惯性力探讨_应用物理学专业论文范文
发布时间：2015-03-15
来源：人大经济论坛
应用物理学专业论文范文
目 录
中文摘要i
英文摘要ii
目录iii
第一章 绪论 1
1.1 研究动机与目的1
1.2 研究背景 1
1.3 研究方法与系统描述 3
第二章 惯性力的引入 4
2.1 什么是惯性力 4
2.2 为何引入惯性力 4
第三章 惯性力在物理上的应用6
3.1 离心力6
3.2 科里奥利力6
3.2.1 物理学中的科里奥利力7
3.2.2 科里奥利力产生的影响7
3.2.3 科里奥利力的应用8
第四章 总结10
致谢11
参考文献12
摘要
本文提出了惯性力这个主题，围绕这个主题主要运用的研究方法是论证法，通过数学论证的方法证明它在其他物理现象或实际情况中的存在，对惯性力提出的过程做了详细的叙述，并运用理论结合实际的方法对惯性力进行了详细全面的概述,简单的对惯性力进行定义和说明，非惯性参考系中应用牛顿运动定律需要引入一个惯性力，惯性力大小等于研究物体质量与非惯性参考系的加速度的乘积，惯性力的方向与非惯性参考系的加速度方向相反。惯性力与真实力有区别，它没有施力物体。并且又从惯性力出发用大量文字来介绍惯性离心力和科里奥利力，并通过对这两种力的阐述和证明更有力的来说明惯性力，对惯性力提出的过程做了详细的叙述，并运用理论结合实际的方法对前人发现的问题进行实际中的应用和初步论证,简单得对惯性力进行个定义和说明。
关键词：惯性力 离心力 牛顿第一定律 科里奥利力
Abstract
In this paper, the theme of inertia force, around the main theme of this research is to use the demonstration, through mathematical methods to prove that it demonstrated in other physical phenomena, or the actual situation in the presence of the inertia of the process of doing a detailed description, And applying the theory with practical ways of inertia force carried out a detailed comprehensive overview, the simple force of inertia for a definition and description, non-inertial reference system in the application of Newton's Laws of Motion need to introduce an inertial force, inertia force equivalent to the size objects on the quality of Non-inertial reference system and the acceleration of the product, the inertia in the direction of the inertial reference system and the acceleration in opposite directions. Inertial force with real power differential, it does not SHI Li objects. And starting from the inertia of the large number of text introduced by centrifugal force and the Coriolis force, and through the two of the more powerful and proven set out to explain the inertia force, the inertia of the process of doing a detailed description, And applying the theory with practical ways of his predecessors found that the real issue in the application and preliminary feasibility studies, for the simple inertia force for a definition and description.
Keywords：Inertia force Centrifugal force Newton's first law Coriolis force
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