In additive manufacturing (3D printing) and powder metallurgy, the focus is on achieving and managing high flow dynamics . High Powder Flow Dynamics:
Heat fusion (sintering) or compression transforms "green parts" into hardened solids. Mining: High Powder Factor High Powder
Achieved by mixing different particle sizes (e.g., trimodal distributions) to fill voids. High Powder
High-dose powders are critical for treating lung infections or systemic diseases where large amounts of medication must reach the deep lungs. Delivered doses ≥is greater than or equal to Challenges: Fine particles (
Increased feed rates (up to 40.2 g/min) can stabilize particle trajectories.
In additive manufacturing (3D printing) and powder metallurgy, the focus is on achieving and managing high flow dynamics . High Powder Flow Dynamics:
Heat fusion (sintering) or compression transforms "green parts" into hardened solids. Mining: High Powder Factor
Achieved by mixing different particle sizes (e.g., trimodal distributions) to fill voids.
High-dose powders are critical for treating lung infections or systemic diseases where large amounts of medication must reach the deep lungs. Delivered doses ≥is greater than or equal to Challenges: Fine particles (
Increased feed rates (up to 40.2 g/min) can stabilize particle trajectories.