Unfortunately, Mizuno’s spread sheets regarding calorimetry inform next to
nothing about the science of LENR. (DARK SCIENCE IS THE IN THING AROUND THE
MFMP is the only light on the scene. and that light . Even the Swedish folks
seem to have slipped into the darkness with their advocacy of open science.
So much for Nobel: He’s turning in his grave.
The Indian, Japanese and/or Chinese dark LENR R&D may be the real competition
for Rossi, given their need for alternate safe energy sources that cannot
produce a Fukushima type disaster.
From: Jed Rothwell<mailto:jedrothw...@gmail.com>
Sent: Monday, September 4, 2017 11:53 AM
Subject: Re: [Vo]:A preliminary look at Mizuno's air flow calorimetry
I now have the entire 9 hours of the 120 W calibration. I have uploaded the
I uploaded a graph from the Excel version here:
The graphs in the Google spreadsheet seemed to survive the transition better
than last time, so I left them in the Google sheet, but the Excel graph looks
Here is the main thing. in the calibration (just uploaded) the Delta T
temperature goes to 4.5°C and it stays there, stable. When the power is turned
off, it falls rapidly back to zero, straight down. Under what appears to be
identical calorimetry, with the same input power, the excess heat Delta T goes
up to 7.5°C, and then when the power is cut, it takes longer to reach zero.