Results 101 to 110 of about 2,083 (199)
Linear_Accelerator_C+6_Ions_as_Injector_for_a_Synchrotron, Intended for Hadrons Therapy
, 2013 We consider acceleration light ions by the field of a traveling-wave in a helical waveguide. The frequency of the accelerating RF field f = 100 MHz, generator power P = 2 MW. Ion focusing is provided by a solenoidal magnetic field with the intensity B = 3.5 Tesla.
Dolya, S. N., Reshetnikova, K. A.
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Towards silicon microdosimetry based verification of Monte Carlo calculations in Hadron therapy [PDF]
, 2009 This thesis continues research into the application of silicon microdosimetry to hadron therapy applications. It proposes the use of silicon microdosimetry for the verification of Monte Carlo calculations in hadron therapy.
Iwan M Cornelius (20282400)
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Frontiers in Biomedical TechnologiesPurpose: Recently, using hadrons as a therapeutic beam has been highly advised for radiation treatment of mainly deep-seated tumors due to the desired conforming of three-dimensional dose conformation onto tumor volume.
Ahmad Esmaili Torshabi
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, 2011 The hadrontherapy uses light charged particles beams (mainly proton and 12C ions)to irradiate tumors. These beams present a ballistic advantage with a maximum energydeposition at the end of the path (ie Bragg peak). A large dose can be delivered insidea deep tumor while the surrounding healthy tissues are preserved. Concerning the 12Cbeams, an enhanced
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Silicon microdosimetry in hadron therapy fields [PDF]
, 2015 Hadron therapy is one of the most sophisticated methods of radiation therapy that has been constantly evolving during the past decades. The use of hadron beams for cancer treatment can be more effective in comparison to the conventional radiotherapy, due
SAGIA, ELENI
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A DNA damage multiscale model for NTCP in proton and hadron therapy. [PDF]
Med Phys, 2020 Abolfath R +4 more
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Analysis of Scanning Techniques for Hadron Therapy [PDF]
, 1998 The use of accelerators in cancer therapy has a long and successful history. Present-day developments are directed towards high-precision irradiation of tumours with hadron beams.
Holy, P
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GaToroid: A Novel Superconducting Compact and Lightweight Gantry for Hadron Therapy [PDF]
, 2018 Luca Bottura, who leads CERN’s Magnets, Superconductors and Cryostats group, will illustrate his innovative design for a hadron therapy gantry based upon a toroidal magnet. Gantry systems represent a major technical challenge for treating tumours with
Bottura, Luca
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Nuclear Engineering and TechnologyHigh-Gradient accelerating cavities are one of the main research lines in the development of compact linear accelerators. However, the operation of such accelerating cavities is currently limited by non-linear electromagnetic effects that are intensified
P. Martinez-Reviriego +15 more
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Experimental Microdosimetry for clinical Hadron Therapy
, 2020 Hadron therapy is an effective, fast growing radiotherapy technique using protons or light-ions to confine the radiation damage within the tumor with challenging precision. Charged particles produce unique pattern of ionizations which can enhance their biological effectiveness.
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