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, GOAL: c h l o r i t e 2 b=GEWICHT * i f t h e n e l s e

, FE+2(pa ) ) Wyckoff=a, E=, vol.2

, E=, vol.2

, Wyckoff=c x =0.9238 y =0.8335 z=zT / ( l a y e r * c0 ) TDS=t d s t e t 637 E=

, E=O?1 Wyckoff=c x =0.671 y =0.2315 z=zO2 / ( l a y e r * c0 ) TDS=t d s o

, E=O?1 Wyckoff=c x =0.871 y =0.1668 z=zO11

. //-change-na-t-o-ca,

, E=CA+2(pINT ) Wyckoff=c x=X(ECA) y=Y(ECA) z=Z(ECA)

, E=O?2(pOZ) Wyckoff=c x=X(EOZ1) y=Y(EOZ1) z=Z(EOZ1), p.2

, E=O?2(pOZ) Wyckoff=c x=X(EOZ2) y=Y(EOZ2) z=Z(EOZ2)

, E=O?2(pOZ) Wyckoff=c x=X(EOZ3) y=Y(EOZ3) z=Z(EOZ3), p.2

, E=O?2(pOZ) Wyckoff=c x=X(EOZ4) y=Y(EOZ4) z=Z(EOZ4) TDS=tdsH2O

, E=O?2(pOZ) Wyckoff=c x=X(EOZ5) y=Y(EOZ5) z=Z(EOZ5), p.2

, E=O?2(pOZ) Wyckoff=c x=X(EOZ6) y=Y(EOZ6) z=Z(EOZ6), p.2

A. , Tri-octahedral smectite, interlayer spaces filled with s e ( and ( eq ( h , 0 ) , eq ( k , 0 ) ) , b10+b1l , b10 )

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, s e ( and ( eq ( h , 0 ) , eq ( k , 0 ) ) , K2l * s q r ( sk ) , K20 * s q r ( sk )+ b r e i t 2 *

.. , GEWICHT[ 1 ] =GEWICHT * i f t h e n e l s e ( and ( eq ( h , 0 ) , eq ( k , 0 ) )

, * c0 * s i n ( p i * BETA/ 1 8 0 ) , f i 1 , f i 2, p.717

. //-???-i-;-??????????????????????????,

, Wyckoff=c x =0.9238 y =0.8335 z=zT/C TDS=t d s t e t

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