Based on the current development of high-strength continuous casting iron profiles, this paper expounded the obvious contradictions between the outstanding performance and high costs of the current high-strength continuous casting iron, and put forward the technology idea that aim is to obtain high-strength continuous casting iron profiles by "third cold spray".

Effects of surface-to-nozzle distance and high-temperature plate's surface temperature on spray cooling heat transfer coefficient;

Rule Optimization Algorithm in Spray Cooling Cutting Applied Research;

Experimental study of temperature non-uniformity on spray cooling surface;

Study of incidence angle of particle on its coating formation in cold spraying;

Influence of heat treatment on interfacial diffusion of Al alloy cold spraying coating on magnesium alloy;

Applications and prospect of cold spraying technique in welding engineering;

Research on computational simulation of two-phase jet flow in cold spray technology for manufacture of functional coatings;

Rapidly Solidified Zn-Al Powder on Surface of Mg Alloy by Cold Spray Method;

Wear behavior of cold spray Zn-Al alloy coating on magnesium alloy;

Advantages and disadvantages of five kinds of thermal spraying technologies including high velocity oxygen fuel flame spraying process, hypersonic plasma spray process, laser spray process, reactive spray process and cold gas dynamic spray process were analyzed.

Numerical simulations are performed for the gas particle two phase flow in the cold gas dynamic spray process to investigate the acceleration of micro and nano particles with diameters ranging from 100 nm to 50 μm.

The particle velocity in cold gas dynamic spray (CGDS) is one of the most important factor that can determine the property of the bonding to the substrate.