引用本文:
Xue Ye WANG, Chong He LI, De Shan KANG, Qian Bao ZHAN, Lin Hong LIU, Nian Yi CHEN. COMPUTERIZED PREDICTION AND SYNTHESIS OF TERNARY COMPOUND ZKBr 3MnSO4[J]. Chinese Chemical Letters,
1996, 7(8): 781-784.
Citation: Xue Ye WANG, Chong He LI, De Shan KANG, Qian Bao ZHAN, Lin Hong LIU, Nian Yi CHEN. COMPUTERIZED PREDICTION AND SYNTHESIS OF TERNARY COMPOUND ZKBr 3MnSO4[J]. Chinese Chemical Letters, 1996, 7(8): 781-784.
Citation: Xue Ye WANG, Chong He LI, De Shan KANG, Qian Bao ZHAN, Lin Hong LIU, Nian Yi CHEN. COMPUTERIZED PREDICTION AND SYNTHESIS OF TERNARY COMPOUND ZKBr 3MnSO4[J]. Chinese Chemical Letters, 1996, 7(8): 781-784.
COMPUTERIZED PREDICTION AND SYNTHESIS OF TERNARY COMPOUND ZKBr 3MnSO4
摘要:
Pattern recognition or back-propagation algorithm of three-layer artificial neural network with chemical bond parameters as features or inputs was applied to reciprocal ternary Me-. Me2-X-, X2- type. The formability of ternary compounds in molten salt type was investigated. Computerized prediction indicates that the K, Mn|Br, SO4 system can form a ternary compound. The new compound was confirmed by experimental work, and its formula is 2KBr 3MnSO4.
English
COMPUTERIZED PREDICTION AND SYNTHESIS OF TERNARY COMPOUND ZKBr 3MnSO4
Abstract:
Pattern recognition or back-propagation algorithm of three-layer artificial neural network with chemical bond parameters as features or inputs was applied to reciprocal ternary Me-. Me2-X-, X2- type. The formability of ternary compounds in molten salt type was investigated. Computerized prediction indicates that the K, Mn|Br, SO4 system can form a ternary compound. The new compound was confirmed by experimental work, and its formula is 2KBr 3MnSO4.
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