The detect distance of FWHM and FWTM assumes linearity.
FWHM和FWTM与探测距离呈线性关系而增大；
The software will display the SNR FWHM and RMS values found.
软件将显示它们的信噪比，点扩展函数和均方差值。
The variation of FWHM of resolution function with neutron energy is discussed.
讨论了分辩函数半宽度随中子能量变化的规律。
EL purity enhanced from common LED's FWHM about 20 nm decreased to RCLED's FWHM of 3-4 nm.
电致发光光谱纯度有了很大提高，半峰宽由普通二极管的20纳米降到4纳米以下。
The resolution(FWHM), the count rate and the peak walk were measured for every small region.
测量每小块能区的分辨率（FWHM）、计数率和峰位“走动”。从中选出分辨率小、计数率高和“走动”小的好能区。
The FWHM is the same for all point-sources in the image (if optical aberrations can be neglected).
如果光学系统引起的像差可以忽略，那么影响各星点的FWHM都将是一样的。
The fluorescence intensity, FWHM and emission lifetime of GABB, GAYB, GANB were reduced gradually.
荧光强度从GABB,GAYB,GANB逐步减弱，荧光半高宽和荧光寿命逐步变小。
The worth biggest and FWHM of defect mode up with the increment of the optical thickness of doping.
滤波通道的峰值和半高宽都随吸收杂质的光学厚度的增加而减小。
Full width half Maximum (FWHM) : the width of a curve (for example, the PSF) at half of it's peak value.
半最大值宽度：一条曲线(例如一条点扩展函数曲线)最大值的一半的宽度。
With the stress increased, two peaks were split apparently and the FWHM broadening of the PL peaks appeared.
同时PL峰的半峰宽随着应力增加而逐渐加大。
Finally given are our detailed work results. We get the FWHM and EE of the Yunnan Observatory 1m optical telescope.
最后给出的是试验步骤和最终结果，我们初步得到了评价天文光学望远镜成像质量的综合指标。
It is found that these kinds of glasses have good thermal stability, broad FWHM and large stimulated emission cross-section.
结果表明：这种玻璃具有较宽的荧光半高宽、较大的受激发射截面，较好的热稳定性。
The conclusion is that, when the length of fiber is fixed, different frames lead to different threshold, and the FWHM is different.
得出在光纤长度一定时，腔结构的改变导致腔损耗及激光产生阈值的改变，进一步导致激射中心波长FWHM变化的结论。
The obtained profile of spectral line has a typical and symmetrical shape of line. The line width (FWHM) was measured to be 3. 2 GHz.
获得的光谱谱线轮廓具有典型的对称性线型，测得的谱线半宽度为3.2千兆赫。
When the intensity ratio of PV soliton is smaller, the full width of half maximum (FWHM) of PV solitons decreases monotonically to a constant value;
当光伏孤子强度比值较小时，孤子的半高宽度随着时间单调递减达到一个稳定常数；
Thee-beam peak current is 7A measured behind a 6mm diameter e-beam window. The pulse duration (FWHM) is 6-8ns and the maximum electron energy is about 107keV.
在直径为6毫米的电子枪窗口后测得电子束峰值电流为7安，脉冲的半峰宽为6～8毫微秒，最大电子能量约为107千电子伏特。
Obvious error of peak value may appear if the signals with small full width at half-maximum (FWHM) were filtered with traditional smoothing and de-noising approaches.
当半峰宽较小的电泳峰信号经过传统的平滑滤噪处理后，会出现明显的峰值误差。
By laser Raman spectrum method, the samples' full width at half maximum (FWHM) and depolarization ratio of laser Raman spectrum at stretching vibration were measured.
运用激光拉曼光谱的分析方法，测量了它们的激光拉曼谱在伸缩振动拉曼峰处的半峰全宽，同时也测量了样品在伸缩振动拉曼峰处的退偏振度。
By using laser Raman spectrum method, the samples full width at half maximum (FWHM) and depolarization ratio of laser Raman spectrum at stretching vibration were measured.
运用激光喇曼光谱的分析方法，测量了它们的激光喇曼谱在伸缩振动喇曼峰处的半峰全宽，同时也测量了样品在伸缩振动喇曼峰处的退偏振度。
The results show that the percentage of energy in FWHM of the ideal super-Gaussion beam is no more than 70%, and it reduces with the order of the super-Gaussian beam increasing.
结果表明：对理想超高斯光束，半高全宽内包含的能量百分数最大不超过70%，且随着阶数增大而逐渐降低。
The theoretic analyses show that the full width at half maximums (FWHM) of different slopes are the same, that is the FWHM of confocal axial response is irrelevant to tilt Angle.
理论分析表明共焦轴向响应的半极值宽与被测表面的倾角大小无关。
Lead into the complex refractive index and make use of the characteristic matrix method, Study the worth biggest and FWHM of defect mode with the variety of the absorb of doping.
引入复折射率并利用特征矩阵法，研究了杂质的吸收对滤波通道峰值和半高宽的影响。
The results show that there are inverse proportional relationship between full wavelength at half maximum(FWHM)of the LIV signal and critical sample rate of data acquisition card.
对信号响应的波形特征进行分析和讨论，实验得出LIV信号半峰全宽与数据采集卡临界采样率成反比例关系。
That transmission rate and the FWHM of the fiber grating FP are very sensitivity for radial strain. But the central wavelength, mode number of the fiber grating FP are insensitivity for radial strain.
发现光纤光栅F P干涉仪的透射率和光谱半宽度对轴向应变十分敏感，而F P腔的中心波长和工作模式却变化较小。
That transmission rate and the FWHM of the fiber grating FP are very sensitivity for radial strain. But the central wavelength, mode number of the fiber grating FP are insensitivity for radial strain.
发现光纤光栅F P干涉仪的透射率和光谱半宽度对轴向应变十分敏感，而F P腔的中心波长和工作模式却变化较小。
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