The phase structures and hydrogen storage properties of (Ti_(0.1)V_(0.9))_(1-x)Fe_x(x=0～0.06) alloys;

Microstructural morphology and phase structure of rapidly solidified Cu-Sn alloy;

Microstructure, phase structure and microhardness of as-cast Ti-Sc binary alloys;

Influence of K_2O impurity on the crystalline structure of cordierite synthesized from waste aluminum slag;

Effects of preparation methods on crystalline structure of Ni-Mo oxide catalysts;

Using the technologies such as X-ray diffraction (XRD) and Scanning electron microscope (SEM), the article discussed the influence of the factors such as crystalline structure of standards and samples and their preparation on the analytical result when analyzing silicon dioxide content in organic glass filler ash with X-ray fluorescence spectrometry (XRF

Manufacturing Process, Electrochemical Properties and Phase Structures of Mm(NiMnTiCo) 5 Hydrogen Storage Alloys;

In this paper, the experiment methods of Transmission Electron Microscope (TEM) are adopted to study the microstructure and the phase of Ti-700 titanium alloy which has been heat-treated within the two-phase area.

With the help of scanning electron microscope, energy - dispersive x - ray analyzer and x - ray diffractometer, the plasma sulphur-nitrocarburised case’s surface and subsurface characteristics of topography and phase were analysed,The mechanism for the formation of the surface sulphides layer was proposed.

Dipping SiC refractory with AlPO4 saturated solution is beneficial to its crystal structure and properties.

The changes of crystal structure and properties of ceramic roller during its application in the roller hearth kiln were studied.

The effects of PAM and microwave treatment on the morphology,particle size and crystal structure of the material were characterized by SEM,laser particle size analysis and XRD techniques.