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Abstract: Plasma Focus (PF) devices operated in Deuterium mode (D-D) can be advantageously used as a high intensity short-duration neutron source for many original medical and new imaging applications. At the Multidisciplinary Laboratory (MLAB) of the International Centre for Theoretical physics (Trieste, Italy), a low cost comp..

Abstract: Plasma Focus (PF) devices operated in Deuterium mode (D-D) can be advantageously used as a high intensity short-duration neutron source for many original medical and new imaging applications. At the Multidisciplinary Laboratory (MLAB) of the International Centre for Theoretical physics (Trieste, Italy), a low cost comp..

Abstract : Background Intensity-modulated stereotactic radiotherapy achieves improvements in the ability to produce conformal stereotactic dose distributions by modulation of the intensity of individually delivered beamlets of radiation. Image-guided intensity-modulated stereotactic radiotherapy has emerged as a new treatment opt..

Abstract : Introduction: Intracranial meningeal hemangiopericytoma is a rare tumor with variable biological behaviour. Though generally locally aggressive, a subset may fail distantly in the neural axis and even develop delayed extra-neuraxial metastases. It is often difficult to differentiate this entity morphologically from sim..

Abstract : Introduction: Intracranial meningeal hemangiopericytoma is a rare tumor with variable biological behaviour. Though generally locally aggressive, a subset may fail distantly in the neural axis and even develop delayed extra-neuraxial metastases. It is often difficult to differentiate this entity morphologically from sim..

Abstract : Background Intensity-modulated stereotactic radiotherapy achieves improvements in the ability to produce conformal stereotactic dose distributions by modulation of the intensity of individually delivered beamlets of radiation. Image-guided intensity-modulated stereotactic radiotherapy has emerged as a new treatment opt..

Abstract: Plasma Focus (PF) devices operated in Deuterium mode (D-D) can be advantageously used as a high intensity short-duration neutron source for many original medical and new imaging applications. At the Multidisciplinary Laboratory (MLAB) of the International Centre for Theoretical physics (Trieste, Italy), a low cost comp..

Abstract: Plasma Focus (PF) devices operated in Deuterium mode (D-D) can be advantageously used as a high intensity short-duration neutron source for many original medical and new imaging applications. At the Multidisciplinary Laboratory (MLAB) of the International Centre for Theoretical physics (Trieste, Italy), a low cost comp..