Re: MAHG: How does H2 avoid constantly itself blowing apart?

Knuke Huffman wrote: Another key to whether or not the two atoms stay together has to do with the distance traveled for them to reunite. As the two atoms approach each other, they are accelerating due to Casimir forces. With each successive attempt to reunite, a portion of the impact

Re: MAHG: How does H2 avoid constantly itself blowing apart?

:38 AM Subject: Re: MAHG: How does H2 avoid constantly itself blowing apart? Knuke Huffman wrote: Another key to whether or not the two atoms stay together has to do with the distance traveled for them to reunite. As the two atoms approach each other, they are accelerating due to Casimir

Re: MAHG: How does H2 avoid constantly itself blowing apart?

[EMAIL PROTECTED] wrote: Can somebody offer a reasonable explanation as to why atomic hydrogen when it recombines doesn't blow itself apart in the act? Since the molecule ends up in a lower energy state than the two separate atoms were in, taken together, and since the whole package

Re: MAHG: How does H2 avoid constantly itself blowing apart?

Am Dienstag, 12. Juli 2005 01:38 schrieb [EMAIL PROTECTED]: Can somebody offer a reasonable explanation as to why atomic hydrogen when it recombines doesn't blow itself apart in the act? If the amount of theorized OU heat generated during the recombination is a much as claimed how do the

Re: MAHG: How does H2 avoid..

Michael Huffman wrote... My picture is of a somewhat variable elastic H atom that is able absorb and store some of the energy of the impact of H+H recombination but not enough to allow an H2 molecule to stay together until a sufficient amount of energy has been stored in the two individual

Re: MAHG: How does H2 avoid constantly itself blowing apart?

Knuke Huffman wrote: My picture is of a somewhat variable elastic H atom that is able absorb and store some of the energy of the impact of H+H recombination but not enough to allow an H2 molecule to stay together until a sufficient amount of energy has been stored in the two individual

Re: MAHG: How does H2 avoid constantly itself blowing apart?

From: Frederick Sparber If the jiggle is an RMS value tracking the ZPE fluctuations, minor adjustment (increasing the H2 fill pressure) would bring it dead on. Care to speculate as to the result of achieving such efficiency?

Re: MAHG: How does H2 avoid constantly itself blowing apart?

From: Michael Huffman ... The individual H atoms cannot remain reunited until their internal energy states match exactly, and are sufficiently high enough to remain in equilibrium with the rest of the universe. Once they are in this state, gravity can hold them together. Gravity?

Re: MAHG: How does H2 avoid constantly itself blowing apart?

Terry Blanton wrote From: Frederick Sparber If the jiggle is an RMS value tracking the ZPE fluctuations, minor adjustment (increasing the H2 fill pressure) would bring it dead on. Care to speculate as to the result of achieving such efficiency? I'd rather not. Speculative Sand

Re: MAHG: How does H2 avoid constantly itself blowing apart?

Am Dienstag, 12. Juli 2005 16:07 schrieb [EMAIL PROTECTED]: Gravity? I thought covalent sharing of electrons was responsible for the bonds that glue H2 together. Moin Steve, It is called a covalent bond depending on which context or subset of the language of chemistry or physics that you