I reported a similar runaway with Nano nickel powder at 10nm in my 2012 EPRI
report.
From: Arnaud Kodeck
Sent: Tuesday, October 30, 2018 12:52 PM
To: vortex-l@eskimo.com
Subject: RE: [Vo]:Yokose et al. report 3 kW peak power from Cu-Ni-Zn composite
At ICCF21
The big news, as you commented earlier - could be that there is finally good
reason to suspect that scale-up to kilowatts of continuous power is on the
horizon. It may be costly, even without the palladium - to process that much
active nanopowder.
As a result... to overcome the expense of
At ICCF21, JBP was also reporting such runaway event with PdNiZr powder. The
quantity of PdNiZr was about 100g when the runaway occurred. The runaway
phenomena stopped when temperature reached ~450°C which is the upper limit for
this kind of powder. The difference is that the runaway started
The "Z" in this report is zirconia not zinc (Zn).
This matrix material is rather similar to Ahern's nanopowder technique also
using zirconia as a carrier, but with no palladium at all.
Celani would probably say that it is vindication for his work with copper nickel
From: Jed Rothwell
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