The mechanisms governing the modification of the optoelectronic properties of low carrier concentration indium tin oxide (ITO) during reactive laser annealing (ReLaA) are investigated. ReLA combines the advantages of reactive ambient thermal annealing and laser annealing; utilizing laser processing of room...
Lee, "Fabrication of photonic crystal structure on indium tin oxide electrode of GaN-based light-emitting diodes, Physica Status Solidi A, Vol. 208, pp. 480, 2011.Byeon K J, Park H, Cho J Y, Yang K Y, Beak J H, Jung G Y and Lee H 2011 Fabrication of photonic crystal structure ...
13.3.4 Indium tin oxide Indium tin oxide (ITO) is of interest as it is has seen wide spread use as the transparent current spreading electrode for GaN light-emitting diodes and in liquid-crystal displays. In addition, ITO is able to withstand high processing temperatures found in many semicon...
Selected properties of indium-tin-oxide (ITO) films prepared by r.f. diode sputtering have been investigated in consideration of surface morphology, optical properties, crystal structure and phase formation, electrical resistivity and chemical resistance. The ITO films showed low electrical resistivity (...
Indium Tin Oxide, with the chemical formula In2O3·SnO2, has the CAS number 50926-11-9. It is a solid compound that appears as a yellowish-white powder. Indium Tin Oxide has no distinct odor. Its basic structure consists of indium and tin atoms bonded to oxygen atoms. This compound is...
Indium tin oxide films produced by reactive middle frequency magnetron sputtering were annealed in a vacuum. The electrical and optical properties of the film have been studiedin situalong with direct characterization of the crystalline structure. Even in the amorphous state, the film resistivity signif...
Herein, we demonstrate a fully transparent and flexible bimodal sensor using indium tin oxide (ITO), which is embedded in a plastic substrate. For the proposed pressure sensor, the embedded ITO is detached from its Mayan-pyramid-structured silicon mold by an environmentally friendly method which ...
Indium (In) is extensively used in indium tin oxide films, alloys, and semiconductor materials, required for flat panel displays, solders, PV cells, thermal interface material, batteries, and LEDs. The main mining producers of indium are China, Korea, Japan, and Canada (U.S. Geological Survey...
Single-crystal indium tin oxide (ITO) nanotrees with engineered trunk and branch orientations are grown using a recently reported technique combining vapor–liquid–solid growth and glancing angle deposition (VLS-GLAD). In this work, three unique capabilities of VLS-GLAD are demonstrated for the fir...
Later, tin-doped indium oxide, transparent and colorless in thin films, became a main component in liquid crystal, flat panel and plasma displays. Not surprisingly the demand for indium has risen dramatically, and lower-cost alternatives, such as carbon nanotubes and conducting polymers, are b...