With its outstanding physical properties, single‐crystal diamond is the material of choice for
future power electronics and quantum devices. The later application field is based on the …

Diamond offers a unique combination of extreme physical properties. For many
technological applications, diamond samples of the highest crystal quality are required to …

The topographic surface features that develop during chemical vapour deposition of
heteroepitaxial diamond on off‐axis Ir/YSZ/Si (001) and their implications on the …

The absolute X-ray reflectivity of chemically vapor-deposited (CVD) single-crystal diamond
plates was measured in the Laue geometry in the double-crystal non-dispersive setting with …

Heteroepitaxy is a better method of enlarging SCD wafer size than homoepitaxy. In this
work, several aspects of the bias process for heteroepitaxial diamond nucleation are studied …

As one of the representatives of carbon-based semiconductors, diamond is called the
“Mount Everest” of electronic materials. To maximize its properties and realize its industrial …

Cette thèse vise à maitriser la synthèse MPCVD de films hétéroépitaxiés de diamant de
haute qualité cristalline sur substrat d'iridium pour la réalisation de dosimètres en …

We report on the performance of the first diamond neutron monochromator built at the ILL. It
has been designed for the hot neutron diffractometer D9 with the aim of improving …

We report on performance of chemical vapor deposited (CVD) single crystal diamond plates
as side bounce monochromators for high photon energies ($\gtrsim $~ 20 keV) in the Laue …

Diamant weist viele extreme Materialeigenschaften auf und nimmt diesbezüglich eine
herausragende Stellung unter allen Materialien ein. Besonders hervorzuheben sind dabei …