A heating stage was designed according to the principle of zone-melting.

Using LEICA 1 350 ℃high-temperatrue stage can show the ruler of the transformation on the structure of the two steels.

In order to study the characterisetics of batched high temperature pyrolysis of some mumicipal solid waste(MSW),a batched-scale pyrolysis test has been carried out on the test stand,obtaining pyrolystic gas compents and gas-producing rate of each specimen.

The catalyst iron particles and carbon atom are introduced onto the substrate by high temperature pyrolysis of FePc.

The sulfur escapes from samples in form of gas oxides by the high temperature pyrolysis combustion,at the same time,the chloride are broken down to chlorine and escaped,so the sulfur is oxidized to high valence in form of SO3,and it is absorbed by water to form SO2-4 ion,which forms fine particle mixed with Ba2+ ion.

Characteristic study of the solid, liquid and gas produced by microwave pyrolysis of sewage sludge;

Volatility of trace elements in the coal from Shenfu during pyrolysis;

Efficiency and Mechanism of Sewage Sludge Deatering and Pyrolysis under Treatment of Microwave Energy;

Simulation design of high temperature heat pipe heat exchanger;

Analysis on the properties of NaK alloy high temperature heat pipe and its experimental study;