| 1. | Numerical aperture measurement of graded - index optical fibers
分级指数光纤的数值孔径测量 |
| 2. | Hence the value of high numerical aperture for such specimens
因此对这标本需采用大数值孔径的物镜。 |
| 3. | Maxinum theoretical numerical aperture
最大理论直径孔径 |
| 4. | Optical fibres - measurement methods and test procedures - numerical aperture
光学纤维.测量方法和试验规程.数字孔径 |
| 5. | Optical fibres - part 1 - 43 : measurement methods and test procedures ; numerical aperture
光学纤维.第1 - 43部分:测量方法和试验规程.数值孔径 |
| 6. | Optical fibres - part 1 - 43 : measurement methods and test procedures - numerical aperture
光学纤维.第1 - 43部分:测量方法和试验程序.数字孔径 |
| 7. | Aerospace series - fibres and cables , optical , aircraft use - test methods - numerical aperture
航空航天系列.飞行器用光纤和光缆.试验方法.数字孔径 |
| 8. | Numerical aperture of step - index multimode optical fibers by output far - field radiation pattern measurement
用输出远场辐射图测量确定步长指数多模光纤的数值孔径 |
| 9. | Aerospace series - fibres and cables , optical , aircraft use - test methods - part 302 : numerical aperture
航空航天系列.飞机光纤和光缆.试验方法.第302部分:数值孔径 |
| 10. | These ideas explain why high numerical aperture , apochromatic lenses can separate extremely small details in blue light
这就是在使用大数值孔径复消色差物镜时用蓝光照明可获得超级分辨率的原因。 |
