太阳不仅给了我们光还给了我们热。
Not only does the sun give us light but also it gives us heat.
老师告诉我们光比声音传播快。
The teacher told us that light travels much faster than sound.
太阳不仅给我们光，还给我们热。
Not only does the sun give us light, but it (also) gives us heat.
我们的老师告诉我们光比声音传播得快。
老师告诉我们光传播的速度比声音快得多。
物理老师告诉我们光的速度比声的速度快。
Our physics teacher told us that light travels faster than sound.
主啊，赐给我们光。
但我们是如此成功！我们光这个月就卖出了几百瓶药水！
But we're so successful! We've sold hundreds of potions this month alone!
传统能源的紧缺让我们光伏从业者具有更多的紧迫感，但同样也促进了平价上网能够早日实现。
The tight supply in traditional resources makes us PV practitioners have a sense of urgent, and also push the connection to grid at an equal price to be achieved sooner.
给我们光、能量、保护和美的造物主值得我们的感激，可是竟有人坚持说世界上是没有造物主的？
The Creator who gave us light, energy, protection and beauty deserves our thanks. Yet some people insist that he does not exist.
幸运的是我们光之工作者已经唤醒了很多的灵魂，他们的工作已经在地球周围建立了一个强大的光明之网。
Fortunately, the Lightworkers have been waking up many souls, and through their work have helped create a powerful grid of Light around the Earth.
未成年人 ：“月亮在晚上给我们光何时我们需要它但是太阳只在窗格块时间中给我们光我们何时不 需要它”。
Pupil : "The moon gives us light at night when we need it but the sun gives us light only in the day time when we don't need it".
我们需要对你进行X光检查。
亲爱的光之家族，我们与你们一起庆祝这伟大的转变时刻。
Beloved Family of Light, we celebrate with you this great moment of transformation.
即使是我们银河系附近的恒星发出的光，也无法与之抗衡。
Light from stars, even nearby in our own galaxy, doesn't stand a chance against that.
当天黑时，我们可能会在没有光的情况下撞到东西。
When it's dark, we may bump into things without the help of light.
我们把车开进X光隧道进行X光检查。
我们把来自太空的无线电波变成了光。
从奇异的反物质到把光捆扎成结的实验，物理学已经揭示了我们世界的一些幽灵般的方面。
From bizarre antimatter to experiments that tie light up in knots, physics has revealed some spooky sides of our world.
我们只能想象出堕落的天使们带着暗淡的变幻的光，就像那个迟来的农民看到的那样。
We can only imagine the fallen angels with a kind of dim and uncertain light just as the belated peasant sees.
为了改善我们的睡眠习惯，我们最好在白天多晒晒自然光。
To improve our sleeping habit, we'd better expose ourselves to more natural light in the day.
我们把包放进X光机里检查。
我们会对你的手臂进行X光检查。
通过利用紫外光，我们可以看到颜料各个组成部分的光谱特征。
Using ultraviolet light, we can see the spectral signature of each component part of the pigment.
那些物体被照亮了，它们被点亮了，同时也可能被我们的街灯、月光等周围的环境光点亮。
These objects are illuminated, they are lit up, and those things are also being lit by all our street lights, by the moon, all these ambient light.
让我们做个X光检查吧。
我们用肉眼看到的彩虹色的光属于可见光。
The light that we see with our human eyes as a band of rainbow color falls in the range of what's called visible light.
我相信，你们在物理课上都学过光是如何以微观的方式运动的，以及只有在光的波长在特定的范围内时我们才能看到光这一事实。
I am sure you all know from physics class about how light moves in microscopic ways and that we can only see light when the wavelength of that light is in a specific range.
光谱学基本上是一种研究光谱和光谱线的学科，特别对我们来说，是研究恒星发出的光。
Spectroscopy is basically the study of spectra and spectral lines of light, and specifically for us, the light from stars.
比起自然界的月球，它将给我们带来更多光。
应用推荐