National Natural Science Foundation of China; China Postdoctoral Science Foundation; Centre national de la recherche scientifique, Franc
The release rate of potassium during biomass combustion significantly influences slagging, fouling, ...
Potassium is a natural catalyst in biomass thermochemical conversion and plays an essential role in ...
This paper reports on a joint numerical and experimental investigation of the release of potassium f...
Combining polarizing-filtered planar laser-induced fluorescence (PLIF) with simultaneous laser absor...
One of the more significant characteristics of solid biomass fuels as compared to coal is the quanti...
This study focuses on the effects of an aluminosilicate additive on the fate of potassium during bio...
AbstractOne of the more significant characteristics of solid biomass fuels as compared to coal is th...
Understanding the release mechanism of potassium (K) is crucial in tackling alkali metal-induced ash...
National Natural Science Foundation of China (51706200), the China Postdoctoral Science Foundation (...
A notable characteristic of solid biomass fuels as compared to coal is their significantly higher po...
AbstractA notable characteristic of solid biomass fuels as compared to coal is their significantly h...
Understanding of the release mechanism of potassium from biomass is crucial to address the detriment...
Two-dimensional laser-induced photofragmentation fluorescence (LIPF) was employed to quantitatively ...
Solid fuels, such as coal and biomass, comprise a large portion of the current annual world energy s...
The ignition and effect of different treatments of pulverized biomass on potassium release were moni...
The release rate of potassium during biomass combustion significantly influences slagging, fouling, ...
Potassium is a natural catalyst in biomass thermochemical conversion and plays an essential role in ...
This paper reports on a joint numerical and experimental investigation of the release of potassium f...
Combining polarizing-filtered planar laser-induced fluorescence (PLIF) with simultaneous laser absor...
One of the more significant characteristics of solid biomass fuels as compared to coal is the quanti...
This study focuses on the effects of an aluminosilicate additive on the fate of potassium during bio...
AbstractOne of the more significant characteristics of solid biomass fuels as compared to coal is th...
Understanding the release mechanism of potassium (K) is crucial in tackling alkali metal-induced ash...
National Natural Science Foundation of China (51706200), the China Postdoctoral Science Foundation (...
A notable characteristic of solid biomass fuels as compared to coal is their significantly higher po...
AbstractA notable characteristic of solid biomass fuels as compared to coal is their significantly h...
Understanding of the release mechanism of potassium from biomass is crucial to address the detriment...
Two-dimensional laser-induced photofragmentation fluorescence (LIPF) was employed to quantitatively ...
Solid fuels, such as coal and biomass, comprise a large portion of the current annual world energy s...
The ignition and effect of different treatments of pulverized biomass on potassium release were moni...
The release rate of potassium during biomass combustion significantly influences slagging, fouling, ...
Potassium is a natural catalyst in biomass thermochemical conversion and plays an essential role in ...
This paper reports on a joint numerical and experimental investigation of the release of potassium f...
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