| 1. | Focusing properties of gaussian beams passing through a bifocal lens
高斯光束通过双焦透镜的聚焦特性 |
| 2. | Parameter changes of gaussian beams after passing through astigmatic lens
高斯光束通过像散透镜后光束参数的变化 |
| 3. | Mel 80 has a very small spot of only 0 . 7mm with gaussian beam profile
Mel 80使用高斯激光束的光斑直径只有0 . 7毫米。 |
| 4. | Research on the scattering of an incident gaussian beam by a rough dielectric surface
粗糙介质面对光波束的散射理论 |
| 5. | Similar propagation property of flattened gaussian beams and super - gaussian beams
平顶高斯光束和超高斯光束传输特性的相似性 |
| 6. | Waist of gaussian beam
高斯光束腰 |
| 7. | The position and size of the waist of the gaussian beam are get
测出相关函数在光路上某一位置的数值，并由此同时求出高斯光束的束腰位置和大小。 |
| 8. | The expression of single photon acquisition probability is deduced from the fundamental - mode gaussian beam
基于基模高斯光束，推导了单光子捕获概率的表达式。 |
| 9. | Fractional fourier transform of two - dimensional cosine - gaussian beams based on the wigner distribution function
二维余弦高斯光束基于魏格纳分布函数的分数傅里叶变换 |
| 10. | Utilizing a new truncated gaussian beam , maximum smoothness and minimal thermal effect are the goals
最终的目标是利用一种新的缩短了的高斯电波，最平滑和最少热效应。 |
