Experimental research on mechanical performance of steel fiber reinforced concrete under the carbonization;

Application of gradation-carbonization process in Production of Coarse-grained Tungsten Carbide;

Fundamental and application of cellular automata on concrete carbonization;

Molybdenum carbide catalysts were prepared through temperature-programmed carburization of molybdenum trioxide with CH4/H2 gas mixture and characterized by XRD,BET,SEM,and XPS.

The causes and mechanism of both carburization and dusting, and carburization kinetics were discussed by means of Grabke Model.

Synthesis of ultrafine WC-Co powders was investigated using WO_3, Co_3O_4 and graphite powders as starting materials by high energy ball milling followed by reduction and carburization.

1D and 2D carbonation of fly ash concrete under flexural stress;

Influence of freeze-thaw action on carbonation of concrete materials;

Energy-saving ways for the production of lightweight magnesium oxide by carbonation of dolomite;

Calcium carbons particles with different shapes including plate, sphere, needle, cube, chain and fiber were synthesized by using the method of carbonation affected the shapes and size of calcium carbonate particles.

Method for realkalisation of carbonated concrete is based on the electrochemical processes.

The paper also indicates that influence of vertical crack on reinforcement rustiness is smaller than lengthwise crack, concrete basicity, concrete carbonate and so on.

Clean solid fuels production by low temperature carbonisation for sustainable energy generation;

In order to have further information about the degree of concrete carbonization influenced by wind pressure and based on the present theories and researches,the experiment with T-type beam concrete carbonisation accelerated by wind pressure was performed.

Concrete carbonisation can be accelerated by wind,which makes the durability of the section of concrete structure different everywhere.