I assume all molecule's act the same.. once excited, they generate energy. Will wind and the sun do the same? If so will the interaction between the two generate a uplifting force that can be redirected? At least towards a rotary force? If so generators can be built to compensate! I have some ideas. They are very simple.. Just redirect the solar reflectors and induce cooling towers to the lower end instead of the top. send the energy back to the cool water at bottom through simple conduits so by the time the excited water is at top, no more heating is necessary Also, there are ways of super-heating water, which would force lower or heavy water to the bottom.. once the excess heat, which has to be released, is vented to several wind generators. These could use the rising heat to power sustaining generators until the sun comes up.. Plus I have figured out a stable building system that can sustain the top until winds or other power systems can replenished or offset the turbines..
If anyone is interested..
Jacktronics@gmail.com
how much heat can aluminum withstand
No. Aluminum is a very good conductor of heat.
Agitated vessel heat exchange refers to the heat exchange that is carried by the internal coils or through the external jacket on the vessel. A recirculation loop with an external heat exchanger may be used when the coils or jacket cannot provide the surface area required.
Copper and aluminum. Most heat sinks are made of Aluminum (cheap and a good conductor of heat).
Heat conduction and heat tolerance.
Most female cats do not spray, but those that do will only do so if they are in heat or highly agitated.
no
aluminum
No. Aluminum is an excellent conductor.
its a good conductor of heat
when it is exposed to heat it melts
No, it really reflects heat.