The high energy ion beam of tens to hundred MeV/u possesses mm-to-cm penetration depth in materials andcan be easily extracted into air without significant energy loss and beam scattering. Combination of high energyio...The high energy ion beam of tens to hundred MeV/u possesses mm-to-cm penetration depth in materials andcan be easily extracted into air without significant energy loss and beam scattering. Combination of high energyions and microbeam technology facilitates the microprobe application to many practical studies in large scale samples. The IMP heavy ion microbeam facility has recentlybeen integrated with microscopic positioning andtargeting irradiation system. The first interdisciplinaryexperiments performed at the IMP microbeam facilityusing the beam of 80.5 MeV/u carbon ions include bystandereffect study, irradiation effect on nerve system,security algorithm attack study.展开更多
文摘The high energy ion beam of tens to hundred MeV/u possesses mm-to-cm penetration depth in materials andcan be easily extracted into air without significant energy loss and beam scattering. Combination of high energyions and microbeam technology facilitates the microprobe application to many practical studies in large scale samples. The IMP heavy ion microbeam facility has recentlybeen integrated with microscopic positioning andtargeting irradiation system. The first interdisciplinaryexperiments performed at the IMP microbeam facilityusing the beam of 80.5 MeV/u carbon ions include bystandereffect study, irradiation effect on nerve system,security algorithm attack study.