|Particle||Mimimum Energy MeV||Max Energy MeV||Max Current in uA||Max Flux protons/(cm2-sec)|
|Protons||5.45*#||66.6**#||0.100||1.6 X 1010|
|Deuterons||40||0.100||1.6 X 1010|
8 X 109
1 X 105
* This energy is achieved by degrading the 10.7 MeV cyclotron energy by 72.6um( 3 mils) Ta foil.
** This energy is achieved by degrading the 67.5 MeV cyclotron energy by 6.35um( 0.25 mils) Ta foil.
#Energy after Ta dispersion foil + SEEM(Al 101.6um) + Exit foil (127um Kapton) + air gap
By changing the Cyclotron Energy and the Ta foil thickness other energies can be obtained.
Neutrons are generated on a thick Beryllium target and have a broad spectrum from zero to max proton energy.