Effects of composition in solution and process conditions on deposition rate were studied.
In the design of sand basin, the first problem is to select the calculation method of suspended silt deposition rate.
By taking biological dye ponceau-G as tracer, the colorimetric method was adopted to analyze the effect of solution surface tension and spray methods on deposition rate of droplets on rice plants.
The deposition rate increases with the increasing of bias voltage pressure.
The results show that the deposition rate is related to the working pressure at a given power density.
The deposition rate of Al film decreases with the increase of the substrate temperature.
Molten steel flow field in tundish nozzle and influence of some factors on deposition rate were researched by method of numerical simulation.
The effects of reaction temperature and chloride concentration on the deposition rate of metal are also discussed.
Dust deposition rates are highest in the Middle East, Australia and India.
However, the deposition rate of Al film increases with increasing laser power.
