引用本文:
Xu Xin SHAO, Meng Xiong GUO, K. Z. LIAO. INTERACTION MECHANISM OF AMPHOTERIC COLLECTOR-I WITH METALLIC IONS AND MINERALS[J]. Chinese Chemical Letters,
1991, 2(5): 403-404.
Citation: Xu Xin SHAO, Meng Xiong GUO, K. Z. LIAO. INTERACTION MECHANISM OF AMPHOTERIC COLLECTOR-I WITH METALLIC IONS AND MINERALS[J]. Chinese Chemical Letters, 1991, 2(5): 403-404.
Citation: Xu Xin SHAO, Meng Xiong GUO, K. Z. LIAO. INTERACTION MECHANISM OF AMPHOTERIC COLLECTOR-I WITH METALLIC IONS AND MINERALS[J]. Chinese Chemical Letters, 1991, 2(5): 403-404.
INTERACTION MECHANISM OF AMPHOTERIC COLLECTOR-I WITH METALLIC IONS AND MINERALS
摘要:
The electronic structure and bonding nature of adsorbing bonding complexes which consist of Amphoteric Collector-I and Mg2+, Ca2+, MgPO4-, CaPO4-, CaCO3, as well aa MgCO3, are studied using quantum chemistry CNDO/2, It is predicted that magnesium salts are more liable to form adsorbing chelates with Amphoteric Collector-I than calcium salts, and all results coincide with that obtained in flotation
English
INTERACTION MECHANISM OF AMPHOTERIC COLLECTOR-I WITH METALLIC IONS AND MINERALS
Abstract:
The electronic structure and bonding nature of adsorbing bonding complexes which consist of Amphoteric Collector-I and Mg2+, Ca2+, MgPO4-, CaPO4-, CaCO3, as well aa MgCO3, are studied using quantum chemistry CNDO/2, It is predicted that magnesium salts are more liable to form adsorbing chelates with Amphoteric Collector-I than calcium salts, and all results coincide with that obtained in flotation
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