...式解释了万有引力与三大运动定律(就是我们在国、高中背的死去活来的理论),又以三棱镜将白光发散成可见的光谱(visible spectrum)他的观察、思考、实践、书写,最后完成的论文、公式或可称为创作(creation),就是科学家超越现实生活表象的"看见",也因为他的看...
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仿真结果验证了所提方法的有效性,同时验证了该方法不存在人眼可见的光谱畸变。
Simulation results not only verify the effectiveness of the proposed method but also show that there is no distortion of visible spectrums in images fused by this method.
可见光由不同的颜色或波长组成,它们共同组成了所谓的光谱(一段颜色),就像你在彩虹中看到的那样。
Visible light consists of different colors or wavelengths, which together make up what's called spectrum, a band of colors, like you see in a rainbow.
研究人员们使用仅仅超出可见光谱红端的近红外辐射测试他们的新“黑材料”。
The researchers tested their new black material with near-infrared radiation, just beyond the red end of the visible spectrum.
And I also want to point out, it's guaranteed pretty much you may or may not be able to see, sometimes it's hard to see that one that's getting near the UV end of our visible spectrum. So we won't worry if we can't see that.
我要指出的是,我可以保证你们,但你们可能会看不到,有时候很难看到,这个可见光谱边缘接近紫外光地方的这根谱线,所以看不到也不用担心。
We can plug this in further when we're talking about the visible part of the light spectrum, because we know that for n final equals 2, then that would mean we plug in 2 squared here, so what we get is 1 over 4.
当我们讨论可见光谱的时候,我们可以把这个代进去,因为我们知道n末是等于2的,这意味着我们可以。
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