Aim To observe the clinical effect of the treatment of the large scale burn with the fluid-suspend therapeutic bed.

Catalyst for slurry bed hydrocracking of heavy oil has undergone two development phases, i.

Development,processing technology and its characteristics of residue oil hydrotreating process in China were introduced,main concerned problems on commercial application of heavy oil hydrotreating processing were analysised,comparison on marketing,feedstocks and processing between fixed bed and and slurry bed residue hydrotreating processing technology were carried out in this paper.

Hydrocracking of atmospheric residue was carried out in a slurry bed.

Experiment research and numerical simulation of thermal process in a suspended bed for Si_3N_4 synthesis;

Residue hydrotreating in suspended bed,compared with residue upgrading in fixed bed,is a novel method for heavier oil hydroprocessing.

Catalytic activity of the catalysts is the key problem in the industrialized course of suspended bed hydrocracking technology.

Suspension bed hydrocracking technology and water soluble catalyst were used for upgrading of atmospheric residue from Dagang oil field.

Multimetal water soluble catalyst and suspension bed hydrocracking technology were used for Liaohe atmospheric residue upgrading.

Objective To find safe and effective treatment for large-area burn patients with hyperosmotic dehydration bedridden in suspension bed.

Study on a New Hydro-visbreaking Process for Tahe Residue in Slurry;

Effect of reaction conditions on hydrocracking in slurry bed;

Hydrogenation Mechanism of Residue in Slurry;