I'd like to reproduce Tadahiko Mizuno's experiment where he exposed
deuterium gas to a 0.8 Tesla magnetic field at liquid nitrogen temperatures
and got bursts of neutrons. No electrolysis or glow discharges were
involved just 3 things, 0.8 Tesla field, 77 K (liquid nitrogen), and
deuterium gas. The link to his paper is here:
http://www.lenr-canr.org/acrobat/MizunoTneutronemi.pdf
I'm trying to get access to a superconducting magnetic system with a
strength equal to or greater than 1 Tesla. I can get the neutron counters
and the deuterium gas (and the hydrogen gas for the null experiment).
Typically these superconducting magnet systems use a NbTi (Niobium Titanium)
magnet in a liquid helium container and can generate a field in the 4 - 10
Tesla range with some as high as 17 Tesla. The cost of a low priced system
is 30 k$ though the cheapest complete system I've seen is 17 k$.
I dont have that kind of money so Im hoping someone will let me use their
system wherever it is located Id work with them to set up the experiment.
The following link describes a superconducting magnet system:
http://www.janis.com/p-sms3.html
Mizuno used liquid nitrogen temperatures (77 K) and using liquid helium (4
K) is a departure from his experiment. I think the liquid helium NbTi
superconducting magnet systems are more common but I dont know that for
sure.
I live in Somerville Massachusetts so a magnet nearby would be best - but I
could travel.
My email is [EMAIL PROTECTED]
