Mg/C hydrogen storage materials were prepared by reactive mechanical grinding, which is researched in this paper.

Preparation of magnesium/carbon nanocomposites for hydrogen storage by reaction milling;

TiC/Cu composite powder were fabricated by reaction milling,which were suppressed and sintered,then TiC dispersionstrengthen Cubased composites materials were fabricated.

Dispersion strengthened Al-Al4C3 materials were prepared by using the reaction milling technique.

The applications, the studies on the theories and the effect parameters of in are summarized,some important Work on reaction ball milling, especially the SHS during reaction ball milling is introduced.

The carbon/magnesium hydrogen storage materials were prepared by reaction ball milling under hydrogen atmosphere with Mg and crystallitic carbon which were made from anthracite, sponge coke and activated carbon after carbonization and pre-graphitization and using needle coke, deposited carbon from pyrolysis of acetylene as carbon raw materials.

The process of Ni-Al solid-liquid reaction milling,the powders product and their pureness were investigated by adding HCl,NaCl,KCl,Na_2SO_4 and stearic acid as process control agent.

Mg base hydrogen storage material prepared by ball-milling and reactive ball-milling and its properties;

This process is called reactive ball milling process (RBM).

Reactive Ball Milling technology appeared after self-propagating phenomenon in the process of ball milling was discovered.

The hydrided Mg-3Ni-2MnO2 powder materials were prepared through the reactive ball milling under some hydrogen pressure,and its dehydrogenation kinetics properties were measured by the self-made apparatus too,further,the character of phase transformation behaviors was analyzed according to the Johnson-Mahl-Avrami equation.