A non-destructive testing and synthetic evaluation method based on evaluation of the load-carrying capacity for fire damages of concrete structures were proposed.

This paper summarized the evaluation methods, domestic and abroad, for fire damage of concrete structures.

Accirding to the principles of infrared thermal imaging and electro chemisty testing,and taking advantages of infrared thermal imaging and electro chemistry methods,the fire temperature,the strength loss and the fire damage depth of reinforced concrete members were tested and analyzed from surface toinner,then the damage grading of structures were evaluated synthetically.

Establishment of porcine models of firearm wound of intestine in normal temperature environment and dry heat environment;

Application of sustained release carrier containing antibiotic and anti-inflammatory drugs to firearm wounds of extremities after seawater immersion;

Experimental study of focally applied indomethacin to firearm wound of soft tissue after seawater immersion;

Effect of ultraviolet C irradiation on the expression of basic fibroblast growth factor in gunshot wounds in limbs;

Therapeutic effect of thyroid hormone on heart dysfunction caused by thoracic wall gunshot wounds;