橡胶的loss angle和阻尼是什么关系
答案:2 悬赏:10 手机版
解决时间 2021-01-31 03:45
- 提问者网友：欺烟
- 2021-01-31 00:10
橡胶的loss angle和阻尼是什么关系
最佳答案
- 五星知识达人网友：慢性怪人
- 2021-01-31 00:16
bus angle
总线角
双语例句
1
Articulated metro bus. Angle of trailer is adjustable.
铰接式市内公交车。可调整挂车转角。
2
To improve the system damping, the supplementary control of UPFC is proposed, withits input as the active power or the bus voltage angle difference of the tie line, and itsoutput as the modulation signal to the main control.
UPFC的辅助控制则通过联络线的功率反馈或电压相位差反馈对主控制中的控制参考值进行调制，以增加系统阻尼。
3
Fast Bus Voltage and Angle Evaluation based On Artificial Neural Nets and SensitivityAnalysis
基于人工神经网络和灵敏度分析的快速电压估计
4
Through Laplace transform and residue method, the analytic solutions of bus voltagephase angle increment and active power increment after a step-power disturbance wassolved. The simulations prove that the solutions are correct.
利用Laplace变换和留数法，求解得到了在阶跃功率扰动后，母线电压相角增量传播的时域解，并通过仿真验证了理论的止确性。
总线角
双语例句
1
Articulated metro bus. Angle of trailer is adjustable.
铰接式市内公交车。可调整挂车转角。
2
To improve the system damping, the supplementary control of UPFC is proposed, withits input as the active power or the bus voltage angle difference of the tie line, and itsoutput as the modulation signal to the main control.
UPFC的辅助控制则通过联络线的功率反馈或电压相位差反馈对主控制中的控制参考值进行调制，以增加系统阻尼。
3
Fast Bus Voltage and Angle Evaluation based On Artificial Neural Nets and SensitivityAnalysis
基于人工神经网络和灵敏度分析的快速电压估计
4
Through Laplace transform and residue method, the analytic solutions of bus voltagephase angle increment and active power increment after a step-power disturbance wassolved. The simulations prove that the solutions are correct.
利用Laplace变换和留数法，求解得到了在阶跃功率扰动后，母线电压相角增量传播的时域解，并通过仿真验证了理论的止确性。
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- 1楼网友：走死在岁月里
- 2021-01-31 01:22
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