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Type 2 dissipative processes.
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It is taken for granted that one knows what are “type 1 dissipative processes”.
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See also The dissipative processes and the reverse ones. |
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Forewords.
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| .1 |
In this research, I introduce examples of dissipative processes driven by an activation energy, which, because of its nature, cannot be confined to the category of the "free energies" - mechanical, electrical or chemical - operative in the “type 1 dissipative structures”.
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The “action d”.
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| .2 |
The energy which triggers “type 2 dissipative processes”, in “open structure molecules”, is called “action d”, where the letter d stands for dissipative.
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| .3 |
It is an energy, very rich in neguentropy.
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| .4 |
It is generated by the interaction of the relative movement of two objects (also of two masses).
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| .5 |
Examples of “type 2 dissipative processes”, those triggered by the “action d”, are presented in chapter 1 (water figures), in chapters 2 and 3 (seeds), and in chapter 6 (ocean tides).
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Long range activation energies.
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| .6 |
The “action d” would be an energy derived from the very existence of matter, in the same class of the gravitation.
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| .7 |
Both exert their effects without an apparent consumption.
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Energy and entropy balances.
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| .8 |
The energy and entropy balances, of the “type 2 dissipative processes”, completely different from those of the “type 1 dissipative processes”, are introduced as open questions in this site, at page 4 of the “insert D”.
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See the insert D.
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