- 大学物理实验(普通高等教育十四五规划教材)(英文版)
- - 作者：编者:邱红梅|责编:曾媛//王恬君
  - 出版社：冶金工业
  - ISBN：9787524001973
  - 出版日期：2025/09/01
  - 页数：201
- 售价：26

内容大纲
本书是为北京科技大学工科学院国际班学生和理工科留学生编写的基础物理实验英文教材，是在多年物理实验教学实践的基础上编写的，集中了物理学科实验教师和实验技术人员的集体智慧。全书分为四部分，内容包括课程的目的及任务，实验报告的撰写要求，测量误差，数据处理及分析方法，涵盖力学、热学、电磁学、光学及现代物理的25个基本物理实验。所有实验内容注重采用实验手段讲授物理，强化对学生的自主实验能力和解决问题能力的培养。每个实验还设有“讨论问题”，鼓励学生对实验相关的问题进行拓展分析与讨论，展示个性化思考和创造性思维，培养学生的研究意识。
作者介绍
目录
Chapter 1 Introduction
  1.1  Objectives for the Physics Experiment Course
  1.2  General Instructions for Conducting Experiments
  1.3  How to Write an Experimental Report
Chapter 2 Error Analysis and Data Processing
  2.1  Measurement
  2.2  Measurement Error
  2.3  Systematic Error and Random Error
  2.4  Precision and Accuracy
  2.5  Statistical Analysis of Random Variables
    2.5.1  Standard Error
    2.5.2  Mean and Standard Deviation
    2.5.3  Standard Deviation of the Mean
  2.6  Standard Uncertainty
  2.7  Evaluation of Uncertainty
  2.8  Significant Figures
    2.8.1  Determine the Significant Figures in the Provided Data
    2.8.2  Record Accurately the Significant Figures in Measurements
    2.8.3  Rules for Significant Figures in Calculation
    2.8.4  Rules for Rounding
  2.9  Expression of Direct Measured Results
  2.10  Expression of Indirect Measured Results
  2.11  Common Methods for Data Representation and Processing
    2.11.1  Tabulation Method of Data
    2.11.2  Graphical Representation of Data
  Exercises
Chapter 3 Experiments
  Experiment 3.1  Measurement of Gravity Acceleration with a Simple Pendulum
    3.1.1  Object
    3.1.2  Apparatus
    3.1.3  Theory
    3.1.4  Procedure and Record
    3.1.5  Data Processing and Analysis
    3.1.6  Discussion Questions
  Experiment 3.2  Spring Oscillator
    3.2.1  Object
    3.2.2  Apparatus
    3.2.3  Theory
    3.2.4  Procedure and Record
    3.2.5  Data Processing and Analysis
    3.2.6  Discussion Questions
  Experiment 3.3  Determination of Rotational Inertia Using the Torsion Pendulum Method
    3.3.1  Object
    3.3.2  Apparatus
    3.3.3  Theory
    3.3.4  Procedure and Record
    3.3.5  Data Processing and Analysis
    3.3.6  Discussion Questions
  Experiment 3.4  Static Stretch Method for Measuring Elastic Modulus
    3.4.1  Object

    3.4.2  Apparatus
    3.4.3  Theory
    3.4.4  Procedure and Record
    3.4.5  Data Processing and Analysis
    3.4.6  Discussion Questions
  Experiment 3.5  Measurement of Liquid Surface Tension Coefficient
    3.5.1  Object
    3.5.2  Apparatus
    3.5.3  Theory
    3.5.4  Procedure and Record
    3.5.5  Data Processing and Analysis
    3.5.6  Discussion Questions
  Experiment 3.6  Measurement of Liquid Viscosity by Falling Ball Method
    3.6.1  Object
    3.6.2  Apparatus
    3.6.3  Theory
    3.6.4  Procedure and Record
    3.6.5  Data Processing and Analysis
    3.6.6  Discussion Questions
  Experiment 3.7  Measurement of Specific Heat Capacity Ratio of Air
    3.7.1  Object
    3.7.2  Apparatus
    3.7.3  Theory
    3.7.4  Procedure and Record
    3.7.5  Data Processing and Analysis
    3.7.6  Discussion Questions
  Experiment 3.8  Forced Oscillation
    3.8.1  Object
    3.8.2  Apparatus
    3.8.3  Theory
    3.8.4  Procedure and Record
    3.8.5  Data Processing and Analysis
    3.8.6  Discussion Questions
  Experiment 3.9  Doppler Effect
    3.9.1  Object
    3.9.2  Apparatus
    3.9.3  Theory
    3.9.4  Procedure and Record
    3.9.5  Data Processing and Analysis
    3.9.6  Discussion Questions
  Experiment 3.10  The Application of Oscilloscope
    3.10.1  Object
    3.10.2  Apparatus
    3.10.3  Theory
    3.10.4  Procedure and Record
    3.10.5  Data Processing and Analysis
    3.10.6  Discussion Questions
  Experiment 3.11  Measurement of Sound Speed
    3.11.1  Object
    3.11.2  Apparatus

    3.11.3  Theory
    3.11.4  Procedure and Record
    3.11.5  Data Processing and Analysis
    3.11.6  Discussion Questions
  Experiment 3.12  Measuring Focal Length of Thin Lenses in Geometric Optics
    3.12.1  Object
    3.12.2  Apparatus
    3.12.3  Theory
    3.12.4  Procedure and Record
    3.12.5  Data Processing and Analysis
    3.12.6  Discussion Questions
  Experiment 3.13  Spectrometer Adjustment and Refractive Index Measurement of Prism
    3.13.1  Object
    3.13.2  Apparatus
    3.13.3  Theory
    3.13.4  Procedure and Record
    3.13.5  Data Processing and Analysis
    3.13.6  Discussion Questions
  Experiment 3.14  Wavelength Measurement Using a Transmission Grating
    3.14.1  Object
    3.14.2  Apparatus
    3.14.3  Theory
    3.14.4  Procedure and Record
    3.14.5  Data Processing and Analysis
    3.14.6  Discussion Questions
  Experiment 3.15  Interference on Wedge Film and Newton's Ring
    3.15.1  Object
    3.15.2  Apparatus
    3.15.3  Theory
    3.15.4  Procedure and Record
    3.15.5  Data Processing and Analysis
    3.15.6  Discussion Questions
  Experiment 3.16  Michelson Interferometer
    3.16.1  Object
    3.16.2  Apparatus
    3.16.3  Theory
    3.16.4  Procedure and Record
    3.16.5  Data Processing and Analysis
    3.16.6  Discussion Questions
  Experiment 3.17  Holography
    3.17.1  Object
    3.17.2  Apparatus
    3.17.3  Theory
    3.17.4  Procedure and Record
    3.17.5  Data Processing and Analysis
    3.17.6  Discussion Questions
  Experiment 3.18  Volt-Ampere Characteristics of Linear and Nonlinear Components
    3.18.1  Object
    3.18.2  Apparatus
    3.18.3  Theory

    3.18.4  Procedure and Record
    3.18.5  Data Processing and Analysis
    3.18.6  Discussion Questions
  Experiment 3.19  Measurement of Resistivity of Fe-Cr-Al Wire by Four-Wire Method
    3.19.1  Object
    3.19.2  Apparatus
    3.19.3  Theory
    3.19.4  Procedure and Record
    3.19.5  Data Processing and Analysis
    3.19.6  Discussion Questions
  Experiment 3.20  The Wheatstone Bridge
    3.20.1  Object
    3.20.2  Apparatus
    3.20.3  Theory
    3.20.4  Procedure and Record
    3.20.5  Data Processing and Analysis
    3.20.6  Discussion Questions
  Experiment 3.21  Hall Effect
    3.21.1  Object
    3.21.2  Apparatus
    3.21.3  Theory
    3.21.4  Procedure and Record
    3.21.5  Data Processing and Analysis
    3.21.6  Discussion Questions
  Experiment 3.22  Characteristics of P-N Junction
    3.22.1  Object
    3.22.2  Apparatus
    3.22.3  Theory
    3.22.4  Procedure and Record
    3.22.5  Data Processing and Analysis
    3.22.6  Discussion Questions
  Experiment 3.23  Determination of Electronic Charge
    3.23.1  Object
    3.23.2  Apparatus
    3.23.3  Theory
    3.23.4  Procedure and Record
    3.23.5  Data Processing and Analysis
    3.23.6  Discussion Questions
  Experiment 3.24  Photoelectric Effect
    3.24.1  Object
    3.24.2  Apparatus
    3.24.3  Theory
    3.24.4  Procedure and Record
    3.24.5  Data Processing and Analysis
    3.24.6  Discussion Questions
  Experiment 3.25  Frank-Hertz Experiment
    3.25.1  Object
    3.25.2  Apparatus
    3.25.3  Theory
    3.25.4  Procedure and Record

    3.25.5  Data Processing and Analysis
    3.25.6  Discussion Questions
Appendix
  A.1  Method of Least Squares
  A.2  Equation for Evaluating Uncertainty in Common Functions
  A.3  Introduction to Common Measuring Instruments
    A.3.1  Vernier Caliper
    A.3.2  Micrometer
    A.3.3  Digital Multimeter
    A.3.4  Electrical Meters: Ammeter and Voltmeter
  A.4  Rules for Electrical Experiment Operation
  A.5  Physical Constants and Units Commonly Used
  A.6  Most Beautiful Experiments in Physics
References

内容大纲

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