In reply to Jones Beene's message of Tue, 2 Jul 2013 17:52:32 -0700:
Hi,
[snip]
>A pressure drop would be meaningful (assuming leaks are eliminated), no?
...yes. In fact just the other day I was thinking about this as a means of
producing an excellent vacuum. ;)
(not all my thoughts end up on Vo
In reply to Jones Beene's message of Tue, 2 Jul 2013 18:30:32 -0700:
Hi,
[snip]
>AFAIK - the HotCat is not designed to "retrieve" hydrogen, and yes the
>reactor will stop working as soon as the initial hydrogen is depleted. It
>was not intended to be a long-term solution so much as to demonstrate
AFAIK - the HotCat is not designed to "retrieve" hydrogen, and yes the
reactor will stop working as soon as the initial hydrogen is depleted. It
was not intended to be a long-term solution so much as to demonstrate that
high temperature operation is feasible.
From: Axil Axil
One develo
One development in the design of the Rossi reactor speaks against the
hydrogen migration idea. Rossi is using a solid to emit and retrieve
hydrogen so his reactor does not require hydrogen tank to function. If
hydrogen were lost through the walls of the reaction chamber in large
amounts, the reacto
Hi Robin,
>> 8x less effective volume than hydrogen and the perfect size to slowly
diffuse through the steel
> That's only the first level, and even then only if Mills' radius is
correct. (My version would see the first level volume 64 times smaller.)
Well, either way - it looks like no thicknes
Fran
From: Jones Beene [mailto:jone...@pacbell.net]
Sent: Tuesday, July 02, 2013 5:40 PM
To: vortex-l@eskimo.com
Subject: EXTERNAL: RE: [Vo]:Vicinal chemistry, plasmons, Jovion and HotCat
From: Teslaalset
Why would Rossi not put SiC powder in the inner cylinder instead?
Plasmons appar
In reply to Jones Beene's message of Tue, 2 Jul 2013 10:10:50 -0700:
Hi,
[snip]
>8x less effective volume than hydrogen and the perfect
>size to slowly diffuse through the steel
That's only the first level, and even then only if Mills' radius is correct. (My
version would see the first level volu
From: Teslaalset
Why would Rossi not put SiC powder in the inner cylinder instead?
Plasmons apparently form polaritons most readily at the interface between a
metal surface and an insulator . but not so readily on a ceramic powder
itself (without metal contact) - so one interpretatio
*save; *balance
Why would Rossi not put SiC powder in the inner cylinder instead?
It would safe him some electrical bias power.
Or maybe he's combining to ballance the heat output, using SiC powder in
the inner core and in addition an outer SiC shell.
The gainful reaction(s) of the HotCat is open to further
discussion... here is a start to that.
This issue was left open from the previous post, since we do not have
adequate data. There are a number of possibilities which involve plasmonics
to some degree.
1) The f/H could f
An off-list question is worth posting relative to the HotCat design and
Bob's comment.
Why does the HotCat need the stainless steel "capsule" to be inside a SiC
containment tube and then to be surrounded by the resistance heater, and how
does active hydrogen get out of the capsule so that it can
Please correct me if I am wrong ... but in the HotCat, I don't believe any
H2 ever comes in contact with the silicon carbide. The silicon carbide is
an external cylindrical heater assembly around the 310 SS tube that
hermetically contains the Ni, catalyst, and H2. The silicon carbide could
be jus
Jones,
Welcome to my world!! Jovian , Haish and Modell were originally focused on
helium and lamb pinch not f/h or changes is bond state.. Modell was
interested in hydrogen but the plan for the prototype was helium and .1u
cavities tunnels with alternate layers of insulation so they could flow the
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