1) magnitude domain
幅值域
1.
discussing the testing technology of micro?tremor and the questions which should be regarded but be ignored,and putting forward some different viewpoints for the parameters of magnitude domain and frequency domain.
讨论了地脉动的测试技术以及测试工作中应该重视而且容易被忽视的问题 ,并就地脉动幅值域和频率域特性参数提出不同的看
2) Parameters in time-domain-amplitude
时域幅值参数
3) clamped output
限幅幅值
1.
By employing this material with high linear transmittance, low threshold and low clamped output of Eth=150 mJ/ cm2 and Ec=180 mJ/ cm2,respectively were ablained.
其优点是限幅幅值和限幅阈值低，分别为Ｅｃ＝１８０ｍＪ／ｃｍ２，Ｅｔｈ＝１５０ｍＪ／ｃｍ２；可见光透射率高。
4) amplitude
[英]['æmplɪtju:d] [美]['æmplə'tud]
幅值
1.
Study on the Amplitude of Motorcycle Engine Unbalance Force;
摩托车汽油机不平衡力幅值的研究
2.
A method of extracting seismic wavelet based on bispectrum amplitude and phase reconstruction;
基于双谱幅值和相位重构的地震子波提取
3.
Study on amplitude and duration characteristics of near-fault strong ground motions
近断层强震地面运动幅值与持时特性研究
5) Amplitude Value
幅值
1.
The influence of changes in frequency and amplitude value upon oil film is discussed.
通过算例研究工程上常见的正弦载荷作用下弹性流体动力润滑特性,探讨频率和幅值变化对油膜的影响。
6) magnitude
[英]['mæɡnɪtju:d] [美]['mægnə'tud]
幅值
1.
This paper describes the functional relationship between magnitude of single harmonic torsion vibration and its corresponding harmonic driving torque of internal combustion engine using energy model.
利用能量模型推导出了多缸内燃机曲轴简谐扭振幅值与各缸力矩幅值间的函数关系式。
2.
In order to determine the magnitude of air pressure pulse from 200 km/h EMU passing other quasihigh speed train, and to provide the evidence of the safety evaluation of EMU, a ground train test of aerodynamic performance was done using the instantaneous pressure testing system.
研究结果表明:在线间距为4m、动车组运行速度为200km/h(准高速列车速度为160km/h)时,准高速列车所受到的压力波幅值为1568Pa,而动车组承受的压力波幅值在1400Pa左右;列车头部外形对列车交会压力波幅值有较大影响,控制车外形流线化程度比动力车的流线化程度好,控制车对准高速车造成的压力冲击波幅值小于动力车造成的压力冲击波幅值;对于目前使用的准高速车辆,动车组以200km/h的速度与之交会运行是安全的。
3.
FOV(Ferroresonance Over Voltage) is a common fault in neutral network and its magnitude is times of normal voltage.
铁磁谐振过电压在中性点接地的中高压电网中是常见的故障之一,通常情况下其幅值是正常运行时电压的数倍,为此提出了一种基于希尔伯特-黄变换(HHT)的快速定量辨识铁磁谐振过电压的新方法,运用HHT中的经验模态分解及相关系数法实现主模态分量的有效提取,并对该主模态分量进行Hilbert变换,计算其相对应瞬时幅值、瞬时频率,从而实现对铁磁谐振过电压类型、幅值、诱发时刻的准确定量分析。
补充资料：百幅被
1.极大的被。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条