因材施教法在英才班教学中的试行. (7):

Iron-nitrogen-carbon species boosting fast conversion kinetics of Fe1-xS@C nanorods as high rate anodes for lithium ion batteries. (338):

Immobilizing and boosting lithium polyselenide conversion via a WSe2/WO2 heterostructure engineering strategy for lithium-selenium batteries.11(7):

The origin of anode-electrolyte interfacial passivation in rechargeable Mg-metal batteries.16(3):

Intercalation species regulation in layered vanadium oxide scaffolds enables long cycle life Mg-metal anodes.466( ):

Construction of a robust solid electrolyte interphase on Ge anode to achieve a superior long-term cycle life of lithium-ion battery.954( ):

Growth confinement and ion transportation acceleration via an in-situ formed Bi4Se3 layer for potassium ion battery anodes.621( ):

Functional anti-corrosive and anti-bacterial surface coatings based on cuprous oxide/polyaniline microcomposites.216(wu):

Gradient-tailored and heterointerface-rich architectures enable superior Li-ion storage performances of GeS2@NiS@N-doped carbon microspheres.605( ):

Regulating solvation shells and interfacial chemistry in zinc-ion batteries using glutaronitrile based electrolyte.10(27):