I've been too busy with analysing the latest Rossi test to follow this. I've got the following "official" links to Storms' NAE
2012 Paper : http://www.lenr-canr.org/acrobat/StormsEanapproach.pdf Feb 2013 Kick-off post : http://www.mail-archive.com/vortex-l@eskimo.com/msg77023.html I have a strong forgettery feeling that I'm missing one. What's the present state of the temperature-dependent aspects: 1. At what temperature does it start ? (Lower limit: when the metal hydride source activates, typically 200C) 2. Is there a temperature at which it stops? (Upper limit, Ni melting point) 3. Is it linear in-between? 4 What's the estimated SIZE for a NAE (eg assuming a crack) --- Sure LOOKS like cracks! http://lenr.qumbu.com/web_hotcat_pics/passi_nato_huber_P1070423.png (My new policy -- when I steal///// borrow a picture I annotate where I got it) Except that the cracks look about 1um wide (If I read '5000x 1u' correctly) .. and Rossi's powder is in the 1u range : a 1u crack won't fit!!?? Also, I don't see any more detail IN the SKINR cracks. And the reaction (let's use p+p+e = D + 1.4MEV for discussion purposes) 5. Is one NAE destroyed by the reaction, never to fire again? Or is it poisoned and recovers? eg a chain of H-H-H-H will resonate and is "active" at T1, but "H-D-H" won't resonate, so the NAE is poisoned. D diffuses away, two H diffuse in : then it's ready again? 6. If so, what is the typical time between firing? (ns,us,ms,sec,minutes?)
