Abstract 1D nanoconfined chemical reactions generally exhibit enhanced performance, as a
consequence of nanoconfinement, yet the inherent mechanism of this nanoconfinement …

Fabrication of ultra-thin gold (Au) layers (UTGLs) has been regarded as the key technique to
achieve applications with tunable optical response, flexible sensors and electronic devices …

The catalytic dehydrogenation of alkanes constitutes a key step for the industrial conversion
of these inert sp3-bonded carbon chains into other valuable unsaturated chemicals. To this …

The quantum-confined superfluid (QSF) concept has been proposed for ultrafast mass
transport, which is mainly related to the orderly flow of fluid in a nanoconfined space …

A heterogeneous catalytic process involves many surface elementary steps that affect the
overall catalytic performance in one way or another. In general, a high‐performance …

This work reports our results on the theoretical investigation of the Ag (110)/Au (110)
interface system using periodic density functional theory within the generalized gradient …

[EN] The hydrocarbon family comprises all those organic molecules that are constituted
exclusively of carbon and hydrogen atoms. Thanks to the remarkable versatility of the …

Selective C–H bond activation of polycyclic aromatic hydrocarbons is challenging due to the
relatively high bond dissociation energy and the existence of multiple equivalent C–H sites …

Fabrication of ultra-thin gold (Au) layers (UTGLs) has been regarded as the key technique to
achieve applications with tunable optical response, flexible sensors and electronic devices …

由于纳米限域效应, 不同维度下纳米限域化学反应通常表现出优异的反应性能,
然而纳米限域增**反应性能的本质机理尚不明确. 本文首先给出纳米限域化学反应以及纳米限域 …