The text quoted by Passerini was from a letter from Levi inviting Brian
Josephson to participate and not Brian Josephson's own words.
If was Levi, then "This is NOT an official test of the University of Bologna
because the contract is not active yet." make sense.
-----Messaggio originale-----
From: Horace Heffner
Sent: Monday, September 26, 2011 6:04 PM
To: [email protected]
Subject: Re: [Vo]:Nobel Laureate Brian Josephson to test an e-Cat module on
October 6th
The text quoted by Passerini was from a letter from Levi inviting
Brian Josephson to participate and not Brian Josephson's own words.
Best regards,
Horace Heffner
http://www.mtaonline.net/~hheffner/
On Sep 25, 2011, at 2:32 PM, Akira Shirakawa wrote:
Hello group,
This got just posted on Daniele Passerini's blog: http://goo.gl/v2uqo
(Long URL: http://22passi.blogspot.com/2011/09/test-e-cat-col-nobel-
brian-josephson-il.html )
It looks like Brian Josephson will test an e-Cat module quite soon. He
announced this on the CMNS list:
On October 6 we will have the opportunity to make a long (more then 12
hours) test of one of the modules of the Rossi 1 MW generator. The
module will be opened to us and we will have the opportunity to verify
volumes and weights of the internal components.
Heat measurements will be done condensing all the steam produced in
heat exchanger and a secondary circuit where no water will be vaporized.
This is NOT an official test of the University of Bologna because the
contract is not active yet.
Brian Josephson
Andrea Rossi, who gave permission to Passerini to post the announcement
on his blog, added this as a clarification:
The measurement of energy will not therefore be made on the steam, to
avoid all the issues concerning the quality of the steam, but the
measurements of energy will be made on the delta T of the water of the
secondary circuit heated by the steam! This way, the amount of energy
produced will be calculated in an undisputable way. The steam runs in a
primary circuit, which is a closed loop, where the steam is condensed
after exchanging heat with the water of the secondary circuit, which
will never evaporate. Therefore, the energy is calculated on the base
of the delta T of the heated water and its flow rate, indipendently from
the temperature of the steam, that does not enter in the energy
calculation parameters.
Andrea Rossi
Cheers,
S.A.
