spectral response
英 [ˈspektrəl rɪˈspɒns]
美 [ˈspektrəl rɪˈspɑːns]
网络 谱响应; 光谱响应; 工作波段; 响应波长; 频谱响应
双语例句
- Spectral response curve of photomultiplier tube
光电倍增管的光谱响应曲线 - This article analyzes the influence of band spectral response function and band width to land surface temperature inversion.
分析了波谱响应函数和波宽对红外数据反演地表温度的影响。 - The photocathode composition determines the spectral response, the quantum efficiency at each wavelength, the overall uniformity of photomultiplier sensitivity, and the dark current.
光电阴极的构成决定光谱响应、每种波长的量子效应、光电倍增管灵敏度的均一性和暗电流。 - Through an analysis of the results, it can be concluded that the night-vision device will have a better response when the peak value of spectral response extends to near-infrared.
通过分析结果得出结论，即夜视器件要获得良好的响应，其峰值响应应向近红外波段延伸。 - The influence of detector spectral response on the peak position determination in the spectrometer wavelength calibration process
探测器光谱响应对光谱仪器波长标定中谱峰位置的影响 - Applying this method to the lens design, the lens'wavelength and weight corresponds to spectral response features of the output signal in the detector's focal plane.
将该方法应用于实际物镜设计，发现光学系统波长及权重符合探测器焦平面输出信号光谱响应特性。 - The spectral response is an essential measurement technique for the analysis of detection region of the infrared photodetectors as well.
而光谱响应量测对一般红外线侦测器而言，更是直接获知侦测器操作频段的有效工具。 - Remote sensors'channel spectral response function ( SRF) was one of the key factors to influence the quantitative products'inversion algorithm, accuracy and the geophysical characteristics.
在遥感数据定量应用中，卫星通道的光谱响应函数是影响定量产品反演算法、精度和获取的地球特征物理量的关键因素之一。 - Performance evaluation for photocathode based on spectral response measurement
基于光谱响应测试的光电阴极性能评估 - Identification of wave force parameters based on spectral response of offshore structures
基于海洋结构谱响应波浪载荷参数识别 - The sensitized photofragmentation reaction of S-phenyl thiobenzoates was studied in this paper in order to extend the range of spectral response.
本文对硫代苯甲酸-S-苯酯类化合物的敏化光解反应进行了研究，以图扩大其光谱响应范围。 - To be convenient for industrial temperature measurement, a digital filtering method is proposed based on an algorithm of CCD spectral response curve tracing.
为减小误差且便于工程实现，提出了对CCD光谱响应曲线寻迹的数字滤光方法，并与多色滤光系统进行了比较。 - All intensity measurements using photometric units include a spectral bias ( spectral response of the human eye).
运用光度计装量进行辐射强度测量都应包括一个光谱的偏倚（人眼对光谱的敏感度）。 - It is shown that the symmetry of the spectral response and the coupling efficiency will be deteriorated when the coma appears during the diffraction and imaging.
最终证明彗差会造成谱形失称，明显降低耦合效率；而球差则会明显地增加串扰。 - Novel method for merging panchromatic and multi-spectral images based on sensor spectral response
基于传感器光谱特性的全色与多光谱图像融合 - The frequency-domain spectra were obtained by fast Fourier transform ( FFT). The spectral response and the dispersive relationship of refractive index in THz spectral range were obtained.
测量了它们的时间分辨光谱，通过傅里叶变换获得了它们的频谱，从而得到了频谱响应和折射率色散关系。 - Spectral response curve of photocathode
阴极射线致发光荧光粉光阴极的光谱响应曲线 - By analyzing not only the differences in spectral properties between objects in the scene, but also the CCD spectral response theoretically, a new method of enhancement of contrast is given.
通过对这些物理因素进行分析，指出“切割波段”可有效提高信噪比，将高温目标识别出来，并通过液晶光阀予以技术实现。 - The difference between remote sensing image spectral response is the main reason that causes distortions while merging multi-spectral and panchromatic images.
对于多光谱和全色波段遥感影像融合而言，影像间光谱响应范围的差异是造成融合结果光谱畸变的重要原因。 - The spectral response characteristics of silicon PIN photodiode have been studied by numerical calculation.
对硅PIN光电二极管的光谱响应特性作了详细的分析计算，得到了硅PIN光电二极管光谱响应的计算公式； - Finally, the spectral response curves are presented, and the constructive characteristics of the multichannel detector are analyzed.
文中给出了多通道探测器光谱响应曲线，分析了多通道探测器的设计特性。 - The illuminated I-V. dark I-V and spectral response of cells were measured.
测量了电池的光照IV、暗IV和光谱响应等特性。 - I-V characteristic of these cells and spectral response are measured.
此外，还测量了电池的I&V特性和光谱特性。 - The peak value position shifting technology for spectral response of multialkali photocathodes is studied.
研究了多碱光电阴极光谱响应峰值位置移动技术。 - Coupling extended spectral response range and increased the photoelectric conversion efficiency of DSSC.
耦合作用扩展了DSSC的光谱响应范围，提高了电池的光电转化效率。 - A Si-based photodetector was designed to obtain flat-top and steep-edge spectral response.
设计了一种具有平顶陡边光谱响应的Si基光探测器。 - Optical loss includes surface reflection, blocking loss and spectral response of material itself.
其中，光学损失包括表面反射，阻塞损失和材料本身的光谱响应。 - Preliminary study on the I-V characteristics and spectral response of the device has been also carried out.
初步研究了器件的I-V特性和光谱响应。