A more comprehensive understanding of the impact of artificial intelligence (AI) on energy
transition and carbon emissions could help to use AI to achieve carbon neutrality. To this …

Interfacial electron transfer (IET) is essential for chemical and biological transformation of
pollutants, operative across diverse lengths and time scales. This Perspective presents an …

The reduction of carbon emissions in the power sector is a key step towards achieving the
carbon neutrality target. This study explores the optimal investment strategy for power …

Overall water splitting, as a critical approach to producing green hydrogen, is greatly
impeded by the mass transfer of gaseous bubbles and dissolved gas molecules. Herein, a …

Actively promoting city's energy transition is crucial for achieving SDG-7 and SDG-13.
Taking the establishment of New Energy Demonstration Cities (NEDC) in China as a quasi …

As the decarbonization of the electric power sector gathers pace, electric power systems will
need to evolve in multiple ways: larger amounts of intermittent renewables will need to be …

China's iron and steel sector has experienced a significant rise in CO 2 emissions over
recent decades, largely due to complex interplays among energy use, material demand, and …

With the increasing fragmentation of global production, China's participation in cross-border
production sharing activities has had a considerable impact on the nation's economy and …

Purpose The ongoing paradigm shift in the energy sector holds paramount implications for
the realization of the sustainable development goals, encompassing critical domains such …

Abstract Strontium-90 (90 Sr) has a long half-life (t 1/2= 28.8 years) and high β− decay
energy (decay energy= 0.546 MeV), making it a hazardous radioactive pollutant. Various …