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(a) Schematic of NIPAM aerosol generation and subsequent heat treatment. (b) Computed velocity and temperature contours of NIPAM aerosol flow in the tube furnace.
Results for NIPAM aerosol nanoparticles. (a) Size distributions of NIPAM particles with different furnace wall temperatures. (b) Size distribution changes ofNIPAM particles with increasing furnace temperature. (c) SEM images of NIPAM particles with increasing furnace temperature.
Size distributions of NIPAM aerosol particles with different NIPAM solution concentrations.
Results for hybrid nanogels of NIPAM and iron nanoparticles. (a) In situ fabrication of the hybrid nanogels by a serial aerosol reactor consisting of a spark generator and a collison atomizer. (b) Size distributions of NIPAM, iron, and hybrid nanogel particles. (c) TEM images of NIPAM, iron, and hybrid nanogel particles. (d) FTIR spectra of NIPAM and hybrid nanogel particles.
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