Weidong Fang.Characteristics of Oil-in-Oil Emulsions under AC Electric Fields.[期刊]:Langmuir,2024,40(4):2268-2277 Weidong Fang.Co-effect of Hydrophobicity and Cavities on Flow Characteristics at Microscale.[期刊]:Physics of Fluids,2023,35:123610 Weidong Fang.AC-electric-field-controlled multi-component droplet coalescence at microscale.[期刊]:Lab on a Chip,2023,23(9):2341-2355 Weidong Fang.Development of hydrodynamic and thermal boundary layer in the entrance region with hydrophobic surfaces.[期刊]:International Journal of Heat and Mass Transfer,2025,253:127618 Weidong Fang.Energy-efficient cooling of silicon-based microfluidic chips enabled by integrated microstructural and surface modification strategies.[期刊]:International Journal of Heat and Mass Transfer,2025,254:127632 Zhi Tao,Weidong Fang.Electro-coalescence of heterogeneous paired-droplets under AC electric field.[期刊]:Droplet,2024,2:145 Weidong Fang.Precise Morphology Control of All-organic Core-Shell Droplets for Synthesis of Microencapsulated Phase Change Materials through AC Electric Fields.[期刊]:Journal of Colloid and Interface Science,2025,685:961–974