Chapter 1, page 7.
1.7 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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#5
Difference between waves and pseudo-waves.
The area swells before a pseudo-wave gets shape.
.1 An area of placid and unruffled water, in a lagoon, does not swell just before being affected by waves, caused by the passage of a boat.
.2 By contrast, just before a series of pseudo-waves is going to take shape, on the same area, a large bulge comes into view.
Pseudo-waves in the phase of swelling.
Lusenzo, 2007-04-28 u0916: Eq t -2'26"; passagge of the Moon above the opposite meridian u0824; Moon declination N 2°; spatiole B u0829; moon phase velocity deltins 237.96; variation <-0.12. With regard to the reference level: cm +10.
L070428u0916.
Operation “syntonisation”.
.3 Before the start of the pseudo-waves, even before the swelling, one may catch a glimpse of a few warning signs, rather hard to grasp.
.4 One cannot rule out that the pseudo-waves are just the last phase of a process of successful ... “syntonisation” process at a critical frequency of motion [activation energy] ...
.5 ... (operation) done more or less quickly, and thus, more or less effectively, as the available time is always of short duration.
.6 The efficient use of the limited available time depends on a few crucial variables, among which, those already mentioned on page 1.3, and here repeated, ...
.7 (1) being near to the time of a spatiole (when the signal is concentrated), ...
.8 and (2) with enough quantity of contextual energy exchanges, those which make the configurational reactions in water molecules possible.
More examples.
(starting 15" before pseudo-waves)
L070428u0750.
.8 During the first 10 seconds, no particular event appears to be in process. Then, during around one minute, some process appears to begin, until waves of water swellings appear, and get some order, taking the shape of a grid of protuberances.
(starting 70" before pseudo-waves)
L070428u0749.
L070608u0509.
(faint pseudo-waves)
L070608u0516.
#6
Difference between waves and pseudo-waves.
Sensation of waves in motion.
.10 The movement of a wave, due to the passage of a boat, is given by clashes between water molecules, during the movement of that mechanical energy, from point A to point B, one way, unless there is an obstacle.
.11 As for the pseudo-waves, in each point of the area considered, a process of change in water density is in progress.
.12 In each point, at a given moment, this process is at a particular phase. The next moment, that same phase of the process is at the next point. Very often, one located to the west, but sometimes the direction may change (see difference # 3).
.13 The vision, at the same time, of all the points of the area being considered, gives the impression of a wave in motion.
.14 As for the waves, the sensation of motion is given by the displacement of a mechanical energy, from point A, to point B.
.15 As for the pseudo-waves, the sensation of motion is given by a process in progress,
#7
Difference between waves and pseudo-waves.
The energy source.
.16 The passage of a boat start a perturbation, which takes the form of a series of waves, i.e. it gives rise to ephemeral variations of spaces among water molecules, at the moment of the passing of the energy, of mechanical kind.
.17 Instead, in pseudo-waves, the variations of spaces among water molecules is caused by variations in their configurations, and change of their density.
The engine of the variations.
.18 In other terms, in pseudo-waves, the engine of the variations of the occupied space by water, does not come from the outside, as mechanical force, but from the inside of the molecules themselves, through a change of their energy configuration.
.19 That explains the differences between waves and pseudo-waves.
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