Thermal oxidation of any variety produces a higher-quality oxide, with a much cleaner interface, than chemical vapor deposition of oxide resulting in Low Temperature Oxide layer (reaction of TEOS at about 600 °C).
Thermal insulation | thermal conductivity | Solar thermal energy | Paleocene–Eocene Thermal Maximum | Nuclear thermal rocket | Farakka Super Thermal Power Station | Yatağan Thermal Power Plant | Thermal transfer | Thermal shock | Thermal Probe Lithography | Thermal printing | thermal insulation | thermal energy storage | Thermal Emission Spectrometer (TES) | Thermal Emission Spectrometer | Thermal cycler | Thermal conductivity | Swern oxidation | Solar thermal rocket | Ocean thermal energy conversion | Kirchhoff's law of thermal radiation | Journal of Thermal Analysis and Calorimetry | Jones oxidation | In situ chemical oxidation | Feroze Gandhi Unchahar Thermal Power Plant | Early thermal weapons | Dielectric thermal analysis | British thermal unit | Billy Thermal | Beta oxidation |