Fabrication of CVD Large Area Single Crystal Wafer by Diamond Wafer Splicing Method
Bench Diamond Technology is mainly engaged in the research and development, production and sales of HPHP diamonds, CVD diamonds, diamond tools and diamond testing instruments.
Key words: CVD diamond | HPHT diamond | diamond identification instrument
A、Diamond wafer as LED, semiconductor chip substrate, can completely solve the problem of heat dissipation, diamond and a number of super excellent physical and chemical properties, will make the human semiconductor industry into the ultimate fourth generation of wafer materials.
spliced diamond crystal
B、SOD Silicon on Diamond
Perfect diamond monocrystalline wafers are grown on 8-12 inch silicon wafers by ECR ALD from silicon decreasing and carbon increasing to replace silicon wafers as diamond wafers. Currently in research and development
Diamond is a product of diamond finishing. Diamond is a hard and simple gem in the world. It is a natural crystal composed of carbon and has a cubic structure. Its composition is basically the same as that of our common coal, pencil lead and sugar. Carbon element crystallizes to form graphite (black) under high temperature and pressure, while it crystallizes into precious diamonds (colorless) in high temperature, huge high pressure and reducing environment (usually an anoxic environment). Diamond yield is very small, usually colorless crystals, with a high degree of refractive properties, can reflect the colorful luster. Diamonds can be used not only as jewelry, but also as advanced cutting and grinding materials in industry. The chemical properties of diamonds are very stable, and they are not easily soluble in acid and alkali at room temperature, and acid and alkali will not affect them. Diamonds are oleophilic and hydrophobic, so in the maintenance of diamond jewelry, it is emphasized to avoid placing diamonds in a heavy oil environment that affects the fire of diamond jewelry.