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"001233 SOURCE CODE: U11/0363/65/001/0U/2158/2164
AUTHOM Palkina, K. K.; Kuznetsov, V. G.
and.ko_D~ntc . M1qVMjM, Ns,__kVKnjK0
ORG: Institute of General _r ~pAp
SSSR (Institut obahchey i neorganicheskoy khimii Akademii nauk SSSR)
TITLE: X-ray diffiraction and thermographic study of alloys of the Sb2Te.,-Sb 2SC 3 System
1'~ I'l - -.
SOURCE: AN SSSR Izvestiya. Neorganicbeskiye materinly, v. 1, no. 12, 1965, 4158-2164
TOPIC TAGS: solid solution, antimony alloy, tellurium alloy, selenium alloy
AMVLyao,5. J0,0140F 4D".--1GA?0'4'f7)
ABSTRACT: The homogenized alloys were studied by differential thermal analysis with a
Xurnakov pyrometer and by x-ray powder techniques. Because of the supercooling tendencies
of the alloys, the thermal effects were recorded on heating curves. The eutectic type of the
phase diagram of the system with limited solid solutionts was confirmed. The region of homo-
geneity of the solid solution based on Sb2Te, is located twtween 0 and 53.5 mole % Sb Se at
a12 3
500C and between 0 and 52.5 mole % Sb_nS% at 350C. The constants of the hexagon SNTe3,
lattice decrease with increasing Sbb.%,3 content of the solid solution: a from 4.264 to 4. 128 A,
o from 30.42 to 29.52 JL In the range from 46.5 to 97 mole % gb~.Se.7at 500C there exists a
Bvo-phase region consisting of solid solutions based on Sb~,Se,, and %Te.. Orig. art. has:
3 figures and 5 tables.
SUB CODE: 11 / SUBM DATE: 10Jun65 / ORIG REF: 005
UDC: 5t.6.86124.1+546.86123.
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:to s 100
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05ANst-
PADIINA I 111 . A .
I o-P the :' KCINS-ill~ 2'11 Pallki:,.-~-, IN. .1. (P. 7-1-1)
tlStud-~ eltirq, rcint :)ia,-ra:,i of tl-e 3:
SO- Journal of I'rrrral Chemistr~' (Z"u"'kai 01.~;hclei *.,],.i-:iii) 19"1-1?, Vol-,i.-.ie 1-.", :,Q. 111-12.
FALKINAP T.-I. A.
"Study of the Melting I-oint Diarram of the System
KCNS-KN021" Zhur. Obshch. Khlm., 15, I'lo. 11-12
1945. Mbr., Chair Inorf,,,nic Chemistry, Voronezh
State Univ., -1941-.
x a a 1) a a 0 0 a a a a
so;
so
064
Wimm" gas"
WKS
dwram d am m"
41% WOM. It wo 18"d flat a cvwpd,
ra.p. wit6b. A m-
t walmaidst LMratft% KCXS&Wa freW-
at Or MA 0% KCM5, On bow* to 4we
0. Mi&& OW thr wwo of the explamium
tb pmw of exondwe mizu.
K
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:
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*,#sagas i
Melegieler conductivity of mixine itio6win and usilkinto
MWWWIO&~ M M. Vakshm and N. A- I-Alli=& lwwjj
sablerm PJW307 0 Pralskii Big trod jLrfw fica-V611MM
Ncwj~ A 66M , .1 44d V.:( ~ S'.S R N. It.
Cand stud" wvn cLuk an ~Nl1.)6(RhCl*j
sad (NiWallrC1.1 for the purpose of nortiftintaig the
d'. . it any. in t)w rate at hydration of the reapecti"
rbkwWcs. The cundwtivitirs of (XII.).11th"I at 25'-
is) cauen. ( 1-2N,. 1 500. 1 I(Xk). and 1 21wit) mial 1
VIM 60 1 ?1. AIIIA6, C.N.0, and 4442 mlica/sq. Cut
TbL,-v inalues, mrimatned ~st. uT. to 370 min. The cood
at 45' deid. fix "wris of 1 230 and I:bW niol. I in- I
cramiged aith time The tanr-P, A-and. Curves Were in-
vulkicut4 aivufat-- to derive Inwin thew a rate cwtal.,
yet tbrv vidivoted that at 45' in (ht ftOmples arilm opt
III "W" U 04- rVI'Lawid lit 11'4) tu vtowliwilvit" 01
I'Mis),11FC61 deld At 2A on cisarns, of I &J. I - W.
I &III. 1 11211). 1 21111. w-i I VAX) tural /I b"rojed reith
I1mr. P.20-1 through . o-% . ~nd then decreamed For
I:&) main -quil -.. tracbni after 71, rum. and lot 1 250
after 140 mul I be other im-Ins did not reach cqud
:van after 340 min At 45' ou1v the I 2U) main showed
temporary tuctrase, to ~d- thr other mains. showeci a
comainums decrevasit w cond -ith time At thas temp.
eq". V.Se riumcbed kg 1: aw aft" do aim . for 1 5w after
I It. -M . for I I-Oki .11" 1 -if ..j Ior 1 6,xv, Mal I
Jirr IM nm A dmirAse in road wtzb time was aiw
cf�pffvv~i at v' The time at wbwh equil Oras cst&Wwm.-d
arit' -as hrngrt than at the htgtwt temp* nw increase
u asictitied to hysirmtkni. thv (ollowmg ci~~Aw. to write
pi-s ~Itxng in a d-re- of ttw no, or ~ On main
0b,-iimsly. thi, cdtct of tht, other Pr~-. -os OuMrtmPo.-4
.it the cdmt of b tion and .4. it,, d-n-Ant 10-1
cood. of OrAs detd also Lu 11CI
rhe pirr-Octim of 11 * in win retardeti tht 2tsd prox-em atw]
the cfi~t al hydrAtion mu numv pratiouncird. Cond at
k.11YCUI sukria, is wmilsr to that of the Nit. ult. The a
Jecivamird with timir M apparent rnal *I deid crv..
bLupk%uy Uwmwd limit I lob In 6 froahly jifirl 1 ;01
fmil I buis to I 1112 Stitt 1-6 his At.4 to 12A Altai
h" All this Indicates a gradeal aw,-u al wini in I If
CIO, - mains "obwrwd in lRbC3.1 mains. .%H.,.-
RhCI. N1i.NC), and I %'It.).IrCl. NH.N0. tieba-imj a.m-
aloguissly to 'Nil.,),[ Rb(-Uj and , Nil. ' It"j, trip
11.0ch
CbWV in carbebydreeter temples in grains apratieft Vathed
air -47- G P Sirrenlecir and N* A
41k 1--k .16. Vu. 6, N. 12. FIX.-Afft-
Somt! ttq. k No M. lat N MM I Graft. of wheat ...
Idirliery-SIOPM1 rfldiryos on the eltiloweirnith (it the #ndk-.11V1
plants grown in the dark or in twerriul light were rvarno)
Grates of the -sarne kind" Ouisied esivirutgafly um-harie-i
'arbolitydrate c-mtm it the growth was done it] the light
In dark-crown sto"merts recareleio of the tygw of err~ft the
suw con . ." -,", , "".Crd (r. wl disamb-
rk1r). Parliry 9"to grown on either rrid-larr-ru in th,
dark cantam Do swrour t .11. but do Contain 8 @Penh,
i
polysisivitairide which can bir h"tmfyxcd by 1% IM on .
steam Nth but not at 7W Th. t, detet-te,1
in all crafts contit. beirley Tlw changet, that are obise"-ed
in "figlit - specinums am soch as in uuticatt the altevatmii
within the sprout s,, a% to vor"mud to the endoitwin un-
drdyins it - G M. KOMILAPOR
'-53R / Kicrobiolc;:~.y. kna.-irobic ~)_Gilll. F -
,.cs Jour: Ro'~' 13, 1-~58,
Author Vinc radov~,, 1. P. V. lkina
I - V___71_7~__
-anexil D. lie Insti -_,t,
G ir-ctoriito c~ t. t U~ of ac-1 it, j
and ~.;ra of tho '~!inistry of P~,-)lic
t h cj,
Cas3in -di,,L" for . rc,!~.c-.ion of t_ i~-,a-cxir_
r i b cb..--.nu c~y-,ca.. -.,)r.
vaktsin i svvorotok li,-wa zdravoor~.,.r.
11~56) ;.11-2.
-bstract: is d_.:_,cribul for t'-j c''
nutri ,"It ...diu,_, frol, '-Yaroc,lloric v-
.3, 5 oi _-usuir, ~rd 1 i v r _ jrI or
L
o') t - iring Ano to/ i ii ~~. c),.d.;m, 1, 1s
Card 11L
US~-'_--' / "Acrobic1cFy. !'Jerclics PathoFe.-Ac 'Lor ."-an and
Aninials . 2acteria. Hemopallua 3acteria.
C
Abs Jour Ref Zhur - Blloio-lya, 'No 6, 1959, ?'c. 2-062
mixed Into 1 1. of distilled water, poured into
R cellophane ba- rinsed out with distilled
~fater. For dialysis, the bag is submer.-led In
an enameled pot with 2 1. of distilled water.
dialysis is conducted for 7 hours under 7C-800,
then the contents of the pot are poured into a
large bottle, which is filled up with chloro-
form and preserved under 5-70 up to 3 months.
Me contents of the medlu~i: oasein hydrolysate
170 ml , NaCl 2. 5 g, 'M2PO4 0. 5 9, %Y,9Cl2 C 9,
dissolving starch 1.5 g, CaC12 0.01 g, :V:-C'4
0.01, CuS04 C.05 g, cysteine 0.03 g, yeast
dialysate 50 ml, agar-agar 25 g, activate3 car-
bcn, 2 g, distilled water u-) to 1 1. (in pre-
pared medlu,~a, the CDntant of a-zine nitroZen is
Card 3/5
U':1-721 / :.,jcro~jolo-~y. '.'1cro,)es Patho.~,enlc for '.'ar. and
,Mnlr-als, Bacteria. Hemophilus 3acteria.
lbs Jour Ref Zhur - 5jologlya, 1~o 5, 1959, '.~O- -,4062'
Secondary heating for :aeltin., is not reco=.e-.d-
ed. The medium is '.,lac:z i,,, color. I t c a:-.
be preserved In a ready rstate with preventlor
of dryin2, up to 2 montIfts. It is utilized for
mass cultivatior of whooping-cou;7h microbes
In the lst phase in the preparation of whoop-
inz couch vaccine, and in the bacteriological
diagnoses at ~,hooping ccuEh. -- L. V. LuGovaya
Card 5/5
PALK INA, N.A. ; TAYLLTY, H. M.
Effect of citric, beasnic, and azetic ac-.dB on th,~
of gelatin In water - alcohol solutions. Trudy TGU 57-91-lv'O
159. (MIRA 1):5)
(Golatin)
TRUFANOV, A.V.; PALKINA, N.A.
Effect of the antibiotic cruzin on succinic dehy&ogenase and
cytochrome oxidase in tumor UBSUEtS. Biolchi-iia 25 nc.5:787-7--1'-,
S-0 160. (MIRA 14:1)
1. IA&boratory of Antitumour Preparations, State Control Institute
of Biological Preparations, Moscow.
(SUCCINIC DEHYDROGENASE) (CYTOCHRUE OXIDASE)
(TRYPA,NOSC141ASIS) (CANCER)
BLASOVA, Te.V.: VINDGROOVA, I.W.; PALIKINA, N.A.- -
ObtainllW the toxold of 01. o9decations on nutritive media froc
the hydralyeate of cassin and the study of its antigenic and
immnogenic properties. Zhur.mikrobiol.epid.1 iwmn. 31 no.21
1o8-114 P ,6o. (KMA 13:6)
1. Is Instituta spidemiologii I mikrobiologil Iment Gamalei AMN
SSSR.
(CLOSTRIDON immunol.)
S -1 ; I, f) 2 ~jl -, -
1111~, 12;i,
Authors G ersh a no N iL It, V N 11 1 K I na, N N . it nd K at iN.
Title ONWATIVI %11 JABOI ISM M ~l .11,11) IMM( Is It R/ 1 11%1%11 1 Nl~j
OBIAIN ID B'i I V-I RR A D IA I WN
Periodical BiAlimmij, \ 27. no 1, 1902, 109 111)
Text The S aurcus mutant (St-VV-3) sho%%s sen,111%11N to carcint"tatic suh~[,IIILC, It \%:I, th"Tc
fore of interest to compare the path"ays of oNidati%e metabolism in the 111mant and the pi-e~cnl Strain Oit-'-09I
and to see %%hether the mutant could be considered as a IIIOLICI Of it ~WILCtllill IC-11 I he pte,ent %train Si--,(,9
sho%ked a high 0, upzake in the presence of glucose, Aso omdumig, ft~tu\itle, lactme. acculdehWe. lormal-
dchvde. ethanol. ~orrnic acid, OAA and malate I, rider attacrobic conditions Si-209 ;icti\el\ de,arbo\Nlated
pyruvate and OAA Monowdoacetate (0 2 m1A i completek 1111111111Cd the UtIll/1111011 A VIUCosC And aCcUT11U1a-
tion of lactate b% St-209. In contrast to the parent strain. SIA \ -1 sho\%ed no increase in ox,,gen uptake
in the presence of LILICOSC, bUt unlike the formet, ~kas able 10 11\11.11/C it 1-111111hCT (11 1("\ OLIC 1111CMICdWIC',
Under anaerobic conditions St-I, A-3 exhibited onl\ dight p.\Fu\i~ and OAA decarboWation I he 0( ,., 0,,
ratio for pyruvate "as higher than 2 In strain St-200. Chile in St-I \ -3 it Aas clost, to 1 -1 he efle,:i of arsemw,
Card 1 2
OXlDAIlVl- WAABOLISM
N 21)1 Q 02-,xif IX)J (Y.;
1011) 1210
malonate. ctanide and or-thophosphatc oil the ,~Attior) of different suhstiates h% the t%%o sir.1111~ %%,I, w!1
pared I fie rcsulv~ are discussed in terms of the powhic dcIc,I inif-tafted it, dic rospit.tiot tcm ot
Sl-UV-! as a result of mutation The properties of the rc~pivafor\ sNsIcrn of* the mutant are C.111111ttred \NIIh
those of tumor cells
.4 s.wcwti, m G0sUdarst%'enn\\ kontrol'n,,\ inslow nic,lit,inskikh hiologicheNkikh prepaialo\ iin
Tarasnicha (State In"itute I'M Control of Mcdjcmal Biological Pr'.paTatIon% :111 L A I a
rase\ich), Mosco%k
~uhmttied Juric 2". 1961
Card 2!2
KURIETSOV, Viktor Vasiltyevich; KASATOCHKIbl, V.I., retsenzent;
KhETNIN, S.A., retsenzent; FAL1:11tA, h.A., retsenzen-4,;
KONDRASHKOVA, S.F.# red.
[Physical and colloid chemistry] Fizicheskaia i kolloid-
naia khimiia. Moskva, Vysshaia shkola, 11?64. 385 p.
(Rlj~A 17: 5)
v IT.
GERSHANOVICH, V.N.; PALKINA, N.A.; BURD) G.I.
-OCOCC .2
Regulatl~or. cf the synthesis of ox4dative enzymes lr. 31-a;,hy-
aureus by the end prodLcts 3f glycolymis. BI-okhim-iia ;9 n6.-,:
9'7-109 Ja-F 164. (MIT,-", IF: 1~ )
1. Institut epidemiologii 1 ijkrobiologii imeni Gamalei AMN
SSSR i Institut morfologii cheloveka AMN SSSR, Moskva.
Submitted May 9, 1963.
143LISHKO, V.P.; ALMMINK, V.A.; PALOXIM,-,- - -N. S.
layer theory of computation of an ion-exchange colunn for the
exchange of two ions of the same valence. Trud7 TGL 5 7:
55-60 (MIRA 1):5)
(Ion exchange)
PALKO, D.I., inah.
In Eastern Siberia. l6ftiax,'k - - . - - -z -..- .
i. GosWarstvmmyy treat pf) ".6
v Vostonhnoy Si*biri.
(Si Lk~ r ~ a , - - .. - .. - ! ~ i ,
p,UY-C, --. I Q _,-l
rE, _j, C , ;~ . * _r.. ~1, IffeC-L-J7 ' -C;~'
"Tissue Yetnb