Silicon quasi atomic layer deposition on nanodiamond;

Ultra-fine Nanodiamonds Synthesized Using Millisecond-pulsed Laser;

Developments and applications of nanodiamonds;

Study on surface chemical and thermal properties of nano-diamond from explosive detonation;

Preparation and characterization of polystyrene/nano-diamond composites;

Effects of nano-diamond filler on compressive strength and microhardness of composite resin;

Plasma_induced transformation of carbon nanotubes to nanocrystalline diamond;

Low temperature synthesis of nanocrystalline diamond films deposited by microwave CVD;

Study of Nanocrystalline Diamond and n-Diamond from Fe Catalyzed Carbon Black or Carbon Nanotubes;

Developing application technology of Chinese nanometer diamond;

In order to impel commercial process of nanometer diamond,the researchers have made a research on the gas-phase oxidation process used in the purification of nanometer diamond obtained from detonation,and made a contrast between the FTIR,TG and DTA of nanometer diamonds purified from gas-phase oxidation purification and from liquids oxidation purification.

The nanometer diamond produced by negative oxygen balance dynamite blasting method is a type of multi-phase carbon material probably containing impurity.

Research of changes in the mechanical properties and curability of composite core materials modified with ultrafine diamond;

The current state of mechanism,preparation and properties of the ultrafine diamond(UFD) synthesized by the explosive detonation was reviewed in this paper.

XRD, TEM, Raman Spectroscopy, FTIR, TG, DTA and other means are used to characterize ultrafine diamonds.