The expression of firing condition, dielectric constant and electrical conductivity of AC plasma display cell can be derived from the equation's solution.
由此方程的解导出了等离子体显示单元的电导率、介电常数以及着火条件的表达式。
The dynamics equation of sensor is constituted and the equation's solution is got. The relationship of output voltage and pendular angle of the sensing mass is gained.
建立传感器的动力学方程并求得解析解,得到输出电压和传感器敏感质量摆角的关系。
The perturbation method was employed to get the control equation's approximate solution. The analytical expressions of beam's natural lateral vibration frequency and displacement were derived.
采用摄动法求得了其近似解,得到了载流梁在磁场中的横向固有振动频率及位移解析表达式。
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