Each of the above processes can be carried out in specialized roasters.
In many cases, a complex combination of the above processes probably occurs to yield the final result.
The above processes often produce powders that are roughly 50 to 200 micrometres in diameter.
However, the detailed mechanism by which piperlactam S regulates the above processes needs further study.
A quantitative model of the described above processes is presented in these work.
This kind of simulation provides useful information for the design of the above processes.
During the low snow accumulation years, the above processes are reversed.
The breakthrough data are well described by the mathematical model that considers the above processes.
Radiation transfer and the roles of turbulence and shocks in all above processes will be also reviewed.
Also, they may be characterized according to whether the material is treated in a continuous flow process, a batch process, or a combination of the above processes.
Despite these important advances, a coherent global analysis of future ESLs that resolves all the above processes has yet to be conducted.
