Classifications of the subfacies and microfacies of the hydrothermal sedimentary facies and their characteristics have been approached in the paper.

0GPa and can be divided into low temperature, medium temperature, hightemperature and ultra-high pressure subfacieses.

The structure was investigated by XRD and TEM, combining with the calculated metastable phase diagram.

The evolution of solidified microstructures was explained using the peritectic metastable phase diagram.

A further discussion of metastable phase and viscosity for alloy melts;

Viscosity,metastable phase,phase transition and phase diagram of melts Ⅱ.A discontinuous structure change in melts;

Viscosity,metastable phase,phase transition and phase diagram of melts Ⅰ.The theory on viscosity and metastable phase for melts;

Study and Development on Morphology, Mechanical Properties, and Toughening Mechanism of the Blends based on Polypropylene and Ultrahigh Molecular Weight Polyethylene;

Compatibilizing Effect of Novolak on Toughness, Crystallite and Morphology of Polyacetal and Nitrile-Butadiene Rubber Blends;

The mechanical properties and morphology of polyoxymethylene (POM) toughened with ionomers were investigated and the compatibilizing effect of methyl methacrylatestyrenebutadiene copolymer (MBS) on POM/ionomer blends was studied.