Aerosol phosphor thermometry (APT) is a promising temperature-imaging diagnostic that is
currently being developed for combustion applications. To date, gas-phase APT …

Abstract The phosphor Ce: Ca 3 Sc 2 Si 3 O 12 (Ce: CSSO) was recently investigated for
aerosol phosphor thermometry (APT) and shown to be capable of temperature imaging up to …

Two-dimensional thermographic particle image velocimetry (T-PIV) is presented for the in
situ measurement in optically accessible internal combustion (IC) engines. Temperature and …

As a means of increasing the temperature range of high-precision measurements for aerosol
phosphor thermometry (APT), the co-doped Ce, Pr: LuAG phosphor was investigated for use …

The survivability of two thermographic phosphors, YAG: Pr 3+ and SMP: Sn 2+((Sr, Mg) 3
(PO 4) 2: Sn 2+), in a combustion environment is studied in the post-flame regime of a …

Abstract The Ce, Pr: LuAG phosphor is investigated for use in co-doped aerosol phosphor
thermometry (APT). The phosphor was characterized by measuring the emission intensity for …

The paper presents the results of experimental research into the heating and evaporation of
droplets of water and water-based solutions, emulsions, and slurries. The main focus is on …

This work demonstrates precise aerosol phosphor thermometry (APT) measurements over a
large temperature range by applying scattering-referenced APT (SRAPT) with the phosphor …

Spontaneous Raman scattering from nitrogen is studied in high pressure gases. Collision
frequency increases with increasing gas density, causing spectral lines to broaden due to …

In homogeneous media light propagates uniformly, whereas in fluid flow, light bends due to
phase distortions. Additionally, due to fluid forces and density variation, the refractive indices …