Technological regime optimization

Successful application of PS metallized with copper strongly depends on understanding of the Cu films structure to find more efficient methods to optimize the corrosive deposition process. This paper presents a structural characterization of the Cu films deposited on PS, emphasizing its dependence on technological regimes and porosity of PS. 

Based on the results of kinetic study the more successful pairs (couples) of FMA-MMA were selected and the optimal technological regimes of their polymers were obtained [3, 63]. 

All of these conclusions can help the chemical engineer with preliminary decisions on optimum technological regimes. In the optimization of an actual industrial reactor, one has to take into account many other factors, in particular, the exchange of matter and heat with the surroundings. 

To improve selectivity and conservation of hydrogen over present liquefaction technology in the conversion of coal to high quality liquids, we believe that thermal reactions should be kept as short as possible. Catalytic processes must be used for upgrading but should be used in a temperature regime which is optimal for such catalysts. 

It should be mentioned that the combustion technology is not limited to these major designs. In catalytic fluidized bed combustion of low-sulfur natural gas, for example, powder catalysts are operated in the turbulent flow regime where the gas-solid contact is optimal so as to maintain a high combustion efficiency [46]. 

The optimal conditions for synthesis of different kinds of final products have been found. The chemical stages and forming mechanism for a number of nitrides have been found as well. The technological process of refractory powders synthesis in SHS-Az regime has been developed with the use of complexing halides of ammonia and elements to be nitrided. 

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