Dynamic Light Scattering is an optical technique that derives particle size from the time-dependent fluctuations of light scattered by Brownian particles [1]. Multiangle static and dynamic measurements in the intermediate angle range sharpen what the correlation function can resolve [1]. Tandem use of dynamic light scattering with optical microscopy offers an attractive alternative for sizing oleosomes [2]. In chiral liquid crystals, the method reveals the structural properties of ferrielectric phases through their fluctuation spectra [3]. Electrorotational light scattering extends the measurement to inherent particle properties beyond size [4]. The static and dynamic properties of multiple scattering define the regime where light changes direction many times before detection [5].
- photon correlation spectroscopy
- particle size
- static light scattering
- brownian motion
- liquid crystal
- oleosome
Electromagnetic Scattering and Analysis·Atomic and Molecular Physics, and Optics·Physics and Astronomy·Physical Sciences
References
- Tamborini, E.; Cipelletti, L. Multiangle static and dynamic light scattering in the intermediate scattering angle range. Review of Scientific Instruments 2012, 83, 093106. [CrossRef]
- Yuli, I.; Ben Yakov, L.; Gliksberg, A.; Salama, P. Dynamic vs. Static Light Scattering: Evaluating the Tandem Use of Dynamic Light Scattering and Optical Microscopy as an Attractive Alternative for Oleosomes Size Characterization. Cosmetics 2025, 12, 158. [CrossRef]
- Konovalov, D.; Nguyen, H.T.; Čopič, M.; Sprunt, S. Structural properties of the ferrielectric phases of a chiral liquid crystal revealed by dynamic light scattering. Physical Review E 2001, 64, 010704. [CrossRef]
- Prüger, B.; Eppmann, P.; Donath, E.; Gimsa, J. Measurement of inherent particle properties by dynamic light scattering: introducing electrorotational light scattering. Biophysical Journal 1997, 72, 1414-1424. [CrossRef]
- Štěpánek, P. Static and dynamic properties of multiple light scattering. The Journal of Chemical Physics 1993, 99, 6384-6393. [CrossRef]