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Heavy ion radiography and tomography
Physica Medica, 2014In the latest years, radiation therapy with ion beams has been rapidly spreading worldwide. This is mainly due to the favourable interaction properties of ion beams with matter, offering the possibility of more conformal dose deposition with superior sparing of healthy tissue in comparison to conventional photon radiation.
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Heavy ions: Report from Relativistic Heavy Ion Collider
Pramana, 2012We review selected highlights from the experiments at the Relativistic Heavy Ion Collider (RHIC) exploring the QCD phase diagram. A wealth of new results appeared recently from RHIC due to major recent upgrades, like for example the Υ suppression in central nucleus–nucleus collisions which has been discovered recently in both RHIC and LHC. Furthermore,
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Fusion Technology, 1986
This summary gives the motivation for the study of improved target concepts to be used in the ''Heavy Ion Fusion Systems Assessment Project.'' The target concepts that have been studied are listed.
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This summary gives the motivation for the study of improved target concepts to be used in the ''Heavy Ion Fusion Systems Assessment Project.'' The target concepts that have been studied are listed.
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1995
Controlled Thermonuclear Fusion could provide mankind a virtually inexhaustible, environmentally acceptable, and possibly cheap energy source.1 ...
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Controlled Thermonuclear Fusion could provide mankind a virtually inexhaustible, environmentally acceptable, and possibly cheap energy source.1 ...
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1975
Penetrating ion beams are considered interesting supplements to the types of radiation, mostly electrons and gamma rays, that have dominated in radiation research and radiotherapy during the last decades. Biomedical experimentations and clinical studies ar larger ion accelerators (100-1000 MeV/amu) are therefore undertaken in order to exploit their ...
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Penetrating ion beams are considered interesting supplements to the types of radiation, mostly electrons and gamma rays, that have dominated in radiation research and radiotherapy during the last decades. Biomedical experimentations and clinical studies ar larger ion accelerators (100-1000 MeV/amu) are therefore undertaken in order to exploit their ...
openaire +2 more sources