Chapter 1, page 5.
1.5 1.1 The water figures - introduction.
1.2 Ambient conditions affecting the water figures.
1.3 Definition of “water figures”.
1.4 Physical circumstances favouring the water figures.
1.5 At a stable moon phase velocity.
1.6 Differences between waves and pseudo-waves.
1.7 More differences between waves and pseudo-waves.
1.8 Commonplace water figures, and miscellanea.
1.9 Relations with other phenomena.
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At a stable moon phase velocity.
.1 Exactly, during one of the four points - a, b, c, d - of the global cycle, when the moon phase velocity is stable at a given value ...
.2 ... if this is one of the critical values, with regard to the configurational state of the water molecules, at that moment, ...
.3 ... and, on top of that, if all the other constraints are fulfilled (energy exchanges, possibly being near a spatiole, no wind, appropriate light, etc.), one can record either photos or movies, of the kind shown on this page.
Case: Lusenzo 2007-10-01 u 1621.
Away from the time of a spatiole.
.4 The water may assume a regular pattern, of aligned square figures, and an oily aspect at the same time, like in this circumstance. All the parameters are at the very top, except for the water level. It could have been the best movie of the series.
Lusenzo, 2007-10-01 u1621; eq t -10'18"; passagge of the Moon above the opposite meridian u1535; moon declination N. 27°45; assessed time of spatiole B: u1635; moon phase velocity deltins ca. 377.491; variation zero. With regard to the water level reference: cm +5.
L071001u1621.
.5 Four minutes later, as the moon phase velocity begins to decrease, the process of “syntonisation” comes to a stop. The protuberances decompose in a fantasy of ever changing figures.
Lusenzo, 2007-10-01 u1625; moon phase velocity deltins ca. 377.490; variation ca <-0.03 (3/60000 of degree /hr).
L071001u1625.
Case: Lusenzo 2008-06-18 u 1711
Unfocused “action d”.
Lusenzo 2008-06-18 u1711: passagge of the Moon above the opposite meridian: u1100; moon declination S 27°26; far away from both spatioles (spatiole A u0009; spatiole B u1000); moon phase velocity deltins ca. 309.725; variation zero. With regard to the water level reference: cm +32.
L080618u1711.
.6 In this case, the first order of protuberances is almost successful. The ones of the second order, has just begun the process, soon interrupted.
.7 The energy eschanges are fairly good. But the action of the Moon is completely out of focus (see the times of the spatioles). No chance to get some degree of “syntonisation”, as in the next case.
Case: Lusenzo 2011-03-18 u 1059.
All the parameters are fairly good.
.8 In this example, the water has kept a macroscopic coordination, for a relatively long time, for a bit longer than a minute, over an area of at least 10,000 sq. m. I do not know whether the water is here on the same phase. Anyway, the good coordination, witnessed by the regularity of the square shapes, is possible thanks to a fairly good level of energy exchanges (see the water level), and to the other parameters.
Lusenzo 110318u1059: passagge of the Moon above the opposite meridian: u0954; moon declination: N 3°54; assessed time of spatiole B u1003; moon phase velocity deltins ca. 325.725; variation zero. With regard to the water level reference: cm +43.
L110318u1059.
Case: Lusenzo 2011-07-06 u 0518.
Reduced energy exchanges.
Lusenzo 110706u0518: passage of the Moon above the opposite meridian; moon declination: N 0°30; assessed time of spatiole B: u0315; moon phase velocity deltins ca. 299.63; variation zero. With regard to the water level reference: cm -10.
.9 Given the water level, the rate of the energy exchanges should be at a dismal level. Thus, the processes tending to the formation of fine tuned figures have no chance to be completed. The spatiole is at 120 minutes.
L110706u0518.
When the moon phase velocity is varying just a bit.
.10 Interesting phenomena may be witnessed also when the moon phase velocity is changing just a bit, as in this example where the variation is of the order of deltin 0.07, i.e. 7/60000 of degree /hr.
Event 2010-07-21
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