| Topic: |
Science > Physics |
| User: |
"brother Hardy" |
| Date: |
20 Feb 2005 03:57:35 AM |
| Object: |
How does the s-electron .... behave? |
How does the s-electron in a hydrogen atom behave when the atom
is surroundet by a cloud of ~ 10exp4 electrons in the distance of
~ 10exp-10 m?
brother Hardy
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| User: "The Ghost In The Machine" |
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| Title: Re: How does the s-electron .... behave? |
20 Feb 2005 06:00:05 AM |
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In sci.physics, brother Hardy
<weis_m@web.de>
wrote
on 20 Feb 2005 01:57:35 -0800
<16ac075.0502200157.17b527a9@posting.google.com>:
How does the s-electron in a hydrogen atom behave when the atom
is surroundet by a cloud of ~ 10exp4 electrons in the distance of
~ 10exp-10 m?
brother Hardy
Since the van der Waals radius is about 120 pm = 1.2 * 10^-10 m,
your question is a bit ill-formulated; perhaps you might want
to clarify this subpoint?
http://www.webelements.com/webelements/elements/text/H/radii.html
Also, "the electron" is a bit of a misnomer, as QM includes
among other things the ability for particles to interchange.
How does one know that that electron is the s-electron,
as opposed to some other electron?
--
#191,
It's still legal to go .sigless.
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| User: "Franz Heymann" |
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| Title: Re: How does the s-electron .... behave? |
27 Feb 2005 05:43:03 AM |
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In sci.physics, brother Hardy
<weis_m@web.de>
wrote
on 20 Feb 2005 01:57:35 -0800
<16ac075.0502200157.17b527a9@posting.google.com>:
How does the s-electron in a hydrogen atom behave when the atom
is surroundet by a cloud of ~ 10exp4 electrons in the distance of
~ 10exp-10 m?
It tells them to get the hell out of t
--
Franz
"The great tragedy of science -- the slaying of a beautiful hypothesis
by an ugly fact."
T.H. Huxleyhere, and remains at home, all alone
--
Franz
"The great tragedy of science -- the slaying of a beautiful hypothesis
by an ugly fact."
T.H. Huxley
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| User: "John Sefton" |
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| Title: Re: How does the s-electron .... behave? |
20 Feb 2005 10:48:52 AM |
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The Ghost In The Machine wrote:
In sci.physics, brother Hardy
<weis_m@web.de>
wrote
on 20 Feb 2005 01:57:35 -0800
<16ac075.0502200157.17b527a9@posting.google.com>:
How does the s-electron in a hydrogen atom behave when the atom
is surroundet by a cloud of ~ 10exp4 electrons in the distance of
~ 10exp-10 m?
brother Hardy
Since the van der Waals radius is about 120 pm = 1.2 * 10^-10 m,
your question is a bit ill-formulated; perhaps you might want
to clarify this subpoint?
http://www.webelements.com/webelements/elements/text/H/radii.html
Also, "the electron" is a bit of a misnomer, as QM includes
among other things the ability for particles to interchange.
How does one know that that electron is the s-electron,
as opposed to some other electron?
Are you saying the QM descriptions
are, well, a bit ambivalent?
John
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| User: "brother Hardy" |
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| Title: Re: How does the s-electron .... behave? |
27 Feb 2005 04:44:12 AM |
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How does the s-electron in a hydrogen atom behave when the atom
is surroundet by a cloud of ~ 10exp4 electrons in the distance of
~ 10exp-10 m?
Most probably these are the conditions for a K-capture!
brother Hardy
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| User: "brother Hardy" |
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| Title: Re: How does the s-electron .... behave? |
02 Mar 2005 11:53:15 AM |
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(brother Hardy) wrote in message news:<16ac075.0502270244.5b58cc04@posting.google.com>...
How does the s-electron in a hydrogen atom behave when the atom
is surroundet by a cloud of ~ 10exp4 electrons in the distance of
~ 10exp-10 m?
Most probably these are the conditions for a K-capture!
If this (K-capture by a hydrogen atom) is true the result must be
p+ + e- -> n + v
brother Hardy
_____________________
p+ = proton
e- = electron
n = neutron
V = neutrino
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| User: "brother Hardy" |
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| Title: Re: How does the s-electron .... behave? |
05 Mar 2005 04:46:56 AM |
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(brother Hardy) wrote in message news:<16ac075.0503020953.832a022@posting.google.com>...
(brother Hardy) wrote in message news:<16ac075.0502270244.5b58cc04@posting.google.com>...
How does the s-electron in a hydrogen atom behave when the atom
is surroundet by a cloud of ~ 10exp4 electrons in the distance of
~ 10exp-10 m?
Most probably these are the conditions for a K-capture!
If this (K-capture by a hydrogen atom) is true the result must be
p+ + e- -> n + v
To realize this way of neutron production, hydrogen atoms will be
absorbed inside a superconductive material.
Getting a concentration of ~10exp4 electrons around each hydrogen
atom the current density inside the conductor must be >10exp6 A/cm2.
brother Hardy
_____________________
p+ = proton
e- = electron
n = neutron
V = neutrino
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