Silicon carbide (SiC) particles used in long-duration industrial applications releases potentially hazardous dust which can also change the bulk material quality. However, most dustiness tests do not study dust released over long durations nor do they measure the effect of dust generation on the bulk powder as they emulate applications lasting for short duration (few seconds to minutes) which has minimal effect on the bulk sample. In this study, we test the number and mass dustiness of two different samples of SiC powders with median particle sizes (x50) of 66 µm and 38 µm, over six hours using a vortex shaker. The dust generation mechanism might include the release of aerosols due to the attrition of particles owing to inter-particle and p...
This study explores the relationship between the bulk and grain-scale properties of powders and dust...
This study explores the relationship between the bulk and grain-scale properties of powders and dust...
This study explores the relationship between the bulk and grain-scale properties of powders and dust...
Silicon carbide (SiC) particles used in long-duration industrial applications releases potentially h...
Silicon carbide (SiC) particles used in long-duration industrial applications releases potentially h...
Most dustiness studies do not measure dust release over long durations, nor do they characterize the...
Most dustiness studies do not measure dust release over long durations, nor do they characterize the...
Silicon carbide (SiC) particles used in long-duration industrial applications releases potentially h...
Most dustiness studies do not measure dust release over long durations, nor do they characterize the...
Silicon carbide (SiC) particles used in long-duration industrial applications releases potentially h...
Silicon carbide (SiC) powders have been recently adopted as a heat transfer and storage fluid (HTF) ...
The dust released from granular materials in industries, so called aerosolisation, can have a negati...
The dust released from granular materials in industries, so called aerosolisation, can have a negati...
International audienceHandling and processing of granular material release fine solid dust particles...
International audienceSiC powders have recently been used as a heat transfer and storage fluid (HTF)...
This study explores the relationship between the bulk and grain-scale properties of powders and dust...
This study explores the relationship between the bulk and grain-scale properties of powders and dust...
This study explores the relationship between the bulk and grain-scale properties of powders and dust...
Silicon carbide (SiC) particles used in long-duration industrial applications releases potentially h...
Silicon carbide (SiC) particles used in long-duration industrial applications releases potentially h...
Most dustiness studies do not measure dust release over long durations, nor do they characterize the...
Most dustiness studies do not measure dust release over long durations, nor do they characterize the...
Silicon carbide (SiC) particles used in long-duration industrial applications releases potentially h...
Most dustiness studies do not measure dust release over long durations, nor do they characterize the...
Silicon carbide (SiC) particles used in long-duration industrial applications releases potentially h...
Silicon carbide (SiC) powders have been recently adopted as a heat transfer and storage fluid (HTF) ...
The dust released from granular materials in industries, so called aerosolisation, can have a negati...
The dust released from granular materials in industries, so called aerosolisation, can have a negati...
International audienceHandling and processing of granular material release fine solid dust particles...
International audienceSiC powders have recently been used as a heat transfer and storage fluid (HTF)...
This study explores the relationship between the bulk and grain-scale properties of powders and dust...
This study explores the relationship between the bulk and grain-scale properties of powders and dust...
This study explores the relationship between the bulk and grain-scale properties of powders and dust...