出射角 meaning in Chinese
angle of departure
angle of emergence
angle, emergence
departure angle
emergence angle
emergenceangle
emergent angle
exit angle
take-off angle
Examples
- Because the beam formed by a tapered coupler is produced by many rays that emerge at slightly different angles, the outgoing beam is characterized by a relatively large divergence .
因为尖劈耦合器形成的光束是由许多出射角稍有不同的光线组成的，放出射光束的特点是具有较大的发散度。 - Brdf of material surface has relations with wavelength , incidence angle and scattering angle . it can barely be expressed by analytical formula , and can only be obtained through experiments
材料表面的brdf ，与波段、入射及出射角都有关系，几乎不可能用解析表达式表示，只能通过实验手段测试获得。 - In experiment , the alignment and calibration to the monochromator were described firstly . then , a gas - flow proportional counter and the multi - channel analyzer ( mca ) are calibrated by the radio isotope source 55fe , and the dead time , counting rate plateau and x - ray linearity have been measured
最后利用同步辐射光源做激发源，在掠出射方式下研究了si片上不同厚度单层cr膜和双层fe v膜样品产生的荧光光强和掠出射角的对应关系。 - The experimental results demonstrate that the intensity of grazing emission x - ray fluorescence becomes more intensive with the higher anode voltage of x - ray tube or the bigger grazing emission angle , which provide a possibility for accelerating the process of grazing emission x - ray fluorescence analysis
实验结果表明，掠出射x射线荧光强度随x射线管阳极高压的增大而增大；随掠出射角的增大而增大。这为提高掠出射x射线荧光分析的速度提供了可能。 - Ii ) energies of the sputtered atoms vary mainly from several to several teens ev , with few atoms " energy relatively high ; the emitting positions of the sputtered atoms are close to the corresponding incident ions ( in the order of angstrom ) ; the sputtered atoms are emitted mainly normally , and few are slantways ; energy and angular distributions of sputtered atoms are influenced by the energies and incident directions of incident ions , but the angular distributions are not influenced by the incident energy very greatly
Ii )溅射原子的能量一般集中在几个到十几个电子伏特的范围内，在高能量区域也有所分布，但数量很少;溅射原子的出射位置就在离子入射位置的附近(埃数量级) ;溅射原子的角度在垂直方向和斜射方向都有所分布，但以垂直出射为主;溅射原子的能量、角度分布受到了入射离子能量、角度的影响，但入射离子能量对溅射原子的出射角影响不大。