127# YouYi Load
DEPARTMENT OF INDUSTRIAL ENGINEERING
Xi'an, 710072
China
Northwestern Polytechnic University (NPU)
Ti3C2Tx, g-C3N4, Heterostructure, Flexible, Supercapacitor
carbon nanofiber, modified biochar, Ni, Co-layered double hydroxides, Electrospinning, Flexible Supercapacitor
carbon nanofiber, modified biochar, Ni, Co-layered double hydroxides, electrospinning, flexible supercapacitor
Ti3C2Tx, Bimetallic oxide, Hollow sphere, Flexible, Supercapacitor, EMA
MXene, interleaved nanosheet structure, CZTS, Anode, Sodium-ion batteries
carbon fiber, MoSe2, Hollow carbon sphere, Electromagnetic absorption
carbon nanofibers, pore regulation, Layered double hydroxides, electromagnetic wave absorption, flexible Zn - ion hybrid supercapacitors
Supercapacitors, hollow carbon nanofibers, electrostatic spraying, flexible device
Microwave absorption, Sandwich structure, Thermal conduction, MoS2
carbon nanofiber, pore regulation, layered double hydroxides, flexible supercapacitor
Structural regulation, Carbon fiber, MoS2, electromagnetic wave absorption
carbon nanofiber, layered double hydroxides, electromagnetic wave absorption, supercapacitor, flexible multifunctional material
Carbon fiber, Magnetic loss, Microwave absorption, Core-shell structure
Energy storage and conversion, nanocomposites, Thin films
Nickel based hydroxide, Carbon fiber flexible material, Electromagnetic wave absorption
Energy storage and conversion, MXene, all-solid-state supercapacitor
Microwave absorption, Sandwich structure, Thermal conduction, Reduced graphene oxide
Microwave absorption, WS2, Carbon fiber, Hollow structure
Carbon quantum dot, Core-shell structure, Electromagnetic wave absorption, Heterojunction interface
in-situ hydrolysis, three-dimensional (3D) network structure, Solid-state lithium metal batteries, composite solid electrolyte
Keywords: Zn-BIM polymer, Nitrogen-doped carbon-based materials, Electromagnetic wave absorption, Dielectric loss.
Poly(ethylene oxide), Solvent-free graphene oxide nanofluid, Solid-state lithium metal batteries, composite solid electrolyte
