Surfaces, both water/air and solid/water, play an important role in mediating a multitude of
processes central to atmospheric chemistry, particularly in the aerosol phase. However, the …

Droplet interfaces are instrumental in processes of biology, engineering, production, and
environmental systems. The chemical and physical properties of heterogeneous interfaces …

Aerosol droplets are unique microcompartments with relevance to areas as diverse as
materials and chemical synthesis, atmospheric chemistry, and cloud formation. Observations …

Dye-contaminated wastewater poses serious environmental risks to ecosystems and human
health. Diatoms, algae with nanoporous frustules (cell walls), offer promising potential for …

Quantitative characterization of the surface of microdroplets is important to understanding
and predicting numerous chemical and physical processes, such as cloud droplet formation …

In the present study the generation of non-linear optical (NLO) effects, such as second
harmonic generation (SHG), by black carbon particles, also named soot, and by other types …

Porphyrins and their derivatives have drawn extensive attention as promising nonlinear
optical (NLO) materials especially for biological applications owing to its large aromatic …

The stability of nanoparticles suspended in a solution, known as colloids, is crucial for their
application in drug delivery systems, the solution processibility required for drop-casting …

地球の大気環境は気相, 液相, 固相, それらの境界相 (界面, interface) によって構成されている.
気相は, 基本的に均質 (均一) とみなしてよい反応場である. 一方で, 溶媒と溶質分子が分子レベルで …