On Jul 14, 10:10=C2=A0am, "tnlock...@[EMAIL PROTECTED]
" <tnlock...@[EMAIL PROTECTED]
> wrote:
> On Jul 13, 5:38=EF=BF=BDpm, "Autymn D. C." <lysde...@[EMAIL PROTECTED]
>
wrote=
:
>
>
>
>
>
> > On Jul 11, 4:53=EF=BF=BDpm, "tnlock...@[EMAIL PROTECTED]
" <tnlock...@[EMAIL PROTECTED]
>
wro=
te:
>
> > > BTW, the electron is no longer shown to orbit in atoms. =EF=BF=BDIn
f=
act, the
> > > hydrogen atom's electron is found at the nucleous in the ground
> > > state.
>
> > The el=EF=BF=BDctr=EF=BF=BDn does orbit (orbital angular momentum) and
=
does epic=EF=BF=BDcles
> > (intrinsic angular momentum), but in the s-orbital dives intom the
> > nucleus. =EF=BF=BDIn the ground s-orbit the el=EF=BF=BDctr=EF=BF=BDn
br=
ushes against the
> > nucleus continually, and the orbit is mostly circular; however, the
> > background can polarizein the circular orbit in oblong and broader
> > orbits (as the waveplot allows), still equipotential with the ground
> > orbit. =EF=BF=BDThe many el=EF=BF=BDctric and magnetic polarisations
of=
liht are
> > consistent with classic orbital structures and orientations within a
> > quantal action.
>
> > -Aut
>
> Aut, nope, since the advent of quantum mechanics the Bohr picture has
> lost favor.
>
> See; P.W. Atkins book =C2=A0"QUANTA" second edition, Oxford University
> Press (1991) page 33.
>
> Quote;
>
> * In the gound state of the hydrogen atom, the electron has zero
> angular momentum around the nucleus.
>
> Hence, it cannot be the centrifical force that balances the nuclear
> attraction.
>
> * The electron may be found at the nucleus itself, which is forbidden
> in the Bohr model.
>
> Unquote.
>
> ******************************************
> Note, the Bohr model cannot derive the electron binding energy,
> 13.5984 eV.
>
> And the old problem of the orbiting electron would radiate energy and
> fall into the nucleus.
>
> The Bohr model fails on physical principles.
>
> In my book I show the derivation of the hydrogen electron's binding
> energy, in fact Chapter 19 is devoted to the hydrogen atom, and shows
> there are two null distances, the far field Bohr radius and the the
> near field electron to
> proton bond length.
>
> Regards: Tom.
OOPS try this link.
>
>
http://www.amazon.com/Fundamental-Physical-Constants-Geometric-Structures=
/dp/096315463X
>
> (note they were out of stock, but a new ****pment of books to their
> warehouse is in transit)- Hide quoted text -
>
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