The Study of Structure and Energy Domain of ZiJin Stone

Qi Shan Li; Ming Cheng Liu; Qi Long Jiang

doi:10.4028/www.scientific.net/AMR.753-755.85

Paper Titles

Study of the Fluvial Facies Reservoir Sedimentary Characteristics of an Oil Field in China
p.66

Ashing Law of Minerals in Coal and Influence on Amount of Ash from Boiler
p.70

Mn Ore Smelting Reduction Based on Double Slag Operation in BOF
p.76

Study on Flotation Separation Experiment of Molybdenite Using New Type Collector
p.81

The Study of Structure and Energy Domain of ZiJin Stone
p.85

Fluorine Vaporization and Leaching from Mg Slag Treated at Different Conditions
p.88

Leaching and the Residue Flotation of a Low-Grade Ni-Cu-PGM Sulfide Ore
p.95

Study on Concentration Distribution of Nd₂O₃ in 3KA Rare Earth Cell
p.100

Effect of Z-164D on Grinding Efficiency of Oolitic Hematite and its Mechanism
p.105

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The Study of Structure and Energy Domain of ZiJin Stone

Abstract:

It is mainly addressed the relation between the structure and the energy domain using scanning electron microscope (SEM), transmission electron microscopy (TEM) to observe the micro structure. It indicates that some specific micro structures exiting in the Zijin Stone, such as the nanocrystal structure, nanofiber structure, and nanolayer structure, by which the capacities of releasing anion, bactericidal effect can to some extent be explained.