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Fuel moisture is the most dynamic component of bushfire fuels.
Fuel moisture content linearly correlates (r2=0.986) to the PM2.5 mass geometric mean diameter (dg).
One of the primary variables affecting ignition and spread of wildfire is fuel moisture content (FMC).
Finally, aspect affects fire spread mainly in forests, probably due to its effects on fuel moisture.
Fuel moisture content primarily affected the temperature response of the fuel and solid phase decomposition.
The simulations replicated severe wildfires observed around the study area, using historic weather and fuel moisture conditions (97th percentile).
The extent of wildfires is influenced mainly by precipitation and temperature, which control biomass growth and fuel moisture.
However, there is some critical point of fuel moisture content when application of torrefaction process is reasonable.
In this work, the effects of operating pressure and fuel moisture content on the net plant efficiency are discussed.
Fuel moisture content (FMC) is used in forest fire danger models to characterise the moisture status of the foliage.
Such systems are designed for firing biomass fuels; however, varying fuel moisture, mostly in the range from 30% to 60%, complicates the automated operation.
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