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Surface Science Methodology Reveals Relaxation and Failure Mechanisms of Energy Storage Devices

DICP researchers revealed the atmosphere-dependent relaxation and failure mechanisms of ESDs by in situ surface science methodology.

Researchers Observe Marcus Inverted Region of Charge Transfer from Low-dimensional Semiconductor Materials

Scientists observed the Marcus inverted region of charge transfer from low-dimensional semiconductor materials.

Dalian Coherent Light Source Demonstrates Vibrationally Excited Molecular Hydrogen Production from Water Photochemistry

New Concept, Material Scoop Major Awards

"Nano-confined Catalysis" Wins the First Prize of 2020 State Natural Science Award

Original breakthroughs in chemistry and materials science have taken the first prizes of the 2020 State Natural Science Award, the nation's highest academic accolade for basic sciences.

Scientists Capture Electron Transfer Image in Electrocatalysis Process

Scientists established the operando AFM/SKPM/SECM instrumental methodology with nanometer-scale spatial resolution, and revealed the quantitative correlation between the inner potential and the kinetic rate by separating the interference of mass t...