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Einstein mathematically expressed the statistical nature of the three possible radiative transition routes (spontaneous emission, stimulated emission, and absorption) with the so-called Einstein coefficients and quantified the relations between the three processes.
The latest developments and the differences between the three processes will be described and their chances of further development discussed.
A cost comparison between the three processes reveals that the use of the sequenced treatment reduces the cost.
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Using the experimental data, neural network model is created to approximate the relationship between the three process parameters and two output variables.
The difference between the two processes derives from the distinct behaviour of iron and of mercury when those metals are used as cathodes (negative terminals).
There is no consistent distinction between the two processes; organs that participate in one process at the same time participate in the other.
The separation (in time and space) between the two processes is absolutely mandatory.
This creates a positive feedback loop between the two processes leading to a self-accelerated reaction.
Yet, there is a difference between the two processes as follows.
The distribution of the environmental burden, however, is different between the two processes.
In particular, similarities and differences between the two processes will be highlighted.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com