Optical super-resolution imaging has gained momentum in investigations of heterogeneous
and homogeneous chemical reactions at the single-molecule level. Thanks to its exceptional …

Photothermal spectroscopy, a remarkable detection method that can analyze microscale
objects in a noninvasive and nondestructive manner, has been successfully coupled with …

Fundamental understanding of ion transport phenomena in nanopores is crucial for
designing the next-generation nanofluidic devices. Due to surface reactions of dissociable …

Engineering using liquids confined in channels 10− 1000 nm in dimension, or “extended-
nanofluidics,” is the next target of microfluidic science. Liquid properties at this scale were …

In the work, we showed that the use of nanoemitters (tip dimension< 1 μm, typically∼ 100
nm) could dramatically reduce the nonspecific metal adduction to peptide or protein ions as …

Carbocations are important electrophilic intermediates in organic chemistry, but their
formation typically requires harsh conditions such as extremely low pH, elevated …

Activated carbon (AC), prepared from dried loofah sponge, was supported on nickel foam to
fabricate AC/Ni electrodes. The characteristics of ammonium electrosorption on AC/Ni …

Understanding liquid structure and the electrical properties of liquids confined in extended
nanospaces (10–1000 nm) is important for nanofluidics and nanochemistry. To understand …

Two-dimensional material nanochannels with molecular-scale confinement can be
constructed by Van der Waals assembly and show unexpected fluid transport phenomena …

In-situ measurement of streaming currents in a single nanochannel with femtoliter-scale
volumes is achieved using an elaborately designed and fabricated glass nanofluidic chip …