SCIENTIFIC ABSTRACT GAPON, E.N. - GAPONENKOV, T.K.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000514310009-8
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: July 19, 2001
• Sequence Number: 9
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

UM/Chemisti7 -solo- lkr/Apr 49
Chemistry - Electrolytes
"Distribution of Electrolytes Between the Solid and
Fluid Phases: I, Absorption of Silver Sdlfate by
Iron Hydroxide," T. N. Cherailcova, Ye. I. Gapon, All-
Union Iast of Fertilizers, Soil Soi and Agrotech imenl
b
K. K. Gedrayte, Moscow, 6 3/4 PP
ED11oid Zhur" Vol XI, Wo 2
Iron hydroxide of a dialyzed sol prepai@ed by hydrolyals:
of iron chloride absorbs silver and sulfate ions.
Similar sol prepared by hydrolysis of iron nitrate
absorbs sulfate ions bat praetically no silver ions.
45/49T27
USSR/ChemIstry - Sole (Coatd) Mar/Apr 49
Similar sol prepared by hydrolysis of iron sulfate
absorbs practically no silver Ions. Electiodialyzed
gels of iron hydroxide absorb practically no siltar
or sulfate Ions. Submitted 6 jan 48.
45/49T2T

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USSR/Pbysics )kY/J= 49
Cbrop&tographic Analysis
Xonai - Exchange
"Chromatographic Analysis of Ions*. n' Cation
!nhange chromatographs or cu2 + - C02 and
Co - 19,2 " T. 'B7 Gapow,,Ye..N. Gapon, 5 pp
"Zhur Anal Xhim" Vol IV, - No 3
Gives a f orn;.xla A = cf% v 4 a to describe the
linear relation between the length of the zone A
of the cation and the volme v of the solution,
wbere ck and are constants. Formula is applied
to Cu2 + - C02 Comparison of the coefficient A
and the length of the zone in an ideal
4 MI 57A9T:LO5
U M /Physics (Contd) fty/Jun 49
cqpatogr shows that the zones (representing
CU or Co also contain an ion or sodium.
Devel _ tic separation of-tbe ions of
cobalt e-rwd nickel on specially prepared permutite.
Submitted-6 jan 48.
57/49TI-05

f @A
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Tilawy-se. Ad-
and T. It
I J. Ct*tn I
"try it
h.,
A-d
19 *lnon
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flow I.Offill .4 10" "me, %4 Its lilt ith Jft In all
h,,, 1., 1, #.,00 1."' *
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,&,d 4,,% *,LCltAIljf I I tw for,
kilid ,A 14,11) 1114,AOW41 too,
11,40111- -"fly ""' ,,, to %be V_j. I, n.jj,@ de@ned by
"Kw.n I. Of the iLml A,, .
.*there the line. to-11116"n""P-41y
/C, is the length J the column
.1 tile ac-loande 100
CS/ lot-uamt. j I the tube
t. ill 9-. Stdiam. to
in C .. II I. V
( Iuiv-)i n Iof wisdial.
jC I aI ewt. 44 11.
non . Cal it a, X
IIII.S/4. U1 4. C -od 0.7
Clovis. Wit 0
C11.61 /Ul
. CI,t).1 CO(N
11.45. AM A -111 -.' I., 'it In In
Ithe ut r uthel efcal" 1106. eta-
sI v, I IhgCu-11
Ca (1.1fil v +0.5.
11 Ill loo-0-11Y will% Ill* fou ,. .. x _
1,111.41 ("Itol @ Will Vol I I I to
At 91 Ill MI-- 01 1
19,16 0 0 lot, lilt), it
-0o glut is volth top to 0 lot, if
the 11,11161111gig VI Ito to
I Of The Cu' . "to or flood a
1. 1.75 or #allhl
r-Stis olontakne rAbalsotilillY 01X.
Jug. equiv cu.. . .1 againstI111 .11 Co.;
COnsequent'lly. The Cu -114 to t pure but ccfflt@las Stan
in an eapt. sitif A ot.6W. L, 3.6. If 41,111. If- O.fr, a. S
iNs. V. 1: 3
1.3o. Q 0.4,60 "An. CUCII 11-1 V, CO(N1).0.1 .k -
., The junt knithl WM. ur C"
ynI up ill 9 in, 'we as Ivol " In th"I
C.. - x - 0.4 1 + 0. 1. e. 11
01"I. - - lw3 N fil-. to in%
Ideal C*W. NVith a -In. Of Coo 1,11 Is %In
'A. I 'J, litilor, OW mral X
flow I", X *-1, oti'll CIA
NA 614111- will Cook @ I Ill it N,
Ito lilt I C of j 11 1.
N-CI I IV- 1111 t' 441 0 1- 1) 1. 'A.
4ol) tile Cu 3 V, atxvut
S 2.30. j 0.1to Co.. ffnOe.x .
imes, t e Lions. Only in Very dil.
about 3. tunder Ideal enroll" l) o I X Wool. I Were
longer then i
'01n, e.g. Cu Cl. mot S. C-MV1 -f,,,aly twk-t the
;,;;; Of equal length, x - 0.02 V. AM
reltim fit cunjol. rioncri..
the The general cmpft
I have J@ general diflerwrit
lox - 0v+ o.whorremandl
1 for tile different lont In the MIXt., ClDntrArY to the
V*IUVOI Srhwub and Dattler (C-A- A 0414), At Calist,
clalin
Val., the length of a wife is SPPM, PrOl"Orit"'not to the
Initial concu. us the eOerroplintoding ion. However. as 1114
s idjundly Influenced I the stut 4 -thel'
length of a gone I I
to quant. (wily wit; for4peort it) An 1011
June, ChrilovAlt"nert7
haying all od-WIMI Illy JOARY 1111104 litAt Of oil Other 1,01 t
I I
1896. Dyn
amIcs Of Ion
find T (jDInami" :onn
Z-B,G-a-pon
a @rr,-
%d42LJQL122-,1 0112 olmena) bY E 11 (;A
Russlaw
93
7-947 (1949) 1, *nn
The dyn&
ties of
sorpti.0h from 46lutio
hk
abeen Inddeauately,@
of these not unlIke-that
@tfiidied. of v
Process f 11 the arfor sorp
es fo@: ItIle present work @Ion
a the-ry, In en
tons are being tparticular
dase of 'on exchances. I
the Increase exchlitni0d The
f
WD
wn Solid
a.
adaorber find R solution,
of the @.Aitr. Pi
state Is determi ed b It of on@ Of the tonsI
n
1110.1ar part' follo@lng f9k0to the adsorbtid
the initial
st Cof '@41 the eXChang, 0
nstani,
ate &nd In the t1" -Ion In question in the n dsorbed
soluu6n illo r
and the
lon ratio
absolute Dumber of tj.,'-: - e
exchanging Ion., EF.tiriftillging On - # the ratio of@'tb.,
In themadflar 'F0 . I
claasificatibn -Of;-A 'On& In the solution to that of: t4
@oa bar. k.
the basis of this ratio'
xabange Columns can be "des lsolonic.colUMn
(ion ratic, I- ribilic ccolumina '(