Chinese translation for "振幅谱"

amplitude ectrum
amplitude spectrum
spectral amplitude

Related Translations:

振幅曲线:  amplitude curve

角振幅:  angular amplitude

振幅轨迹:  amplitude locus

振幅条件:  amplitude condition

速度振幅:  velocity amplitude

电压振幅:  voltage amplitude

剩余振幅:  residual amplitude

谐振振幅:  resonance amplitude

振幅量化:  amplitude quantizationamplitude quantizingamplitude-quantizingquantization of amplitude

峰值振幅:  peak amplitude

Example Sentences:

	1.	Amplitude spectrum shaping 振幅谱整形
	2.	Used fourier transforming the nuclear logs , its vertical resolution can be achieved from analyzing the changes of amplitude spectrum slope 摘要对核测井曲线进行付氏变换，其纵向分辨率可以从分析振幅谱斜率变化中获得。
	3.	Since it is hard to choose time window in practice and analyze the error quantitatively , there are usually deviations in the evaluation of amplitude spectrum 由于在实际运用中，以傅里叶变换相关的算法的时窗问题，难以选择好时窗长度，而且无法定量分析时窗长度产生的偏差，因而会使振幅谱的估算产生偏差。
	4.	The algorithm used in the past was usually based on fourier transform , but there are clearly limitations in the method , because the seismic amplitude spectrum that it evaluated is the function of time windows 如果所选时窗过短，振幅谱会与变换窗函数褶积，失去频率的局部化特徵，而且过短的时窗会使子波的旁瓣呈现为单一反射的假像。
	5.	2 ) fourier amplitude spectrum analysis : ( 1 ) the fourier amplitude spectra decrease with the increment of depth ; and the components of fourier spectrum become complex in near - surface . ( 2 ) the fourier amplitude decrease faster in shallow soil level , and smaller in deep soil level . ( 3 ) compared with the deepest bedrock fourier spectrum , spectral components of higher than 5 hz decrease with depth decrease 2 .地震动傅立叶振幅谱沿深度的变化规律( d随着深度的增大，傅氏谱振幅逐渐减小;越接近地表傅氏谱的频谱成份越多，形状越复杂;傅氏谱振幅值在浅层沿深度的下降梯度较大，在深层下降较小; “土层/基岩”场地的基岩内_匕下两测点的地震动频谱沿深度几乎不变，傅氏谱十分相似; d基岩以上的土层测点，高于shz的高频成分减少。
	6.	The quantitative relation of both the p - wave particle displacement proportion to charge and the root mean square of amplitude proportion to the 3 / 2 root of cavity radius was obtained , then the elongated charge , and the vertical delay stacked source , and the concentrating energy source , and the detonating seismic hammer , and opposite collision source were developed 本文基于球腔震源的纵波位移方程、激发子波的振幅及频率与药量的关系等理论基础，总结了纵波质点位移与药量成正比、振幅谱均方根与空穴半径的3 2次方成正比的定量关系。

Similar Words：

"振幅平衡控制" Chinese translation, "振幅平衡控制器" Chinese translation, "振幅平衡控制装置" Chinese translation, "振幅平滑度" Chinese translation, "振幅剖分法" Chinese translation, "振幅谱整形" Chinese translation, "振幅起伏" Chinese translation, "振幅起伏误差" Chinese translation, "振幅强度" Chinese translation, "振幅区分" Chinese translation