1) transmittance peaks
共振透射峰
1.
The investigation results show that two transmittance peaks exist at the crossover of the two photonic crystal PBG in 1-D dual-periodical photonic crystal.
研究发现:一维双周期光子晶体的光子带隙结构中在两光子晶体带隙交叠处具有很明显的两共振透射峰。
2.
The investigation results show that the band gap of the photonic crystal made of LHM is wide and multi-transmittance peaks appear in the forbidden band.
研究结果表明:一维右手材料和左手材料构成的光子晶体具有宽禁带的特点,禁带中出现多个共振透射峰。
2) resonance transmission
共振透射
1.
According to the transmission coefficient formula on one coo rdinate scattering particles problem,the physics mechanism of power base penetrate from microcosmic angle is explained,and the resonance transmission and counting resonance are discussed.
依据一维粒子散射问题中的透射系数公式 ,从微观角度解释了势垒贯穿的物理机理 ,并讨论了共振透射和计算了共振宽
2.
Using numberical method,the paper studies resonanc transmission of a symmetric double well-potential in one-dimension,and the relations of resonance transmission with the width of potential well,of the space between of two potential well and of the energy of incident particular.
文章利用数值计算的方法,研究了一维对称双势阱的透射系数与势阱的深度、两势阱间距以及入射粒子能量之间的变化规律,并分析产生共振透射的条件。
3.
,The stationary state Schrdinger equation for the plane wave passing through a double δ potentialbarriers(well) with unequal strengths is investigated and the conditions o f the incident wave incurring the resonance transmission and the way to describe the substationary state are also analysed.
讨论了解的物理含义,分析了入射波产生共振透射的条件及其亚稳态的描述方
3) transmission resonance
透射共振
4) the resonance transmission model
共振透射模式
5) resonance peak
共振峰
1.
This article provides a method of realizing speech synthesis based on LPC, by using resonance peak parameter estimation.
本文基于线性预测技术(LPC),对语音信号的共振峰参数估值,实现语音合成。
2.
However,its response spectrum has different resonance peaks because of the different results excited by single-axial and multi-axial loads.
研究结果表明:对于线性结构,单轴和多轴加载时结构的自振频率不发生变化,但由于单轴和多轴加载对结构模态有不同激发效果,振动响应谱会出现不同数量的共振峰;对于刚度非线性结构,由于多轴加载时的变形比单轴加载时大,系统刚性发生变化,自振频率也随之变化。
3.
The results of multiaxial random vibration test were research emphases,especially the resonance peak characteristics of response spectrum were detailedly analyzed.
首先对多轴振动试验系统、试验条件、控制方式等进行了介绍;然后通过有限元仿真了解结构的自振频率、振型和响应情况;重点对结构的多轴随机振动试验结果进行研究,具体分析了结构各测点加速度响应谱的共振峰特点;最后将多轴试验结果与单轴试验结果进行对比,并理论上解释了多轴随机振动响应不同于单轴振动的原因。
6) formant
[英]['fɔ:mənt] [美]['fɔrmənt]
共振峰
1.
Spectrum analysis of formant of vowels in speech of patients after glossectomy;
舌癌患者术后元音共振峰频谱分析
2.
Speech formant frequency estimation based on Hilbert-Huang transform;
基于Hilbert-Huang变换的语音信号共振峰频率估计
3.
An algorithm to extract the fundamental frequency and formants base on speech spectrogram;
一种基于语音频谱的基频和共振峰提取算法
补充资料:电子自旋共振(见电子回旋共振)
电子自旋共振(见电子回旋共振)
electron spin resonance
电子自旋共振eleetron spin resonanee见电子回旋共振。
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