planck time 中文意思是什麼
planck time
解釋
蒲朗克時間-
In this method of measuring temperature, when the measuring results of time - resolved spectrum have been completed, computing the fit spectrum of corresponding planck bold - radiation with least duple multiply theory, the temperature is measured
溫度擬合方法的主要思想：獲得光譜的時間分辨測量結果后，用最小二乘法原理計算熱輻射譜（主要在可見光區）擬合得到相應普朗克黑體輻射加線，並解析其溫度。 -
After all, it took many years for the quantum idea, as put forth by max planck, einstein and niels bohr, to be encapsulated into the schr ? dinger equation, and more time still to be made compatible with special relativity
畢竟，普朗克、愛因斯坦、波耳提出的量子論也要隔好多年才有辦法納入薛丁格方程式，又隔了好一陣子才能與狹義相對論相容。 -
The equilibrium thermal radiation in a flat space - time or a curved space - time behaves like planck black spectrum represented with coordinate quantities. we regard the fact that the radiation from a thermal equilibrium system shows planck black spectrum as a basic physics law, from which it is demonstrated that the transitivity of clock rate synchronization is equivalent to the zeroth law of thermodynamics. the condition of clock rate synchronization is weaker than that constructing simultaneity surfaces. in the space - time satisfying the condition of clock rate synchronization, the zeroth law of thermodynamics is valid. on the other hand, in the space - time where the zeroth law is valid, one can define an identical clock rate
平直或彎曲時空中的平衡熱輻射，表現出用坐標量表示的普朗克黑體譜.把熱平衡系統的輻射具有普朗克黑體譜作為一條基本的物理規律，以此為基礎，論證鐘速同步的傳遞性等價于熱力學第零定律.鐘速同步的條件比建立同時面的條件要弱.滿足這一條件的時空，熱力學第零定律在其中成立.第零定律成立的時空，一定可以定義統一的鐘速 -
This thesis consists three sections : in section one, first and for most, the author intends to illuminate that the development of german physics was at a standstill for the whole 18th century by giving a profile on it before the year of 1800. then the author depicts the three - stages for german physical achievements from 1800 to 1930, namely ohm time ( 1800 - 1840 ), helmholtz time ( 1840 - 1880 ) and planck time ( 1880 - 1930 ), in which the author focuses on the outline of the development of german physics to represent the dynamic feature of the development of german physics
本論文共分三部分：第一部分，首先通過對1800年以前德國物理學發展的概述，說明德國物理學的發展在整個18世紀幾乎處于停滯狀態；然後對1800 1930年的德國物理學的主要成就分三個時期：歐姆時期（ 1800 1840 ） 、亥姆霍茲時期（ 1840 1880 ） 、普朗克時期（ 1880 - 1930 ）進行描述，突出德國物理學發展過程的主體脈絡，體現德國物理學發展的動態特徵。
分享友人