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Aluminum concentration management method of temperature control and the molten zinc of molten zinc concentration and temperature estimation method and hot-dip galvanized in a pot of material components in the fluid system

机译:温度控制中铝浓度管理方法和熔融锌浓度中熔融锌的浓度估算方法和热浸镀锌在流体系统中的一锅物料成分

摘要

PPROBLEM TO BE SOLVED: To provide a temperature and concentration estimation method of, even in a fluid system having a complicated flow field, estimating the temperature of entire fluid and the concentration of a substance component in the fluid system without imposing a restriction to the disposition of a temperature measurement device. PSOLUTION: This method includes: a temperature measurement step (step S701) of measuring fluid temperature even at the arbitrarily defined actual temperature measurement point of a fluid system; estimation steps (steps S702 to S704) of estimating temperature based on an index and measurement temperature at an arbitrarily defined temperature estimation point; a concentration measurement step (step S706) of measuring the concentration of a substance component at the arbitrarily defined actual concentration measurement point; and concentration estimation steps (steps S707 to S709) of estimating the concentration of the substance component based on the index and the measurement concentration at the arbitrarily defined concentration estimation point. PCOPYRIGHT: (C)2012,JPO&INPIT
机译:

要解决的问题:即使在具有复杂流场的流体系统中,也提供了一种温度和浓度估计方法,该方法可以在不施加限制的情况下估计整个流体的温度和该流体系统中物质成分的浓度。布置温度测量装置。解决方案:该方法包括:即使在流体系统的任意定义的实际温度测量点处,也测量流体温度的温度测量步骤(步骤S701);根据指数和在任意定义的温度估计点处的测量温度来估计温度的估计步骤(步骤S702至S704);浓度测量步骤(步骤S706),其在任意定义的实际浓度测量点处测量物质成分的浓度;浓度估计步骤(步骤S707至S709)基于在任意定义的浓度估计点处的指标和测量浓度来估计物质成分的浓度。

版权:(C)2012,JPO&INPIT

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