1) scattering coefficient spectrum
散射系数光谱
1.
Methods Absorption coefficient spectrum and scattering coefficient spectrum for human gastric wall tissue were measured in tumor region and non-tumor region from 26 specimens of gastric adenocarcinoma.
方法测定26个人胃腺癌标本的肿瘤及非肿瘤区域组织的吸收系数光谱和散射系数光谱。
2) light scattering coefficient
光散射系数
1.
The relationships among RBA,tensile strength,light scattering coefficient,sheet density and FI were investigated too.
论述了纤维柔软度和纸页相对结合面积(Relative bonded area,RBA)的计算测量方法,并比较了它们的优缺点,同时对RBA、抗张强度、光散射系数、纸页密度和纤维柔软度的相关性进行了探讨。
2.
Through the adjustment of process conditions, the light scattering coefficient has been increased from33~35m2/kg to 44m2/kg and upwards, the consumption of NaOH and H2O2 has been reduced from 8% to 5% and the cost per ton has beenreduced from $3500 to $2300.
通过调整工艺条件,光散射系数由33～35m2/kg提高到44m2/kg以上,NaOH和H2O2的用量由8%降至5%,吨浆成本由3500元降至2300元。
3) scattering spectra
散射光谱
1.
Theoretical model of single backscattering spectra based on Mie scattering theory is established for a two-layer scattering media according to the structure characteristic of epithelium tissue.
从上皮组织的结构特点出发,基于米氏(Mie)散射理论,建立了双层散射介质的单次后向散射光谱的理论模型,该模型通过偏振门屏蔽来自下层的噪声背景,只保留来自上层的单次散射光。
2.
The surface plasmon polaritons (SPPs) play an important roles in amplification and suppression of the scattered light in the films based on the scattering spectra calculated by the DDA.
通过计算得到的散射光谱曲线,确定了表面等离子激元(SPPs)在增强和抑制薄膜散射性质方面起到了重要的作用,通过改变孔间距、孔数量和孔直径能够控制表面等离子激元对薄膜散射系数的影响。
4) scattered spectrum
散射光谱
1.
Designs an optical fibre probe that can be applicable with multi-fibre,and measures the scattered spectrum of liquid bearing components,real blood and different components of blood by means of the probe.
并用扫描法布里—珀罗干涉仪产生散射光谱;结果用此装置测得了含鲜牛奶的液体、实血和不同血液成分光散射光谱。
5) Spectral reflectance
光谱反射系数
6) spectral transmittance
光谱透射系数
补充资料：非弹性中子散射光谱
分子式：
CAS号：
性质：当中子与物质的原子核碰撞时引起碰撞体系总能量损失的散射称为非弹性中子散射。在这种散射中，低能中子被物体所散射，其能量损失相当于样品分子振动能级跃过的能量，故可用于研究物质分子的简正振动和其他形式的分子运动。应用最新式的高分辨光谱仪，中子非弹性散射可测量频率在107～1014Hz的分子运动。
CAS号：
性质：当中子与物质的原子核碰撞时引起碰撞体系总能量损失的散射称为非弹性中子散射。在这种散射中，低能中子被物体所散射，其能量损失相当于样品分子振动能级跃过的能量，故可用于研究物质分子的简正振动和其他形式的分子运动。应用最新式的高分辨光谱仪，中子非弹性散射可测量频率在107～1014Hz的分子运动。
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