[光]光波

[医]光波

light wave───[光]光波

lightwaves───n.光波

light valves───[电子]光阀

light waters───[核]轻水

light ales───n.淡啤酒，低度啤酒

light faces───细体字；细体字的

light water───[核]轻水

lightwave───n.光波

light tables───看片台

Photon energy is carried in what you term light waves.───在你们定义的光波中就携带有光子能量.

Do light waves travel through a vacuum?───光波真的通过真空 吗 ?

Lidar USES light waves.───激光雷达使用光波。

He devised an instrument to measure light waves.───他发明了一台仪器来测量光波.

It was once believed that light waves traveled through the ether.───人们曾经相信光波在以太中穿过.

White light consists of light waves of all different wavelengths, or colors.───白光由不同波长或不同颜色的光波组成.

Any photosynthetic life would be adapted to take advantage of the available light waves.───依赖光合作用的生物则利用可用光波来适应环境。

Extensive use has been made of this technique to generate cylindrical light waves.───这个产生柱面光波的方法已被广泛采用.

However there are notable differences between light waves and those associated with electrons.───不过,在光波和电子波之间还存在着显著的差别.

Any object towards our eyes transmission light waves is the object that can be seen.───朝着我们的眼睛传递光波的任何物体是可以看到的物体.

Light waves travel much slower through water and even slower through glass.───光波在水中传播时,速度要慢得多;在玻璃中传播时,甚至更慢.

Light waves weaken as they spread out from a source.───光波从光源扩散时,强度减弱.

Light waves are much faster than sound waves.───光波要比声波快得多.

Diffraction, too, occurs in light waves.───衍射也是由光波产生.

Now, turn our attention to the reflection of light waves.───现在我们再来看一看光波的反射现象.

Regular repeating actions such as sound waves, light waves, or radio waves have a certain frequency, or number of waves per second.───有规律的重复活动如声波、光波、无线电波都有一个特定的频率，或者说是每秒的波动次数。

Sound waves, light waves, and radio waves have a certain frequency, or number of waves per second.───声波、光波或无线电波等都有特定的频率，或者说是每秒的波数。

We now know that X - ray waves are 2,000 to 10,000 times shorter than light waves.───我们现在知道 X 光波比光波短二千到一万倍.

Radio waves, like light waves and sound, are a means of transmitting energy.

White light consists of light waves of all different wavelengths, or colors.

Lenses change the vergence of light waves.

These are similar to light waves, which are ripples of the electromagnetic field, but they are much harder to detect.

Sound waves, light waves, and radio waves have a certain frequency, or number of waves per second.

Because light waves have a high frequency, modulated light can carry signals of wide bandwidth.

The interacting light waves, sometimes doubled up by mirror systems, form a tiny three-dimensional array of shimmering energy fields.

Instead, he argued, light waves can travel in vacuo without being supported by any material— unlike sound waves, which are vibrations of the medium in which they propagate.

Diffraction, too, occurs in light waves.