均分原理是经典物理学的一部分。
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.
他们重新建立了一个新的理论，即量子光学，用来解释那些在经典物理学中无法解释的东西。
They are able to build and reconstruct states of light with intrinsic quantum properties, unexplainable in classical terms.
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.
摩天大楼的下面几层是由高等数学方程组成的，它们使得经典物理学理论变的更加美丽。
The first few floors of our skyscraper consist of advanced mathematical formalisms that turn the Classical Physics theories into beauties of their own.
根据经典物理学的观点，回答是：这两种质量的相等是偶然的，再也没有更深远的意义可寻了。
The answer, from the point of view of classical physics, is: the identity of the two masses is accidental and no deeper significance should be attached to it.
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.
超冷原子的德布罗意波波长在微米数量级，所以和它们有关的动力学也再不能用经典物理学来解释。
Ultracold atoms have DE Broglie wavelengths in the micrometer range, and their dynamics can no longer be described classically.
受经典物理学中极性场模型及扩展点集思想的启发，提出一种称为“场拟合”的隐曲面重建方法。
Motivated by the concept of classic physical polar field model and off-set points strategy, we present a new approach, called field fitting.
这些传感器根据量子隧道效应的原理工作，即只要间隔的距离非常微小，电子就能穿过经典物理学认为不能通过的势垒。
The sensors rely on quantum tunnelling, in which electrons take journeys that would not be allowed by the laws of classical physics, as long as the distances involved are tiny.
概括了自十九世纪以来经典物理学所取得的重大成就，并回顾了玻尔理论的建立背景，阐述了玻尔理论的基本原理。
This article describes the great achievements of classical physics in the 19th century. The background of Bohr's theory and the fundamental principle of this theory.
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.
这个根本性的变化在物理学中触发一个连锁反应，这个反应目前已经波及到了经典物理学，低温物理学，量子物理学，信息学和宇宙学。
This substantial change has triggered an chain reaction among physics that has spread to classical physics, cryogenics, quantum physics, informatics and cosmology so far.
这个根本性的变化在物理学中触发一个连锁反应，这个反应目前已经波及到了经典物理学，低温物理学，量子物理学，信息学和宇宙学。
This substantial change has triggered an chain reaction among physics that has spread to classical physics, cryogenics, quantum physics, informatics and cosmology so far.
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