SCIENTIFIC ABSTRACT SHPUNT, S.YA. - SHRAGIN, I.V.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001549930009-1
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 9, 2001
• Sequence Number: 9
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

SHMANT, S. YA.
"Partial Prowsuros of NH CO rind H 0 over (Nk) 00 and ULM Solutions," A. P.
3 2 2j
' t, I. M. "~ the Se i I not of Fort -i nit I!,- - -- f -'emir
Belopollskiy, S. Ya. ShDiA Falkina, Works 0
Im Ya. V. Samoylov, 1940, No 1",, mrD 125-9, Xhim Referat Zhur, IV, No 6, 82-3 (1941)
(."22: Inst. Insect/yunk. in Ya. V. Samoylov)
SO: U-23?/49, 8 April 1949

is X.X v x a a 41 a a
**A
sell
00 A
00
00
00 A
06 1
00-1
00 .3
00 0
00
Oev
00 A
8140, 250 1101109
J. A;Zd C&m.'
diagrammmk4y aW Is
chaiacterised by tka I*W
(2) 7-glastrite. (3) NAP,
K),M. The tk points
to the folowins DMM 4
following lick
mite. (3) Nag
Its tie points
(1) Nao).AMI.O. (2)
)4.4110. (4) (NI1..K).-
to the followfur phaw
2.3%). K9Kh (2.Wv); (b) solid pbL-.
iSO&AHsO + 7-dawrite + (NH,.K)vSO&;
4 (SAV, (1`111400s (34.3%), K00j
0* isotherm Is characterized by the follow-
Mtn.: (1) NapS04.1014,0, (2) N&,SO,..
~0171ad (a) (M.K)&90'- its tie points
faffimkg phase -pus.: (a) solid
XJOHSO - + N&vSO4.(NH4)2SO..4HI0 +
soln.. N&&'- (7.3%). (NIIj3SOa (24.3%).
. The information was secured for use In
Is *-of II-6-moda production with -
G. W. K. tie*
WOO
We,*
od'sWand S. Y&. Sbeuw.
B. ON-SIONSPE491
N&*SOc(NH#),S%-H%O
IU results ant given
The 40' hothrfm is
ds of Mtn.: (1)
WiS04-4160. (4) (Nil.,
60 twtherm carmpond
(a) sow Phase" Nar
+ -v-gbuerite- win
7-0'79, K.;%
004.411,0 + -r-alascrite
-00
reo
COO
P, See
1.
1000
WO 0
No
tie 0
coo
AL slow WHIRV
MGM
1
1110111: %*jaw 0411 "T 044 - 14ALLMCNII 431131 as Gxv 111 00
U vi I F AS 1 9 Od 0 a 9 1 ff N 0 a a 3 1 v
U IS IT 10 0
v0 0 a *0 00 0 0000 00 00 9
00
0411 '90 'a 0
0 0 0 v 0 0 0 0 0000 of * 0 * 0 a

w Ww-w,w;
0. A
00 A AM low* Coca yNom -.Awlw
0* a SOCSSUS A06 "00911111 10-092

99
*0

Se

10, 2W-=(IW)-Temp.-mipn. (119- goo
00 gun am given for, a varka of cuts in the NsNow-
d I
NO
go ce wet,
S, an
IIANOrHoo sysum. NaN , NII#
the vWy soW pbama obmvcd. The ternary euiectic is
at -25.7'; the coff compo. Is 25.4% NH#N%
Mt

etlis-ri madeaftheo0and
T.
d
and ='Vo al

OGU me N14NOr- INHAHIPOr. H&0 sys-
t
h;
1
0
iso-
,eta. and of 0--. nodal points an its -10
and 30
00 1 'herm . Solos. mad. with Na&VO, and N114HPO4 at 06
'
1
-
7. of thm mall., rVOP.; - at 20
mutal
. 1.8 and 61.4
. the
dlng figums we 1.2 and 64.1%. Cf. ". $4,
~~
7

goo

d wee

ITALLUftKAL UVINATUNI CLAISVKAIIGNs
~A
XICKI SIVIgat-
- see
lwwas .0 1
tavaso MAP 4MV 4128 JR
4

AT 10~ "u I ff of 9 a a9 V
A a
; a a 0a * a
T
goes 0 0 00 1

91
-
00 4
00 the' FOCIProvA144affarlystem San"" lot
00 phoeWtusodlum Altraft-wetv. IV. Thc
-A
h
8
1
N
NHAPO
8
V
W
-
A
,
641
0
O
4, &
xurL
- d
0* LW
686-02(10M W- R
S
S
R
) 20
(U '
.
.
.
.
=.
.
.
,
so f C.A. 40, OUP.-Hight wetknot. .(I I K4
00

v
t WO' N%NO, (M OD - NANO"
0 y W% NaNN,
;E so
~, 46.7% N.N s.1d. vdth
434. N.N
sd [it
:0 SHoHIP04, and (VU) 0.0% N i'sm
1
i
i
n ted
1411sPOt with vary
ng a OW
60 A 10.0% N
la

t
ij( by tho visual method, ~m In

=H_J~~ tables vvd
its (I-VI
tern
n
t temp.
gra
ur
,
:
L
r
r~ m
I down.
sla nst N&NOO Tho mix. (tmp.. wt.
. r
X
0
11.0) are, 1 -74 0 8.8, 14.7,_
av '171
M 27
MI
70
3
2
:
.
.
.
.
;
,
0
61 TV
9 - 14' 35 4 113 53 4- V +9 to 37 4
G3
.
16 "
6; VU' ~-Wi"
0 jj&
121% ii
8
40
8; YZ +
NJN6
.
.
.
,
,
00 23.6,19,00.3, vin - 19 60 3'Ll 6.4,60.&;-Thv WHA
00 pbasts are% 1-1111. + 9d.H5;&;t IV XH.HAMN +
1
'
V
1
-V
N&240~ + I%
&H,PO,.2HvO;
NHjffj
Ot * NxNO~;
'
9 X ra
IN VU-VM ice + NaNO,- The kjotbermals at. 0
, 20
.
00
*
'
W
E
%0
. and It
ave givm
n tablessudgraphkalty
40
. 60% SD
4 r,
I
N!1414M-N*140s plane. No-new. 23,00
down to - 1.4* other than - N&NO,
'
1'0
H
l
~~
f
ow -1.4
,.2
H,
O appears be
.
I sept. the other two fields. 7U 4 fields meet at the
points (temp., wt. % XaNO,, NHJIJ'04. 14.0, soNd
33 4 11.2 53 4 N114H%M~ + Na-
N.WN'; -k
'3i 7 7 S
No-
F
60
5
l
.
.
F
.
,
~. HsMMW + NILII.PO, + ke. '"AD.i-, 33.3. H.O.
V; t
I ,
` ee

too
:
0411,0 + NaN(h + icc; thu Int is the
M.7, N&H,1
1
4. Than
eutectic pcdnt. .
S L
.1 A I a -
A&ITALLU46KAL LITENATURE CLASSIFICATION
-
tips
lack, Oli
W
-
na
s
t (

i
ii
4 __
7--
p
t
1
14 9 AT 00 is I 4311J1 OK a.* Ill
D 0 0 it at k IN a Its ARI %V
o
W
t 1 eda
0
0;: 00 0 0 a., W 0. W.0
04 10,6 0)

upuW9 3. IA*
A.P. Selopollskii, V.N. Kol cheva, and 9. Ia. The system N50442904420-
y -P
III The solubility of N504. 71D-0 in watt3r solutions of sulfuric acid at
temperatures from # 10 to t-500. P. 794*
The solubilities of FeSO . 7H20 Im water solutions of sulfuric acid at
temp. below 50o have been stuLed. The solubility of the heDtAbydrate decreases
considerably with increase of concentration of sulfurs a acid and with lowering
of temp. It is shown that at 500 haptabydrate if precipitated from the super
saturated solution at H2SO4 concentratiow lying beyond the stable region of existence
of hepta. and tetrahydrate. 0
lab. of Physico-chemical Analysis of the
Scientific Institute of Fertilizers,
Insecticides and 1rungicides
August 25, 1947
SO; Journal of Applied Ghemistry (USSR) ~~jj ko. 8, August (3.948)

Scillubitity of faffma vulIate 1211 CaumtM904 Sulfuric
acid at high tomperatum. an.1 S V,.
.1 lit.
to and T%ltwain 064. 22. 7MOO40)), th.-
"'IM pluiw. in t-milwi %ith 11,14). almm- ist' unp only
Iniumllydrati, nd "1111Y.J. 11t,SA) .. ..... I wily Anhird.
1:1-SO4,41 im)" al"Ive 11,40" Thv 'latetuent Out
l-,,SA). 711,0 is the olid phatic in the rAngr IM-243,
it 11, 1 (*SO,, in effonvoun. Ato. oxidat ion cil Fe to
F" ran tv c,ompletely aw-Adt,ii lit strong 11,FA)..
N Th-,

C4
2~ -
j Th; sduhafty 41 farm* m&Ltm in coamtrated aNuric
,~j t=; -1- A. P. BckVoUil and 5. Y&.
.hl ied C" -U.S.S.R. 23,225(14&))(Engt.
=
tiorn).-Z, C.A. 44,9797h. B. L. M.
L

IYAOM Kgo FO, 9,0 at 0; MA 80. A. P. fiekpolsky.
:$-VA-bIlpUSt, land A. ')IIUI'glflA tj appl, CAWW' (R).SR. 1960, 92.
I ' -
82:4 2KI6), jile saphiliality isother u t 25 lorill,aO, vAtying (rum
IJ-413 to 7U %at-,~ consists of four brandi" aluch represent tile
Oquild,cluill %-$ill the luilliwing four "ads; XfgIf1lU,.3II,(.) Jj
Mx(lIqP0s),,4II,0 ill) itha existence ot this hydrate as reported
fin the first time ; Algitf.110".2111.0 (M), land j1vj-
The awaxmnl laoint. an order .1 increasing 1',U, content are A
with SWAI phawill" nciantiumaig3-3% 'Mqa-a4ujw-I%j4*QS.'%'
.1th "ad phases It and M containing 4-60-' 3IgO anti 5j.3% POX-
': - -2%.MgOaa%dS9,J,
M,-I la, -ith solidpliaars M wall IV containing 3
1"0. The SW-lwth'rM comastal of three branches at whith fl
KAid phases am 1, M. and IT. The invariant Uut. 4-v t.;
-A r"Ll
I 1 -0% kfgo 44 .8% 1,20, wa I i lid lu I.
saturat"I with differcrithydraticsof anhyd. Jdg)IIV&kDd llgill,l",j
2
we incongruent. The WgV:11.0. ratio to id-ays 0. The author investigates the linear operator H, Hu=b(x)u,
where b(x) is a real function measurable on B and the Nemytskiy operator
Card 1/3

88885
S/044/60/000//007/041/058
On the weak continuity... C111/C222
h, hu = g(u(x),x).
Lemma: In order that H acts from L~ into 1A1 it is necessary and
M
sufficient that the following condition is satisfied: (1) for certain
positive c and-~,it holds fc(~,lb(x)j) GLM, where
fc(v) = sup IU: 0 cm (U)i
O;~'=V~~co .
The author uses a special construction for the proof. From the given
M,
lemma it follows that if H acts from L Minto L then it acts from
JC;v
M
M 1
L into L and it is bounded. M
Theorem: For the weak continuity of the operator h from L~ into L 1
M
it is necessary and sufficient that fox almost gll x6 B it-holds
g(u,x) = a(x)+b(x)u, -oD