While sulphur dioxide (SO 2) is known for its toxicity, numerous effective countermeasures
were innovated to alleviate its hazards towards the environment. In particular, catalytic …

Plasma-catalysis has attracted great attentions in environmental/energy-related fields, but
the synergetic mechanism still suffers intractable defects. Key issues are that what kind of …

A FRET-based ratiometric dual-response fluorescent probe, CQI, constructed by combining
quinolinium-indole as the acceptor and coumarin as the donor, was developed for sensing …

Nonthermal plasma activation of N2 can facilitate nitrogen adsorption on metal catalysts at
low bulk temperatures and atmospheric pressure. We apply a plasma-assisted temperature …

Air pollution sourced from untreated sulfur dioxide-rich flue gas is one of the major
environmental and human health issues. Throughout the years, many sulfur dioxide removal …

Abnormal sulfur dioxide (SO 2) and microenvironmental viscosity are detrimental to human
health, so the effective monitoring of these indicators in relevant foods and organisms is of …

Nonthermal plasma activation of light alkanes is an encouraging decarbonization strategy to
produce chemicals or fuels from abundant and/or flared carbon sources. However, prolific …

Plasma-assisted catalysis is an emerging technology for the atmospheric pressure and low
bulk gas temperature synthesis of ammonia from molecular nitrogen and hydrogen. Direct …

Boosting plasma-catalyst synergy to enhance volatile organic compounds (VOCs)
decomposition remains a challenge. Herein, rich oxygen vacancies (VO) were engineered …

Plasma-surface coupling has emerged as a promising approach to perform chemical
transformations under mild conditions that are otherwise difficult or impossible thermally …