| 1. | So we can determine the thickness of medium by measure the spectral transmission
通过测量系统的光谱透过率，确定出各向异性介质的厚度。 |
| 2. | Telescopes - photometric parameters for observation telescopes and telescopic sights - part 2 : determination of spectral transmission
望远镜.观察望远镜和望远镜描准具的光度参数.第2部分 |
| 3. | Direct solar irradiance , spectral transmission and atmospheric up well radiance under certain circumstance of atmosphere and radiation are also computed in virtue of software lowtran7
利用lowtran7计算了给定大气模式、辐射条件下的太阳直射辐照度、大气光谱透过率、大气上行路径辐亮度。 |
| 4. | If a optical anisotropic medium wafer is put into the mid of a polarizer and a analyser , the spectral transmission of the optical system can calculated . the transmission is determine by the birefringence and the thickness of the medium
对各向异性介质处于透光轴相互正交的两个偏振片之间构成的光路，其光谱透过率与介质的延迟量有关，即与介质的双折射特性和厚度有关。 |
| 5. | This part firstly studies the relation between spectral transmission of the optical system and the thickness of medium . then a linear search algorithm base on analysing of the shape of curve is discussed . the simulation results show that the fitting error and the computing time of the algorithm satisfy the practical measuring requirements
本论文首先讨论了光谱透过率与各向异性介质厚度之间的数学关系，然后在分析曲线形态基础上进行全值匹配，模拟表明，该算法可以实现曲线完全拟合，拟合时间均在1秒以内，完全符合实际测量要求。 |
