Luminescence thermometry is a highly promising technique for remotely measuring
temperature. Nowadays, this method is unrivaled, considering its methodology and high …

The luminescence response of Dy3+-doped Ba3MgTa2O9 (BMTO: Dy) between room
temperature and 1100° C was studied in the context of high-temperature thermosensitive …

Phosphor thermometry for surface temperature measurements has become an established
remote thermometry technique. However, measuring at temperatures above 1700 K is still …

The Pr: YAG thermographic phosphor was employed to perform precise single-shot 15-kHz
surface temperature measurements of a thermal barrier-coated 4140 steel substrate located …

The luminescence response of Dy 3+-doped Y 3 NbO 7 (YNO: Dy) was probed between
room temperature and 1000° C. Single-phase YNO: Dy was synthesized via solid-state …

Interfering radiation, such as self-emitting thermal radiation, infrared radiation from heating
sources, and combustion gas radiation, significantly impacts the use of optical thermometry …

Thermal barrier coatings (TBC) applied to pistons have been a recently renewed research
topic in the field of internal combustion engines. Single cylinder testing of a conventional …

Lifetime-based phosphor thermometry has been applied in a wide variety of surface
temperature measurement applications due to its relative ease of implementation and …

Temperature is not only a fundamental aspect of everyday life, but it is also an essential
metric for thermal conversion systems concerning efficiency, emissions, and component …

Up to date, the soot evolution process during hydrocarbon combustion is not fully
understood. This fact basically derives from the simultaneous interplay of numerous …