Difference between revisions of "Neutron TGEM Detector Abdel"
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[[Detector.pdf]] | [[Detector.pdf]] | ||
Most of the neutron capture cross section materials were done. A comprehensive work is published in 2000. The project was supported by Korea Atomic Energy Research Institute and Brookhaven National Laboratory [[Different cross sections.pdf]] | Most of the neutron capture cross section materials were done. A comprehensive work is published in 2000. The project was supported by Korea Atomic Energy Research Institute and Brookhaven National Laboratory [[Different cross sections.pdf]] | ||
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A boron coated GEM foil is being made by the company below | A boron coated GEM foil is being made by the company below | ||
http://n-cdt.com/ | http://n-cdt.com/ | ||
Revision as of 23:13, 27 January 2009
Haithem's logbook for developing neutron sensitive TGEM detector
1/23/09
1.) Search the web for patent which coats GEM detector with neutron sensitive materials. I think it is for Thermal neutrons. One of the useful patents is the following : Detector.pdf Most of the neutron capture cross section materials were done. A comprehensive work is published in 2000. The project was supported by Korea Atomic Energy Research Institute and Brookhaven National Laboratory Different cross sections.pdf
A boron coated GEM foil is being made by the company below
http://n-cdt.com/
Another method uses BF3.
We are interested in a fissionable material coated onto the copper foils that is thin enough to allow the fission fragments to escape the foil and ionize the gas in the detector.
2.) Search for companies which use either sputtering or coating technology to apply the above material to caopper PCboards with hole int them such that the material does not fill up the hole. Hole diameter = ?
The material sputter onto the copper would have thickness on the order of Angstroms.
The TGEM PCboard would have a surface area of 10 cm x 10 cm.
3.) Current neutron efficiency plots for several detector
Media:NeutronDetectionEfficiency-vs-Energy_Ne-213_BaF.pdf
