Since 1797, when Tennant demonstrated that diamond consists solely of elemental carbon
by comparing the volume of carbon dioxide formed by burning identical weights of charcoal …

According to international energy proposal, about 25% of the total CO2 reduction should
come from “end use efficiency”. Hence, low loss power devices are an important technology …

Diamond single crystals have garnered significant attention due to their wide-ranging
applications, encompassing not only semiconducting films but also potential quantum …

Among wide bandgap semiconductors, diamond presents physical properties particularly
suited for high performance power electronic devices. Growth and doping of chemical vapor …

Abstracts A (113) diamond homoepilayer doped with phosphorus is grown. It presents high
crystalline quality and n-type conductivity with a maximum electron mobility of 355 cm 2/Vs …

The growth of millimetre-thick diamond single crystals by plasma assisted CVD is
complicated by the formation of unepitaxial defects, particularly at the edges of the crystal …

The substrate growth temperature dependence of the plasma gas-phase to solid-phase
doping efficiency in single crystal, boron doped diamond (BDD) deposition is investigated …

Heavily boron doped CVD diamond growth in oxygen-containing carbon/hydrogen gas
mixtures was investigated. The dependence of boron incorporation efficiency on the oxygen …

В последние десятилетия в мире идет интенсивный поиск новых современных
материалов для электронных и полупроводниковых приборов. Особый интерес для …

The boron-doped diamond (BDD) powder consisting of 40–100 µm particles was
synthesized at 5 GPa and 1500–1600° C from a mixture of 50 wt% graphite and 50 wt% Ni …