Many new X-Ray treatment machines using small and/or non-standard radiation fields, eg,
Tomotherapy, Cyber-knife, and linear accelerators equipped with high-resolution multi-leaf …

The interest in hadron therapy is growing fast thanks to the latest technological advances in
accelerators and delivery technologies, to the development of more and more efficient and …

In this work, the fabrication and characterization of a microdosimeter based on a synthetic
single crystal diamond is reported. The microdosimeter is realized by means of both …

Aggregation of impurity levels into an impurity band in heavily boron doped diamond results
in a background continuum and discrete zone centre phonon interference during the …

Diamond color centers with applications to single photon sources, quantum computation,
and magnetic field sensing down to the nanoscale have been investigated using ensembles …

Emerging programs in a new field of technology that employs quantum mechanical
principles in engineered devices has driven new approaches to atomic-scale fabrication. Of …

Telescope detectors have long been studied for their capability of discriminating the type of
radiation detected. Silicon is the most widely used material for solid-state detectors …

The requirements for solid state micro-dosimetry particularly within the context of medical
and space environments necessitate a tissue equivalent and radiation hard material, for …

Purpose To investigate for the first time the potentialities of obtaining microdosimetric
measurements in scanned clinical carbon‐ion beams using synthetic single crystal diamond …

A dedicated Geant4 study was developed to determine a correction factor (C) to convert the
energy deposition response in diamond to water for heavy charged ions, with atomic …