COMPLEX FORMATION IN A QUATERNARY RECIPROCAL SYSTEM OF CHLORIDES SULFATES AND TUNGSTATES OF LITHIUM AND POTASSIUM.

• Document Type: CREST
• Collection: General CIA Records
• Document Number (FOIA) /ESDN (CREST): CIA-RDP80T00246A005600100012-6
• Release Decision: RIFPUB
• Original Classification: K
• Document Page Count: 9
• Document Creation Date: December 21, 2016
• Document Release Date: January 5, 2009
• Sequence Number: 12
• Publication Date: April 10, 1998
• Content Type: REPORT

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IMI -W-K,
T
1. .. .. .._ ':Y,~
27r -it
ae
14-
Wit
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0
pert&ft to the pure components.
Sw fielft of potassium sulfate, lithium sulfate and lithlM %Woftft GM *a~
breIm up into the and modification areas Sitastat M qwwto sun W so
Fig. 2). in the system the complex forming reaction on the two opy"ift SUM St
Vw composition &VA&" is predominant to the double d*compoeltian rescUAL Me
". MM order to verify the stablility of the two cowlexAm (dwAae M116)
vWims smctjcnm~ In particular the three lbook"* SeCtIMS (1.9 11, in, J ma as
five triaingular sections, as show, in Fiw. 2.
systams and thus treat then aF S.1011 In t!-Ir investigations.
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rhe,r%ct"rized by me,
tag
?IiLm chloride exhibit* 180the,,me
hOMeownrph!c forms. The in ch&reCI'@r1zftw
Its
VIth 40crease In taw-rstur' =nA
N
NN&F
MMIIQ
Nil
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219
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XULer Crystallization volumes In a
E
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41,
4- OA&UrA&17 transition Points.
this IS &too Verified by the study of the JA, X // M
the authors as an example. By means of a --hier of Inner mewMew, @bM jjMjjAjW_
In f1g. 2p It IS shown Uat the above system can be divided b7 4 rwh 1~
"etio" Lato five tetrahedrons each of whieh hem a quaternary euteeUe VsUA,
While the fifth tetzWwAran has a quaternary transition point. 2heir Osmpwdf4j~
we listed in Table ).
1. The MW* of owelsot foniation of the quaternary reciproml x7e
Lip X // CM, 1
reciprocal system Lip K // ?
the quaternary system Li, K // C1, -',04, WO,, is shavn.
IIL / ? ? 70% :/ M
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and me UAW section (50% LizW04 + 50% K004) - (50% UsW4 + %* YaNk) - Name
ohm the stability of Li&WO4-KZW04 and Li2SO4-r-GW4 dGUbI4 MIU- an Slow
boundaries of their crystallizatim volumes have beem deserlbeL
4. ?be inner structure of the prim LI, K, // H 904,
found to have 8 voilumes of crystallization - two of the abome muntl4aft downs
malts and siz of the single components.
I. 1.
1 1.
1
1
iL
3. SWOM, A. C., Kialovs, A. I., Posipaiko, T. I., ILA.S.
MTITL~ta
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