Diamond is of great importance for scientific and practical applications. It is the hardest
natural material and holds potential applications in mechanics, electronics and photonics …

While occasionally being able to charge and discharge more quickly than batteries, carbon‐
based electrochemical supercapacitors (SCs) are nevertheless limited by their simplicity of …

Although Raman spectroscopy is a good tool for effective assessment of atomic boron
concentration in diamond, determination of further physical properties using this non …

Because of its ultrahigh hardness, synthetic diamond has been widely used in advanced
manufacturing and mechanical engineering. As an ultra-wide bandgap semiconductor, on …

In this work, high quality boron-oxygen co-doped homoepitaxial diamond has been
proposed. The morphology of diamond was smooth and flat with the O 2/H 2 ratios less than …

Doping diamond layers for electronic applications has become straightforward during the
last two decades. However, dislocation generation in diamond during the microwave plasma …

Boron doped diamond (BDD) has great potential in electrical, and electrochemical sensing
applications. The growth parameters, substrates, and synthesis method play a vital role in …

The light doping behavior of boron in microwave plasma chemical vapor deposition
diamond films by trace oxygen was investigated. As the oxygen concentration (O/C) …

Aiming at developing inch-sized processing of diamond, B-doped layer was grown on
mosaic single-crystallin diamond wafers by using hot-filament chemical vapor deposition …

The intensive development of technology for fabrication semiconducting CVD diamond
layers poses an important task of developing a precise and non-destructive method for …