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Benefits of using light scattering for measuring nanoparticles
The small size of nanoparticles confers novel optical, electronic, thermal and chemical properties on them. Measuring their size is therefore critical to understanding these materials.
Zeta potential is a critical parameter that determines nanoparticle stability or aggregation in a dispersion, so control of this parameter can have important implications on product performance.
Light scattering, especially dynamic light scattering, and electrophoretic light scattering are now the standard techniques for measuring the size and zeta potential of dispersed nanoparticles.
Our market leading Zetasizer systems are fast, reliable and simple to use, giving you accurate and reproducible information about your samples.
Malvern solutions for Nanoparticles
Characterizing Nanoparticles with Light Scattering Techniques
Presentation on the subject of "Characterizing Nanoparticles with Light Scattering Techniques"
Electrokinetic Characterization of Functionalized Silica Nanoparticles
Nanoparticles have been used in many biological applications including fluorescent markers and drug delivery.
Sizing Up Nanotechnology
Published in American Laboratory News Feb 2004. Nanoscale science is one of the most dynamic fields of research today...
Characterisation of Colloidal Gold Using Dynamic Light Scattering
Colloidal gold was measured between 2nm and 30nm
