Spectroscopy Parameters(光谱参数)研究综述
Spectroscopy Parameters 光谱参数 - The comparative differences of spectroscopy parameters including the smaller E2/E3, larger SUVA254, higher HIX, and lower BIX and FI of the Na-derived DOM than those of the Ca-obtained DOM indicate that the sodium electrolytes were favorable for the desorption of the organic matter with larger molecular weight, higher aromaticity, and humification degrees representing the more refractory property of the DOM. [1] Spectroscopy parameters, including 2HG measurements, were obtained with single-voxel point-resolved spectroscopy, and apparent diffusion coefficient (ADC) values were calculated. [2]Na 衍生 DOM 的 E2/E3 较小、SUVA254 较大、HIX 较高、BIX 和 FI 低于 Ca 获得的 DOM 的光谱参数的比较差异表明钠电解质有利于解吸分子量大、芳香性高、腐殖化度高的有机质代表了DOM的耐火性。 [1] 光谱参数，包括 2HG 测量值，是通过单体素点分辨光谱获得的，并计算了表观扩散系数 (ADC) 值。 [2]
Fluorescence Spectroscopy Parameters
Macroscopic fluorescence spectroscopy parameters of gastrointestinal tissues of the other 17 animals, which were sensitized with 5- ALA?PpIX, were obtained on excitation at 405 nm. [1] Fluorescence spectroscopy parameters were used to obtain a good prediction model of soluble COD (r2 = 0. [2]其他17只动物用5-ALA?PpIX致敏的胃肠道组织在405 nm激发下获得了宏观荧光光谱参数。 [1] 荧光光谱参数用于获得良好的可溶性 COD 预测模型（r2 = 0. [2]
Impedance Spectroscopy Parameters 阻抗谱参数
All electrochemical impedance spectroscopy parameters had been evaluated using z-fit by Ec-lab software and cyclic stability of synthesized sample 72%. [1] Dielectric parameters (constant and tangent-loss) and impedance spectroscopy parameters of NiTiO3 modified BiFeO3 compound were investigated over a wide temperature range (25–500 oC) at different frequency (25 kHz-500 kHz), which offers several interesting features of BNTF material suitable for further device applications. [2]所有电化学阻抗谱参数已通过 Ec-lab 软件使用 z-fit 进行了评估，合成样品的循环稳定性为 72%。 [1] 在宽温度范围（25-500 oC）和不同频率（25 kHz-500 kHz）下研究了 NiTiO3 改性 BiFeO3 化合物的介电参数（常数和正切损耗）和阻抗谱参数，这提供了 BNTF 材料的几个有趣特征适用于进一步的设备应用。 [2]
Raman Spectroscopy Parameters 拉曼光谱参数
Based on obtained correlational relationships between Raman spectroscopy parameters and HTT, the use of the ID/IG parameter is suggested for obtaining the most exact and reproducible results. [1] Correlation dependences of the Raman spectroscopy parameters of carbon materials on the heat treatment temperature (HTT) are obtained. [2]基于获得的拉曼光谱参数和 HTT 之间的相关关系，建议使用 ID/IG 参数以获得最准确和可重复的结果。 [1] 获得了碳材料的拉曼光谱参数与热处理温度（HTT）的相关性。 [2]