作者：金立
页数：336
出版社：电子工业出版社
出版日期：2023
ISBN：9787121460890
电子书格式：pdf/epub/txt
内容简介
本书是依据教育部高等学校物理基础课程教学指导分委员会制定的”理工科类大学物理实验课程教学基本要求”编写的通识课程教材，体现新工科建设的成果。 突出对学生基本能力的训练和创新思维、创新方法、创新能力的培养，内容涵盖测量误差与数据处理的基本知识、基础性实验、综合性及应用性实验、演示实验、大型仪器实验、计算机仿真实验等，共6个部分。
作者简介
金立，浙江理工大学高级实验师，主要讲授普通物理实验(实验A、实验B)、近代物理应用实验、LED专业实验。曾参与过以下项目：1)浙江省级虚拟仿真实验项目，组合式综合光学虚拟仿真实验，2021—20222)浙江省在线开放课程《普通物理实验》(第三批在建)，2019—20203)浙江省教育规划课题，基于”模式+平台”的虚实结合的普通物理实验教学改革与实践，2018-20194)浙江理工大学校级重点教改项目，与工程专业认证接轨的普通物理实验
目录
绪论 ···············································································································.1
第1 章 测量误差与数据处理的基本知识 ·······························································.7
1.1 测量与有效数字 ···················································································.7
1.2 误差分类与处理 ···················································································.9
1.3 测量不确定度的估算 ············································································.12
1.4 实验数据的处理方法 ············································································.17
第2 章 基础性实验 ··························································································22
2.0 预备知识 ···························································································.22
2.0.1 力学预备知识 ············································································.22
2.0.2 电磁学预备知识 ·········································································.26
2.0.3 光学预备知
第1 章 测量误差与数据处理的基本知识 ·······························································.7
1.1 测量与有效数字 ···················································································.7
1.2 误差分类与处理 ···················································································.9
1.3 测量不确定度的估算 ············································································.12
1.4 实验数据的处理方法 ············································································.17
第2 章 基础性实验 ··························································································22
2.0 预备知识 ···························································································.22
2.0.1 力学预备知识 ············································································.22
2.0.2 电磁学预备知识 ·········································································.26
2.0.3 光学预备知
