1) vortex beams
涡旋光束
1.
Propagation of partially coherent vortex beams in the turbulent atmosphere;
部分相干涡旋光束在湍流大气中的传输特性
2.
The basic principle, generation,transformation and application of optical vortex beams and optical vortices are briefly summarized, as well as their progress.
就涡旋光束和光学涡旋的基本特征和原理进行了概述,对其产生、传播及应用进行了介绍。
3.
Researches on and applications of the optical vortex beams have recently generated great research interest, which has resulted in a new branch of singular optics in modern optics.
涡旋光束的研究和应用近年来引起了许多学者的广泛兴趣,并产生了现代光学的一个新分支——奇点光学。
2) vortex beam
涡旋光束
1.
Spectral anomalies of Young's double-slit interference experiment with vortex beam
涡旋光束经杨氏双缝干涉后的光谱变化
2.
The distribution of interference pattern in Young s double-slit experiment of vortex beam,which was generated by passing a plane beam through a spiral phase plate,was investigated.
研究了平面波经过螺线型相位板后产生的涡旋光束,经双缝干涉后在干涉场中干涉条纹的分布情况。
3.
Based on the extended Huygens-Fresnel principle,the formula for the change in the degree of coherence of partially coherent vortex beam in turbulent atmosphere has been derived.
根据广义的惠更斯-菲涅耳原理,得到了部分相干涡旋光束在湍流大气中传输时光谱相干性的理论表达式,然后详细研究了光束在湍流介质中传输时相干性的变化规律。
4) flattened Gaussian vortex beam
平顶高斯涡旋光束
1.
Composite optical vortices formed by two flattened Gaussian vortex beams and their propagation in free space;
离轴平顶高斯涡旋光束形成的合成光涡旋及其在自由空间中的传输
6) optical vortices
光学涡旋
1.
The basic principle, generation,transformation and application of optical vortex beams and optical vortices are briefly summarized, as well as their progress.
就涡旋光束和光学涡旋的基本特征和原理进行了概述,对其产生、传播及应用进行了介绍。
2.
In this thesis, we explored thegeneration mehtods of optical vortices, their diffractive properties and applications.
光学涡旋(Optical Vortices)是一种具有螺旋型波前结构和确定的光子轨道角动量的特殊光场,近年来,受到科学界的重视,并被广泛的研究,目前已经发展成为现代光学的一个新的研究领域;已经在光学微操纵、原子光学、生物医学、非线性光学、光学信息传输等领域得到了重要而广泛的应用。
3.
The objective of this thesis is toexplore the angular momentum properties of optical vortices and their possibleapplications,.
光学涡旋(Optical Vortices)是近年来受到重视并被广泛研究的一种重要光场。
补充资料：单光束散斑干涉法
见散斑干涉法。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条