作业帮英语翻译塞曼效应是塞曼于1896年发现的,塞曼效应实验是物理学上一个经典的实验,对人们认识原子能级结构有重要意义,此效应
来源：学生作业帮 编辑：作业帮 分类：英语作业 时间：2024/05/16 00:18:03
英语翻译
塞曼效应是塞曼于1896年发现的,塞曼效应实验是物理学上一个经典的实验,对人们认识原子能级结构有重要意义,此效应现在在诸多领域还得到应用,对科技发展仍起着非常重要作用.本文研究的是用塞曼效应仪测荷质比,使用的仪器是（浙江光学仪器制造有限公司）WPZ-ⅡA的塞曼效应实验仪器,由于厂家未提供I-B曲线,因此不能直接得到荷质比.笔者先运用霍尔芯片测量WPZ-IIA塞曼效应仪电磁铁的I-B曲线.在立足现有实验条件下,设计并实现了电磁铁I-B曲线的实验系统,最终实现通过I-B曲线测出荷质比.
The Zeeman Effect was found in 1896 by Zeeman,Zeeman Effect experiment is still a very important experiment on physics.It has an important meaning for people to know the structure of atomic energy.This paper comes from watching the experiment phenomenon.Moreover,the result is based on knowing that the experiment instrument WPZ-Ⅱdoesn't get directly and it cannot get charge-mass ratio directly .So we decided to get I-B curve of the Zeeman effect instrument electromagnet by using hall chip to measure WPZ-IIA.Based on the existing conditions of the experiment,we designed and implemented the experiment system and finally we have gotten the charge-mass ratio through the I-B curve.
塞曼效应是塞曼于1896年发现的,塞曼效应实验是物理学上一个经典的实验,对人们认识原子能级结构有重要意义,此效应现在在诸多领域还得到应用,对科技发展仍起着非常重要作用.本文研究的是用塞曼效应仪测荷质比,使用的仪器是（浙江光学仪器制造有限公司）WPZ-ⅡA的塞曼效应实验仪器,由于厂家未提供I-B曲线,因此不能直接得到荷质比.笔者先运用霍尔芯片测量WPZ-IIA塞曼效应仪电磁铁的I-B曲线.在立足现有实验条件下,设计并实现了电磁铁I-B曲线的实验系统,最终实现通过I-B曲线测出荷质比.
The Zeeman Effect was found in 1896 by Zeeman,Zeeman Effect experiment is still a very important experiment on physics.It has an important meaning for people to know the structure of atomic energy.This paper comes from watching the experiment phenomenon.Moreover,the result is based on knowing that the experiment instrument WPZ-Ⅱdoesn't get directly and it cannot get charge-mass ratio directly .So we decided to get I-B curve of the Zeeman effect instrument electromagnet by using hall chip to measure WPZ-IIA.Based on the existing conditions of the experiment,we designed and implemented the experiment system and finally we have gotten the charge-mass ratio through the I-B curve.
The Zeeman Effect was discovered in 1896 by Zeeman. Zeeman Effect experiment is a classic experiment in physics. It has great significance for us in understanding the structure of atomic energy. This effect is still applied in many areas which is very important for development of new technologies. This paper studies the results of charge-mass ratio measured by Zeeman Effect Instrument. The measurement is taken on a WPZ-ⅡA Zeeman Effect Instrument (made by Zhejiang Optical Instrument Co., Ltd). Since the manufacturer doesn't provide I-B curve, we cannot get charge-mass ratio directly. However, we managed to get I-B curve of electromagnet by using Hall chip on WPZ-IIA Zeeman Effect Instrument . Based on the existing experimental conditions, we designed and implemented the experimental system and finally we obtained the charge-mass ratio through the use of I-B curve.