Brown Dwarfs ???

ah wrote:
Art Deco wrote:
ah wrote:
Double-A wrote:
On Jun 17, 8:43 pm, ah wrote:
Double-A wrote:
On Jun 17, 9:01 am, ah wrote:
Llanzlan Klazmon the 15th wrote:

ah wrote in
:

Llanzlan Klazmon the 15th wrote:
(G=EMC^2 Glazier) wrote in
news:25367-466F0DEB- :

They are not a planet. They are not a star What is
the
best definition used to describe them? Is Jupiter a brown dwarf?
It
does not look brown. Black dwarfs are a white dwarf that has
cooled
to a point it no longer gives off heat(I think???) Bert

Brown dwarfs have sufficient mass to trigger deuterium burning in
their
core. Eventually the deuterium runs out and all nuclear reactions
stop.
A star must have sufficient mass to at least initiate the p-p
chain.
Jupiter doesn't make the grade of either star or brown dwarf.

p-p chain?

p + p -- d + e+ + v

The weak nuclear reaction that dominates in lower mass main sequence
stars.
The d produced is fuel for further reactions hence chain.

http://en.wikipedia.org/wiki/Proton-...chain_reaction

Oh.

Thanks.

Not what you were thinking, pervo?

I refuse to respond to this obvious troll.

Nice non-response.

Note: no response.

Classic sequitur.

Stochastic classicism.

Neo-classic logicism.

--
Official Overseer of Kooks and Saucerheads for alt.astronomy
Trainer and leash holder of:
Honest "Clockbrain" John
nightbat "fro0tbat" of alt.astronomy
Tom "TommY Crackpotter" Potter
http://www.caballista.org/auk/kookle.php?search=deco

"You really are one of the litsiest people I know, Mr. Deco."
--Kali, quoted endlessly by David Tholen as evidence of "something"

Art Deco wrote:
ah wrote:
Art Deco wrote:
ah wrote:
Double-A wrote:
On Jun 17, 8:43 pm, ah wrote:
Double-A wrote:
On Jun 17, 9:01 am, ah wrote:
Llanzlan Klazmon the 15th wrote:

ah wrote in
:

Llanzlan Klazmon the 15th wrote:
(G=EMC^2 Glazier) wrote in
news:25367-466F0DEB- :

They are not a planet. They are not a star What is
the
best definition used to describe them? Is Jupiter a brown dwarf?
It
does not look brown. Black dwarfs are a white dwarf that has
cooled
to a point it no longer gives off heat(I think???) Bert

Brown dwarfs have sufficient mass to trigger deuterium burning in
their
core. Eventually the deuterium runs out and all nuclear reactions
stop.
A star must have sufficient mass to at least initiate the p-p
chain.
Jupiter doesn't make the grade of either star or brown dwarf.

p-p chain?

p + p -- d + e+ + v

The weak nuclear reaction that dominates in lower mass main sequence
stars.
The d produced is fuel for further reactions hence chain.

http://en.wikipedia.org/wiki/Proton-...chain_reaction

Oh.

Thanks.

Not what you were thinking, pervo?

I refuse to respond to this obvious troll.

Nice non-response.

Note: no response.

Classic sequitur.

Stochastic classicism.

Neo-classic logicism.

Neologistical iconoclastochism.

"ah" wrote in message
...
Art Deco wrote:
ah wrote:
Art Deco wrote:
ah wrote:
Double-A wrote:
On Jun 17, 8:43 pm, ah wrote:
Double-A wrote:
On Jun 17, 9:01 am, ah wrote:
Llanzlan Klazmon the 15th wrote:

ah wrote in
:

Llanzlan Klazmon the 15th wrote:
(G=EMC^2 Glazier) wrote in
news:25367-466F0DEB- :

They are not a planet. They are not a star
What is
the
best definition used to describe them? Is Jupiter a brown
dwarf?
It
does not look brown. Black dwarfs are a white dwarf that
has
cooled
to a point it no longer gives off heat(I think???) Bert

Brown dwarfs have sufficient mass to trigger deuterium
burning in
their
core. Eventually the deuterium runs out and all nuclear
reactions
stop.
A star must have sufficient mass to at least initiate the
p-p
chain.
Jupiter doesn't make the grade of either star or brown
dwarf.

p-p chain?

p + p -- d + e+ + v

The weak nuclear reaction that dominates in lower mass main
sequence
stars.
The d produced is fuel for further reactions hence chain.

http://en.wikipedia.org/wiki/Proton-...chain_reaction

Oh.

Thanks.

Not what you were thinking, pervo?

I refuse to respond to this obvious troll.

Nice non-response.

Note: no response.

Classic sequitur.

Stochastic classicism.

Neo-classic logicism.

Neologistical iconoclastochism.

Neo - Slurp...Slurp...Slurp - ism.

"C" Brown Dwarfs,and hydrogen atoms have this in common. Nature must
have loved them,for she made so many of them. Reality is there are more
brown dwarfs in the macro universe than all of the stars,and their solar
systems. Another relationship with the hydrogen atom is they can last
for 100 trillion years or longer. The uncertainty principle does not
fit Brown dwarfs can only be destroyed by gravity that created them
bert.