| 1. | Figure 1. 6 shows the relative response of the "average eye" to light of constant luminance projected at various wavelengths throughout the spectrum .
图16示出了“典型”人眼对整个光谱范围内功率恒定而波长不同的各种可见光的相对响应曲线。 |
| 2. | Useful spectral range
有效光谱范围 |
| 3. | A device for converting electromagnetic radiation in the infra - red , visible and / or ultra - violet regions of the spectrum into an electric current
一种把下述光谱范围内的电磁辐射转换成电流的装置：红外线、可见光和或紫外线。 |
| 4. | Figure 1 . 6 shows the relative response of the " average eye " to light of constant luminance projected at various wavelengths throughout the spectrum
图1 6示出了“典型”人眼对整个光谱范围内功率恒定而波长不同的各种可见光的相对响应曲线。 |
| 5. | The normal polarizing device is made of iceland crystal that is based on birefringence of crystal . its merit is high extinction ratio , high transmission and wide wavelength
一般的起偏器件和检偏器件是利用晶体的双折射特性设计而成，其优点是：消光比和透射比高，适用的光谱范围大。 |
| 6. | The linear ccd allows the entire range of individual wavelengths in the spectrum to be detected simultaneously and is especially suitable for resolving low level signals in a noisy environment
线阵ccd使得全光谱范围内每个波长处的信号都能够同时采集，并在恶劣的光学环境及采集到较低的信号。 |
| 7. | The mms raman spectrometer offers a unique combination of resolving power , spectral range and flexibility , making it an ideal system for the routine analysis of many types of liquids and solids
Mms拉曼光谱仪提供一个独特的综合了分辨能力、光谱范围及挠性的结合体，从而使其成为适合对许多类型的液体和固体进行常规分析的理想系统。 |
| 8. | Today , most applications of liquid crystal are depend on voltage - dependent birefringence effect . voltage - dependent birefringence of liquid crystal is widely used because of many merits . ( l ) its applicable spectral range is extraordinarily broad
液晶的电控双折射特性之所以应用广泛，主要是因为它有以下几个独特的优点： ( 1 )可应用光谱范围特别宽。 |
| 9. | 0 . 75 nm and 0 . 4 nm . you should ask your video card manufacturer some time about point and purpose of 32 - bit true colors . ; - at the onset , we briefly mentioned frequencies : the higher the frequency , the " brighter " the sound
一般我们的耳朵可以接受辨别的范围约为10个八度，而眼睛所能辨别的范围只有一个八度，大约是光波中能见光谱范围在0 . 75nm和0 . 4nm之间。 |
| 10. | Fig . 3 and fig . 4 show that grooves in the width of 1 - 2micrometer on the surface of films sputtered at 180 forms optic trap of solar spectrum in the range of 0 . 25 ~ 3micromete , and increase the absorption efficiency of solar radiation
在温度约180的情况下的薄膜表面形貌，薄膜表面宽度为一两个微米沟槽，形成了对0 . 25 ~ 3微米太阳光谱的光学陷阱，可提高太阳光谱范围能量的吸收率。 |
