1.
One will choose an exposure time which is a good compromise between the times required for the blue and the red rays.
可以选择一个介于红光和蓝光所需要的曝光时间之间的折衷值作为曝光时间。
2.
Magenta on the other hand, takes out green leaving only red and blue which we see as magenta.
另一方面，紫色颜料吸收了绿光而只留下红光和蓝光，就使我们看见了紫色。
3.
Green and red light mix to produce yellow, red and blue light mix to produce magenta, green and blue mix to produce cyan.
绿光和红光叠加可产生黄色，红光与蓝光叠加可产生品红色，绿光与蓝光叠加可产生青绿色。
4.
Implications of IRSL and [post-IR] OSL intensities from fine-grained polyminerals on environment change in Chinese Loess Plateau
黄土细颗粒混合矿物红外释光和红外后蓝光释光的环境意义
5.
the building was red, white, and blue at night,
大厦晚上的灯光是红色、白色和蓝色的，
6.
High-mass stars emit ultraviolet and blue light, whereas low-mass stars emit yellow and red light.
大质量恒星发出紫外光和蓝光，而小质量恒星则发出黄光与红光。
7.
Studies on Bacteriorhodopsin of Purple and Blue Membrane by Fluorescence and Absorption Spectroscopy;
荧光光谱和吸收光谱法研究蓝膜和紫膜中细菌视紫红质
8.
Study on Testing Model for Indigotin and Indirubin Contents of Compound Indigowoad Root Granule Using NIRS
复方板蓝根颗粒中靛蓝和靛玉红含量的近红外光谱检测模型研究
9.
Primary colours: In light, the primary colours are red, green and blue.In printing inks, the primary colours are magenta, cyan and yellow and blue.
原色:光的原色是红绿和蓝。印刷油墨的原色是洋红，青蓝和黄。美术方面的原色是红，黄和蓝。
10.
The primary colors of the spectrum are red, green and blue.
光谱的原色是红、绿、蓝。
11.
The interior was green, blue and red, gleaming with a vibrant jewel-like glow.
其内部是绿，蓝和红交错的，发着宝石一样的波光。
12.
The positive is a recording of the other additive primaries, red and blue, the combination of which is magenta. The positive, or the printing plate, is therefore called the magenta printer.
它正片则记录其他颜色：红和蓝，而红，蓝光的混合是洋红。所以这个正片或或印版被称为洋红版。
13.
The variety of boule includes ruby, starlight ruby, sapphire, beautiful sapphire and starlight sapphire.
刚玉的种类包括（红宝石、星光红宝石、蓝宝石、艳色蓝宝石、星光蓝宝石）。
14.
Note that chlorophyll absorbs light mostly in the blue and red ends of the visible spectrum, and very little in the green wavelengths.
从中，我们可以看到，叶绿素大量吸收可见光中的蓝色和红色光极。
15.
Two fluorescent compounds, shown absorptions in near ultraviolet region, can emit red and blue fluorescence respectively with high fluorescent quantum yields.
两种隐色化合物在近紫外光区有吸收并分别发射红色和蓝色荧光。
16.
White light minus blue light is yellow or red in hue.
白光中除去蓝光就呈黄色或红色。
17.
analogous colours
类似色（如蓝光绿色和绿光蓝色）
18.
A Red and Blue Emitting Phosphor with Rare Earth Ion
一类掺杂稀土离子的红光与蓝光荧光体