If oonu is interested mi write up a likkle blog.
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Re: If oonu is interested mi write up a likkle blog.
<div class="ubbcode-block"><div class="ubbcode-header">Originally Posted By: Jazz</div><div class="ubbcode-body">mi head ah hat mi</div></div> yuh read the whole ting?
When its hot in the jungle of peace I go swimming in the ocean of love.....
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Re: If oonu is interested mi write up a likkle blog.
<div class="ubbcode-block"><div class="ubbcode-header">Originally Posted By: RichD</div><div class="ubbcode-body"><div class="ubbcode-block"><div class="ubbcode-header">Originally Posted By: Jazz</div><div class="ubbcode-body">mi head ah hat mi</div></div> yuh read the whole ting? </div></div>
I gave it a valiant try - I was doing good I thought till mi buck up pon de equation demand
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Re: If oonu is interested mi write up a likkle blog.
<div class="ubbcode-block"><div class="ubbcode-header">Originally Posted By: B_P</div><div class="ubbcode-body">MGee, the blog is intended for anyone with basic knowledge of atmospheric science and numerical modeling of atmospheric dynamics. </div></div> big club?When its hot in the jungle of peace I go swimming in the ocean of love.....
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Re: If oonu is interested mi write up a likkle blog.
Has the models proposed been checked against the planetary system that we can get first hand information ? ie the earth from similar observational distances as applued to hte the bosies beign observed.. sorry scientific mode
Does the observations take into account the optical properties of different gaseous envelopes ?
The equations are too simple to be practical: they don't take in effect local feed back loops.. nor do they take in effect the fact that the variation in the suns em actitivity.. this will be more pronounced those closer tp the sun.. some sort of inverse distance derivitised relationship based on sun spots.. As well as season variation..
The equations does nto seem to take into account the localised effect of magnetism.. This is especially true again of those planets closer to the sun activities... ie the ionisation effect on the atmosperic gasses will have a physical effect on the flow properies..
Height variations must play a part.. since the flow variations will be influenced by paterns... and an intersting concept the effects of Von Hort (spic) on pressure due to mountain ranges... tjhere are some lovely pictures of the effect of martique on the wind taken from space...
Also curious wwhat about the effect of solid particulates in the atmospehere ?? These will have a an over all effect on both temp and pressure.
Last but not least the presence of localised heat sources: ie the effect of volcano's there is repupted to be one on Saturn that has been flow for hte last thousand years..
Other localised effect. Given that Jupiter is a gas giant and the effect of the Levi seven hiot is still rippling across its surface then this would have an effect.. As well as that eternal storm.. tjhese will have a postive feed baxk effect on flow patterns...
all of these effect serves the purpose to demonstrate that the equation / model is lesss than a practical tool.. one size fits all does nto apply even to the most simple planetary system.. ie the moon.. thus the equation while theortical fesibel does not cover enough practical paramenters...
But what do I know.. mi neva finish grade 2!
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Re: If oonu is interested mi write up a likkle blog.
one other thing.. given the various in gaseous make up are any of the gases in turbulent flow... I am assume that u are thinking of ideal fluid.. . Bingham flow modles a, power law models, Herschel Buckley, Modified hersheal buclkly would not apply as they are all based on earth gravity... None has taken into account a possible gravity variation...!!!
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Re: If oonu is interested mi write up a likkle blog.
<div class="ubbcode-block"><div class="ubbcode-header">Originally Posted By: RichD</div><div class="ubbcode-body"><div class="ubbcode-block"><div class="ubbcode-header">Originally Posted By: B_P</div><div class="ubbcode-body">MGee, the blog is intended for anyone with basic knowledge of atmospheric science and numerical modeling of atmospheric dynamics. </div></div> big club? </div></div>
especially on this board
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