"Brad Guth" wrote in message
news:09119ca4fc63a755ff19e35ab5699889.49644@mygate .mailgate.org
Clearly our nifty orbiting mascon/moon is in fact so 'one of a kind'
unusually massive and nearby, so much so that it can't but help to
transfer and thereby induce an amount of thermal energy into our
environment by way of tidal forces (inside and out), plus whatever's
contributed from all of those reflected and secondary worth of IR/FIR
photons.
This following topic link is still a tough mainstream nut to crack, much
less sell, as it's representing a serious load of perfectly weird
notions based entirely upon the regular laws of physics, that's having
to do with creating a surplus of shade for Earth, by way of relocating
our moon to Earth's L1. (easier said than done)
Next Space Station: 7.35e22 kg at Earth's L1
http://mygate.mailgate.org/mynews/sc...=smart&p=1/211
http://groups.google.com/group/sci.s...990d88e00958f4
Earth's L1 for accommodating something of the robust mass of our moon,
that also has the LSE-CM/ISS of 256e6 tonnes of our interplanetary
gateway to deal with, is essentially a planetoid parallel parking zone
that's roughly 4 fold further away than its current 384,400 km orbital
status, thus 1.5376e6 km representing 1/16th the mutual attracting or
holding force of gravity, as well as having cut the amount of tidal
energy that's getting applied back into Earth's environment should be of
a similar reduction. However, once fully aligned with the sun while
parked within this halo orbit of Earth's L1 should actually not allow
that combined sol+moon tidal energy to at most drop to half of
whatever's currently taking place. I haven't fully polished off the
physics math in order to prove all of this, but I do believe it'll end
up being somewhere between this third amount less and perhaps half of
what tides we're currently dealing with, which is actually quite a
significant reduction in tidal energy transfer, that by rights should
also tend to cool off our terrestrial environment (inside and out).
Of course the 24 hour rotation of Earth in relationship to Earth's L1 is
no longer the same as our moon's existing 1.023 km/s. In one weird
sense we'd have to speed that moon of our's up to 112 km/s, which is
actually worth 6e23 joules, and that's seemingly going to be a tough
notion to accomplish because, it's existing 1.023 km/s of 2e20
centripetal joules worth of orbital energy is clearly insufficient for
that of L1, of which can't exactly be derived out of thin air unless
having been continually pulled along and subsequently established by a
sufficient other centripetal force, for getting our moon out to Earth's
L1 in the first place.
Here's some more of this weird math, suggesting what it'll take.
http://hyperphysics.phy-astr.gsu.edu/hbase/cf.html#cf
r = 1.5376e9 meters
M = 7.35e22 kg
V = 112e3 m/s
Centripetal force: Fc = 5.996254e23 N = 6.11448e22 kgf
6.11448e22 kgf * 9.80665 = 5.996e23 joules Earth--L1
However Sol--Earth L1 is what takes that centripetal energy back
-5.996e23 joules Sol--L1 = 0.0 joules (near zero G)
However, since the moon is already keeping up with Earth is why there's
no real delta-v increase in its orbital velocity. In fact, it's having
to slightly reduce its average orbital velocity that'll become primarily
in relationship to Sol, as having become our binary associated L1
planetoid, as our solar shade instead of being a pesky moon.
In spite of all the usual status quo flak of Usenet's anti-think-tank
and naysayism that's typically of a faith based mindset, of borg like
individuals going postal in order to keep each and every one of their
infomercial lids on tight, whereas giving Earth some badly needed shade
while improving upon the usage of our moon's L1, at the very same time
as having moderated those global warming tidal forces by at least a
third, is what's actually quite doable in spite of whatever their
all-knowing god has to say.
BTW; my LSE-CM/ISS or at the very least a scientific (Earth facing)
tethered science platform or space depot may likely become another
requirement, that is unless having a slightly rotating L1 planetoid
isn't a problem. However, any possible rotation may remain as nullified
since the moon's original L2 tethered mass of 1e12 kg will likely still
exist at some reduced amount of mass, now modified as per acting on
behalf of representing the planetoids's (Sol facing) L1 tethered science
platform(s). In spite of my best dyslexic encrypted efforts, this
moon--planetoid thing is certainly damn confusing, isn't it.
If you have similar or obviously better math, I'd like to hear about
that. However, if you only wish to topic/author stalk and bash upon
whatever in order to continually whine about the matter of your having
to keep everything exactly as it was, such as when your Earth was flat
and everything else was still in orbit around your faith-based solitary
existence, then don't bother. The same goes if your conditional laws of
physics only applies to terrestrial matters, or on behalf of supporting
those matters orchestrated by and thus approved by the status quo which
you must worship at all cost.
On the other honest topic constructive hand, even if your subjective
interpretations and subsequent ideas or whatever best swag is way off in
another dimension, it's not going to be all that upsetting to my kind of
open mindset way of thinking that's more often outside the box than not
to start with. If you simply can not manage to safely think for
yourself without blowing yet another mainstream status quo gasket, then
perhaps not all is lost when our resident LLPOF warlord(GW Bush) has a
perfectly good paying, non-thinking as well as non-caring job without
ever involving a speck of remorse, for you and others of your kind.
-
Brad Guth
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