Hydrophobic treatment enables efficient pneumatic dispersal of silica particles into submicron sizes for SAI (50-85% success vs 10% untreated), with adhesion modeling and aircraft scaling analysis supporting feasibility.
The surface chemistry of amorphous silica
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Efficient dispersal of submicron solid particles for stratospheric aerosol injection
Hydrophobic treatment enables efficient pneumatic dispersal of silica particles into submicron sizes for SAI (50-85% success vs 10% untreated), with adhesion modeling and aircraft scaling analysis supporting feasibility.