经典物理学

这些是与经典物理学很大程度上靠概率有联系。

These are related to classical physics largely through probability .

在经典物理学中，能量密度是正定的。

In classical physics , the energy density is non - negative .

普朗克常数h引起的经典物理学自然观的三种改变

Three Changes of the Nature-idea in Conventional Physics by Plank 's Constant h

均分原理是经典物理学的一部分。

The equipartition principle is a part of classical physics .

日常语言和经典物理学都是建立在这种认知模式之上的。

Both our daily language and classical physics are based on this cognitive model .

我们必须寻求一个新方程来取代经典物理学的方程。

We must look for a new equation to replace those of classical physics .

19世纪和20世纪早期的经典物理学不仅仅是〈现代的前身〉；

Classical physics of the19th and early20th centuries was more than simply " pre-modern ";

伽利略的《论运动》开启了经典物理学；

Galileo 's De motu launched classical physics ;

经典物理学与社会进步

Classical Physics and society progress

近代物理学与经典物理学

Modern Physics and Classical Physics

广松涉认为，无论经典物理学还是现代物理学，它们在认识论上都存在某种程度的物象化误视。

Hiromatu Wataru maintains that in epistemology both classic physics and modern physics show a certain degree of misunderstandings .

经典物理学是在假设电子轨道半径不变的情况下研究抗磁效应的。

In classical physics , the diamagnetic effect is approached on the supposition that the electron orbit radius remains unchanged .

方法：用经典物理学的扩散理论探讨扩散运动引起的信号衰减与温度、时间的关系。

Methods ; To study the relationship between signal attenuation and temperature or time by the theory of diffusion movements on classical physics .

同样，爱因斯坦相对论理论终结了经典物理学时代，为原子物理学和不确定性的物理观的建立铺平了道路。

Similarly , einstein 's theories of relativity completed the era of classical physics and paved the way for atomic physics and its ambiguities .

用经典物理学的方法研究了稳恒电流的动量守恒问题和交流电流的动量不守恒的问题。

Using classical physical method to research the problem of momentum conservation of steady circuit and problem of interfluent circuit 's momentum isn 't conservation .

高中物理研究的是经典物理学的内容，包括力学、热学、电学、光学、原子物理学。

The object of physics in senior high school belongs to classical physics which includes mechanics , heat , electricity , optics , atomic physics .

回顾物理学与计量学的发展历史，指出建立在经典物理学基础上的计量单位制存在的问题。

The history of the development of physics and metrology is reviewed , and the problems of the unit system based on classical physics are pointed out .

不过，伽利略、牛顿和爱因斯坦发现的经典物理学定律是匀时结构，并且对将来和过去不作区分。

However , the classical laws of physics discovered by galileo , Newton and Einstein are time-symmetric , and do not distinguish between the future and the past .

在波普尔这一看似顺理成章的推理背后，实际上蕴含了两个颇有争议的问题：（1）人类科学尤其是经典物理学和决定论的关系问题；

Two controversial problems were concealed behind of the undoubtedly logical inference : ( 1 ) the relationship between science , especially the classical physics , and determinism ;

延迟选择实验尖锐地凸显了与经典物理学相和谐的日常语言在实在描述上的矛盾，将哥本哈根学派的思想推到了极端。

Wheeler , which acutely demonstrated the defects of reality description by daily language which consistent with the classical physics , culminating the theories advocated by Copenhagen School .

文章着重评析了这次物理学变革中狭义相对论对经典物理学的改造。

This paper mainly discusses and analyzes the transforma ˉ tion of the classical theory of physics caused by the Special Theory of Relativity in this physics transformation .

近年来半经典物理学得到了复兴，其主要原因是严格的量子理论在处理分子体系问题时遇到了新的挑战。

Currently it has enjoyed a renaissance in many branches of physics , mainly because the quantum theory encountered new challenges in dealing with the problems of molecular systems .

大象依靠嗅觉使自己与外界发生的事保持联系。这些是与经典物理学很大程度上靠概率有联系。

The elephant depends on its sense of smell to keep it ire touch with what is going on . These are related to classical physics largely through probability .

本论文首先介绍传统磁性材料的各种宏观表现，综述铁磁性材料所具有的各种物理现象以及经典物理学对这些磁性来源的解释；

Firstly , the thesis presented the macro display of the traditional magnetic material , summarized the physical phenomenon of the ferromagnetic material and the explanation from classical physics .

将场协同原理扩展到经典物理学与近代物理学中，并以实例说明场协同原理是强化能量传递与转换过程的一般原理。

A extension of field synergy principle to classical and modern physics by examples shows that field synergy is a generalized principle for enhancing processes of energy transfer and conversion .

通过归纳经典物理学的确定性线性思维方法及其在物理内容和物理教育中的表现，说明线性思维方法的局限性；

Through the induction of the definite linear thinking method in classical physics and the manifestation in physical content and physical education , the limitation of this method is explained clearly .

一百年前量子理论的兴起，如同在经典物理学城堡中发生的“科学爆破”，带来了一场科学和思想的革命。

A century ago , the appearance of the Quantum theory caused a revolution of science and ideas just like a " scientific demolition " inside the castle of classic physics .

由于量子力学的规律不同于经典物理学，就导致了量子信息过程带有许多经典信息过程所不具备的特征。比如，量子态的相干叠加性，使得量子信息能够以并行的方式进行演化。

It has , in quantum information processing , many traits which do not exist in classical information processing for different rules between quantum theory and classical physics , such as coherent superposition property of quantum state and no-cloning theorem .

相对论和量子力学两大革命性理论推翻了经典物理学绝对时空观与静态物质观的基本预设，而时间终结问题的提出，是对人类有始以来曾经拥有的精神理想的重大挑战。

The two revolutionary theories of relativity and quantum overthrew the absolute concept of time-space and static substance of classical physics , and question of time ultimate challenged the intellectual ideal ever held by mankind beyond the memory of men .

湍流的产生机制之迷在百年来一直吸引着数代科学家为之倾倒和献身，曾被称为经典物理学最后的疑团，但是对湍流的研究进展甚缓，至今还停留在半经验理论的水平上。

So many scientists are being infatuated with the enigma of creation mechanism of turbulence in several centuries , which was named the last puzzle of the classical Physics . But researches on turbulence are not progressing smoothly and remain at the level of half experience and immature theory .