Citation:
. [J]. University Chemistry,
;1997, 12(4): 59-61.
doi:
10.3866/PKU.DXHX19970417
-
-
-
[1]
1 Lee J D.Concise Inorganic Chemist ry(4t h ed.).C hampman&H all,1991
-
[2]
2 Butler I S,Harrod J F.Inorganic Chemistry.Principles and Applicat ions,The Benjamin/Cummings Publishing Company,
-
[3]
Inc.,1989
-
[4]
3 S hriver D F,A tkins P W,Langf ord C H.Inorganic Chemist ry.Ox ford U niversity Press,1990
-
[5]
4 Cott on F A,Wilkinson G.A dvanced Inorganic Chemist ry.John W il ey&Sons.Inc.,1972,3t h ed.;1988,5t h ed.
-
[6]
5 Cott on F A,Wilkinson G.Basic Inorganic Chemist ry.John Wiley&Sons,Inc.,1976,1st ed.;1988,2nd ed.
-
[7]
6 S harpe A G.Inorganic Chem ist ry.Longm an S cintif ic&Technical,1992,3d ed.
-
[8]
7 Huheey J E.Inorganic Chemist ry.Principles of st ruct ure and react ivit y,Harber&R ow,1984,2nd,ed.
-
[9]
8 Jolly W L.Inorgan ic Chem ist ry.M cGraw H ill Book Company,1984
-
[10]
9 Port f ield W W.Inorganic Chemist ry.A U nified A pproach,Addison W esley Pub.Comp.,1984
-
[1]
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