1) polarized visible spectra
偏振可见光谱
2) visible spectrum
可见光谱
1.
Research and application of niobium visible spectrum;
铌元素可见光谱及其应用研究
2.
Experiment measurements and optimal modeling of goal surface s visible spectrum BRDF;
目标表面可见光谱BRDF的实验测量及优化建模
3.
Digital visible spectrum analysis of Cu in Al-based alloy
铝合金铜元素数字化可见光谱分析技术研究
3) visual spectrum
可见光谱
1.
W element visual spectrum in some alloy steel and welding material as well as weld was analyzed using W484.
38nm分析谱线组对部分合金钢焊接材料和焊缝中W元素可见光谱进行了数字化分析测定,探索了W元素可见光谱的数字化处理和分析技术。
5) Polarization spectroscopy
偏振光谱
1.
Using error signal offered by polarization spectroscopy can avoid error which produced by laser intensity swing.
误差信号由偏振光谱提供 ,可避免由稳频后因激光功率变化所导致的剩余误差。
2.
A high signal to background ratio in the persistent single photon and photongated spectral hole burning materials using polarization spectroscopy was obtained.
用偏振光谱方法对有机固体材料频域存贮材料进行单光子和双光子的选通光谱烧孔，获得了高的信号背景（噪声）比（ＳＢＲ）。
3.
A method based on the adjustable balance probe polarization spectroscopy is proposed,the change of the spectroscopy shapes in different polarization planes is investigated,and the retroflexion of the lineshapes with the rotation of the polarization plate is observed.
偏振光谱技术是一种高灵敏度和高分辨的光谱技术。
补充资料：可见光谱
分子式：
CAS号：
性质：波段范围在380～780nm，人的视觉可以感受的光谱。如白光经棱镜或光栅色散后呈红、橙、黄、绿、青、蓝、紫彩带，即为可见连续光谱。在可见区也有线光谱及带状光谱。
CAS号：
性质：波段范围在380～780nm，人的视觉可以感受的光谱。如白光经棱镜或光栅色散后呈红、橙、黄、绿、青、蓝、紫彩带，即为可见连续光谱。在可见区也有线光谱及带状光谱。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条