Sentence examples for resolved temperature from inspiring English sources

Detailed model analysis and spatially resolved temperature and concentration profiles within the honeycomb channels demonstrate the concept.

An infrared microscope was used to produce temporally and spatially resolved temperature maps of the surface during heating.

The experimental results are highly spatially resolved temperature and species data from the Cambridge Sandia swirl burner.

Laser-induced phosphorescence is used to measure surface temperatures, with Mg4GeO6F Mn as the excitation phosphor, creating a spatially resolved temperature map.

This approach has the advantage of having highly spatially resolved temperature and flow fields and therefore being able of determining heat fluxes.

Planar Laser Induced Fluorescence (PLIF) and Particle Image Velocimetry (PIV) techniques are applied to obtain spatially and temporally resolved temperature and velocity fields within the HX channels.

Spectrally-resolved line-of-sight soot radiation emission measurements were used to obtain radially resolved temperatures and soot volume fractions by using an Abel type inversion algorithm.

Their decomposition behaviors were studied using a home-made time resolved temperature-jump/time-of-flight mass spectrometer (T-Jump/TOFMS), which identified a single step decomposition for all oxides at high heating rates (∼105 K/s).

The fluorescent images of the rings reveal the extent of heating to the surrounding chip due to the applied current while resolving temperature gradients over length scales of less than 500 nm.

The accuracy with which the thermal camera could resolve temperature was empirically determined by imaging a black body radiator made from a 5 mm diameter sphere of Blue-Tack (Bostik Ltd, Thomastown, Victoria, Australia) which was then coloured matt black with Sharpie permanent marker (ACME, USA) [6].

It is found that the core shell structured hexagonal (NaYF4:20%Yb3+,2%Er3+)@NaYF4 UCNPs are more suitable for temperature sensing due to the higher brightness; they have the ability to resolve temperature differences of less than 0.5 °C in the physiological range between 20 and 45 °C.