Debinding and sintering processes for injection molded pure titanium;

Nanoindentation of microarc oxidation coatings on pure titanium;

Study of wettability and thermoplastic bonding strength of H-DLC coating on pure titanium;

Effect of surface roughness on gingival epithelial cells attaching to titanium;

Study on investment of titanium crown and bridge (Part 1): Preliminary determination of controlled ingredients;

Effect of human serum albumin on cell morphological features of human gingival epithelial cells attached to commercially pure titanium;

At last this paper indicates that the combination of some methods is the best approach of obtaining high purity titanium,and the development of new methods is beneficial to reduction of complexity of process.

In this paper,combined with thermodynamics and crystal growth theory,the high purity titanium is obtained by chemical vapor deposition process.

Hydroxyapatite(HAP) coating was synthesized via biomimetic method,by immersing commercial pure titanium(CP Ti) in simulated body fluid(SBF) after alkali pre-treatment and heat treatment.

Hydroxyapatite (HA) coating was dip-coated by sol-gel method on the surface of Commercial Pure Titanium (CP Ti).

Surface nanocrystallization of commercial pure titanium welded joints and its influence on properties;

The extreme high temperature oxidation behavior of commercial pure titanium was researched by Gleeble-1500 thermal simulator.

Based on the empirical electron theory of solid and molecule (EET), the valence electron structures of α-Ti and α-Ti-S (S denotes elements of O, N and C) which exist in commercial pure titanium were calculated, and the transition temperatures of α?β were also calculated for α-Ti and α-Ti-S phases.