Thin-film thermocouples are used as temperature detection components in aircraft engines.
However, the preparation of traditional thin-film thermocouples is complex, and their high …

Various ITO thin films were deposited by RF magnetron sputtering with different nitrogen
partial pressure (NPP) of 10%∼ 40% to quantitatively modify their high temperatures …

Electrical insulation and adhesion are two vital aspects for the integrated thin film sensors
with Ni-based superalloy substrates. In this paper, nanocrystalline yttria-stabilized …

Ceramic thermocouples are being developed to replace noble‐metal thermocouples that
are unable to withstand the harsh environments inside the hot sections of turbine engines …

Nitrogen doped indium oxide (InON) and indium tin oxide (ITON) thin films were fabricated
with reactive sputtering in nitrogen-rich plasmas for high temperature thermocouples …

Two-step mixed atmosphere annealing was developed to enhance the stability of the
nitrogen-doped ITO (ITON) thin films at high temperatures. The ITON thin films were first …

When an ITO thin-film strain gauge is applied on turbine engine blades, a protective layer
must be included to prevent the oxidation of the ITO thin-film sensitive material. In this study …

ITO is drawing enormous attention in fabrication of thin film strain gauges (TFSGs) due to its
excellent oxidation resistance, high melting point and great piezoresistivity. However, the …

ITO: Zr thin films were deposited on glass substrates by co-sputtering with an ITO target and
a zirconium target. The experiment parameters such as substrate temperature and oxygen …

Indium tin oxide (ITO) is a promising sensitive material for ultra-high temperature thin-film
sensors (UTTSs) applied in thermal and mechanical parameters test in hot section parts …