SCIENTIFIC ABSTRACT RYZHENKOV, V.YE. - RYZHIK, Z.M.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001446520009-0
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 99
• Document Creation Date: November 2, 2016
• Document Release Date: September 26, 2002
• Sequence Number: 9
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

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'
slog 444 Ual"a Ps Inows jonubm al
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-
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Q Pq Ul PUPUJ IMM
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12344IQ VIM %9'1 -18t~11MMUU4 jo WAXW aqj RUUnp a*Uj
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ib -M-
ull A.1rutud ju %t pm aq) )o -
18,01,
r ittorm os
Aq "
3
. 1M
-" 11,
r

I 00
, r 00
-
--
a It It ~
7 '1 j

0 arl, w vy
]a M
Z
at C4 6 1
It " n ft
;
100 0 0 0 0 * 0
;-

0 0 low
all I I f I f I a I
PROCIliff, A.0 Pf"tOtItt 4.011
ey"ble re"d- baween BWMY" and, carboal
compamchs- A- P. Itvibeva (Darvikh Sanitarium, Al,
- ' - ""A 1-- 391 (IM).-The mildn. ini
cow). B ~~okhfml)po
aq. san. Mile or an
I C=Pd. to I mole of an abi
it hyde, P?-vic a SIrOW (Worm ex"ptrij), mults "00
or.,
in the Offlation Of an unstable. readily divuwd. conilml.
V i The mildn. products wcm not isolated, but thvir tx6ttnce~
oved ulned
IOUs, Pir bY the fact that the, Sil group cons,
Inuch lem looline In The lim-sence of aldehydrs. pyruvic
acid, and Xlyuxals. It. lyiestley
41
coo
44
too
-i;.,( (I., Ali
r Ir
U A' '0 1$1;, 1 T All A S v N a a
it It go No ftI IS
0 so a 0A 10 a 0 00.0 0 0 so 0 0.0 a 0 0 0.0 0 06 0
T.-
so go 9:0 0 O~ 0 0 0 0 0 0
-9-9 -0000 0

IS 14 n h M )9 to Is It u M A M It a IV N 41 U is M 4
I --A -;-L -1 - ,- #._ FS'
r. itoak. too
of
-00
00 0
go
-06
A micrawA" for tM detairmination of ledtWn in the
00 bIoW,RW_jIy*bv&_ L4b. Prat. (ti, S. s. R.) Ittio.
1 -00
Satome It. 6"' Chrm. Zextr. 1940, 1. 0,18-The
a
~ichaft and, Roth~c 0
oil metboll'of PolAno. hild (cf. F. Roth'.
thild 'Klia 11acki(Ar. 15v for the detn. of
00 11 ;;Ws so wadified that a sittall amt. of blood (11.2
CC.YWU sufficient for a tolorimetric detn. and this pro-
00 crdurt could be substituted for the detn. that employs th
tep-photomettr. L VjIU,%
found for the conen. of lecithin
I to
by this method varied frown 82 to 10.0 mg. per IOU cc. of
plasma for healthy individ~t% and 7.2 to 11-3 mg- per
10, ce.,for tubercular individuals with old. destructive
.1 - I Z aro 0
Stoote
at-
ItkLLU 06K LLMRATLAC'" AjjiFtC~110.
-t, a- C.C 7 'J511 at 6,;;~ III goo
1 10 rw 0 -0 w 0 A a -0
3U K ko 4 1 11A
6,9 91 a q 91 It a it
00 o 0 94 4,0 0 0, 00 0 0.0
01
7t,- . :::-: : : :1 1*6 0 @*so we 0 00 00
am as 6~0 a 0 0 0 : : 0 0 0 a 0 -0 a

-lra` d. Plants Grains
USSR/Calti ,C-. Mj,
Abs Jour Ref Zhur -.Biol., No 1, 1958.~ No 1476
Author J. T~fzhey
Inst Not, Giva)i
Title Split Harvest of Winter Wheat
Orig Pub S. kh. Kirgizii. 1956., No 6,. 19-9p
Abstract The results are given of an. analysis of varieties of wie,;Pr
vhee:;. listing their weight per 1000 grains, the M-171se P
glassiness of.the grain, the dynamics of dry matter acau"ia.-
in the grain, and the.:amatxnj~, of albumin in the graix,.
'7
relation to their ripeness and periods of harvesting on a
portion. of the Kirgiz selection station. Tile quality. of he .
&Lairn, its physical and biochemical properties were
dxa-ing harvesting in the ~phase, of waxy ripeness. It is
metd.ed that the kolkhozes and sovkhozes of Kirgiz.ca=j a=~-,
split harvesting,of winter whea:t* ItJs emphasized ttbat
variety of winter-crop wheat "Psevdomeridions3R-19P"
be:hs--vested during the complete,ripeness,,:inasmuch as
variety,does not appear to transfer its nutritious. mat-,o-.,r_
from the chaff into the grain during the waxy ripeness p Lf?.;8
Card 1/1

(Wheat breeding)

tiva-~!d pl~-ots For Fechnica.1 Us~~.
JSS,C! Cul P la.
Sugar P31-ainta.
ur: Ref Zhur BJ01., 19 No 16, -306
s Jc
Author Voskresenskaya, G. S,; Ryzheyeva, C. 1.
Inst -1-Iot ~,iven.
Title Conditicn and Oerspecti-res for Cultivation of Oil-
3ear'--nS Plants in Uleatorn S-Iberia and Krasnoyarcki v
7
Kra
Orig PW'i ---J im--iAlItury v vc)-,'U. r-rakh SSSR. Kr as--
;odar
Abstract: ,,-.,.bstract.
r'd 1/1
103

Tablitsy integralov,,summ ryadov i proizvedeniy.~ ~AID,629 I
3 izd.,pererabotannoye.
Gradshteyn., afterthe death,of I. M..Ryzhik, the,.-author mentions the
,,-substantial,changes maqe 'in the, book and in its plan. The text is
''divided into-an intidduction, eight chapters',: an index of special func;--'
~tions,'Iists-of-symbols,.and,literature.I -The introduction coVers
finite sumsi numerical series, function series and~some aifferential,::
formulae. Ch.,11 includes elementaryfunctions: binoinials.-and ex-
ponential, trigonometric, hyperbolic,:logarithmic, , inver6i-s'trigo-
nometric and inverse hyperbolic functions; ch.2 give:� indefinite
integra. 'ls of rational,*algebraic.,,exponentia 1 -trigonometric, loga-
rithmic inverse, and special:functions; ch.,31 definite integrals
of elementary~functions;:,ch,. 41 definite integralsof special func-
tions: elliptic..,,.'Euler.,:dylindricalI spherical, etc.; ch.,5,:inte-
gr6l transformations: Fourier -1- ch 6.and
Laplace, Hanke
special functions and integrals (ellipt,iql.exponentiall .Euler, Icy-
lindrical, Mathieu)., polynoinials, dd-generated hypergeometric,
Riemann's functions, B .ern6iAli polynomials; Ch. 8, numerical
I..tables of functions:~.,.Lobachevskiyls L(x.)., Bernoulli, Riemann., Euler
I ''and constants of,Euler~and Catalan.. Special'symbols and designations.
I are usedin t.he~subject index.
No. of References:.' Total number-4.0, 1867-1951 of which 27 are in
Russian,, 5 in English,: .4-in French, I~ 4, in German.
Facilities: None
2/2

iW.

1. si
rya av P-1- -[Tables
)izvddcnIL' scsus
'

ind if6dik-ts-I osu
G
m

vw-I:P~inknad,; 195 1.
64 pp.!",'20.45 ru few
4 b

cal Reviews
-thmati
Ma Tible 6 'COntwts:, Int ucti6n; E eiii.e,ntary fundims ~-,pq

r6d

.' -. -
7 - - -:
Vol 14 No* Defin46 intigrals~d-Ae~ientaxy. f~-nic-r
fadefinite -it) tf-.gf
.
t 1953
July AI%Ms
tiolis-, M(Initeikegrals of soecial Niictlci~i-' egmt tiins~

-
'
'S
i
o6
d
6
ecsaI uh
)ri6s;
i
s: NI
A I
ca tabim-Themat
en s
j
inostly from-.6wndard
saur66 with Abe'~6urms iMiEdtM.
C.K., Bierenq de Haiii,
'~Nouvelles d sntftrnde~dkfinies
and &-ihettingii,' Formein
'
'
Und sft~
esi Rev. 10 38
[Spinier, BeAin
1948; th
W..

Mittakeir - iiid atson, A-caurseic) :tnbdern
f
19 7]
'!
.

GR.ADSHTEYN, Izraill Solomonovich;~JRYZHIK. Iozif-Molaeyevieh,-Prinimal-i
uchastiye: GERONIMUS) Yu.y.;--T-9-F-,YTLIII, M.Yu.; LAPKO, A*F.y
(Mathematic,s-Tables, etc.)

Is? A" IMP 400fol
pocrealles mogl

of

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00
-00
00 JF I Cdd Ind kedhM Oun. A. N.Vm*&vAO WW,LL1,-
-*
24
R
A ]NW
12
Ar
W
N
0 -
.-
Y
dftr
o.
y 1W.
,
_YMM0.1d. ak, no bw umd as m mid slow, with

a priew dye k *A apprerswe of -A-Y sim-d
van. Three Ommmistims 01 hwww, ft",
*00 tmbie mA KmOM (in ~ em with cbelk wm
:S.
"- -atiolselammudb. ~9- R.
prepd. :AN3
'
, lie
s

00 Ar
00
so
l
;600

iN so
t

's L A adIALLUICKAL UTENATURC CLASSWKATICU
WWW,
it I./ 14AD89 I
Iola** MAP O.V 041,
#111) got 489481 amt 401, Its.
u . AV : 0 1 1 1 -, I
IF v a w a it a ~ aP t"I & 11 -.T ZA I a cW a a I W a a

,
FA
4.0 so 0
O
T
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a,
wx I u a 31 u nil sb vio,1044,06*6
' 6 11T 01 'a s
* 00 A S T UW h - - 1. 1
c 0 OF 4 a a L a 0 1 1
LIVIEN $,to .1. Coofat F. Goov

o -01
.ul"ON -Dtl I-:=-

4 -1-3munrl's I.
"DIAWNIFItly -I I s w

r

002

see
oes,

00
.4
40 - r 00
p so
00

00

OU`*
U*3!2.=V atil uwql, lift III aAlll&t$^
'
30
In
unt)
"M &.00

00
tkylloa Uw
1
jdAAH.1u
P
)
Pial-catil -I- sliq 1"Wid th"Ittoatijr) qln
aql vv vnt4stsfill vu *III aq, 0
$1V pliv M,-I p "Ivjlllx au . 'A,130) 'plait to si W. )biij ~qj pi UJRI,
'
slog 444 Ual"a Ps Inows jonubm al
) "
)
5 09
p-
,,1
l
VK"S "At u! oa %6 t) Its J,
-
'%I-
t
U
Q Pq Ul PUPUJ IMM
P
[
12344IQ VIM %9'1 -18t~11MMUU4 jo WAXW aqj RUUnp a*Uj
J

ib -M-
ull A.1rutud ju %t pm aq) )o -
18,01,
r ittorm os
Aq "
3
. 1M
-" 11,
r

I 00
, r 00
-
--
a It It ~
7 '1 j

0 arl, w vy
]a M
Z
at C4 6 1
It " n ft
;
100 0 0 0 0 * 0
;-

0 0 low
all I I f I f I a I
PROCIliff, A.0 Pf"tOtItt 4.011
ey"ble re"d- baween BWMY" and, carboal
compamchs- A- P. Itvibeva (Darvikh Sanitarium, Al,
- ' - ""A 1-- 391 (IM).-The mildn. ini
cow). B ~~okhfml)po
aq. san. Mile or an
I C=Pd. to I mole of an abi
it hyde, P?-vic a SIrOW (Worm ex"ptrij), mults "00
or.,
in the Offlation Of an unstable. readily divuwd. conilml.
V i The mildn. products wcm not isolated, but thvir tx6ttnce~
oved ulned
IOUs, Pir bY the fact that the, Sil group cons,
Inuch lem looline In The lim-sence of aldehydrs. pyruvic
acid, and Xlyuxals. It. lyiestley
41
coo
44
too
-i;.,( (I., Ali
r Ir
U A' '0 1$1;, 1 T All A S v N a a
it It go No ftI IS
0 so a 0A 10 a 0 00.0 0 0 so 0 0.0 a 0 0 0.0 0 06 0
T.-
so go 9:0 0 O~ 0 0 0 0 0 0
-9-9 -0000 0

IS 14 n h M )9 to Is It u M A M It a IV N 41 U is M 4
I --A -;-L -1 - ,- #._ FS'
r. itoak. too
of
-00
00 0
go
-06
A micrawA" for tM detairmination of ledtWn in the
00 bIoW,RW_jIy*bv&_ L4b. Prat. (ti, S. s. R.) Ittio.
1 -00
Satome It. 6"' Chrm. Zextr. 1940, 1. 0,18-The
a
~ichaft and, Roth~c 0
oil metboll'of PolAno. hild (cf. F. Roth'.
thild 'Klia 11acki(Ar. 15v for the detn. of
00 11 ;;Ws so wadified that a sittall amt. of blood (11.2
CC.YWU sufficient for a tolorimetric detn. and this pro-
00 crdurt could be substituted for the detn. that employs th
tep-photomettr. L VjIU,%
found for the conen. of lecithin
I to
by this method varied frown 82 to 10.0 mg. per IOU cc. of
plasma for healthy individ~t% and 7.2 to 11-3 mg- per
10, ce.,for tubercular individuals with old. destructive
.1 - I Z aro 0
Stoote
at-
ItkLLU 06K LLMRATLAC'" AjjiFtC~110.
-t, a- C.C 7 'J511 at 6,;;~ III goo
1 10 rw 0 -0 w 0 A a -0
3U K ko 4 1 11A
6,9 91 a q 91 It a it
00 o 0 94 4,0 0 0, 00 0 0.0
01
7t,- . :::-: : : :1 1*6 0 @*so we 0 00 00
am as 6~0 a 0 0 0 : : 0 0 0 a 0 -0 a

-lra` d. Plants Grains
USSR/Calti ,C-. Mj,
Abs Jour Ref Zhur -.Biol., No 1, 1958.~ No 1476
Author J. T~fzhey
Inst Not, Giva)i
Title Split Harvest of Winter Wheat
Orig Pub S. kh. Kirgizii. 1956., No 6,. 19-9p
Abstract The results are given of an. analysis of varieties of wie,;Pr
vhee:;. listing their weight per 1000 grains, the M-171se P
glassiness of.the grain, the dynamics of dry matter acau"ia.-
in the grain, and the.:amatxnj~, of albumin in the graix,.
'7
relation to their ripeness and periods of harvesting on a
portion. of the Kirgiz selection station. Tile quality. of he .
&Lairn, its physical and biochemical properties were
dxa-ing harvesting in the ~phase, of waxy ripeness. It is
metd.ed that the kolkhozes and sovkhozes of Kirgiz.ca=j a=~-,
split harvesting,of winter whea:t* ItJs emphasized ttbat
variety of winter-crop wheat "Psevdomeridions3R-19P"
be:hs--vested during the complete,ripeness,,:inasmuch as
variety,does not appear to transfer its nutritious. mat-,o-.,r_
from the chaff into the grain during the waxy ripeness p Lf?.;8
Card 1/1

(Wheat breeding)

tiva-~!d pl~-ots For Fechnica.1 Us~~.
JSS,C! Cul P la.
Sugar P31-ainta.
ur: Ref Zhur BJ01., 19 No 16, -306
s Jc
Author Voskresenskaya, G. S,; Ryzheyeva, C. 1.
Inst -1-Iot ~,iven.
Title Conditicn and Oerspecti-res for Cultivation of Oil-
3ear'--nS Plants in Uleatorn S-Iberia and Krasnoyarcki v
7
Kra
Orig PW'i ---J im--iAlItury v vc)-,'U. r-rakh SSSR. Kr as--
;odar
Abstract: ,,-.,.bstract.
r'd 1/1
103

Tablitsy integralov,,summ ryadov i proizvedeniy.~ ~AID,629 I
3 izd.,pererabotannoye.
Gradshteyn., afterthe death,of I. M..Ryzhik, the,.-author mentions the
,,-substantial,changes maqe 'in the, book and in its plan. The text is
''divided into-an intidduction, eight chapters',: an index of special func;--'
~tions,'Iists-of-symbols,.and,literature.I -The introduction coVers
finite sumsi numerical series, function series and~some aifferential,::
formulae. Ch.,11 includes elementaryfunctions: binoinials.-and ex-
ponential, trigonometric, hyperbolic,:logarithmic, , inver6i-s'trigo-
nometric and inverse hyperbolic functions; ch.2 give:� indefinite
integra. 'ls of rational,*algebraic.,,exponentia 1 -trigonometric, loga-
rithmic inverse, and special:functions; ch.,31 definite integrals
of elementary~functions;:,ch,. 41 definite integralsof special func-
tions: elliptic..,,.'Euler.,:dylindricalI spherical, etc.; ch.,5,:inte-
gr6l transformations: Fourier -1- ch 6.and
Laplace, Hanke
special functions and integrals (ellipt,iql.exponentiall .Euler, Icy-
lindrical, Mathieu)., polynoinials, dd-generated hypergeometric,
Riemann's functions, B .ern6iAli polynomials; Ch. 8, numerical
I..tables of functions:~.,.Lobachevskiyls L(x.)., Bernoulli, Riemann., Euler
I ''and constants of,Euler~and Catalan.. Special'symbols and designations.
I are usedin t.he~subject index.
No. of References:.' Total number-4.0, 1867-1951 of which 27 are in
Russian,, 5 in English,: .4-in French, I~ 4, in German.
Facilities: None
2/2

iW.

1. si
rya av P-1- -[Tables
)izvddcnIL' scsus
'

ind if6dik-ts-I osu
G
m

vw-I:P~inknad,; 195 1.
64 pp.!",'20.45 ru few
4 b

cal Reviews
-thmati
Ma Tible 6 'COntwts:, Int ucti6n; E eiii.e,ntary fundims ~-,pq

r6d

.' -. -
7 - - -:
Vol 14 No* Defin46 intigrals~d-Ae~ientaxy. f~-nic-r
fadefinite -it) tf-.gf
.
t 1953
July AI%Ms
tiolis-, M(Initeikegrals of soecial Niictlci~i-' egmt tiins~

-
'
'S
i
o6
d
6
ecsaI uh
)ri6s;
i
s: NI
A I
ca tabim-Themat
en s
j
inostly from-.6wndard
saur66 with Abe'~6urms iMiEdtM.
C.K., Bierenq de Haiii,
'~Nouvelles d sntftrnde~dkfinies
and &-ihettingii,' Formein
'
'
Und sft~
esi Rev. 10 38
[Spinier, BeAin
1948; th
W..

Mittakeir - iiid atson, A-caurseic) :tnbdern
f
19 7]
'!
.

GR.ADSHTEYN, Izraill Solomonovich;~JRYZHIK. Iozif-Molaeyevieh,-Prinimal-i
uchastiye: GERONIMUS) Yu.y.;--T-9-F-,YTLIII, M.Yu.; LAPKO, A*F.y
(Mathematic,s-Tables, etc.)

Is? A" IMP 400fol
pocrealles mogl

of

-00
00
-00
00 JF I Cdd Ind kedhM Oun. A. N.Vm*&vAO WW,LL1,-
-*
24
R
A ]NW
12
Ar
W
N
0 -
.-
Y
dftr
o.
y 1W.
,
_YMM0.1d. ak, no bw umd as m mid slow, with

a priew dye k *A apprerswe of -A-Y sim-d
van. Three Ommmistims 01 hwww, ft",
*00 tmbie mA KmOM (in ~ em with cbelk wm
:S.
"- -atiolselammudb. ~9- R.
prepd. :AN3
'
, lie
s

00 Ar
00
so
l
;600

iN so
t

's L A adIALLUICKAL UTENATURC CLASSWKATICU
WWW,
it I./ 14AD89 I
Iola** MAP O.V 041,
#111) got 489481 amt 401, Its.
u . AV : 0 1 1 1 -, I
IF v a w a it a ~ aP t"I & 11 -.T ZA I a cW a a I W a a

,
FA
4.0 so 0
O
T
1 0 0 0 0 0 0.000 0 & O~e 0 0,0
, 0 0 411 CO. 0 e * 0 so 4 -41 0 4,
0 0
0 * 0 0 0
O
--
! 40, 0 0 0 0 0 It 0 6 0:0 0.0
0 WO 0:0 0 0:0 0 0 4 0 00 0 :0
64, 0. 0

669.28

3F'6P23
0/149/6a/000/003/0o5/011
AOO6/A1O1
AMIORS: Nichkov, I. F., Ryzhik, 0. A., Raspopin, S. P.
TITLE: The effect of thorium on electrode potentials of-bismuth in alkali-
metal chloride melts
PERIODICAL: Izvestiya vysshikh uchebnykh zavedeniy, Tsvetnay!~ metallurgiya,
no. 3, 1962, 113 116
TEXT: To investigate the effect of the cation of a stripng complex-forming
salt upon bismuth behavior in alkali metal chloride melts, eqeilibrium.potentials
:of,bismuth were measured in such melts, containing thorium and~bismuth, at'vario'us.-.
temperatures (950 - 1,100 K). An equimolar mixture of potassium and sodium
chlorides with 3.1 weight percent ThC14 and 1.7 weight percent-BiC1 was'used as-.
lectrlolys?s. The emf
an electrolyte. After melting.the mixture,,wasiefined by e
of the 3ell were measured every 25 - 30 minutes 'for 6 - 8.5hours. The electro-
lyte temperature was maintained within 700 - 850+50C. After the experiment the-
and bismuth content of the electrolyte were analyzed. For.comparfson'~~
the temperature dependence of a bismuth electrode without.T.K.'41 determined pre-,
Card 1/2

S/02 61/141/005/011/018.
Y
B1 101
B1 03
AUTHORS: Nichkov, I. F., and Raspordap. S. P-~
TITLE: Interaction of bismuth chloride and chlorides of the alkali
metals
. 5'9 1961, 111 3-iiiCl
PERIODICAL: Akademiya nauk SSSR. Doklady, v. 141, no
.
TEXT, The nature:of the interaction
of BiCl~ with KC1 and NaCl was
,
determined between 700 and 8500C. The:equilibrium potentials of metallic
bismuth. were measured for this purpose in electrolytes of-different BiCl
contents in quartz test tube (Fig.). Electrolytically purified Bi was
added after~co'mplete fusion of the equimolar.chloride mixture. BiCl was
3
-
produced in the electrolyte by.anodic dissolution of a.part of the.
Bi contained in the crudible. A molybdenum electrode was placed in. the'
electrolyte contained in the quartz test tube such that the crucible . served,
as diaphragm separating anolyte and catholyte.. The test tube was
evacuated and filled with purified helium. The Bi potentials were
measured related.to the chlorine reference electrode by.a highlyresistant
nnTs-1 (PPTV-1) potentiome,ter, a galvanometer having i of
a.sensilt vi ty..
'Card 1/5

..S/020/61/141/005/011/018
:Interaction of bismuth chloride ... B103/B110
10 a per scale division was used as null detector., The melt was heated,.
an abtotransformer and its temperature Nyas'kept constant by the two
measurino instruments. A decrease of the emf-values between:the Bi and
the.Cl electrode was found with decreasing temperature; these values were
mr.asured at different temperatures in melts containincr 1 .13 (1), 3-05 (2)1
and 12.06 (3) he rits~experimentally found1all
by weight of Bi. T p6i
satisfactorily on the straight lines satisfying the following empirical.~
equations; E 1-446 2.95-10 .- 4T v; E 1.412 --1 2.90.10-4T v;
-4
1.378 - 3.00-10 T V. The measured values included besides the
3
~electrochemical potential difference desired the thermo-emf between
molybdenum and carbon conductors with reversed sign, Its temperature
dependence is. E 0.0.08 - 0-i'l-10 -4T v. If the theri--io-emf between the',
T
graphite bar of the Cl electrode and,the Mo conductor to Bi is considered
the Bi equilibrium potentials related tothe C1 'reference electrode are
identical. It is concluded from the values measured that the.'equilibrium
potential of metallic Bi related to the Cl reference electrode is. expr6ssed,.'
by the thermodynamic Nerinst 4quation~: TM s means ~-hat the liquid:Bi
,electrode is reversib
I le as to the Bj31 i.ons in chloride melts. These
Card 2/5

interaction
ideal solutions in the BiCl concentra'ion,ran-e invest*,gated~
behave as
3
L
On the aszumption that this ideal behavior continues in the ent r e
concentraticn range up to pure melted BiCl 'he emf of the cell
3'
B-JjBiCl,(Melt)jC12j C should be E 0 'T v, calcula ted -a
e 1.338 - 3 7
the basis of the authors, exoerimental data- Th~- temperature de.-pendence
of the emf of such a cell is (calculated on the 'oasis of Ref see below):
-4, v. The difference F, E~
E 1.254 5.750-10 0.05A 2 .374 -1 G-"T
is mainly due to the fact thatthe melts cease to be ideal solutions at
high BiCl concentrations. This means that chan-es in concentration aarre..
3
accompanied by a regroupinC at the Bi ions; the nature.of,this regroupirj.
is determined by E e T* It,corresponds to z he charigge oif the isobaric
potential,on transition from pure melted BiCl to its dilute solutions
3
-ZF(E E (-%,11 1 6.42T
which behave as ideal solutions: A z mix e T)'
It is evident that the raixin.-7 of the salts ei
-itails! an interaction in which
I'Leat (All 5.61 kcal) is evolved and 'he entropy (A s 16.:
Mix 42 ca.~/~qg- ale)
Card 3/5

s/on,/61 /141/005 1/01-8
Interaction of bismuth chloride. 3103/3110
.3+
increases. Thus, it is proved that the bonds between the Bi ions and.
Jde 'he anion
the chlorL - anions become stron-er and that complex groups of t
type are formed. The short-range order of 'he ions in the raelt is a!'
I L tered
-b the- Bi3, joy j3+ ions bind the,C! ions stronger t6han!
y ns. The remaining B
this is dope by the ions of the alkali metals, Probably for this.reason.
Bi'is found in dilute solutions mainly in the form of anion complexes i:~fs
the BiCl(n-3)-,, where n >3. With re-ard to the cha-ir--e of the isobarlc
n
ntial,-knovin in-itself (Ref, see below), it is stated.that thiS
va.Lue can equal:'Ly be 7,alculated from Az by extrapolation to the te~M'L-]~ra_
mix
t (2.6 L-al/mo!
ture 298 K,,whereby the late-it hea and -he melting, e_azropy
(5.2 Cal/de,,p-mole) have to be considered, AZB-iCl- was found to be
4
-6-56 kcal/mole. It chat Bi is contained An form of aniGn
CCmplex groups In the melts mentioned: BIC!-. There are 3 figures and
4
references: 5Sov~--Gt and 3 non-So,.riet.. Th~, t1lrae refel,enc.es to En".
languatge Publications read as follows~. Ref. 9: 71. Hamer. ML. Maltber-
B. Rubin, J, Elect_~ochem. Soo. 10,~, 8 (1 o
Noies . 11, o 11Vt
Chem, So~~. 11). 2526 (19171 Yn
Am V. L
Card. .4/5

9

Ryzftlx,
bus Buildim,-mAte- s
USSTI/mi s661ia~e

'71---~ 137/17-
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R zh k ngLnedr,
-.Title . .~Production ofle'rro-concree
Peri6di6~1 lkekh. t, rab. 4;-33--:'~i36'~
Atstract' ~he~ --p'r uction .6 -:'f erro'--con-c

1 n s is' de scAb` 6'd.
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42

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1 1/06;/O-~~
AUTHOR: Ryzhik, V.M. (Moscow)
..L~d P '7
TITLE: The Mechanism of Capillary Impregration. orcrias ~Medi-a-
PERIODICAL: lavestiya Akademii nauk~SSSR' 0 tde' an! y e tekhn-i e 5k' kh
x -
nauk. Mekhanika i maslhinas t-royerLly-B.,
Pp 131-153 -(USSR)
ABSTRACT: The paper ,gives a t_-ea tmen" of o -a u J1 11 an Y impre gnation
tha 41:
allowing for:,th.e itally -obser,~rad:facr- the,
t, -Pletely isp., --ed y 1, ii-W and
:gas in the. ~body. is, no COM- ij.
ih er
that appreciable amounts of rasiduFll gas rarna~i, a- 5
impregnation, Using DI.L--c, .1) a j,.,, a on~ -.be
p 1;i' betweei,. k and k1i,y Is,
equation given on
d f or 'the t il tra t i o n ~T e. -1 o j t a .5 -5 ixrr. I n t-, vIle,
obtaine
viscosity of' the. gas., to, be:sm&j.1 ~~Qmpared Wi Uh thaL~ o:c
the liquid. This equation', 4- a -,~ 0 n j un. C:t JL o n W, i Un t."! e
continuity :e4uation (2) AO ItE ki-qtA -ads, 'kvo the
LL) Co.-atair-ing the cw3.pJ..1_1ary
aartlaL differential eqaa~ tno,..,, -, tj
11 ) -5.~~,
,e (p egres of sa ttvra t:-:.on ~p_
pressul. c the d
and: the 1 porosity m. By',transfornk-ing th6 -qaria bles 4 n
Card
ordinary differential equ, I th-a
i/2 a t on
1~unc- tion In Eq (6) iia S cftE 1,01m I
.a cr;ording.: to Ref 2

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