To unfold the promise of diamond as an advanced technical material, single-crystal
diamonds (SCDs) and polycrystalline diamonds (PCDs) were smoothed by high-precision …

The results of a high-resolution Raman scattering study of a diamond crystal with a high
content of single substitutional nitrogen impurities (550 ppm) in the temperature range from …

Disordering of crystal lattice induced by irradiation with fast neutrons and other high-energy
particles is used for the deep modification of electrical and optical properties of diamonds via …

To explore the potential application of diamond coating on the surface modification of
graphite-based plasma-facing components in nuclear fusion, the retention of hydrogen …

We have studied the radiation damage in diamond as a function of layer depth upon self-ion
implantation with 9-MeV carbon ions and its recovery after annealing at 1000° C. Raman …

Ion implantation in diamond crystals is widely used both for producing conducting
microstructures in the bulk of the material and for creating isolated photon emitters in …

The incorporation of boron into a diamond lattice holds the potential to advance X-ray optics,
offering the capability to manipulate various parameters of the lattice. This includes …

Surface nanocrystallization and adjusting chemical compositions are anticipated to be
effective strategies for exploring potential applications of diamond in physics, chemistry and …

This work is devoted to new method of manufacturing of diffractive optical elements
(gratings). A grating was formed in a diamond substrate by implantation with boron ions …

Single‐crystal diamond substrates presenting a high concentration of negatively charged
nitrogen‐vacancy centers (NV−) are on high demand for the development of optically …