-transparent.png){kind=logo}
Microscopy is a useful and direct method for measuring the particle size of a suspension because, in addition to the particle size and size distribution, it provides visual detection of the shape and state of aggregation of the particles in the suspension. However, this method suffers from the shortcomings of being tedious and time consuming. In this study, a light-scattering particle size analyzer was used to determine the particle size and size distribution of a flocculated suspension. The sonication of the sample prior to and during measurement was found to be critical in ensuring that data are representative of the size distribution of the primary particles of the suspension. The light-scattering results were further confirmed by data generated using a polarized light microscope equipped with an image analyzer.
A Bommireddi, and
L C Li, and
D Stephens, and
D Robinson, and
E Ginsburg
August 2000,
Drug development and industrial pharmacy,
A Bommireddi, and
L C Li, and
D Stephens, and
D Robinson, and
E Ginsburg
January 2005,
Acta pharmaceutica Hungarica,
A Bommireddi, and
L C Li, and
D Stephens, and
D Robinson, and
E Ginsburg
May 1947,
Canadian journal of research,
A Bommireddi, and
L C Li, and
D Stephens, and
D Robinson, and
E Ginsburg
April 2015,
Applied optics,
A Bommireddi, and
L C Li, and
D Stephens, and
D Robinson, and
E Ginsburg
August 1979,
Yao xue xue bao = Acta pharmaceutica Sinica,
A Bommireddi, and
L C Li, and
D Stephens, and
D Robinson, and
E Ginsburg
March 2016,
Guang pu xue yu guang pu fen xi = Guang pu,
A Bommireddi, and
L C Li, and
D Stephens, and
D Robinson, and
E Ginsburg
March 1973,
Applied optics,
A Bommireddi, and
L C Li, and
D Stephens, and
D Robinson, and
E Ginsburg
March 2001,
Applied optics,
A Bommireddi, and
L C Li, and
D Stephens, and
D Robinson, and
E Ginsburg
February 1972,
Applied optics,
A Bommireddi, and
L C Li, and
D Stephens, and
D Robinson, and
E Ginsburg
December 2009,
The Review of scientific instruments,
