Re: [Vo]:Rossis Catalyst = RF+DC?

yes, we recognized it upon seeing the graphs. But: i) I was not mentoring that student, so I did not have a reason to look at those graphs ii) the professor would have gotten only a weekly report saying: "reaction attempted on xxx failed" that's how the world works, folks. As far as the simplicity

Re: [Vo]:Rossis Catalyst = RF+DC?

Am 16.11.2011 09:50, schrieb Joshua Cude: On Wed, Nov 16, 2011 at 1:00 AM, Marcello Vitale > wrote: I remember a graduate student in a group in which I was a postdoc, crying (crying!) over a series of IR spectra that resulted from her latest series of

Re: [Vo]:Rossis Catalyst = RF+DC?

On Wed, Nov 16, 2011 at 1:00 AM, Marcello Vitale wrote: > I remember a graduate student in a group in which I was a postdoc, crying > (crying!) over a series of IR spectra that resulted from her latest series > of experiments, saying "I will never graduate, this system just does not > work, everyt

Re: [Vo]:Rossis Catalyst = RF+DC?

Am 16.11.2011 08:00, schrieb Marcello Vitale: On Tue, Nov 15, 2011 at 4:26 PM, > wrote: Many universities and prominent institutes make experiments with metal powder and hydrogen. The Max Planck Institute for example examines the heat storge capacit

Re: [Vo]:Rossis Catalyst = RF+DC?

On Tue, Nov 15, 2011 at 4:26 PM, wrote: > Many universities and prominent institutes make experiments with metal > powder and hydrogen. > The Max Planck Institute for example examines the heat storge capacity at > 400° for such arrangements. > They also mill powder in ball mills in hydrogen athmo

[Vo]:Rossis Catalyst = RF+DC?

Many universities and prominent institutes make experiments with metal powder and hydrogen. The Max Planck Institute for example examines the heat storge capacity at 400° for such arrangements. They also mill powder in ball mills in hydrogen athmossphere to research the hydrogen storage capacity