Hello group,
Dr. Francesco Celani is reporting and encouraging to share that he found
out that small amounts of liquid hydrocarbons such as Acetone can
provide significant improvements to anomalous heat generation in
gas-loaded LENR devices. No further details are available at the moment
about his experiments and results (how much did heat generation improve?
How was acetone provided to the system? What steps did he take to ensure
that excess heat he measured was real and not of chemical nature? And so
on). I guess he will present them during ICCF18.
http://22passi.blogspot.it/2013/04/altre-ricette-segrete.html
That being said, this isn't the first time I've read about the possible
use of hydrocarbons (in small quantities) in LENR. Does this ring any
bell to other posters here?
Cheers,
S.A.
Dear Colleagues,
as anticipated, we have found significative increase of anomalous heat
when we ADDED small amounts (1-2cc) of liquid hydrocarbons to our
cell, under partial vacuum conditions.
Hystorically, in gas system, (since 2010), apart H2O and D2O
(obviously NOT hydrocarbon), we tested:
a) C2H5OH
b) C2H5OD
c) Methanol
Since January 2013, following the kind suggestions of the Italian
Company that previously (2011-2012) made systematic work (very long,
expensive and tedious) on Constantan preparation, suggested to test
the Acetone (CH3-C=O-CH3).
The Company, metallurgical, is located in the North-Est of Italy.
Several Researchers are interested on LENR phenomenologies and they
have their own Laboratory.
Just to-day they give me permission to share such information, for the
mankind progress in the field of Science and Technology.
OPEN ACCESS, OPEN SOURCE approach, like the "Martin Fleischmann
Memorial Project".
The results look enough "robust".
Also Ubaldo Mastromatteo, at STMicroelecronics (near Milan-Italy),
tested the addition of Acetone, in an apparatus different of our
(calorimetric).
He got measurable improvements about Anomalous Heat Generation.
**** PLEASE, SHARE THE INFORMATION. ****
Tanks for Your kind attention.
Francesco Celani
