Models of heat transport in solids, being based on idealized elastic collisions of gas
molecules, are flawed because heat and mass diffuse independently in solids but together …

Hole concentration of 2-D hole gas (2DHG) on (110) diamond is higher than that on other
faces, making it the best choice for power device application. Detailed analysis of atomic …

Due to its outstanding mechanical characteristics, diamond is an ideal material for use in
micro-and nano-electromechanical systems. In this paper, we report on the investigation of …

Enhancing the fracture toughness of polycrystalline diamond (PCD) is challenging because
of its inherent brittleness and the absence of a toughness mechanism. Elucidating the …

Single-crystal diamond presents as an ideal semiconductor material for high-performance
and high-reliability MEMS devices, on account of its outstanding mechanical and physical …

The tensile properties of W-Re alloys are studied using molecular dynamics method. Two
forms of transmutation Re uniform distribution and cluster distribution in W-Re alloys are …

A new carbon allotrope, pentadiamond, was recently reported in the literature. Herein, we
investigate its thermal expansion and thermoelastic properties by first principles. It is …

Abstract A 2.45 GHz/6 kW cylindrical cavity type microwave plasma chemical vapor
deposition reactor was used for the growth of high optical quality single-crystal diamonds …

Single-crystal diamond (SCD) is a prominent semiconductor material due to its superior
mechanical and physical properties. From the viewpoint of practical application, a low …

Single crystal diamond machining primarily relies on mechanical grinding, traditionally
guided by the simplistic concept of a linear removal rate. However, this conventional …