This paper reviews recent progress in diamond radiation detectors. Diamond is an ultra-
wide gap (5.5 eV) semiconducting material which has several ideal properties for radiation …

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 …

Diamond is widely studied and used for the detection of direct and indirect ionizing particles
because of its many physical and electrical outstanding properties, which make this material …

A diamond Schottky pin diode (SPIND) with the highest reported current density to date of~
116 kA/cm 2 is demonstrated, carrying a total current of~ 1.32 A through a wide pseudo …

Diamond, as a wide band-gap semiconductor material, has the potential to be exploited
under a wide range of extreme operating conditions, including those used for radiation …

The interface properties of Al 2 O 3/hydrogen-terminated diamond (H-diamond) metal-oxide-
semiconductor (MOS) structures both with and without NO 2 p-type doping were studied by …

We evaluated the current–voltage (IV) and temperature-dependent IV characteristics of n+-
Si/p-diamond heterojunction diodes (HDs) fabricated by using surface activated bonding …

The benefits of neutron detection and spectroscopy with carbon based, wide band gap,
semiconductor detectors have previously been discussed within the literature. However, at …

In the last years there has been an increasing interest in diamond detectors working in harsh
environments characterized by high temperature and intense gamma and neutron fluxes. In …

A set of multisectoral boron-doped diamond plates cut from a 10-ct high pressure high
temperature single crystal was thoroughly studied. The plates' morphologies were examined …