What Is the Relationship Between Homeostasis and Temperature?

The steady-state temperature field means that if the temperature of each point of the object does not change with time, the temperature field at this time is a steady-state temperature field.

Steady state means that the temperature at any point in the temperature field does not change with time. From

Steady state means that the temperature at any point in the temperature field does not change with time. Mathematically speaking, the partial derivative of temperature with time is zero. Transient state refers to the temperature field at a certain moment, which is described mathematically as the temperature versus time.

The numerical analysis method is used to analyze the steady-state temperature field of the loudspeaker, and the steady-state temperature field distribution of the loudspeaker components and the surrounding air under the excitation of a single frequency signal and white noise can be obtained. Comparing the simulation results with the measurement results using the Klippel R & D system PWT module and the multi-channel thermometer, it shows that the numerical analysis results are basically consistent with the measurement results. At the same time, the phenomenon of speaker output power compression caused by temperature rise is discussed. ^[2]