Sunday, December 10, 2017

Long Phase

10th December 2017. Last Quarter 07:51
18th New Moon 06:31


Mon, 11 Dec 2017, 00:00



***

I don't know if you ever watch physics but it is at least as interesting as watching graphics of historical shoot.em. ups. Fun with hammers:
https://www.youtube.com/watch?v=xoLmVFAFjn4 discusses water hammer
Slightly less complex than earthquakes (and a lot more predictable or for tinnitus to end.)

But the development of the suck-effect is interesting as it is an interaction between air masses that have an harmonic that is yet to be explained. It is considered as tele-connections but that does nor mean it has ever been explained.*

The study of closed systems is well known as "Plumbing" and over larger systems as Civil Engineering. Civil Engineering is largely the same thing as closed systems such as piping and reservoirs,including slump factors of falling water soaked land-fill.

*This stuff can be needlessly complex or it can be oversimplied to almost just as useless.

Compare:

1. Abstract:
Being intended for in situ adaptation of self-location processes by using GPS, a mathematical model of pointing residual is considered from the view point of  lectro-chemical complexity in the ionosphere.

As the empirical basis of the investigation, first, two kinds of experimental data are analyzed:
atmospherics observed by the EXOS-D satellite
and the GPS residual.  

Results of finite Fourier series analysis of the electron density and the positioning residual exhibit a common drift term of the same time scale. ntegrating these experimental results with geophysical knowledge on electro-chemical processes, a structural model is presented for describing ionosphere dynamics in terms of competitive growth of electrons and positively charged particles.

Next, the random behaviour of the time evolution of the populations of electrons and charged particles is formalized by stochastic differentials satisfying the Volterra’s Principle* in a stochastic sense. By associating the population of the electrons with the observation of the GPS residual, the Kalman filter is designed for generating population estimates of charged particles which in turn, provides the level of electron density.

In implementing the filter dynamics, the state dependence of process noise is renormalized in terms of the state estimate itself. The validity of this  re-normalization is demonstrated in the sense of estimat-ability; associated filter dynamics can afford to generate positive population estimate throughout risky intervals in which the state estimate approaches to zero. 

By invoking the Volterra’s principle as the criterion of model consistency, finally, an adaptation scheme is introduced to filter dynamics. Through experimental studies, the adaptation scheme was verified to restore the ionospheric term of the positioning residual Simultaneously, experimental results demonstrate that the modelling process can be completed before receiving two full frames of a GPS navigation message.




If it is home plumbing or Civils, opening a window or Atmospherics Science it is all pretty much the study of knock-on effects in a system, however complex that system.

It is nice to come in on a situation that is just developing, because you get the impression you were here first.

Here we have a system that has been whistling, more or less continually since I woke up. Apart from giving me ear wax, it is filling the Asian side of the North Pacific. It's also acting on the North Atlantic.

 






















So while one Low absorbs another migration takes place aside of the point of contact. In this way an anticyclone can be transferred along the ground.




*How many angels does it take to move a galaxy?
And god's spirit was moving over the volume of the fluid or
The earth was formless and empty, and darkness covered the deep water. The Spirit of God was hovering over the water.

{\displaystyle 1=1^{2};1+3=2^{2};1+3+5=3^{2},}

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