| 1. | The visible is the most well-defined spectral region .
可见光是含意最明确的光谱波段。 |
| 2. | The spectral region in the red or near infrared will be emphasized, because this is a region of low loss for optical fibers and therefore of interest for optical communication systems .
着重研究光谱区域是红及近红外波段，因为这是光学纤维低损耗的区域，也就是对光通信系统有意义的区域。 |
| 3. | Vacuum spectral region
真空光谱区 |
| 4. | Sbn : cr is one of the most promising photorefractive materials for various nonlinear optical applications due to its high photorefractive sensitivity and rapid response in red spectral region
作为一种在红光区具有较高光折变灵敏度和快速响应的优质光折变材料， sbn cr晶体具有重要的研究价值。 |
| 5. | Graphically - oriented local multivariate calibration modeling procedures called interval partial least - squares ( ipls ) was applied to select the efficient spectral regions that provided the lowest prediction error
本研究提出一种间隔偏最小二乘法的农产品近红外光谱谱区选择方法，并将其应用于建立苹果糖度近红外光谱模型。 |
| 6. | We can trace four lineages of vertebrate cone pigments , named descriptively after the spectral region in which they are most sensitive : long - wavelength , mid - wavelength , short - wavelength and ultraviolet
我们可以追溯出脊椎动物四种锥细胞视色素的演化路径，名称分别反应出它们最敏感的光谱波段：长波长、中波长、短波长与紫外光。 |
| 7. | Nitrides have become one of the forefront research topics in semiconductor materials fields due to their successful application to fabricating of highly efficient optoelectronic devices operating in the ultraviolet and visible spectral regions
Gan基族氮化物由于其在从紫外到可见波段高效光电器件制作中的成功应用而成为半导体材料研究领域的前沿课题之一。 |
| 8. | Nano - tiopc60r , 40nm / ctm / pc = l / 80 / 100 , s762 . 5nm = 0 . 533cm2 / u j ) ; thereby the single - layer nanoparticle tiopc / fluorinone - based azo composite photoreceptors were prepared and their photoconductive properties were briefly studied . in conclusion , two originalities can be outlined from this thesis : ( 1 ) by using 1 , 4 - dioxane as disperse solvent , stable and uniform composites of tiopc , azo , hydrzone and polymer matrix were prepared , and the single - layer photoreceptors were successively fabricated with these composites , the photoreceptors showed high and wide range photosensitivity from visible to near infrared spectral regions
综上所述，本论文主要有以下两个创新之处： （ ）采用两杂性的二氧六环做分散溶剂，成功地实现了酞警氧钛、绿丹蓝偶氮、茶苯晚以及聚合物介质组成的、多相多组分体系的稳定复合，从而制备出从可见光到近红外光区都具有高光敏性的宽频响单层复合光导体。 |
