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In all cases of alloy powder formation anomalous type of co-deposition is detected.
Simple reaction mechanisms for powder formation and continuous silicon oxide thin films growth are suggested for each temperature ranges.
At the same time, the detailed examination of the structure of such particles can help to highlight the mechanism of spark erosion powder formation mechanism as was shown in [27, 31, 32].
The objective of the work was to establish the mechanisms involved in powder formation and how these are affected by the presence of impurities.
In order to determine the conditions of instability which accelerate powder formation, some equations described the kinetic behaviors of various small perturbations imposed on an electrochemical system.
A discrete-sectional coagulation model (based on conservation of the square of the aerosol volume) is used to simulate powder formation and growth by this process.
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The mechanism of composite powders formation and their characteristics were discussed in detail.
Statistical Box Behnken experimental design was used to investigate the effect of main parameters (i.e. surfactant concentration, calcination time and calcination temperature) on MgSnO3 powders formation, crystallite size, particle size mean diameter and morphology.
It is considered that there are three main mechanisms of the powder particle formation: (a) mechanical breaking, (b) quenching from a liquid state, and (c) condensation from vapor states [29].
Poorly dispersed powders and formation of agglomerates can increase the settling rate of CNT.
There is, however, a major challenge that silane homogenous decomposition may result in amorphous silicon powders (fines) formation.
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