Self-Standing Carbon Nanofiber and SnO2 Nanorod Composite as a High-Capacity and High-Rate-Capability Anode for Lithium-Ion Batteries自立式碳纳米纤维和SnO2纳米棒复合材料作为锂离子电池的高容量和高倍率性能阳极ACS APPLIED NANO MATERIALSIF5.52018-05-2332PREAI
Novel Deep-Eutectic-Solvent-Infused Carbon Nanofiber Networks as High Power Density Green Battery CathodesACS APPLIED MATERIALS & INTERFACESIF8.22018-04-2427PREAI
A Lubricant-Sandwiched Coating with Long-Term Stable Anticorrosion PerformanceLANGMUIRIF3.92018-01-1664PREAI
Facile synthesis of a high electrical and ion conductivity junction-less 3D carbon sponge electrode for self-standing lithium ion battery anodeRSC ADVANCESIF4.62018-01-014OAAI
Enhanced stability of smoothly electrodeposited amorphous Fe2O3@electrospun carbon nanofibers as self-standing anodes for lithium ion batteriesNEW JOURNAL OF CHEMISTRYIF2.52018-01-0120PREAI
Influence of carbonization temperature and press processing on the electrochemical characteristics of self-standing iron oxide/carbon composite electrospun nanofibersRSC ADVANCESIF4.62017-01-0110OAAI
Electrospun nanofiber SLIPS exhibiting high total transparency and scatteringRSC ADVANCESIF4.62016-01-0123OAAI
A biologically inspired attachable, self-standing nanofibrous membrane for versatile use in oil-water separationNANOSCALEIF5.12016-01-0139OAAI
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