Regarding temperature compensation and pressure compensation?
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I would like to ask the experienced colleagues: I have heard of these two types of compensation, but I’m not sure when temperature compensation and pressure compensation are carried out Why is compensation necessary? What is the basis? If compensation is provided, how is the amount of that compensation determined? Thank you! I don’t understand some of it! ! I hope to learn from the guidance of those who are more experienced
For example, in the case of superheated steam and changes in density, temperature compensation is required to calculate the saturated steam flow rate. Pressure does not equal the requirement for pressure compensation. There is a formula that automatically calculates the flow rate after compensation.
So, there might be two types of compensation: temperature and pressure compensation. Which one takes precedence?
Hello, questioner. Discuss together. Voltage stabilization compensation is based on the equation PV=nRT. Typically, calculations are carried out by referring to existing data tables under ideal conditions; however, in actual operation, conditions are always deviate from these ideal conditions, so it is necessary to adjust the data using voltage stabilization compensation