This is a hydroxyapatite sample-2 that was calcinated at 900 degrees Celsius, can you help me describe its morphology based on your experience?
I think my sample is very much aggregated in my SEM, could help describe it?
I think I could see some spherical particles.
Thank you!
Dear friend Ma. Flynne Dagalea
Based on the provided information, it seems that the hydroxyapatite sample-2 that was calcined at 900 degrees Celsius has a highly aggregated surface morphology. The presence of spherical particles may suggest that the hydroxyapatite particles did not uniformly agglomerate, resulting in uneven and irregular surface features. The SEM image may show an uneven distribution of particles, with some regions appearing more dense and others sparser. The calcination process may have caused the particles to shrink and fuse together, leading to the observed aggregation. However, without a visual representation of the sample, it is difficult to provide a more detailed description.
Additionally, Article Physical characterization of fine particulate matter inside ...
andArticle Morphology of single inhalable particle inside public transi...
andPoster Physical Characterization of Fine Particulate Matter inside ...
andPoster Investigation of Scanning Electron Microscopy as a sustainab...
andPoster Morphology of Inhalable particles Inside Urban Transit Bus i...
andArticle Defining Aerosols by physical and chemical characteristics
can be useful references.
Kaushik Shandilya, thank you for response, I will look it this related literature.
The presence of spherical particles may suggest that the hydroxyapatite particles did not uniformly agglomerate, resulting in uneven and irregular surface features. The SEM image may show an uneven distribution of particles, with some regions appearing more dense and others sparser. The calcination process may have caused the particles to shrink and fuse together, leading to the observed aggregation.
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