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- Emitting light, especially emitting self-generated light. 发光的放出光的，尤其是放射自己内部产生的光的
- Fireflies emit light but not heat. 萤火虫发光但不放出热。
- The arrow indicates the light path. 分光光度计里的箭号，注记的是光束的路径。
- Fireflies emit light but not heat . 萤火虫发光但不放出热。
- A fixed star can emit light and heat by itself. 恒星本身发光发热。
- This article introduces birefringent crystal in the light path. 本文章介绍双折射晶体中的光路。
- They spontaneously emit light to return to a lower level. 接著它们会自发性地放光而回到较低的能阶。
- Love rekindles the fading fire to emit light and warmth. 爱能使将熄的灯火，再次散发出光与热。
- Since they emit light directly, OLED displays do not need a backlight. 由于也是自身发光，OLED显示器可以不用背光灯。
- Stars emit light which contains only certain characteristic wavelengths. 恒星发出的光只含有特定的波长。
- Super flux led has high intensity and various emitting light colors. 超级通量导致了高强度和各种发光颜色。
- This means that the excited atoms only emit light of certain specific energies. 这意味着激发原子只能发出某种特定能量的光。
- Point (LT_POINT) - Point light sources emit light from them in every direction. 点光源(LT_POINT)-从一个点发出光放射到四周。
- Based on Fermat's principle, the equation satisfied by light path in gradient refraction index medium is derived. 摘要文章以费马原理为基础，推导了一维渐变折射率介质中光线方程满足的微分方程；
- The seismometer is composed of a seismic mass, six cylinders and three sets of Michelson interferometer light path. 该检波器由一个质量块,六个顺变柱体,三组迈克耳孙干涉仪光路组成。
- The relationships between curvature of light path and refraction index distribution of medium are discussed. 讨论了光线弯曲情况与介质折射率变化之间的关系；
- Therefore,a link-disjoint protection light path can be provided for each working light path. 采用共享通路保护时光路连接的可用性计算是网络设计时的重要问题。
- Please use this equipment and the supporting annex would not block the installation of the optical light path hampering projection results. 请用和本设备配套的附件,附件的安装不要阻挡光源的光路,以免妨碍投影效果。
- Torch shines the sky,so I praise it ;Candle gives out light,so I praise it too;my paean is for you because you have hotness and emit light. 火炬，光耀天庭，我赞扬；蜡烛，光照咫尺，我也称颂；我的赞歌献给你，因为你有一分热，发一分光。
- The first observation of a semiconductor emitting light when zapped with electricity dates back to 1907. 首次观察到的半导体利用电击发光要追溯到1907年。
