分析了牛顿环实验中的对准误差，用不确定度评定进行了修正。
This article analyzes the alignment errors in Newtons Ring Experiment and, by using evaluation of uncertainty, revises the errors.
摘 要：本文用牛顿环测液体折射率，对牛顿环实验装置的应用进行了扩展。
Abstract: In this paper, liquid refractive index was measured with Newton's rings and the application of Newton's rings experiment device was extendend.
结合牛顿环实验，系统而详细的介绍了一种利用牛顿环测量液体折射率的新方法。
Based on Newton's rings experiment, the paper presents a new method of detailed use of Newton's rings measuring the refractive index of liquids.
本文介绍一种用透射光做牛顿环实验的方法，并从理论上证明了这种方法的可行性。
A method of making Newton rings experiment with the transmission light is introduced. The feasibility of the method is proved in theory.
牛顿环实验是大学物理实验中的一个基本实验，目前的实验只是用于测透镜曲率半径。
As a classical experiment, Newton ring experiment is usually used in measuring the radius of curvature of a lens.
通过系统地分析牛顿环实验中的误差，找出引起误差的原因，使学生在实验中尽量避免误差的出现。
The paper points out the causes of errors through thorough analysis on the errors in Newton , s link experiment so that students can avoid such errors.
对传统的牛顿环实验观测系统进行改造，增加基于CMOS传感器和DSP的图像采集与处理的嵌入式子系统。
The traditional experimental observation system of Newtons ring is rebuilt, an embedded subsystem of image collecting and processing based on CMOS sensor and DSP is added.
本文对牛顿环实验进行拓展，根据实验原理推导出两个用于测定薄膜厚度的理论公式，并对公式进行了理论分析。
For the expansion of Newton ring experiment, two formula of measuring film thickness is proved according to the experimental principle, and the formula is also discussed.
普通物理实验中，牛顿环干涉实验只考虑在凸透镜与平面玻璃之间形成空气薄膜下的干涉现象。
In interference experiments with Newton's ring, considered only is the interference of the air film formed between the convex lens and the plain glass.
普通物理实验中，牛顿环干涉实验只考虑在凸透镜与平面玻璃之间形成空气薄膜下的干涉现象。
In interference experiments with Newton's ring, considered only is the interference of the air film formed between the convex lens and the plain glass.
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