<p>(A) The TEM morphology of nano-size DPG particles; (a) Nano-size DPG particles with an average size of approximately 108 nm; (B) The TEM morphology of micron-size DPG particles; (b) Nano-size DPG particles with an average size of approximately 5.6 µm; (C) mm-Size DPG particles with an average size of approximately 3.2 mm.</p
<p>Image reveals particles of varying size and shape with an average particle diameter of 17.46</p
<p>(a) SEM scan showed the NPs with spherical shape and smooth surface. (b) Nanoparticle size was an...
<p>PEGylated DSPC lipsome (black), SWNH(-CH<sub>2</sub>-CH<sub>2</sub>-COOH)<sub>x</sub> (red), pacl...
<p>(A): SEM images of DPG particles at 40,000× magnification; (a): SEM images of DPG particles at 10...
<p>Nanoparticles were prepared by nanoprecipitation method. The prepared nanoparticles were subjecte...
<p>a) the bulk gels (formula: 0.6 % PAM + 1.6% cross-linker) were milled at 3000 rpm for 6 min; b) t...
<p>A. The table shows the diameters of the commercially available NPs used in this study, measured b...
<p>Palladium nanoparticles with a size distribution of 2.0±0.2 nm (A), 2.5±0.1 nm (B) and 3.1±0.1 nm...
<p>Dex-NPs with a 55% (A) and 33% (B) degree of substitution (10 μg/ml and 100 μg/ml) referred to pu...
<p>SEM image and particle size distribution of PEG-coated (a) & (b) PLGA 50∶50 and (c) & (d) PLGA 75...
<p>The size distributions obtained with the numerical results and the experimental methods at 2/min ...
<p>The size distributions obtained with the numerical results and the experimental methods at 8/min ...
The particle size distribution (PSD) of a polydisperse or multimodal system can often be difficult t...
<p>Particle size distribution of CIP encapsulated in PLGA magnetic microparticles (A) and nanopartic...
<p>The individual graphs demonstrate the particles size of OAgNPs (A) and PAgNPs (B) counted using t...
<p>Image reveals particles of varying size and shape with an average particle diameter of 17.46</p
<p>(a) SEM scan showed the NPs with spherical shape and smooth surface. (b) Nanoparticle size was an...
<p>PEGylated DSPC lipsome (black), SWNH(-CH<sub>2</sub>-CH<sub>2</sub>-COOH)<sub>x</sub> (red), pacl...
<p>(A): SEM images of DPG particles at 40,000× magnification; (a): SEM images of DPG particles at 10...
<p>Nanoparticles were prepared by nanoprecipitation method. The prepared nanoparticles were subjecte...
<p>a) the bulk gels (formula: 0.6 % PAM + 1.6% cross-linker) were milled at 3000 rpm for 6 min; b) t...
<p>A. The table shows the diameters of the commercially available NPs used in this study, measured b...
<p>Palladium nanoparticles with a size distribution of 2.0±0.2 nm (A), 2.5±0.1 nm (B) and 3.1±0.1 nm...
<p>Dex-NPs with a 55% (A) and 33% (B) degree of substitution (10 μg/ml and 100 μg/ml) referred to pu...
<p>SEM image and particle size distribution of PEG-coated (a) & (b) PLGA 50∶50 and (c) & (d) PLGA 75...
<p>The size distributions obtained with the numerical results and the experimental methods at 2/min ...
<p>The size distributions obtained with the numerical results and the experimental methods at 8/min ...
The particle size distribution (PSD) of a polydisperse or multimodal system can often be difficult t...
<p>Particle size distribution of CIP encapsulated in PLGA magnetic microparticles (A) and nanopartic...
<p>The individual graphs demonstrate the particles size of OAgNPs (A) and PAgNPs (B) counted using t...
<p>Image reveals particles of varying size and shape with an average particle diameter of 17.46</p
<p>(a) SEM scan showed the NPs with spherical shape and smooth surface. (b) Nanoparticle size was an...
<p>PEGylated DSPC lipsome (black), SWNH(-CH<sub>2</sub>-CH<sub>2</sub>-COOH)<sub>x</sub> (red), pacl...
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