The effects of the concentrations of NiSO4•6H2O, NaH2PO2•H2O and complexing agents in bath, temperature, pH, SiC concentration etc. on deposition rate of electroless Ni-P plating were systematically studied. The appropriate deposition rate of electroless Ni-P plating (17μm h-1) was obtained at the optimal conditions. The deposition reaction dynamics of electroless Ni-P plating on AZ91D magnesium alloy was discussed and the corresponding kinetic model was also determined based on the corresponding experimental results.
Main station system of demand monitoring center, as the important part of the Marketing Technology Support System, is the technical support system to achieve customer site information collection, load monitoring, analysis and forecasting of the electricity market, and plays a fundamental and fore running role. This article, tries to make a detailed architecture design of power marketing demand-side monitoring center system from the physical layer, software layer, data layer, technology layer, and application layer respectively, and provides a good reference for the electricity companies and a number of related companies to build demand-side monitoring platform.
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