We present a broad assessment on the studies of optically-trapped single airborne aerosol
particles, particularly chemical aerosol particles, using laser technologies. To date …

In this study, to investigate the equilibrium morphology of liquid–liquid phase-separated
droplets in air, a temperature-responsive ionic liquid (IL) showing lower critical solution …

A single liquid droplet in the air generated by ultrasonic levitation provides such analytical
advantages as a small sample volume (~ μL) for expensive proteins, container-free …

Understanding the behavior of water in extreme environments is crucial in assessing its
habitability potential. This study investigates the water uptake and release of nitrate and …

Sodium chloride (NaCl) is the main constituent of sea-salt aerosols. During atmospheric
transport, sea-salt aerosols can interact with gases and other particles including secondary …

Confocal Raman microspectroscopy (RMS) is a powerful technique for the chemical
analysis of atmospheric particles, whether homogeneous or heterogeneous. It can …

The reaction of sea salt (or biomass burning) particles with sulfuric acid and nitric acid leads
to the displacement of chloride relative to sodium (or potassium). We have developed a new …

抄録 When micrometer-sized water droplets are levitated in air, thermodynamic metastable
states are stable for a long time because they are not affected by the solid surface that …

We present a broad assessment on the studies of optically-trapped single airborne aerosol
particles, particularly chemical aerosol particles, using laser technologies. To date …

抄録 Airborne transmission of virus-laden respiratory droplets has drawn a great deal of
attention since the outbreak of COVID-19. Ambient relative humidity is the key factor …