Diamond is the hardest natural material, boasting a variety of remarkable properties.
However, due to increased demand and technological advancements, natural diamond has …

We report a novel method of producing composite substrates by growing diamond films on a
4H–SiC substrate by microwave plasma chemical vapor deposition to enhance the thermal …

From transmission electron microscope (TEM) observation, a 25 nm thick amorphous layer
was confirmed at the diamond/Si bonding interface without annealing, the amorphous layer …

Single-crystal diamond is a typical difficult-to-machine material because of its extreme
hardness and high brittleness. Compared with traditional machining techniques, ultrafast …

The design of the coating architecture plays an important role in improving the mechanical
performance of the hard coating. In present work, several novel multilayered diamond/β-SiC …

Diamond has the most desirable thermal properties for applications in electronics. In
principle, diamond is the best candidate for integration with other materials for thermal …

The residual stresses of micro-and nano-crystalline diamond thin films grown using hot
filament chemical vapor deposition (HFCVD) are of great importance as they affect the …

This chapter describes the characterization of carbon nanomaterials by Raman
spectroscopy. It emphasizes the capabilities of Raman microscopy for precise and …

Chemical vapor deposition produced diamonds attract considerable scientific and industrial
interest due to their exceptional mechanical and functional properties. Here, hot filament …

Deposition of adherent diamond films on cobalt-cemented tungsten carbide substrates has
been realized by application of diamond/beta-silicon carbide composite interlayers …