前后运动叠加

IF 0.8 Q3 STATISTICS & PROBABILITY Monte Carlo Methods and Applications Pub Date : 2022-10-19 DOI:10.1515/mcma-2022-2124
Manfred Harringer
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引用次数: 1

摘要

摘要我认为黑体辐射。黑体壁在平衡状态下与辐射场交换光子,因此具有普朗克辐射定律中的共同温度。辐射的基本过程包括光子的产生和湮灭。我想提出一个交替的运动模型,其中辐射过程由正负方向的小步组成,而不是平均值为零。辐射探测包括能量包的储存和恢复。我得到了普朗克辐射定律的类似物,其中共同的温度来自于小台阶的基本共同模型。法律的对象不是辐射,而是能量包的储存,它属于黑体的壁。
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Superposition of forward and backward motion
Abstract I consider black body radiation. The wall of the black body exchanges photons with the radiation field in equilibrium, therefore with a common temperature in Planck’s radiation law. The underlying process of radiation consists of creation and annihilation of photons. I want to present an alternate model of motions, where the process of radiation consists of small steps in positive and negative direction, not zero in mean. The detection of radiation consists of storing and restoring of packages of energy. I get an analogue of Planck’s radiation law, where the common temperature emerges from the underlying common model of small steps. The object of the law is not the radiation, but a storage of packages of energy, which belongs to the wall of the black body.
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来源期刊
Monte Carlo Methods and Applications
Monte Carlo Methods and Applications STATISTICS & PROBABILITY-
CiteScore
1.20
自引率
22.20%
发文量
31
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