In this paper the effects of stratospheric volcanic aerosols on longwave radiation budgets at the top of the atmosphere and on the surface and the infrared cooling rates in the atmosphere were investigated through radiative transfer calculations for different atmospheres under clear and cloudy conditions.

Quantitative relationship between secondary dendrite arm spacing and solidification cooling rate of AZ31 magnesium alloy;

A simple model for calculation of thermal sprayed splat cooling rate;

A new approach to evaluate cooling rates of melt droplets in close-coupled gas atomization;

Influence of aerodynamic parameter on the temperature gradient and cooling efficiency for effusion wall cooling method;

Experimental study of cooling efficiency of film cooling with tab;

Investigation of the wall temperature distribution and cooling efficiency for impingement/effusion cooling scheme;

Effect of cooling rates on the microstructure of proeutectoid ferrite in Fe-0.76%C steel in high magnetic field;

The effect of cooling rates on the solidification process of Al-2.

The influence of cooling rates on mechanical property of PE100 pipe material prepared by different cooling ways was studied.

Study of overall cooling effectiveness of discrete holes with different angles to concave wall;

Detailed heat transfer and full coverage film cooling measurements were conducted on the turbine blade surface,primarily research the effect of different reynolds number and mass flow ratio on local heat transfer and film cooling effectiveness.

To investigate the influence of the hole shape on the film cooling effectiveness of the maze composition structure of a combustor,a numerical study on the distribution of its wall temperature and cooling effectiveness was performed when the outside wall holes were dust-pan shaped holes,cone shaped holes and round holes.

The paper analyzed the relation between cooling volume of circulating water and entry temperature of circulating water in view of cooling times rate and enthalpy drop,and proved theoretically feasibility of the conception——that inner circulating water cooling system is stopped and only riverside circulating water cooling system is used in winter and spring,then put the conception to practice.