@misc{10481/66285,
year = {2020},
month = {11},
url = {http://hdl.handle.net/10481/66285},
abstract = {Rigorous knowledge of the optical fingerprint of droplets is imperative for the
understanding of complex aerosol processes. Here, a Paul trap is operated to store single
semi-volatile organic droplets in air. The droplets are illuminated with a green laser and the elastic
scattering is collected on a CMOS camera. The setup provides excellent performance in terms
of confinement and stability, allowing us to detect size changes of the order of few nanometres.
The stability also allows us to measure vapour pressures with remarkable reproducibility. This
approach supplies a robust method for the optical interrogation in the sub-micron range.},
organization = {Horizon 2020 Framework Programme 	
654109
871115
754446},
organization = {IISTA Research Centre},
organization = {Universidad de Granada 	
C-FQM-410-UGR18},
organization = {Andalusia Regional Government 	
P18-RT-3820},
organization = {Spanish Government

CGL2016-81092-R
CGL2017-90884-REDT
PGC2018-098770-B-I00
RTI2018-097864-BI00},
organization = {Universidad de Granada (Athenea3i)},
publisher = {Optical Soc Amer},
title = {Testing a Paul trap through determining the evaporation rate of levitated single semi-volatile organic droplets},
doi = {10.1364/OE.410590},
author = {Valenzuela, A. and Rica Alarcón, Raúl Alberto and Olmo Reyes, Francisco José and Alados Arboledas, Lucas},
}