得到了反应的光解谱和作为波长函数的光解行为光谱以及各反应通道的分支比。
Different photodissociation spectra, the action spectrum as function of laser wavelength, and ratio curve of different channels were obtained.
理论上基于载流子消耗机制，对激光器型波长转换器进行了小信号分析，给出了频率响应函数。
The small signal analysis of laser diode type all optical wavelength converter is presented using carrier depletion, and the frequency response function is given.
暗度是温度与波长的函数。
暗度是温度与波长的函数。
讨论了不同湍流强度、波长和传播距离对强度协方差函数和归一化强度方差的影响。
The influence of turbulence strength, wavelength and propagating distance on the covariance function and normalized variance of the scattering intensity is discussed.
用高斯函数拟会出谱线的形状，标出线心的波长值，作为自动证认的基础。
The Gauss function is used to fit the spectral lines, marking the central wavelengths, as a basis for automatic identification.
分析表明波长调制反射谱的实质，是介电函数对能量的一级微商。
It is shown that the wavelength modulated reflective spectrum is essentially the first derivative of dielectric function with respect to the energy.
由此可使理想量子气体的热力学函数表示成统一的简洁形式，并进一步揭示了热波长的物理内涵。
It makes the thermodynamic functions of an ideal quantum gas may be expressed in a unified compact form, and the physical connotation of the thermal wavelength is revealed further.
它是光波长的函数，因而存在色散特性。
Because it is the function of wavelength, it has dispersion features.
提出了RGB三原色与可见光光谱的转换方法，建立了RGB三原色与单色光波长的函数关系。
The conversion method for three-primary colors of RGB and visible light spectrum is proposed. The function relation between three-primary colors of RGB and single color wavelength is established.
通过拟合计算结果，得到了峰值反射率、带宽和中心波长与粗糙度的函数关系。
Three functions of peak reflectivity and bandwidth and centroid wavelength related to roughness are obtained by fitting above results.
该空气薄膜的光强反射率是关于入射光波长和薄膜厚度的函数。
The intensity reflectivity of the film is correlated with the wavelength of an incident ray and the height of the film.
通过对极紫外多层膜反射特性的分析，得到了峰值反射率、带宽和中心波长分别随粗糙度、周期厚度以及比值变化的函数关系。
By analyzing reflective properties of multilayers, the peak reflectivity, bandwidth and centroid wavelength as a function of roughness, period thickness and thickness ratio were obtained.
导出了共焦显微镜中不同荧光波长情况下的荧光功率传输函数、三维脉冲响应函数(3d P SF)和三维光学传递函数(3dOTF)。
Fluorescence power transfer function, three dimensional point spread function (3d PSF) and three dimensional optical transfer function (3d OTF) for the various fluorescent wavelength are calculated.
以新息序列的平均平方和为评价函数优化扫描光谱的峰位，消除扫描过程中可能产生的波长定位误差，从而保证滤波结果的准确性，并使实际检出限显著改善。
The whiteness of the innovation sequence for an optimal filter was explored to be the criterion for the correction of the wavelength positioning errors which may occur in spectral scans.
通过对仪器的输出结果进行数据处理，得到了像元序号与波长的函数表达式。
After the experimental data processing, a function of pixel number-wavelength was established.
第四章从分子束的速率分布函数出发推导了与速度有关的能量、动量、频率和波长等物理量的分布函数。
In chapter 4, from molecule beam's speed distribution function, this paper deduces energy, momentum, frequency and wavelength distribution function.
第四章从分子束的速率分布函数出发推导了与速度有关的能量、动量、频率和波长等物理量的分布函数。
In chapter 4, from molecule beam's speed distribution function, this paper deduces energy, momentum, frequency and wavelength distribution function.
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