I asked Beiting about the addition of SmCo magnets. SmCo was chosen for its
higher curie temp.  The magnets began as charged SmCo disks and were
crushed into apparently 1-2 mm fragments for inclusion with the fuel.
Enhancement of the LENR by magnetic field when using light hydrogen (as he
used) is a surprise. It could have been the Sm or Co instead of the
magnetic field - he did not have an experiment with un-charged SmCo
material for comparison.

A wonderful replication report.

On Tue, Jun 5, 2018, 10:13 PM Jed Rothwell <jedrothw...@gmail.com> wrote:

> Richard Garwin of the Jasons was brought in to evaluate the experiment. He
> said there is a problem because it uses K-type thermocouples which are
> susceptible to errors from exposure to hydrogen. Beiting pointed out three
> problems with this hypothesis:
>    1. The thermocouples were shielded.
>    2. The damage only happens at ~600°C and these cells were run at 300°C.
>    3. The damage causes the thermocouples to show a lower temperature. If
>    would reduce the estimate of excess heat, not increase it.
> Garwin is grasping at straws, trying to find an excuse to dismiss the
> results. He said the first thing that popped into his head, which could not
> have happened and would have had the opposite effect if it could. Soon
> after cold fusion began, Garwin was called in to evaluate SRI. The gist of
> his report was: "I could not find an error but I am sure something must be
> wrong."

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