Linear relationship

Engineering

Reducing atmosphere

Statistics

Metallurgy

Materials science

Mineralogy

Coal

Waste management

Thermodynamics

Physics

Spectrum analyzer

Organic chemistry

Mathematics

Optics

Flow (mathematics)

Environmental chemistry

Environmental science

Fly ash

Composite material

Analytical Chemistry (journal)

Ionic bonding

Sulfur

Chemistry

Atmosphere (unit)

Mechanics

Atmospheric temperature range

Linear correlation

Applied Thermal Engineering

To investigate the correlation between ash flow temperature (FT) and its average mole ionic potential (Iaverage), the FT of ten coals were tested by ash fusion temperature analyzer, and ash compositions were analyzed on an X-ray fluorescence spectrometry. An approximately linear relationship between the FT and its Iaverage was found: FT=509.12+17.98Iaverage, and its R-squared value was 0.9054. The experimental FTs were all consistent with the linear relationship in the range of measuring error. The correlation might be more accurate among low sulfur and low calcium coal.

Correlation between ash flow temperature and its ionic potentials under reducing atmosphere