measured in al alloy of the
Card 1/2
Card 2/2

Imst1ption of the Mpetoolatric ?"parties of
Oevania Single Crystals and of Yerrites,ft by Pt_Q-.
v, Presidium of theo Ae"Adw" of Sciences Tm,kmen
+AU*LVV' ~Pa"eeid'umdof ~il Na Aensk2Z NO kj
I Na
Feb 57P 5 3-10
The anisotropy of germanium single crystals with respect to
magnetoelectric characteristics was investigated for the first time.
In the experimental investigation describedo the following results
were obtained:
1. Germanium single crystals were found to be anisotropic as
far as the galvanomagnetic Thompson-Goldhamner effect is concerned.
2. It was established experimentally that the galvanomWatic
T-
effect A3~') is proportional to the agaare of the Intensity of the
ragnetic i1eld at small field strengths, i.e., that the following
law applies:
-4 t? t bR2.
4P

V4
3. Oarmanium single crystals proved to be isotropic as far as
volume magnetostriction is concerned.
4. Results obtained in work with ferrites of the composition
Nio 75M&0.22FO 04 and Xio Cuo Fe 04 were in close accordance
with
Akulev's se o;i rule of j4;ity-4,ff9cts.
5. It was established that the conatant Q and the Nernst
effect
are anisotropic in germanium single crystals.
6. It was established that the constant R and the Ball effect
are anisotropic in germanium single crystalle (U)

SOV/1 37- 58- 11- 23278
Translation from: Referativnyy zhurnal. Metallurgiya. 1958, Nr 11, p
205 (USSR)
AUTHORS: Annayev, R.G. , Yazliyev, S.
TITLE: Investigation-6-rMt Changes in the The rmo-clectromotive Force
of
Nickel -palladium Alloys in Longitudinal andTransverse Magnetic
Fields (Issledovanive izmeneniya tc rmoclektrodvizhushc hey sily
splavov nikell -pallaaiy v prodoll nom i poperechnom magnitnykh
polyakh)
PERIODICAL: Izv. AN TurkmSSR, 1957, Nr 6, pp 3-8
ABSTRACT: The investigation of the longitudinal (LT) and transverse
(TV)
thermomagnetic effect (TE) was carried out on 15 specimens of
Ni-Pd alloys containing 0 - 90 atom (Yo Pd. Specimens measuring
20 x 13 x 0.5 mm were annealed at 7600C for IZ hours and slowly
cooled at the rate of 1000 a day. During the measurement of tile
transverse TE the magnetic field attained 13,000 oersted, that of
the Ur attained 5,000 oersted. The temperature difference neces-
sary for creating the effect was 750. The niagnitude of TE wits
measured on an unbalanced potentiometer. It wits possible to measure
TE only on alloys containing tip to 75 atom (Yo Pd. In alloys contain-
Card 1/2 ing >70 atom c/o Pd the longitudinal and transverse Te owing
to a

SOV/137-58-11 ZW78
Investigation of the Changes in the The rmo-electromotive Force
(cont. )
stron8 paraprocessus have the same signs and are about equal in
magnitude. A
comparatively sharp change in the course of the TE curves is
observed close to the
stoichiometric Ni3 Pd composition, this is probably caused by
the presence of i
superstructure.
P. S.
Card 212

25-9-5/40
AUTHORs Annayev, R.G., Vice-Preeident of the Turkmen Academy of
Sciencee
TITM In the Service of National Economy On aluzhbe narodnomu
:cho*yayitvu)
PERIODICALs Nauka i Zhisn', 1957. # 9. p 11 (USSR)
ABSTRAM The author reports an interview he had with the Vice-Pre-
sidert of theiTurkmen Academy of Sciences. In the fielid of
geology, oil prospecting is giving very encouraging results,
and it is hopeo t4At the Turkmen SSR will soon occupy a leading
position in the groduction of oil, Valuabti work has been done
by the Institute of Earthquakeproof Construction. Scientists
are studying local raw materials for possible utilization in
soismoresistant buildings* As Turkmenia *is known for ite,ab-
undonoe of sunehineg-physiciste of the Academy of Sciences are
working on the transformation of solar energy directly into-
aleatrlo,power by means of semiconductor allu:e. On the oocaqion
of the 40th anniversary of the October Revolutiong the TUrkmen
Academy of Sciences is publishing a two-volume book "Ist6riya
Turks il" ("History of Turkmenia"), which contains a series of
Card 1/2 speciN articles dedicated to the development'of the
republic

In the Service of National Economy 25-9-5/40
during Communist leadership.
ASSOCIATION: Akademiya nw* Turkmenskoy SSR (Academy of
Scienceej, TkLrkmn SSR)
AVAMLABLE: 14brary of Congress
Card 2/2

SOV/165-584 -12124
AUTHORSt Annayty, R.G. and Yaxllyevt S.
TITM Determination of the Ball (Kholl) and Nernst Effects on the Alloys
of
Perrochrome and Ferromolybdenum (With Weak Chrome and Molybdenum Con.
centrations)
PERIODICALi Isv*stiya Akademii nauk Turkmenskoy SSR, 1958, Nr 6, pp
93-94 (OSSR)
ABSTRACTs The Hall (Kholl) and the transverse thermozagnetic Nernst
effects upon
th:gallojs of forroehroas and forromolybdenum with weak chrome (to 10.3
we ht %) and mqlybdenum (to 4.8 weight %) concentrations, in their
dependency upon an outer magnetic field, were determined for the first
time, and It was thereby edtablish*d that their curves with a constant
magnetic field of 15,000 batred run differently in their dependency
upon the molybdenum or chrome content in the alloy with both of those
alloy componental whereas with weak magnetic fields the curves in both
Card 1/2 alloy systems run in a straight line.

AUTUOR: A En!r Lail e v0 Momber of the Al~' 20-1 _1 3158
SSR, A anatarov, A.
TITLE: The Investigation of the Longitudinal and Transverse
Galvanomagnetic Effect in n-Type Germanium Single Crystale
Along the Main CrystalloCraphic Axes
(Issledovanlye prodollno,;o i poperechnogo gallvanonagnitnykh
effektov na monokrJetal*te germaniyn n-tipa po glavnym
kristallograficheskim onyam)
PERIODICAL: Doklady AN SSSR, 1958, Vol. 1i8, Nr 1, a. 47-50
(USS11)
ABSTUCT: The aim of the prenent work Is the exact invertigation
of the relative change of the electric resistance in a
magnetic field (of the lonfjtudinal and transverse effect)
in relation to the cryntalloFraphic ixes (1003, (1101,
[M) in tho diagonal plane of an extromelg pure germanium
sinCle crystal (degree of purity up to TO- ~0 with one
and the same ball-shaped sample. From tho known formula of
F. Seitz (ref- 3) a (aiven) formLla for the 1-alvanomnenetic
effect can be dettuced for the intensity of current in
eemiconductora of cubic system with an electric and weak
nagnetic field being present. The authors shortly report
Card 1/3 on the production of the -ermanium sinele crystal as well
7-7
7,7-777, T

The Investigation of the Longitudinal and Transverse
Galvanomagnetic
Effect in n-Type Germanium Single Crystals
Along the Main Crystalloernphic Axes 20-1-13/'56
no on the methods of investigation * All0menourements
were carried out at a tempernture of 25 C. The results
obtained at the investigation of the longitudinal as well
nn of tho tranoverie galvanomagnetic effect ar, functions
of the outer magnetic field are shown In a diag~rtjm.
With
weak field strength the exprimental points are situated
on the parabulum L R/R -bli which was earlier obtained
by N. S. Akulov (ref. 4) for forro-ra(,netic crystals
with
cubic system In the caee of weak magnetic fieldu. In a
table the theoretic ValU09 btheor of the proportionnlity
coefficient are given. The exper,-mental ratio between
the
coefficients differs from the theoretic ratio determined
here. In relation to the axis [100) the greatest
longitudinal effect as well in the snallost trancverne
effect are oboorved. On the other hand the smnlleat
longitudinal no well as the greatest tranoverse effect
correspond to the axis [1113. The authors experimentally
showed that the primary electric conductivity and the
Card 2/3 otr6nrth of the t,-a1vanonnj,,netIc effect
depend on the

The Investigation of the Longitudinal and Tranoverse
20-1-13/58
Galyanomagnetic Effect in n-Type Germanium Sin6le CryctalB
Along the Main Crystallographic Axes
crystallographic direction of the germanium single
crystal. This proves the assumptlon of the authorn that
an anisotropy of the ealvanomat-,netic effect exists in
the object investigated here. There are 4 figures, I
table # and 4 roferencei;, 2 of which tire Slavic.
ASSOCIATION: Institute for Physics and Geophysics AN
Turkmenian SSR
(Institut fiziki i geofitiki Akadenii nauk TurkmSSR)
SUBMITTED.- September 7, 1957
AVAILAM: Liorary of Congress
Card 3/3

I r Fl- r IJ~ 1/ 7.- 7
TT 'r T IrT
It.
too
.1 ~,- i I -
al a
lin
2
Is
ajj-.3-.d 4;S
1 1. ,
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Ks
raj I-
Al - " H '11, 5
fai't
Alli;vlo I.,
CAN
Ol

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lift-
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06
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26~5!,
S/165/60A)00/oo4/t)12/'bl2
7 01131~!/*t Ort) Aio4/AI29
AUTHORS1 Annslev, R.O., Allanazarov, A.
TITM Changes in the electric reAist&-i:e of &-,!icon in the
magnetic
f tall
FERIODICALi Akadomiya nauk Turkmenskoy SSR, izvestlia. Seriya
ftz1.k1-tekhn1-
cheskikh, khimloheskikh I geologloheaXlkh nauk, no. 4, 1960. 88-91
.Urs 71is relation between the 1nt,.%ns!ty cf thi maxnq*41,:
field and cheuxg-
es In the elettric resistance of n. and ;-typ4 eiliion at 160C
was studied by the
FizIM-takhnicheskly Institut AN Tur)uronskcy 3SR
(Fhyal,,&I-te~~Lijcaj institute
AS Tarkmenskaya MR). Sclsn~lsts N,S, 0-,ova vid V.M. 'Dashkevich
(Rer. 4) (Ab-
strhoter's notes BibliographicC.' 1ILRUng of ref,%,ren,~es not
in~!luded] Itave recent.
!y published the reaults in resps2l. of tt,.4 ie~.enlen,-t, of
the Fall Affect on the
intenalty of the mwotic rield. Acccrdlrg io tmse, the Hall effoot
in silicon
Increases linearly to the magnetic field and reaN!imi a
saturation (if 10-11 k1lo-
ctreted, an otourrenot AIM wits not noto,l Ir prevl,~,is
exrorlmonts. Dimensions
4r.1 resistance (p) c-f n-type silicon speclrv~rs tjeel in
experlmW3 dq3cribel In
-...a article wore 2,1~.)x5.)x).9 mm and 0.1-5 arealmenas 21 Wx
Card 1/ 5

S/ l69/60/tQO/'004,/012/012
n, anSes In the electrIc restatmoa ... A io4.: i;~4
x12-87A.8 = and 43 - 50 ohin/cm, The great difficulty was
the ensuring of prop-
er contact, parti~,ularly as the mothods reo,-mmenisd til
A.P. Gorodetskly (Hof. 5)
ind ty authors in Refs. 6 AnA 7 were co:tSidorol
zis-AltOle. To overcome this
diffloulty a now mothC4 vouoheafing go^0 was d4voloped,
I.o.. the speol-
win* were elampol b4tween two silver plates of 7.3xl.9xO.4
mm; on4 side or these
t'-.1ates was covered with gold paste and ocrper wiring was
fixed to the other,
Measuring In electronic spoolmens with ro3ativoly low
resistance was based on the
untslanced daublo Thomson bridge and t1he effe:t value was
cal~,ulated according to
a msthod devolored by R.O. Annayev (Hof. 8), In thl's
speclIflo came a satisrao-
tox-7 value of 0.21 ohm/cm was obtained. In sutsqquent
tests on the same specimen
0.27, olimlow was ach!eved, which confirmed tho surArlority
of silicon contacts
ovqr welded ones. Ilia speoific resistants measured in A
holed. speoimen was 100
ohm/cm, which is rather in excess of given P for 'Lnelogous
specimens. Providing
that the discrepancy 13 due to contact resistance, the trie
oh&nge of resistance
can be computed accorairig to
K (&F/P) trutL - K (6r/p)
in threma/L -other cases an 0.05 class MT(WiTV) type
constant current bridge was
used, to which an M-21 type mirror galvanoWor with a
sensinvity ratio of
Card 2/5

i "." -- (
3/165AOAM/004/012/012
Changes in the olecitric realstance A104/AJ29
Ci * 2.44-10'10 &/-an was attaohed. An electromagnet
proluced maVietic-field in-
t0ftsitles of up to e3,000 o4. Results and ocmmentst Fig. I
shown the de;end-
ents of tht .r&rtv*rso eleotro_mtgnetic effe~-. tn tho
intensity of the magnetic
field, whi-.h oar, tt generally expreseei asi
hRAO - bH" (1)
t - proportlcnali~y coefficient; a - exponent of magretlc
field If. Assuming b
as oonatont, # can be calculated aooordlng *.,)
19 (ARN)2 - 19 'W-1$P42 - 19HO (2)
:n t1olds ~jp to 12 kilocerstod *_ho exron"nt'v%];~e c-n
el#otrOlo tpeoimons is close
to Iwo, in hole s;to!zen* 2.6 &M dscree.~ta raptily wtth
Vur,.her increase of H.
Analegoas o.:zurrenoo *'n germanium was etlallttkht-l )r7
Stafeyev and Y.M. Tush-
kevich (Rct.-. 9). Tit pro;crt.lonalit7 comffi,-innt b to
oalo-,!Iated c~n the basis
of 1he angle tangent of atrallgh,:, In '-.ho weaker region
of the field.
Aio~ordlng to the th-to t~h fft to-at cf he. erre^!. deter-
mined 'ry relaticn h _r&/V- a~z'.=sranzanl EqAa~tMS (1) and
(2) are based
C-1 tkus assumpt:0n. Nevertheless, to-~h Y... a-3 *111tcons
reveal a can %rabl*
do)p#.ndeneo of 'the :--ooffiolen-. I or, tho f,.e:,i :t.
-.,in to asam-u that
~-tie marked dopainler-io of the on ~.n'! fl'i.'d
Intensll*.-%F In-
th^ In%-ournoy of ;ower semi -Ale syAlurr. on
Car I Y15

S10201601132'0.511-)1066
k.UTHOR3i Annazov, ~6G., Academician of the AS Turkmenskaya
TrTLk;t Anisotropy of the Galvanomotric Effe9t in n-Type
Germaniuu,
Crystals at Temperatures in the Transition '.one of
Conductivity
PERIODICALs Doklady kkadenii nauk SSSRp 1960, Vol, 132, No. 3,
pp- 557-560
TEM The scope of the present paper is that of investigating the
galvanometric effect in n-type germanium single crystals in a
tempers-
ture range, in which the impurity conductance passes over to
the
proper conductance. The theory of the galvanometric effect is
not fully
developed for this case. and no more than a comparison between
data
steaming from the field of impurity conductance on the one
hand, and
theory on the other, was undertaken by the authors. Formula
(1) is writ
ten down for the galvanometric effect, and it may be observt-d
therefrriz
that AQ/QH 'a proportional to the aqwire of the magnetic field
strerqjh/.
Card 1/3

Anisotrop.y of the Galvanometric Effect 8/02Y60/132/0
3/19/06 6
in n-Type Germanium Crystals at Yeapera B014 B011
tures in the Transition Zon:) of Conduc-
tivity
It was found that in the conductance field treated here, AQ
/QH 'a in-
vereely proportional to the third po-4or of absolute
temperature in the
came of weak fields,, Investigation results of the
galvanometric longi-
tudinal and transversal effect at different temperatures
with respect
to the crystallographic principal axes are shown in the
diagrams of
Figs. I and 2. An anisotropy of the effect was found it all
tempera-
tures. The differences between the measurement results and
the calcu-
lated values obtained by formula (1) are discussed. In the
region of
impurity conductance there in agreement between experimental
and theore-
tical values. A discussion comes next concerning the
calculation of the
ratio of-the effective longitudinal mass of electrons to the
effective
transversal case thereof and the dependence of this ratio on
temperature.
NZxtj the calculation of the carrier mobility from this
ratio is dealt
w th (?is. 4). Pig- 3 shows the dependences of coefficient
b - A R/RRB2 on T-3 (R - resistance) for the
crystallographic principal
Card 2/3 VC

S/72S/GV007/000/OVI/DO2
&T.4oRS: Annilyev, R. G., AlIanazarov, A., Manlayov) S.11
Mikhaylov, A. Ros
Ya. . Kaf iyevs P f, I* , Myndyyev *Ve
TITLZ: investigation of magnetoelectric pmperties of n- and p-type
ger-
manium sirigle crystals alcM the principal crystallographic ',Lxes.
SOL',RCE: Madamiya nauk Zarkrftskoy SSR. rizi.%co-tekhnicheskiy
institut.
Trudy, v. 7. Ashkhabadj 1961. 3 - 34.
TUT: Experi;rx-n-ts ware performed to detect the pr~sewi of-simple
anisotropy
in single-crystal geryranium with respect to the Hall and Nernst
effects, the
pn:~sence of bianisotropy with respect to the Th=on-Bakhmt'yev
thermaragpetic
effect, the galvanc(ragnetic effect-.-and mevnetostriction.
A.Iong with the fom-goinp
a dieck was made on the presence of anisotropy with
luct_,v
pect to the th+ *-cmf and electric cond in frer-
r'C V ' ity in a semicoriduct g
nan;Lvi c~.-ystal as a cubic s:rstem$ along the principal
crystallogruphic ax%vs$
altho-uZb such anisotropy has not been hitherto observed in
Twtallic Mibic-
ci,y3tal systems. No previous rvs,-ar-_h on this subject-is kwdn.
At wak 'A' V! 1d s
the gal,.ranonkVnetic effect is proportiotial to the rquare of the
m.NMetic field
intensity, and its magnitude depends on the orientations of the
current and of
Card 1/3

Investigation of magnetoolectricest '. S/728/61/007/000/001/002
the -r.:Vwtjc field vetors relative to t~* crystallographic axes of the
spa-
chnen. Longitudinal :current parallel to field)'and trmsverse (current
per-
pendicular to field) galvancmajpvtic effects were inmstigated for a
sp~wrical
~,pccizcn, relative to the (0013, C1103, and C1113 axas in one-eiagonal
plane
( 110) of the crystal. It is theoretically predicted that the longitudinal
effect should be respectively 2.5 and 3 times lar),,Yer dlong [1103 and
(1111
than alone, (0011. The tnansverse effects are, equal for (0011 and (1101
but
nat of the same value as for 11111, according to tlv!ory. The experimental
test procedure and the method of.crystal production are describcd~ The
test
MSults confiryt the theory in first approximation cnly, the pr\'Gence of
bi-
anisottr-p-y in n-type gerraniun, and the fact that the absolute values
of the
galvanaTagnetic effect are diffeient along the prbicipal crystallogmPhic
axes
of n- and p-type germaniurn ciystals. A brief historical su-miary is
presented
of studies of the Nernst and Hall effects in sarnicanductors. Although
theory
predicts that these effects should be the sx.,e along all axea not only
for
rnetals but,also, for semicanductox-s, no experiments were. ma~)e
heretofore on the
latter. 71his was now confimed --ith the sax sphorica-1 n-type single
crystal
of germaniun as used for the lbamson-Goldha-m-er effect. A special DC
poten-
tiometer developed for this purpose is described. Single crystals of
ze-n-.%an-
iurt with differvit types of conchictivity were also grown to check on the
Card 2/3

investigation of 3/728/61/007/000/001/002
course of the "odd" effects in diffemnt types of semiconductor-..-
-It war. found
that differeant impurities give rise to different types of
anisotropy. '~g-
netostriction of single cryatAls of germ-unium in --iolds up to
17,340 Oer-sted
Was fou;id to be independent of the directions of the crystal. axes
and of the
ixisuremnnts, to have a negative sign and to be cA1 the voltrie
type, and to be
indapendent of the type of conductivity. The therrorapetic
1hans-on-BAkhmt'YCv
effect (sometimes called the longitudinal Nernst-Ettinghausen
effect) was
likewise investigated, using the sane. specimen aid- a 17,000
Oersted fleld, at
ro-on tenperature, and the gernmium crystal tas found to bc -
bianisotropic with
reaspect to the longitudinal and transverse therrmVnetic effects,
with an-
isotropic ther7nal emf and electric resistivity-zaong the principal
crystal
axes. lhglish papers cited are by Pearson and Suhl (Phys. Rev. vol,
83, 763,
1951), Seitz (Ph, ys. Rev. vol 79, 372, 1950), ~brin and Maita Mys.
- Fev. vol.
94, 1525, 1954), and Hung and Glissman Whys. Rev. vol. 96, 1226,
1954). There-
are 19 figures and 4 tables.
Card 3/3

S1/202/621000)'0041001 1001
1048/1248
AUTHOR: Ann Q. Myalikgulyycy, G, and Oraszakhatov, A.
!We_v1-&
TITLE: The galvanomagnetic effect in iron.mol)bdenum alloys
PERIODICAL: Akademya nauk TurkmenskoySSR. Izvestiya. Scriya
fiziko-teklinicheskikh, khimichoskikh
i geologicheskikh nauk, no. 4, 1962. 106-108
TEXT. The longitudinal galvanomagnetic effect in Fc-hfo alloys
containing up to 11.7% Slo was studied
for the first time. The values of this effect (AR/R. x 10) and
of the saturation magnetivition (1,) (both
mca.%urcd in a saturation field. 14 -920 oersteds) were. in
the order given (in parentheses. the h1o content
of the alloy): 15.26. 1760 G (0.34' .)-. 20.00.1758 G (0k5%),
21.19, 1761 G (1.66-0); 30.10, 1760 G (3.36%);
10.40. 1758 G (4.80%), and 62.50. 1674 G (11.7%). The specific
electrical resistance (p x 10%) increased
with the Mo content, front 1.14 ohm.em at 0.340,' . to 2 60
ohni.cm. at 11.7%. It is evident that the gal%ano-
magnetic cfIect is a linear function of the Mo content and or
11. There are 4 figures.
ASSOCIATION: Turkmenskii gosuniversilet im. A. ht Gor'kiy
(The'rurknien State University im A. NI
Gork,iy)
SUBMITTED January 22, 1962
Card III

i ', ~ ~r . ' . ., r. . ~,?' . 1. r. - t 'I -, I I ~., I

- ----------
~L-1263h-65
I

WMMSION Mi AP404860
3/0=/63/000/006/0010/0014-
MOM Annayeve Re 0#1 V4%Iik9QIr.Yev, Cal Oras"khatov, A.
rITUt Dependenco of longitudinal &:W tranuverse magnstostriotion of Ni
in allay
thermal treatment
SMRC"r.t All TurkmSS.16 Isve Seriya filiko-takhnicheekikht
khimicheskikh i
pologichookikh nauk, no. 6j 19630 10-1-t
POPIC TAGSi magnstostriotionj annealing temperatureq strain gauge,
transverse
ragn,etostriationt superstructure# parity effect, magnetic saturation
Pd has been
MMACTs The longitudinal and transverse magnstostriotion Of 113
studied as a function of annealing temperatures, The magnstostriotion
is measured
by means of a wire strain gauge, Both magnetostrictions decrease by
increasing the
mealing temperature up to 000 &nd increase after a further raise in
the annealing,
temperature, The nature of the change on the effect of longitudinal
and trammerse
wIgnetoatriotion saturation as a funition of mmealing temperature#
indicates the
presence of superstructures In the alloy and places the order-disorder
transition in,
the 410-42M temperature ranges The results also verify the parilq
effect law

-A
ICCSSSIOK na AP4014060
thich statesi the longituainal paritx effect at magnetio saturation is
twice the
transverse effect with a negative signs Orig. arts has$ 3 formulast 3
figures, an
I table,
LSSMIATIONi Turkawskly g6sudarstyennyoy univereltet Lao As Me Oorlkop
(Turkmen
state Univarsity)
IUBKITMi ' WanO DATE ACQt 197ob64 SNOW 00.1
NO REP WVs 013 '000:
2/2
-Aard - -
----------

ACCESSIONIM AP4040288 6/0202/64/000/003/0013/0017
;AUTHORSt Airayevq Rs a.; Vpaikguly*yevj Gol Tusupoyp To M,
,TITLEi Conyrning the longitudinal and transverse galvanpmagnotio
effects of the
;nickel palladium alloy
:SOURCEi AN TurkmSSR. lavAer. fiz.-tekhn.$ Mimi. i geol. noet noo 3,
19649 13-17
TOPIC TAGSo nickel palladium alloyp galvanomagnatic oZfeot,
suporlattico, Akulov
,even errect/ P 329 double bridge
ABSTRACTs The longitudinal and transverse galvanomagnetioal effects
of N'3pd were
studied (under similar gonditiona of thormal processing) to verify
the conclusions
,derived from the theory of even e!.'fectq. From Akulov's theory the
trnn -avorce and
.longitudinal galvanoma otical of '!eots are I inked bY Ist.0 +,tll
+-aTm3 a-,,..'
X(1) (2) ~3 )
whore t 0~ f CIL a are the magnitudes of wW oven effect measured in
throe
mutually perpendicular direotione, with a conatant direction of
eaturating magneti-
zation Ia; a is a constant; -X P is sensitivity of the paraproceso;
H is the magnotio
ifield intensity. In the pbuenco of the paraprooone, the magnetic and
crystallographic textures give a particular rule of the even effects
expressed by
Card 1/5

fACCESSION KRI AP4040288
M%-21a~. An Ni3Pd wire (18 on long and 0.5 mm in diameter) was
bent into a
zigzag'23 ma long to give it greater sensitivity to the effect.
The specimen was
annealed in a partial vacuum at 1000C for 2 hours and quenched
in water to produce
a completely disordered state of the alloyg and the effects
were measured. The
specimen won then placed In a furnace at 350C (the temperature
controlled to t 5C
by an automatic electronic potentiometer), annealed for 1"ourej
chilled quickly
jIn water to create a specified value of the ordered phaeol and
tho effects
measured again. Next, the alloy van again returned to its
initial state by
quenching at 1000C. The process was repeated with the furnace
temperature
increased In steps of 25C through the interval 350-525C (in the
range 400-4500 tho
atopa wrre 10C). The effect was meauured_~n a P-329 double
bridge, which included
n galvanomotgr with a current constant 10 A-mm/m, permitting
restatance meanuro-
mentn to 10-0 ohm. The specimen was positioned in a holder
allowing it to be
orientated at any angle to the electromagnetic field. It was
determined that the
traneveree and the longitudinal galvanomagnatic effecto of
eaturation of the Ni 3 Pd
alloy decreased in absolute value with an inoreaoo of the
annealing temperature up
to 420C, and then increased with the temperature. The character
of the change in
both and (-Q-) completely vorified the presence or an ordered
phase
R a
(suporlattico) In Hi 3Pd and proved that a point of
superlattice conversion
i card 2/3

ACCESSION NRt AP4040268
;(Kurnakov point) lies in the-teaperature interval 40D-45OC#
The esoond law of
N. S. Akuloy even offoote was verified for all ordered phases
of the allay. Orig.
,art. hast I tablet 2 equationap and 3 figuress
;ASSOCIATIONt Turkmenakiy gosunivernitet in. A. X. Gor1kogo
(Turkmen State
'University)
SUBMITTEDt 03Dec63 ENCLt 00
SUB CODE s MM NO REP SOVI 008 OMER 1 000
Card 3/3

Vall-M-1,
f m.

All, F cl 11 rp, A p
A i v ;i ri i T
TIT ILY f" f t t. tj ~jc. u 4
AN 1
ABTFRAUl efloct of t-antill'"M f, AUJ 11.) rif
tht,

SbPNITTrD- l9jar,65 00
r -.4
SAM CODEt I-M. RM

L 22214-6i LVI (I I /EWT W.JnP (t) /jj I1JP(C
ACC NRt AF6019307 5 u 117 02-16- -5 / 6 Wd 5 K16 ~7&~
AUTHORS -Annayev, R. 0.
6; 0
ORM Turkmen State University im. A. H. Gortkiy (Turkmenekiy
gosudarstvennyy
universitit)
TITLEs Laws of compensation and dec2panoation in certain ferromay-nete-,
SOURM AN TurkmSSR. Izvestiyao Seriya fiziko-tekhnicheekikhp
khimicheskikh i
geologicheskikh nauk# no. 6# 196% 42-51
TOPIC TAM ferromagnetio materialp binary alloyp v~;turation
magnetization)
Curie point# magnotic anisotropyp themomagnotic effect, nickel alloy,
cobalt alloy
ABSTRAM In two earlier ax-tiolos tho author gavo a brief ozpooltlon of
the
Im of coieWnsatlon and docomponsation, The prosent article conaidor3 the
Game regularities in gmter detail on tho basis of now invostigations.
The
Imagnetoolectrical properties of binary alloys aro considered. Two lavi
are
stated " fonowst
'Is Law of oompeneationt In setal and semiconductor (ferrite) binaz7 or
more coWlez alloys in which ono component (atomic or moloculaa-) is
maipotio
and the other (alloying) is norima&petio certain physi"I quantitiesi,
auch as
intensity of saturation magnotization., Curie points number of Bohr
magnotons
pen stoaj, constants or energy sagnetia mistropy, arid parity effect
quantities
near Un Curie point In fields of magnotio saturations docroaae linearly
as
fUnctions of law concentrations of the. alloying normagnetic element*
Card IL2

ACC Mks AP6029307
29 Law of doomqmsatiout When both coaponents of a binW alloy
are ferme
w&&,*Uo Alementij, these plWsical quantities inoroase lino&rly
" fuucti=s
%of lw coamtratione of the allaying forrougnotic compocents
I&AWS aspects'of the law of compWation ha" been investigated by
0.
nva V* -L -ifd6- !
Rialiks4voys, 3. USU " and T6 jAcupoy -and the law
wn or therso"gnetio effoct and Curio point of a system of ni
t &UOYD has bem studied by A. AfaridtL. a. V. &zn9tco
cheaked-the
tal regularities of the t-w-o-Uw-v agUnst experimental data of
SOVL4
wA for" investizatore and found good agroamcnt botwoen th9m.
kuthor's
,oonclusions NUes of the law of oompannation and docompenvation
makes it
I possible to prediet the regaUrity of cerWn pkWsical
quantities of bInW
or so oamplex &Uco by ns4 only one measurement. from & serios of
Alloys of a given system. Orig. art. hast 2 figures and 20
for~ui&G--.-'(jAS1'
SUB COM 1 200 U SUSM DATE a 22May65 ORIG REF t M5 MI REF 1 013

4 _7 UF rH--YiAW-1-1 flurk 1-,2k.L
ACC '"' AP6UL-7795 BOURCL CODE: Ult/Ol""6/66/022/001/0117/0120
,13
AUTHOR:- iumaycv, 11. - G Ali-Zule, Z., I., Ruvildiov., -T.- M.
ORG: Azerbay(171an Polytechnic Institute (Azerbaydshanskiy politoldmichoskiy
institut)
TITLE: Influence of Uintalvm' concentration on longitudinal galvano- and
thormomagnotio
cifects in ii-on-nickof dlo'-ys'oloso to N13Fo in composition
SOURCE': Fizikaiiiotilloviinot.-illovcdoniyo, V. 22, no. 1, 1966, 117-120
TOPIC TAGS: iron nickol rdloy, tantalum, galvanoniaVioLio effect, thermomagnatio
offoot,
Walperaturo depondenco
ABSTRACT: Tho influence of twitalurn concentration on tho temporature dependence
of theso
effects Nvas investigated for four specially prepared alloys with a composition
close to that
of Xi Fe, one alloy being Ta-froo and the other three containing .1, 6 and 9 at.
% Ta. After
appivpriato heat treatment (quenchina and vacuum annealing) longitudinal
galvano- and thormc
mapcLio effects were measured in Uio presence of various tomporatum (16, 60,
103, 222,
306, -10-1. 538, G53, 560, 569*C). Findings: in all cases the longitudinal
galvano- and thormo-
magnalo effects decreased with increasing concontration of Ta, as can be soon
from Fig, 1.
Card 1/3 UDC-. 637,312,8+637,322.638,221 4P

3~ 4i J
ACC NR, i~P602779
too
110-
0 200 4.19
col(i
I M
Fig. 2 Tomporaturo, dopondonco
of We lorgitudinal galvanomagnot
offoct for the N13Fo alloy without
as well as with Ta, in fields of
magnetic saturation (below Curie
point):
I - Ni Fo; 2 - 3% Ta, 3 - 6% Tai
4 - D?Ta

ACC N.~,
7ho Ctivio. 1winti, for dic invesUgated alloys dien also decreased.
'lloso findings should bo
of special hucrest considoring Wat forroma6motic Vo-Ni alloys of a
coinivsition closo to
C-,at of X11P aro widoly usW- as magnoUcaUy soft matorials hi modorn
olocUmtochalcal in-
dtkstxy. Orilr,. art. hast 6 figurcs.
SUB CODE: 11 20/ SUBM DATE: 06Jul65/ ORIG REF: 003/ 0711 REF: 003
3/3
Card nat

ACC'NP, AT6028984 SOURCE CODEI URIOOOO166VO06-10001015510159
!AUTHORI Annayj!v,_R._Q.-, ~razsakhatov* As
I
OPW none
2_1
i.TITLXt Analysis of linear tw%notostriction in some composite
ferrites
URCEi Vs*aoyuznoys soveshchaniye po ferritam. 4th, Minsk.
rizichasklys i Miko-
khluicheakiya svoystva ferritov (ftsical and physicochemical
properties of forrites);
doklady soveshchaniyat Minsk, Nauka i tekhnike, 1966, 155-159
ferrite, magnatostriction, electric resistivity. magnetic field#
satura-
3,0
t on condition, metal physics
A study was made of longitudinal (A,,) and transverse
magnetostriction
TRACT
polycrystalline nickel-magnesium, nickel-copper, and cobalt-zinc
ferrites.
~
(x of
.J~oom temperature magnatostriction was measured on a Wheatstone
bridge by measuring ARIR
and A are given
'to an accuracy of 10 6 ohw. since A a at/& a 1A ARIR. Values of
A
1 11 . I
~u x"imetions of the outer magnetic field which ranged from 0 to
6.51-10 3 oersted, ror
'all ferrives, Ap was negative while XI was positive. Both A 11
and Aireached a satu-
Iration value at 1-2&10"3 oersted depending on the ferrite
ccmposition. Saturation val-

ACC NP, AT6028984
uas of 4 and A I Lnureased linearly in absolute magnitude as
functions of wt % of NIO
in nickel-magnesium ferrites. Up to 24.8% NIO, good agreement was
obtained with a
formula previously developed for nickel-magnesium ferrites having
low HLO contentso
W'6 XV.-IO( I T ) +.B,
~hera 4 is the magnetostri.cti.ve saturation of a two component
alloy A-0 at a given
SJOW
temperature 7, X(00) is the magnetostrLctive saturation for
ferromagnetio emponent A
S,AO
at O*K, B is the empositLon of the second componentg a and 0 are
constanteg and 0AD
is the Curio point of the alloy A-B. Saturation values of Ao/A I
renged from 1493 to
2.280 for all ferrites tested. These values were empared to the
saturation values.
predLeted k~ the law of Akulovs A u a -2T
lorig. art. hast 3 figures. 2 tables, 3 famulase
CODEs OL 11120/ SUBM DATEt 22Dw65/ ORIG JMFI 007
2
177777777

""NN Alf FVA, t 0
aril (11 ~~ I I i Ir'0,1 rn -1,
rf I, I-o I v ~i ve i ~, trv n. z !-7 w 1 -,1! 1 h., IT
an L"a ryll Va 11 zz'
--ti vok y -I,. v. nrivy r, i rtl

ANNUMA, L.Z. , assistent
Modifloatlon of Yallebornle coprologic method for use In the studl of
hymenoleptasis in hot clinintes. Zdray. Turk. 3 no.lt33-33 Ja-F 159.
(MIRL 12:7)
1. Is kafedry blologil (my. - doto, To, S. Popova) Turkmenskogo
ennudorstvannogo melitainckoga twtituta im. 1.Y. Stallm.
(TAPIWORM) (MIS-ANALIM)

ANHEXOVAP E.G. .10:
A device for cutter f&stening. RAtaloneliaRtsila
14 no
22 164.

A E`t,, 1177: i GIn (Frileat "'ledha'alldl'ovicil)
"Modernization of l)iP2(V, Ymchine." Stpnkl i Inst., 16, Nos. 7-8, 1945
Chlef Degiper, Kraanyy ProletarAy Plnnt

kNNBXBh;Gj_,L,A_.; MAYOROVA, E.A.j SOKHOR$ I.M.
Film materials for expansion bellows-type guards, Stansi instre
33 no91105-36 N 162, (KIRA 15111)
(Machine tools--Safety appliances)
7.
vm_ '7

A ' MST '"07 R 0 -0
Annenberg. M.- 1. "From an experimant in labor consultation in a plant for
invalids
of tho Fatherland War having neuropoychiatric disturbances," Ogr.-metod.
voprosy
sov. neyropeikiatrii (VII), 1948P P. 183-88
SOt U-3264p 10 April 53, (Latopis 'Zhurnal Inykh Statey, No, 4t 1949).

ANNFNKOV, A,D., gornyy inzh,
Influence of a yearly increa6e in depth en tho !,ort of a ton of
Iron ore. Gor.zhur. no.80-11 Ag 165. (MIRA 18:10)
1. Trost Leninruda, Kxivoy Rog.

ANIMMOV. A.G. uUadchik parashyutoy
_--p
Storage of parachutes. VostVozdol?l. no,8:63 Ag 161. (MA
14%8)
(Parachutes)

ANNICIKOYCA.Y.. polkovnik,; VASIL'XOV, F.P.. polkovnik,;
DROTTAM, N.r.,
Vt,; TBGOHOY, G.E., polkornik-,; SAFRONOV, A.A.,
polkovnik,;
SOrONOV, S.S.. polkoynik, ; KHARIT0140Y, P.N.,polkoynik, ;
ShUMBIT-0y.
TO.P.,oolkoynik.-, GORBATYUK. G.M.. podoolkaynik.;
SARA?UOV*0
L.A.. po4polkoynik.-, VASILUSKIT, D.Y.. goneral-mayer.
otye red4.,
DUNACHICVA, H.P.,polpolkoynik. re4.; SOKOWVAO O.Y., tokhn.
red.
(Battle operations of a rifle regiment; a collection of war
exp4riences] Boevye doistvita strolkovogo polka; abornik
beavykh
prIverov. Moskva, Voon. izd-ve H-ve obor. SSSR, 1958.
278j; 32 "a so
(14 11:113
1. Russia (1923- U.S.S.R.) Ministoretvo oborotW. 2.
Prepodaystelt
TS*ntrsltnykh strolkovo-taktichookikh ardens lanins
Krasnotnemennykh
oritserskikh kursov "Yystrall iment Marshals Soystakogo
Soyuza
B.M. Shaooshnikova I rabotniki Arkbiva Ministeretya Oborony
Soyuza SSR (for all except Vasilevekiy, Dukochova,
Sokoloya).
(World War. 1939-1945)
Onfantry drill and tactics)

ANNENKOVP B.A., inzh.
IMPlarity of methane eaoape in walle Of coal mines.
Rauch. soob. IGD 18:39-52 163. (MIRA 16:11)

ANNEMOVp B. H.: "The problem of mineral exchanee in disturbances of the
acid-bass equilibrium in the aniral oreanism." Moscow
Order of lienin Agricultural Academy imonj K. A.
Timirystev. Moscow, 1956. (MSSERTATION ktH THE DWREE
OF CAUMUTE IN 1310U)GICAL SCIE'ACE)
So.a Kniahnkya letopis' No 15, 1956,, Iloscow

AIMMOV# BoNe, )and. biol. nauk.
FroteotinC farm aninals for radiwwtive Isotope
poisonings and
deaotivating strontium-90 in forap [with susnary In
Anglish],
Inv, TSIM no,2r221-228 158. (MIRA 11t6)
(Yorap Plants) (Strontium-Isotopes)
%-F

USSR/Human and Anical Physiology - (Normal and
Pathological)
Metabolism. Water-Salt Metabolism.
Abs Jour Her Zhur Biol-o r1o 4~ 1959, 17ils4
Author Annenkov, B.H.
Inst Timiryuzov Agricult-aral Academy
Title The Experiments or stuiy of Mineral MetaboliGm In
Disturbance of Acid-Alkali Balance In the organism of
Animals.
Orig Pub : Izv. Timirynzeyok. a.-kh. akad., 1957, No 3,
224-234
T
Abritract : In rabbits: acidosis (A) was Induced by
means of the in-
troduction or 0.1-0-15 g/kg NH4Cl In the course of 7-10
days. In giving r32 intertinlly to rabbits with A, an in-
crease or its excretion with fecce and a decrease of ex-
cretion with urine waa noted. In intravenous introduc-
tiol, of Ca45 and p32, their excretion in animals with A
Card 1/2

28239
S/581,/61/000/000/010/020
D299/L)304
AUTHOR: Annenkov, B.N.
TITLE: The effects of the calcium nourishment level of
lactating
cows on the excretion of radioactive fission products with
the milk
SOURCE: Lebedinskiy A.V. and Moskalev, Yu.I., eds.
Biologiches-
koye doystviye radiataii i voproay raspredeleniya radio-
aktiwtykh izotopov; abornik rabot. Moscow, Gosatomizdat,
1961, 95-100
TLXT: Failing to find published data on the metabolism of
radio-
active fission products in chronic experiments with
introduction of
the radio-isotopes in fodder form, the author, together
with Z.A.
Bakhareva, made a series of experiments to study the
radio-active
fission products metabolism in lactating cows exposed to
prolonged
contamination with radio-isotopes. The present article
gives the
results of research on the general laws governing the
excretic.-.i of
Card 1/4

2,1239
S/581,/61/000/000/010/020
The effects of the calcium... D299/D304
radioactive fission products with the milk after chronic
administra-
tion of fission isotopes with the feed, and also the
effects of ex-
cess calcium in the fodder ration on the udder's excretion
of radio-
isotopes. The author also set out to confirm C.L. Comar's
findings
(Ref. 7: Science, 126, 3272, 486 (1957)) that radioactive
strontium
in the milk was reduced by the addition of excess calcium
to the
feed ration. The tests were carried out on cows in the
7th-8th
month of lactation. Their feed was arranged to ensure a
calcium
deficit of 20-70 g/day; one group of cows received no
mineral addi-
tive to correct the deficiency, while two other roups of
cows re-
ceived respectively 50 g (normal calcium conten4 and 200 g
(cal-
cium surplus) of additive. The excretion of radioactive
fission
products with the day's milk yield comprised 0.61-1.53% of
the dose
i.e., 6-15 times the value determined by D.I. Win and Yu.I.
Mosk-
alev (Ref. 3: K voprusi ob obmene teeziya, strontsiya i
smesi
0 -isluchateley u korov (The Metabolism of Cesium,
Strontium and a
Mixture of A -Irradiators in Cows), 11tomnaya energiya, 2,
2, 163
Card 2/4

2A 239
S/581/611/000/000/010/020
The of fects of the calcium... D299/D304
(1957))~ This, the author believes, is because 111in and
Moskalev
used a mixture of A -isotopes in which Sr89 and Sr90
comprised 10',~,
while the present author's mixture contained 30.3" Sr9O.
The au-
thor's findirWs for the percentage excretion Of
strontium-90 per
liter of milk exceeded Comar's findings (0.02"ia) by B-9
times, prob-
ably because the author's results were derived from
protracted tests,
and Comar's from relatively short ones. It was found that
excess
cnlcium in the feed ration did not reduce the contamination
of milk
with radioactive fission products. The concentration of
these fis-
sion products nnd strontium-90 in a liter of milk comprised
respect-
ively 0.126-0.153 and 0.16-0.175% of the daily dose. The
total ex-
cretion of fission products and strontium-90 with the milk
depends
on the cow's yield; in high-yield cows it can be as much as
2.74%
and 3.2;~ respectively of the ~nount of isotope
administered. Dis.
crimination of strontium-90 as compared to calcium was
noted, with
transfer of SOO from the fodder to the milk. The
discrimination
factor with a shortage or normal amount of calcium in the
feed ra-
tion ranged from 0.087 te 0.093. klith surplus calcium the
discrim-
Card 3/4

2A 239
8/581/61/000/000/010/020
The effects of the calcium... 0299/D304
ination factor was 0.219. There are 3 t'hbles and 11
references:
3 Soviet-bloc and 8 non-Soviet-bloc. The 4 most recent
references
to Engli sh- language publications read as follows: U.V.
iaexandcr,
R.L. Nusbaum, J. Biol. Chem., 234, 2. 410 (1959); D.V.
Beeker,
Gcsium-137 in Uried Milk. Nature, 183, 4666, 921 (1959);
R.e. Val-
mer, R.S. Thompson, H.A. Kornberg, Science, 127, 3313, 1505
(1958);
II.M. Squire, L.J. Middleton, B.11. Sanson, C.R. Cold,
UNaSGU/jIS/RJC,
143, (1958).
Card 4/4

___FMC TAOS; mljml cigoo s-trout-jum-90,9 orni admal-mlatration,
fractiolml aote.,
strwtium-90 depoolt, bone, tissue
~v Txw vr n7i~' 4-A
1A

A NN i NI NOV b 1,
Yffect of' rutgnuallum quIratr, )n Ithe re~-oval of vtr-~nt!UM-90
from the organism of some lnl~ornt,~)nr, nnlmvili. fladioblologliet
5 no.4t6,10-621 165, Igtg)

ANUFNKOV, G.; ABEYDULINA, V.
Determining the index of the level of mechanization In
the
enterprises of the confectionery industry. Biul.nauch.
Inform.t
trud I z&r. plata, 5 no.3t26-30 162. (MIRA 150)
(Confectioners)

- - , - w~ " -
. . . - ;~ ~'.
0----

Al. r

p r i P. c f, s t r, d a i t h h a-v w a r, t v I a r,
T,v ur f r 'I'l ! t tN I r) Tu" elp 0. 1 1 T, V I ?_:-1 T t!p 1 i r i i i m
.Mw
a i.

tn,
T ITR
-am.

;h
IM

J,-34140-65
Acr-ESSTOV
NQ: AT50oo-, 1 '47 f. In I q
At.rTHI)R: Annenkov , P, N
TITLE: Eff oct of Some constituents of fooil ptVIOue't -I I vi tin
ttl'Apnel i um, prote In
fat ) on accumulat ion of st mnt ium- 90 in nn i
S
c
OURCE: Raspredelenlyl?, 'XZKOT-Ord-,7P vvv~deni-,,a radio-
ak ti vnvkh i zoropov Vis r i bw i on , bi o I op i 1 r f f qv- v!ro I
era t i -n f t hi P-xcr- t i on
o f r a d i - i r -It,
TOPIC TAGS: strontiunn-90. radioisotope., radi oact i vi t ra I ci im p
v),,;phoriv, m;lg,-
nesiLm. protein, fat, Ix)nn
ABSTRACT: Increasing the amo%xnt of calcium to the rations of rats Mid
rabbits from
i0.25 to 1.5% decreased the deposition of SOO in the sk-pleton of Vourp
rats 2.P-1
itimes; in that of adult mtn. 1.9-2 tivins. in gr-wing chicks and witum
henn,
increa~;in;, thr 1MOU71' 'f rlli-tUm f7-T-'T-'1 0.1" the 'A .1d.
In,! 17 1
C a I ;n -I a in va I .,jnt F~ f
71T T 'F IT f !
T1 f i i, -n
Card 1/3