马吕斯定律

利用光电池接收入射的偏振光，通过A/D转换芯片（ICL7170），将电压值显示在LED上，验证了马吕斯定律。

Malus law was validated by incepting incident polarized light by photocell and displaying the voltage value on LED by A / D transform CMOD chip ( ICL7170 ) .

验证马吕斯定律的实验方法

A way of validating Malus law

用CCD测试系统验证马吕斯定律实验

The application of CCD in the Malus ' law experiment

CCD测试系统在马吕斯定律验证实验中的应用

Application On Malus ' Law Experiment With CCD Measuring System

用目视光度法验证有儒斯特角和马吕斯定律

Verification on Browser 's Angle and Mains 's Law by Visual Photometry

作为实例，用本仪器搭置了双光路系统，验证了马吕斯定律。

As an example , Malus law is proved experimentally with this instrument and its double bcams system .

本文提出了基于马吕斯定律的偏振光直线位移传感器。

A new type of rectilinear displacement sensor based on optical Mains law is presented in this paper .

本文提出了一种新型位移传感器：基于马吕斯定律和法拉第旋光效应的电流位移比较仪。

In the paper , based on polarized light detecting method and Faraday magneto-optical effect , a new displacement sensor system , " displacement - current comparator " is first presented .

通过缓慢改变光束的偏振结构及其与入射透明介质的夹角，使反射与透射光斑颜色及明暗发生变化，演示了马吕斯定律、菲涅耳关系和布儒斯特定律等光的偏振性质。

By changing the polarization configuration of the beam and the incident angles , then the color and the brightness of the reflected and transmitted light spot will vary accordingly , Malus law , Fresnel law and Brewster law could be demonstrated .