SCIENTIFIC ABSTRACT NOSOVA, N. F. - NOSOVA, Z. A.

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• Collection: Scientific Abstracts
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• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

~/O Va.
/V, Ir,
78-2-36/43
/
AUTIORSs Yakimov, He A* # Noeova. ff. Grishin, V. A*
TITLEs I* Investigations Concerning the Simultaneous Solubility of
Uranyl Nitrate and Nitrates of Alkaline-Earth Metals in
Water (I. Izuoheniye sovmestnoy rastvorimosti nitrata uranila
i nitratov ahoheloohnozemelInykh metallov v vode)
PERIODICAM Zhurnal Neorganicheakoy KhimiiO 19569 Vol. 3, Nr 2p PP,504-507
(USSR)
ABSTRACTs The solubility in the following three systems was investigated
by the isothermic methods
a/ U02(N03)2 - Ba(KO P2 - H20
b/ U02(NO P2 - Sr(NO P2 - U20
0/ U02(NO P2 - Ca(HO P2 - H20
The saturated solutions were filled into glass ampules which
were kept in a thermostat for 31-~ 1/2 hours. The solubility
was investigated at 0, 25 and 50 Co No critical point indi-
Card 1/2 cating a double salt was determined in the system U02(NO3)2-

78.-2-36/43
Ie Investigations Concerning the Simultaneous Solubility of Uranyl Nitrate
and Nitrates of Alkaline-Earth Metals in Water
- Ba(YOI)2_ - H 0 at 00 25 and 50 0C. In the system
U02(NO 2 SrjNO ) - H 20 three solubility curvea were do-
term1n9d at 25 C Mch correspond to the solubility of
Sr(NO ) -4 H 0, of anhydrous strontium nitrate and of hexa-
nitra;e2uran~l-nitrate. 0
U02(NO 3)2 - Ca(HO H20 has critical points at 0 and 25 C
ir the case of 6 U02(NO3)29 43,32 % Ca(NO 3)2 and 7,92%
U02(HO 50,4816,Z(HO
3)21
At the applied t mperatuNi'no double salts were detected in
any of the three systems. There are 3 figures, 3 tables,'and
3 references, I of which is Slavic.
SUBMITTEDe April 2, 1957
ATAILABLEs Library of Congress
Card 2/2

YAKIMOV, M.A.; NOSOVA, N.F.
Solubility Isotherm for the 570tem U02(NO3)2 - mg(ro3)2 -Hp-0 at 0
and 25 . Zhur. neorg. khim. 5 no.3:720-721 Mr 160. (MIRA 14:6)
(Uranyl nitrate)
(Magnesium nitrate)

5/07BJ61/006/001/011/019
B01T/B054
AUTEIORSs Takimov, W. A., Nosova, N. F.
TITLEt Solubility Isothgrms of the System U020WO 3)2 - BG(MO3 )2
H2 0 at 0 and 25 C
PERIODICALs Zhurnal neorganiohaskoy khimii, 1961, Vol. 6, No. 1,
pp. 208 - 210
TEM The authors studied the solubility in the system
U02(NO 3)2 - Be(90 3)2 - E'20 at 00 and 250C by K. A. Takimov's method (2ef.1).
Results are given in a table. Fig.1 shows the solubility isotherms. The
authors determined the composition of solutions and solid phases by
precipitating beryllium an beryllium hydroxide from oxalic acid solution,
and by precipitating uranium an uranyl oxy-quinolate._They studled the 0
solubility isotherms of the system U02(NO3)2 - UNO 3 H20 at 0 and 25 C,
and give the results in Table 2 and Fig.2. The salting-out capacity of
some nitrates decreases in the following orders
2+ 2+ 2+ + +
K9 > Be ')~ Ca > Li > Ka .The position of the beryllium ion in thic
Card 1/3

Solubility Isotherms of the 5y*'e:n4 250C 5'0'8/61/006/001/011/01,)
U02(NO 3)2 - B~(N03)2 - H20 a'00 B0171B054
order in explained by its high hydrolyzability in the solution. Fig.3
shown the number of water molecules within one nitrate molecule as a
function of the concentration in mole%. There are 3 figures, 2 tables,
and 6 referencest 4 Soviet. %-
SUBMITTEDs October 13, 1959
Card 2/3

S/078/61/006/ooi/oll/c)lg
B017/B054
Ca.rd 3/3. .1 - .-I
4
1 7 1 r
11~4vz -

353)49
S/C54/62/CCO/CO1 /0-07/0-11
B1 21 IB1 36
AUTHORS: Yakimov, 114. A - , Nosova, N . F.
TITLE;-. ',',utual solubility in aqueous systems containing uranyl
aitrate and nitrates of other elements
FE-RIODICAL: Leningrad. Universitet. Vestnik. S e a fizilKi i khimii
no.1, 1962,,106-114-
TEYT: The solubility of uranyl nitrate in nitrates of the zinc subGroup
-,-ias studied by 21. A. Yakimov's and N. F. Nosova's method (Ref. fi, ,,*,. "..
Yakir,ov, N. F. Nosova, ZhNKh, 5, 3, 720, 1960). rEquilibrium in the sy;)tc,:-.z
U02'("qo3)2 - Me(TTO 3)2 - H20 was usually reached after 2-5-3 hra. At GOC and
250C, the solubility isotherm in the system UO I - Zn(110 Y, - H C, was
2("03)2 3 - 2
found to have two branches: a smaller one with zinc nitrate in the solid
phase, and a larger one with uranyl hexanitrate in the sQlid phaoe. The
solubility in this system was found using radioactive Zn65 a3 indicator.
Schreinemakers method was applied to determine the composition in the
solid phase. In the system UO 11 - Cd(110 - H 0, the solubility was
Card 111AP- 2(lko3)2 3)2 2

S/054/62/r,CO/CCI /cG7/C" I
I-'utual solubility in aqueous 13121/13138
also determined at 0 and 250C, and tho solubility isotherm wao found to
form a curve with a cutectic point. In the system, UO (~"O 1 '03)
2 3)2 - 2 -
If20, only the saturated solution was studied at 0, 15, and 25 0C. The
course of the solubility isotherm of the system UO 2 (S03)') - me(~-O 3)2 - 11 20
(Ile - Zn, Cd, and HU) showed that no new phase is formed betweer 0 and
250C- Interaction anon,- the individual components in the system, howe*'rer,
is quite possible. Complex compounds of the type MeUO 2(1103 ) 49 mentioned
in publications, occur either in stronely acid media or at low tempera-
tures, where nitric acid probably supports the formation of 0 . )
I/ EU 2("63 31'
and IN 2(1103)41 anion complexes and reduces the effect of water during
complexine. There are 2 fiGures, 8 tables, and 14 references: 7 Soviet-
bloc and 7 non-Soviet-bloc. The four references to --n.-lish-languace
publications read as follows: E. Glueckauf, 11. A. C. Mckay, R. Mathieso-fl.
J. Chem. Sec., 299 (supplementary issue 2) 1949- A. H. C. Mckay. Chemistry
and industry, No- 51, 1954. T. it. Scott, Analyst, 74, 486, 1949. J.
Mellor. A comprehensive treatise of inorGanic and theoretical chemistry-
P2 U, 14n, Ma, Re, Fe, (part 1), 1932,
Card 2/3

YAMVVO M.A.$ NOSOVAO N.F.
Reciprocal solubility in water systems containing uranyl nitrate
and nitrates or other elements. Vast. LGU 17 no-4slO6-124 162,
(Uranyl nitrate)(Systems(Chemistry))(Solubility) (HIRA 15:3)

YAKIMOVt KA.; KC0aVAf__!.F.- DFGTYAEEV, A.Ya.; YUY TSYANI-TSI (Yij Chlien-chfi]
InteraIation, of components in the systems tM MeM3 - U02(NO3)2 - F'20*
Radickfilmila, 5 no.1:73-80 063. (KIU tqt2)
(Nitrates) (Uranyl compounds) (Solubility)

YANDUVV FILIPPOV, V.K.
Chan f the chemical potentials of vater In the system type
110 1;0*-), - K(RD3)n7-H20 at 250 C. Radiokhimiia 5 no,4:47L-
473 163. (MM 16:10)
(Uranium compounds) (Water) (Activity coefficients)

YAKIMOV, M,,Ao~ MI'lliIN, V, Y&,; 1MVI,"'i,*11,-F.~ FILIJITCV, V.X.
HeL%rc.gon-.3--us ni the tar-Lary oy3*,.= 1~
~ , 4- , 4- .-
Part, 43 Solutiom-vapor equIlibrium of tbe, bipar-I 3yjvm n- %ra-,
nitric acid-water at 25 and 500C. Pad: okbimi-'- t E ns. 5 ~ `052-558 " 4.
'.~; ~)

-ale 1, 0
it V Is ip % N 44
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to, Tiskup"k. .A X-M,
the "o. id Water--- WA%ce fr,-m A CA.-Cerwi.tind ('14,11
(CA4&-atim (If an cown. t. 4. IAS. hv
cwwa. to twit. fum.) In A VA(mir IrTup. 14W.w(rcl,
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kcamtm. kwI 1ricUt:0 4641
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kKfCfAI ACALMU09 CrItIAMIC41. The it-%uhinge jorwhat-t,
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ousapsoidost d waW (raft wood4d
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. NOM-
tatfMVIJO aleirtS JJVV UlKlity atRIM11 AIVIC111. WhO
am lacady C"PIA ex"ut-41 A A44 Ill, 1, trAlkin ul IRA
49"G. INCOM(M the I.Crtrucv ol ljxq~fflvv. Which -o CA44.
lit laritaw Cie f.4-4tftTdMvrdk6r AM retax(te in A total
At ct At At 4
(16 AIKIMI ;jC1'!qp ad IOCAI CMtCftj. The AttAl
0f$&% (av.) od 44 the "4eu Wacc."
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."U(04 as oftsvic. in. 1427441. Vic, di-04. (it the IN M'. UM66"f At I-C(OC~40 WK0414 4", Of
(firynett It beta 4me 41 MINIM CACTCUI (VAC(401141kin cd the ccc dainc dittiltAte civr-.
42-4 atim.) In a surActs c4 Ift varww top to 11XI'llatit temp. Almut 1% gmtol. the 84-S'. 4.00 I.M3,7% nutc%# ficauce4
r" "d n%kfw Contains Atonut 4.17C Pmumas to ItS WAfCT- APAS &Oetatca, of gticol. b. 141-4*. 14% asethyk-w".
Wool. Portion. while (be wAter-WA. po"(On mntx(n* re. jWu(eftkM. tn. M"* (I'Mus w4t,11. ba IM-2 . 1,41-,
.r"MYUV,KW, tn. 1,W41ti' (" Water),
duckc substimms (4.7"; "kd. as cluccoe) and on (ml - 2-MATI-2-k
MR Wftb PORNICKIfs 40d WS-11i"C With urco cit" a k~ (h&6 1. MOE * ANNSO 14'e :1-hrd"MT4.TAkfO-
'PW-7'. fikulfiM A. tht 44 maslu~ 1-1~. be 112 .12o 4" ImAA(cd In pute acatc). atki An
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on Glucodazone.m.211-4-tV ithe refercuott it omitted In bililicmusphy). Sfethyllaciao
is Ill =focol (cam the vrAtec-Aol. jxxilan hl (mAt' ag the -scid water" with UevqOt vid NaCiH beim tv
Mot With CUV" PIONION'lf, Wilk ItCAOUC. If% 141441 AMC jrtve dittiltAble oubstsom. from attkb if arwe powitAr to
i~utr dimetkyl c1bet's of catechm and 4-MuAltylimtec"
Mcuttck,l co 41-N'tNalut A.%'(% decivs.. M41'. 0. .6-71
AM fliffIVINVI-1 'CNIMMAN. 11, f 13-17% 4Md
t% IN"11. m. -s%4.S* ((rum
IiCrOo); the Mtn OF I -C(UCMAG &CiTS. IS at k-R&C IV".
C- I,
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ul 0 V T T-V
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600
use
ves
mceS,

TISHC , D.; IOLIADOT. V.; N3SOVA, V.
Hydrolysis of methoiypheaols. Zhttr.prIkl.khIm. 29 no.9:
1447-1449 S '56. WRA 9:11)
(Hydrolysis) (Phenol)

TISHOMM j D.T.; HOSOU, Me
Cadwaition of the phenolic Ametiou of wood gasification tar. $bar.
trud. TMLEU no.J2:64-85 -j7, (KM, 13: 10)
(Wood tar) (Phenols)

TISHCHIMM, D.T.; ROSOTA, N.I.; VOISINSUTA, A.N.; GORMN. L*T,
Zadastrial pyrocatech*2 from the acid liquor produced In the gasification
of wood. Sbor.trud. TOILIHI no.12:104-112 157, (NMA 13: 10)
(Pyrocatechol) Mod distillation)

t
ISO) fl(OR I EOGA CAPLOITATION SOV/3155
Atedecitys nsuir 33SH. Inetitut 9*tGIIYrSII. lltuchnyr 4016t PO
I
;roblewe gplavov
Iseledovenlya PC et-Arogrothnyu Optaraw, t, IT (Stwdlee on FA*t.ro-
silatent Alloys, Vol. 4), Moacom, ltd-va LN SUN, IM. 400 p.
crrata flip inserted. 2,200 COV146 Printed.
M of Publightna; Kouses V. A. KItsovj Teets. 1W.s A. P. Guseve;
EdItortal.Boards 1. F. Bardin, Acadestelen; 0. T. Eurdyuaov.
Academicians P. V. Artyewl Corresponding raubsr, WSM Acadgay of
Sdienctel 1. A. Oding, 1. N. favlov, and 9. F. ZudIn, Candidate
of Technical Ses."ces.
MRMEs This back Is Intended far VAtIlluCtilltil COMM"i with
the structural getallurgy of alloys.
COMAUSt This Is 0 collectloqj air gpqelallctd studies of varime
Irlobitwe in the structural seetatiurcy or twat-realstant 11110111.
a" are c Incerncd wItk theoretical prlnelp)44, scas* with 4410-
ertptiocf of new equipment and Kethodf# otbare with properties
f specific material* Tarim* rf(tieswass accurelag under
0
apse tried candItlooss ;ro studied and report" an. for detatle.
see Table of Content*. That artlehe are accomVe,144 by a trum-
bar at refortagge. botts Soviet god "a-Savitt.
TARTA a? Mums
Ivanove. and VA. P. Llb4r". got* at Use
to Crvap-ruptare ftiluro It Petels 3
DevIdenkov. R. W. On, One Contradiction In t%g Theory at Cold
Ittortrage
Will.-C-A-0a ttw Diffusion god 114411 944tet4mo oC Matel
'
M944
I
JUp I A Idukap 0. L ktate, P flt~
- AJANA"
r-Ir-Ir
l
UYM W Kc
Y
c
. d
r"twr4
M
a the Issbaitter at Wattle at gigis Tem"ra%une
card Via

110SOVA. Y.I.; TISHCE=. D.Y.
-
Phenols from tars of wood thermolysts. GiclroUs.1 Issakida.
prom. 13 no.6:1-3 160. (MMA 13:9)
1. TSentrallnyr naucino-tasledovatallsk4 lesokftimicheskiy
inatitut.
(Phenols) (Wood tax)

GORDON, L.V.; NOSOVAV N.I.; TREFILOVA, G.V.; FREMAN, V.V.
16't
Extraction of pyrocatechol from settled gas producer wood tar
by means of Its washing and obtaining of tar oils and pheno2s
from the washed tar. Sbor.trud.TSMILKHI no.14t26-31 161.
(F~rrocatechol) (Phenols) (Wood tar) (tT 16:4)

L2448-66 MVT(m)AWP(J)/T RM
AGGWSION HRt APS0226U UR/0l90/65/00?/OD9/1UP/3A25
661-728+678-011 5!
54
AUTHORSt Golova, 0. P.j_ Nosoy~~* 1~ An~~ ~Tq. A.1 Volkoval
TITLE: Mechanism of -cellulose oxidation with atmospheric oxygen in an alkaline
medium. New data on the relation between the physical structure of calluloaglarA
:the course of its degradation on oxidation by atmospheric oxygen in aff-OWifie
medium
Sak3j, Vii
okozolebayarnM soyedineniya, v. 7 no. 9,, 1965, 1619-1625
radation, synt4q ray
~TOPIG TAGSt cellulose, oxidation, oxidative deg -to fiber x.
diffraction
ABSTWTt The rate of oxidative decomposition of cellulose in an alkaline nedium
was studied as a funotion of its physical structure **(the number of the regions of
arly, compact structure and regions of diDorderly structure). This work
--d
erformed as an amplification of the authors' earlier observations (Sb.
was p
TseUyuloza i yeyq proizvodnyye. Izd. AN SSSRI 1963) str* 3.10)4 These 'obse:rvations"__
iriiicated thats when the effect of uarbonyl groups upon the axidative process is
Ca,d

1, 9e-66
ACCESSION NRt AP5022611
excluded, the decomposition of regenerated. cellulose (I) is'much more rapid
(20-30%) than that of the natural cellulose (11) (6%). It was found by mears
of x-ray diXfraction that the two celluloses, identical in thaix chardc~a structur4
differ in their deMe of order (the natural material having a considerably more
orderly structure). Hydrolysis of I with 2% solution of HU at 1= for 70
minutes increased the degree of order and reduced the rate of oxidat,',ve decompo-
sition to 6%. Decrease of the orderliness in II by treating it with 12% so."Lution
of NaGif at OC resulted in weight losses of 12-18% upon oxidation. - It was ei;'Vab;,..'.
lislied that the oxidative decomposition occurs with participation of hydroiqrl
9r formation of
oups located in the disorderly region, and is accompanied b&
eroxides. The authors express theix gratittide to V. A. 9UW for -his parUci-
P
_
pa don in- eva
luation of the results obtained, and-to V. 1. 4~yboro&q r~P the
-2 figures-----
specimens of high quality fiber. Orig. art. has t . 2 tables and A_
ASSOGIATION: Inatitut vysokomolekuly 33R (Ustitut -2f
~riyldi soyedineniy, AN
Hi&ij Molecular Compoundsq AN SSM)44
SUbIUTTED: 26oct6l, ENCLi W SUB GMSi 00) Cr C,
No REF SOTt 1, OMRs 008

USM'SIXO*A, L.P., NOTOSELOYA, A.T., EMMA, D.r., XOSOVA, N.M. -
Iffect of ethanol on the jqInt solubility of beryllium and calcito
sulfates. Test. Koeic* un. Ser. 2: Ichim. 15 no.2:5042MIU97160.
(KRA 13:6)
I., fafedra asor&Wcheiskoy khimil Koelcoveirogo universitsta.
(Ithyl eLlcohol) (Beryllium sulfate) (Calcium sulphate)

GRUIBERG, Ya.M., dotsent; GRIGORIYEV, P.S.; BOTMURA, N.N.; GOLIDBERGO B.I.I.;
UICSOVA, N.P.
Some problems concerning the etiology and clinical aspects of
chronic hepatitiBe Kaz. mad. zhur. no-5:8-10 S-Ot63
(MIRA 16:12)
1. Fakulltetska terapevticheskaya klinika (zav. - prof,
N,Ye, KavetskiyrKuybyshevskogo meditainskogo instituta,

NOSOU, O.H., inzh.
rMperimental Juvestigation of the coefficient of vater yeild In
Boussineeg's equation. Izv.VMIG 59:206-209 158. (14 IRA 13:7)
(Soil percolation)

XOSOVA, O.M., Inch.
Coefficient of water y1eld in Boussineeg's equation. Izv.
MIG 58:213-221 858. (MM 13:7)
(Soil percolation)

MOSOVA, O.M., Insh.
State of the problem of the use of radioactive Indicators
In studying percolating flows*
(Soll percolation)
lzv.MIG 61:133-143 15-9.
(MM 13:6)
(Radioactive tracers)

NOSOVA) 0. N,, Card Tech &I (dIss) - "The coeffIcient of water Yield of qandy
solls In the equations of unstabilized filtration". Leningrad, 1959. 19 pp
(min construction of Electric Power Stations USSR, Glavenerpoproyekt, All-
Union gel. Rps Tnat of 1~yiremllc Fn~jn(-PrIng Im B. Ye. Vedenoypi), 250 coplon
(n, no 10, 1,060, 132)

NOSOVA, 0.11., ailadahty nauchnyy uotrudnik
--------
Equation of 4rainage with the account of changes in the coafficient
of water Yield daring the drainage of the aquifer. ltv.VNIIO
62-.179-187 159. (mi,RA 13:6)
(Drainage)

1.109,0VA, 0. 11.* (Leningrad)
"An Equation for Determining the Volume of a Viscoun Liquid Escaping a
Ground Column with Gravity Drairoge."
report presented at the First AU-Union Congress on Theoretical and Applied
Mechanics, Moscow, 27 Jan -3 Feb 196o.

NOSO I .... . - VINO V.I., red.; ZHITHIKOVA, O.S., takan.
red.
(Analysis of water lose from sandy sollslPsachat vodootdachl
peschanykh gruntov. Moskva, Gosenergoisdat, 1962 115 P.
WRA 16:3)
(Water, Underground) (Sandy soils)
. 1\ 1, '1

MUM j O.M. 0 kand. takhn. a&lk
1(44,kodg 6rdetemirtug the -b4Lr&Gterlatlc9 of isoll p*rccj*clc,,n iait,:,rT%4!r4
to the dat& of syetamatic abuerntims. Trv. WHIG 76085-190 164.
(141RA lAtIO)

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ON

ImSOVAS R. S.
'17118 Dapendenca of the Enerfy Gonstmt of HaLmetic Lnisotropy on the
Strength of the Hapetic Pale at Various Ter-peratures.9 Cand Ptys-Vath
Scip Moscow Oblast Pedagogical Instq IS Nov 51*. (V1-? 9 Nov 54)
Survey of Scientific and Technical Dissertations Dofendod at USSR Hipher
Educational. Institutions (U)
SOt S=. No. 524 2 Jbn 55

yjOSOVA, R. S.L KMOSKIY,, L. V#, and - MINIM e N,r,,, (Krasroyarsk)
"The Temperature Dependence of the magnetic Properties of H10" a paper
submitted at the laternational Conference on Physics of Magnetic Pbenowas,
Sverdlovsk, 23-31 Key 56.

AUTHORS: Kirenskiy, L. V., Nosova, R. S., 48-8-9/25
Reshetnikova, 11.
TITLE., 3everal femperature D,-,pendent Nlagnetio
Properties of ffickel (Temperaturnaya zavisimost'
nekotorykh magnitnykh 8voystv nikelya).
PERIODICAL: Izvestiya AN SSSR Seriya Fizicheskaya, 1957, Vol. 21,
Nr 6, PP- 1105-1110, (USSR)
A13STRACT: The paper contains the following investigations:
a) of the dependence of the enerc,. constant of the
maL-netic anisotropy on the intensity of the magnetic
field at various temperatures and b) on the
temperature dependence of the galvanomagnetic effect
in saturated fields.
The first case was studied exhaustively by Taraeow. He
used disks of siliciferous iron as samples and
arrived as a result from his investiCations at the
fol2oning equation in the range 9f field strenEths
from 2000-3000 Oe : It = Moo (1- 11, denoting the

maximum value of the mechanical moment acting upon the
disk in a homogenuous matnetic field Moo the moment
CARD 1/4

3everal Temperature Dependent Ma.-netic Properties 48-8- 9/25
of Nickel
acting in the case cf an infinitely strong field and
A a constant. It is assumed, that the value of the
mechanical moment is proportional to the value K
(anisotropy constant) and takes the value K - 211 in the
plans with an angle of 22150 between the field diroation
and the tetragonal axis of the crystal. Therefore in the
case of strong fields the equation is obtained:
K - Koo 0 - 4 ) Further research by Williams and
Bozorth as well as by Shubina furnished, that the
equation for M is not always applicable, the second
equation for k however, holds even in the case of very
strong fields. Therefore it must be assumed, that the
dependence of the anisotropy constant on the inten-
sity of the ma,-netic field must be determined from the
second K-equation with respect to the A-value correspondin,--
to the temperature dependence. The author maintains, that
no research has been conducted on this field, and
therefore this paper was dedicated to it. A Nickel sphere
of 9t75 mm diameter was used as a sample, which was
CARD 2/4

Several Temperature Dependent Haenetic Properties 46-6-'9 25
of Nickel
subjected to magnetic fields at temperatures between
20-300OC- From a diagram it is established in the
final conclusions of the paper, that the value of A
appears to be independent from temperature in the
interval from 20-1350C. A further increase of temperature
is connected with a dropping value of 1, which at 170oC
even inverses its sign. At the same tine it was
established, that the maximum values of the mechanical
moment do not change after every 45 degrees, but
alternatively at 47, 43, 47, 43 degrees and so on,
the minimum (zero) values, however, chauge after every
45 degrees. With respect to the dependence of the
galvanomagnetic moment it is established here, that it
increases markedly in weak magnetic fields. It
decreases at the transition to the process of rotaticn,
dependent on its approximation to the saturation poir,t.
In fields above the technical saturaticn the galvanomag-
netic moment diminishes in connection with the
paraprocess. With erowing temperature the effect is
weakened and the saturation occurs in the weak fieldn.
CARL 3/4

Several Temperature Dependent MaCnetic Properties 48-6-1/25
of Nickel
Finally it is stated here, that the absolute value
of the effect is larbely dependent on the method of
de- magnetisation. Therefore it is considered to be
suitable to conduct the de-magnetisation at
temperatures above the Curie point, and to pursue the
cooling, down under a ma&netic shield. There are
10 figures, and 10 references, 7 of which are Slavic.
ASSOCIATION: KMsUOyarek;Bf,&te Fedagogcal T=t-,& (Krasnoyarskiy gos.
pedagogicheakiy institut)
AVAILABLE: Ubrary of Congress
CARD 4/4

1103OVA, T.
OYticle J" 513)
_2agkovy Univ. v. Erne. I~yalgia epid,~:2ica Ali
Klinllq chorob nervorIch 1h se
boraholnska nemoc Enide-lic i~yalAa or Bomhol.---~'s disease Lek. Li3ty l-)51,
L
6/1a (313-318)
Doscription of a clinically typical case (virological tests filed) of the
disease in a *,--Ioy agel D, - the first in Cze---hoslovakia. It was an absolutel~-j
isolated caso in which; thp lumbar :7-mscleo anti those of tha lower extrenities
were mainly affecterl an-I in ~:hich a s)i,,,,ht leucocytosis wxi soon during the
free interval of 8 days.
Bloch - Aimsterdan 6,7,
SO. EMCEIC-TA :ZDI,:;!, Vol. 5 i1o. 2
,jec. VIII February 1952

0,,Itqj
GOMM, O.Dr.
Surgical treatment of chroalc paralysis of the u3na nerve. Your.
psychlat. cask. 17 no-5:291-295 Oct 554-
1, Ifeurachire o4d# pri 1. kline v Brno; predne prof, Dr. J.PodIaM
Neurol. klin, v Brno; predn. prof. Dr. r.pap*.
(MMYES. ULMAR. paralysis
Burg.)
(PARA IS
u1nar nerve, surg.)

NOTOTHT, fivatopluic, KMr; KOGOTA, Ufana, KMr
- I
ApIdarttis spinalls. RoxhIeWtLi. '.34 ao.9~548-553 Noy 55.
1. Z neurologicice klialky Kagarylcovy university v Bras. pr4du*
prof. KUDr XaPapsic
(DUEL RLTIM, diseases,
spiduritLe. spinal (Cs))

004"t 0.; --- SOTA--2~111
Re:.alts f surgical treatment of herniation of intervertebral
disk. Roshl. chir. 35 no.11:665-672 Oct 56.
1. Z 1. chir. titalky v Brno, prednosts prof. R.J. Padlaha a
v astirolegicke klialky v Brno, pradmosta prof. Dr. K. Popek.
(IVMVMIBRAL DISK DISPLAGSHM, surg.
statist. (Cc))

GO=Dj 0.; NOBOVA T
Post-trdumatic apidural hematomm In the posterior cranial fousa. Cesk.
mw=ol. 25 no.29125-128 Kr 162.
1. Hourochirurgicke addeiani rich4nwgicke kliniky 19k. fak. VJEP v
Braep prednosta prof. dr, J. Podlahm, DrSc Yourologickm klinika lek.
fak. UJZP v Sme, prednosta prof. dr. K. Popek.
(CMRAL WOMMOE atiol)
(MMIN As & inj)

CZECHOSLOV;u~IA
DOMNALt K.; HROr:ADKOVAp Le; I Yj&..Z&j RIEBEL 0.- Neurological
Clinic (Neurologicka Aiinil: iof (Prodnosta~ Pro'flr K. pOPOC,
and Ophtnalmologicai. Ulinic (OcA 14iniim) Caief (Pradnosta)
P.-of Dr J. VANYSEIC, i-ledical Faculty J.E. Purkyne University (Le-
Icarsice Falculty UTF2),, Brno,
"Importance of Corrplex. Examination for tho Diagnosis of Ocular
Myositis",
Prague, Ge-Icoslovenska Neurolo,7ie, Vol 30, No 1, Jan 67, PP
30 - 35
11.bstract ZTuthorsl Englisti sLurmary modifiod-7: -jhcre isolated
wealcne of the oculomotor muscles not due to nervous lesion
exists"it is probaoly due to ocular imyositis. The diaSnosis of
ocular myositis must be ba--~ed on progressing weakness of the
musoles, histological examination of the oculomotor muscles, on
t,-,o myogenic reaction Miown in ENG exaxiination,, and on the
favoraole influence of steroid treatmcnt. Differentiation be-
tween variovs types of polymyositis is described. 35 'Western,
3 Uzechp 1 USSR rererence. (Manuscript received 25 Iiay 65).

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SAXOrIOV, O.Ta.; XF1U MTUAN' [Hu Klo-T" n];
ua . ~SOVA~.T.A.~
Interaction of the HSO~ anion with neighborinf; water coleca"s
in aquqous solutions. Zhar. struk. khtm. I no.2:131-134
n-Ag 16o. (KIRA 13:9)
1. Institut obshchey i noorganichookoy khimii io. U.S.Kurnakova
AN SSS2*
(Sulfates)

SOULON9 O.Ta.; KM U-PUN' [Fu Klo-ranl; HOSOU, T.A.
Thermchemical method of determining the coord1wtion mzmberw of
ions in aqmeous solutions. Zhar. strukt. khim. 1 noM40,~-409
N-D 160. (MIRA 14:2)
1. Institut, neorgaaicheakoy kbimll AN SWR inani N.S.Kmrnakova.
jGbordination mober)