I saw this excellent link in the Industrial Physicist online magazine.
http://www.aip.org/tip/INPHFA/vol-9/iss-6/p22.html
It shows a diagram of a "Schematic design of a sealed-tube neutron
generator with a Penning ion source" and gamma-ray spectrum from
various materials.
Compact accelerator neutron generators
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Re: Compact accelerator neutron generators
Hi Wallace:
It is a very nice technology but the entire set is 20,000 bucks
great for companies but not so easy for individuals. In a few years ebay may end up with this stuff..the deuterium version anyway. If you could just get a tube the normal fusor power source would work.
Happy fusoring!
Larry Leins
Fusor Tech
It is a very nice technology but the entire set is 20,000 bucks
great for companies but not so easy for individuals. In a few years ebay may end up with this stuff..the deuterium version anyway. If you could just get a tube the normal fusor power source would work.
Happy fusoring!
Larry Leins
Fusor Tech
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- Joined: Wed Apr 07, 2004 7:51 am
- Real name: Pieter Kuiper
- Location: Växjö, Sweden
- Contact:
Re: Compact accelerator neutron generators
Wallace, Allen wrote:
> I saw this excellent link in the Industrial Physicist online magazine.
> http://www.aip.org/tip/INPHFA/vol-9/iss-6/p22.html
Or the pdf version on http://www.aip.org/tip/INPHFA/vol-9/iss-6/p22.pdf .
It would not have the spectacular glow inside the beautiful grids of the fusor,
but I think it would be easier if you just want neutrons.
One could produce the high voltage with a Vandegraaff generator, but I am
wondering if one could detect some neutrons using a pyroelectric
accelerator:
http://www.binghamton.edu/physics/brownridge.html
The setup would certainly be compact: a LiNbO-crystal on a heating resistor
in deuterium under low pressure, and heavy paraffin or something as the
target. Just detecting those presumably very few neutrons would be a
challenge.
> I saw this excellent link in the Industrial Physicist online magazine.
> http://www.aip.org/tip/INPHFA/vol-9/iss-6/p22.html
Or the pdf version on http://www.aip.org/tip/INPHFA/vol-9/iss-6/p22.pdf .
It would not have the spectacular glow inside the beautiful grids of the fusor,
but I think it would be easier if you just want neutrons.
One could produce the high voltage with a Vandegraaff generator, but I am
wondering if one could detect some neutrons using a pyroelectric
accelerator:
http://www.binghamton.edu/physics/brownridge.html
The setup would certainly be compact: a LiNbO-crystal on a heating resistor
in deuterium under low pressure, and heavy paraffin or something as the
target. Just detecting those presumably very few neutrons would be a
challenge.
Re: Compact accelerator neutron generators
And it only uses 1 to 2 Ci of tritium - anybody got any spare?
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- Posts: 17
- Joined: Wed Apr 07, 2004 7:51 am
- Real name: Pieter Kuiper
- Location: Växjö, Sweden
- Contact:
Re: Compact accelerator neutron generators
Pieter Kuiper skrev:
> One could produce the high voltage with a Vandegraaff generator, but I am
> wondering if one could detect some neutrons using a pyroelectric
> accelerator:
> http://www.binghamton.edu/physics/brownridge.html
>
> The setup would certainly be compact: a LiNbO-crystal on a heating
> resistor in deuterium under low pressure, and heavy paraffin or something
> as the target.
> Just detecting those presumably very few neutrons would be a challenge.
Yesterday I read that the experiment had been done:
http://nano.chem.ucla.edu/nature.htm
I knew that the result might be publishable in Nature. I had actually tried to get
a student interested in doing this. Anyway, I am happy that I publicly aired the
idea here.
And it is something off my to-do list.
> One could produce the high voltage with a Vandegraaff generator, but I am
> wondering if one could detect some neutrons using a pyroelectric
> accelerator:
> http://www.binghamton.edu/physics/brownridge.html
>
> The setup would certainly be compact: a LiNbO-crystal on a heating
> resistor in deuterium under low pressure, and heavy paraffin or something
> as the target.
> Just detecting those presumably very few neutrons would be a challenge.
Yesterday I read that the experiment had been done:
http://nano.chem.ucla.edu/nature.htm
I knew that the result might be publishable in Nature. I had actually tried to get
a student interested in doing this. Anyway, I am happy that I publicly aired the
idea here.
And it is something off my to-do list.