Optical diagnostics for fluid temperature measurements continue to further our
understanding of flows involving heat transfer and/or chemical reactions, which are intrinsic …

The present paper reports on the assessment of single-shot 2D temperature measurements
by thermally assisted OH PLIF for the excitation of the A 2 Σ+–X 2 Π (1–0) band. The …

An automated spectral fitting algorithm (named Thermo NO-LIF) designed for the extraction
of temperature information from experimental NO-LIF spectra is presented and analysed …

A method for measurements of planar temperature distributions based on planar laser-
induced fluorescence (PLIF) of the OH radiacal is described. The technique was developed …

Two-line laser-induced-fluorescence (LIF) thermometry is commonly employed to generate
instantaneous planar maps of temperature in unsteady flames. The use of line scanning to …

The combustor and turbine inlet pressures of modern aviation and power-generation gas
turbine engines can vary between 30 and 50 bar. Innovative diagnostic methods are needed …

An experimental and numerical investigation of a laminar confined and inverse diffusion
flame (IDF) with pure oxygen as oxidizer considering global stoichiometry of partial oxidation …

Temperature measurement in gaseous flows is of significant practical importance for
determining convection coefficients for heat transfer calculations, validating computation …

This study explores temperature fields in ammonia-hydrogen laminar diffusion flames at
atmospheric pressure, employing a two-color NO-PLIF method for experimental analysis of …

The paper presents the results of simulation and experimental study on the efficiency of
selecting a pair of excitation lines of OH hydroxyl radical for the (1− 0) transition for the …