复色光

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  • polychromatic light
复色光复色光
  1. 硅色敏器件对复色光色差辨识能力的数值分析

    Numerical Analysis for Resolution on Color Difference of Polychromatic Light by Silicon Color Sensor with Double Junction

  2. 并对复色光的研究分别用精确算法与粗略算法进行了分析研究。

    The paper also involves an analysis of polychromatic light based on both precise calculation and rough calculation .

  3. 复色光对朗伯&比尔定律产生偏离的一般证明

    A general proof of the deviation from lambert-beer 's law for combining light

  4. 复色光光伏空间孤子

    Polychromatic photovoltaic spatial soliton

  5. 详细分析了屏上的相对光强分布以及光强的走势及复色光的边缘衍射问题;

    The relative intensity distribution of the screen and the direction of light intensity are analysed in detail .

  6. 对牛顿环等厚干涉和薄膜等倾干涉条纹形状、干涉级次以及膜厚改变和复色光照射时的情况作了比较分析。

    The pattern of equal inclination interference of thin films and equal thickness interference of Newton rings were compared and analyed .

  7. 计算结果表明,待测复色光的峰值波长和半高宽变化对两种典型的色敏器件的输出信号影响的权重比分别为100∶1和10∶1。

    The result shows weighting ratios about the influence of peak wavelength and half-peak bandwidth on color difference are100 ∶ 1 and10 ∶ 1 for two typical color sensor .

  8. 它已成功地用于单色光波长的确定,对复色光峰值波长的确定以及色差辨识方面获得了成功的应用。

    It has been successfully used to detect the wavelength of homogeneous light , and being studied on identification of color difference and the measurement of peak wavelength of polychromatic light .