1) Planck's quantum theory
普朗克量子理论
2) Planck's quantum
普朗克量子
3) Planck hypothesis
普朗克量子假设
1.
In this paper we introduced how to use uncertain relationship to simply calculate the zero position energy of one dimension linear harmonic oscillator, and then the resonant energy grade equation were gotten based on Planck hypothesis.
本文先介绍用不确定关系粗略计算一维线性谐振子零点能 ,然后再结合普朗克量子假设给出谐振子能级公式 。
4) plank constant
普朗克常量
1.
In the experiments of measuring Plank constant by the method of photoelectric effect, the raising point of the volt-ampere character curve of a photoelectric tube to each kind of monocromatic lights can be extracted by 3-ranking step-differential, precisely to 0.
在光电效应法测普朗克常量的实验中,用3阶逐差确定光电管对各种单色光的伏安特性曲线的抬头点,可以精确到0。
5) Planck constant
普朗克常量
1.
Improvement on apparatus of Planck constant measurement;
普朗克常量测定仪的改进
2.
Planck constant measured by progressive average method;
趋近平均法测量普朗克常量
3.
Curvature method of testing Planck constant in photoelectric effect experiment;
在光电效应实验中用曲率法测普朗克常量
6) Planck mass
普朗克质量
1.
A brief review is presented of three fundamental physical quantities derived by Max Planck in 1912, referred to have as the Planck mass, Planck length and Planck time which had been arranged in the tables of 1986 and 1998 fundamental physical constants.
简要介绍了普朗克于 1912年提出的三个基本物理量 :普朗克质量、普朗克长度和普朗克时间 。
补充资料:福克-普朗克方程
见统计物理学。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
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