Beer-Lambert Law

Quantitative Improvement of Beer-Lambert Law with Spectral Remote Sensing Technology and Its Application

运用光谱技术改进Beer-Lambert定律的定量化及其应用研究

A new coalmine methane detection method based on Beer-Lambert Law using absorption type optic fiber is investigated .

从理论上提出了一种基于比耳朗伯定律的新型煤矿安全系统瓦斯检测方法。

Based on Beer-Lambert law , the incident light intensity can be can be absorbed and scattered by the wear debris which suspending in oil , so the light intensity changes can represent the oil contamination level .

基于Beer-Lambert定律，悬浮在油液中的污染颗粒对入射光有吸收和散射作用，因此可根据发光强度的变化来反映油液污染度的变化情况。

This method is based on Beer-Lambert Law . A theoretical model for measuring the concentration of nitrogen dioxide called integral spectroscopic method was developed after analyzing the spectral properties of nitrogen dioxide gas , and software was created for data processing .

以Beer-Lambert定律为基础，通过对二氧化氮气体的光谱性质分析，建立了二氧化氮浓度测量的理论模型，称之为积分光谱法，并编写了数据处理软件。

In the paper , the center absorption wave , the absorption shape , the gap between the adjacent lines and the intensity of absorption line are analyzed using quantum mechanics knowledge and molecular spectrum theory . It gives the theoretic description of the Beer-Lambert law .

本文应用量子力学和分子光谱理论分析了气体分子的吸收中心波长、吸收线型、吸收线宽和吸收谱线的强度分布等特性，给出了Beer-Lambert定律的理论解释。