1) spectral irradiance
光谱辐射出射度
2) spectrum
光谱
1.
Study on multi-angle polarized reflectance spectrum of polluted water;
不同污染水体的多角度偏振光谱研究
2.
Studies on the Uv/vis and IR spectrum of Anderson-structure Heteropolyomometalate doped polyaniline;
Anderson结构杂多酸盐掺杂聚苯胺的紫外、红外光谱研究
3) spectroscopy
光谱
1.
Quantitative analysis of atmosphere by laser-induced breakdown spectroscopy;
用激光感生击穿光谱对大气进行定量分析
2.
Synthesis and Spectroscopy of K_7[P_2Mo_4W_(13)M(H_2O)O_(61)](M=Cr,Fe) and Their Organic Composite Materials;
K_7[P_2Mo_4W_(13)M(H_2O)O_(61)]及其有机复合材料的合成及光谱研究
3.
Spectroscopy of α-Isoxazoleazoxyl-β-Diketone Derivatives and Their Tautomers;
α-异噁唑偶氮基-β-二酮类衍生物及其互变异构体的光谱
4) optical spectrum
光谱
1.
Research on the technology of methane concentration measurement based on characteristic optical spectrum absorption of gases and harmonic detection;
基于气体特征光谱吸收和谐波检测的瓦斯体积分数测量技术的研究
2.
In this paper, the optical spectrum and paramagnetic g factor of Cr 3+ in CsCl and CsBr crystals are calculated by the parameterized d orbital theory and the two spin orbit coupling parameters model.
文用参量化轨道理论和双自旋轨道耦合系数模型计算了掺Cr3+的CsCl和CsBr晶体的光谱和顺磁 g因子 ,得到了和实验数据符合很好的结
5) spectra
光谱
1.
Analysis of Optical and Electrical Properties of ITO Films by Infrared-Visible Spectra;
ITO薄膜光电性能红外—可见光谱分析方法
2.
Preparation and Spectra Characterization of Optically Variable Pigments with Four Symmetrical Configurations;
四层对称结构随角异色颜料制备与光谱特性研究
3.
Spectral Characteristics of Optical Storage Material CaS∶Eu,Sm;
CaS∶Eu,Sm光存储材料的光谱特性
6) optical spectra
光谱
1.
Growth and optical spectra of Nd~(3+):LiNbO_3 crystals grown by Bridgman method;
Nd~(3+):LiNbO_3晶体的坩埚下降法生长及光谱特性
2.
Investigation of optical spectra and local structure in CMSH:Ni~(2+);
CMSH:Ni~(2+)的光谱及其局域结构的研究
3.
Determination of the local structure of CsMgCl_3:Ni~(2+) and CsCdCl_3:Ni~(2+) crystal with optical spectra and EPR spectra;
用光谱和EPR谱确定CsMgCl_3:Ni~(2+)和CsCdCl_3:Ni~(2+)的局域结构
参考词条
补充资料：光谱辐照出射度
分子式：
CAS号：
性质：波长为λ时，单位波长范围内的辐照出射度(M)。符号为Mλ。其SI制单位为W/m3，常用单位为W/m2·nm。
CAS号：
性质：波长为λ时，单位波长范围内的辐照出射度(M)。符号为Mλ。其SI制单位为W/m3，常用单位为W/m2·nm。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。