美国留学选择什么专业好?留学美国热门专业推荐
2019-06-26
更新时间:2024-04-15 18:18作者:小编
一:哈特曼光阑的是什么意思(中英文)解释的意思
哈特曼光阑是一个物理学概念,指的是在光学中用来光束传输和聚焦的装置。它通常由一系列平行排列的金属或玻璃薄片组成,可以通过调节薄片间距来改变光束的传输方向和强度。哈特曼光阑也被称为平面波前调制器,它在激光技术、天文学、医学成像等领域都有重要应用。
Hartmann aperture is a physical concept that refers to a device used to control the transmission and focusing of light beams in an optical system. It is usually composed of a series of parallel metal or glass plates, which can change the direction and intensity of the light beam by adjusting the distance between plates. Hartmann aperture is also known as a plane wavefront modulator, and it has important applications in laser technology, astronomy, medical imaging, and other fields.
哈特曼光阑 [hɑːtmən əˈpeɪtʃə]
哈特曼光阑通常被用来激光束在医学成像、天文学观测、材料加工等领域的传输和聚焦。它也可以被用来改变光束的波前形状,从而实现光学相位调制。在实际应用中,哈特曼光阑通常需要与其他光学元件配合使用,如透镜、反射镜等。
Hartmann aperture is commonly used to control the transmission and focusing of laser beams in medical imaging, astronomy observation, material processing, and other fields. It can also be used to change the wavefront shape of the light beam, thereby achieving optical phase modulation. In practical applications, Hartmann aperture often needs to be used in conjunction with other optical components such as lenses and mirrors.
1. The Hartmann aperture is an essential component in laser technology.
2. By adjusting the distance between plates of Hartmann aperture, we can manipulate the direction of the light beam.
通过调节哈特曼光阑薄片间距,我们可以光束的方向。
3. The use of Hartmann aperture greatly improves the resolution of medical imaging.
4. With the help of Hartmann aperture, astronomers are able to observe celestial objects with higher accuracy.
在哈特曼光阑的帮助下,天文学家能够更精确地观测天体物体。
5. The development of advanced Hartmann apertures has greatly promoted the progress of optical research.
先进的哈特曼光阑的发展极大地推动了光学研究的进步。
平面波前调制器(plane wavefront modulator)、波前调制器(wavefront modulator)、光束器(beam controller)都可以作为哈特曼光阑的同义词使用,表示相同的物理概念。
哈特曼光阑是一个重要的物理学概念,在光学中具有广泛的应用。它通过调节薄片间距来光束的传输和聚焦,可以在医学成像、天文学观测等领域发挥重要作用。同时,它也可以被用来改变光束的波前形状,实现光学相位调制。与其他光学元件配合使用,可以实现更精确的和测量。随着科技的进步,哈特曼光阑将会有更多新的应用场景出现。