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Topic: Dale Pond
Collected Articles Section: Fluid Dynamics & Vortex Motion Table of Contents to this Topic |
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Fluid Dynamics & Vortex Motion 2003, 01/28 I tried to illustrate just this idea here: http://www.svpvril.com/Cosmology/cosunity2.html but didn't do so well on the graphics. Imagine if you will a space filled with a vapor of differential densities, say water vapor (2H2O, 3H2O, H & O), but all of the same pressure, density and temperature. The vapor is neutral of motion, calm. Should an energy (heat, as in warm sunlight) source be admited to this space what will happen? A portion of the particles will experience an increase in temperature, motion, energy and affinity. (The affinity part has been missed over in science.) The other portion will not experience these changes but remain relatively dispersive (gases tend to do that). As the affinitized particles begin to coalesce towards each other the non-affinitized begin to move further apart filling in where the affinitized were. This complex "dance" or mutual shifting together and away creates vortex motions. We see the mutually opposed STATES beginning to swirl around each other - each attempting to become to other. A dance of the water nymphs! This is, IMHO, the essence of true fluid dynamics. |
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