▎ 摘　　要

NOVELTY - An one-dimensional core-shell structural material has a micro-nano structured graphene modified by tin-carbon/titanium dioxide-boron one-dimensional core shell structural material. The structural material has a support (1), a connecting layer (2), a charge-discharge structure layer (3) and a protective layer (4) which is made of nanowires structure. USE - One-dimensional core-shell structural material is used for lithium-ion battery. ADVANTAGE - The lithium-ion battery containing the one-dimensional core-shell structural material has high electrochemical characteristics and charging and discharging characteristics, and low non-reversible capacity. DETAILED DESCRIPTION - An INDEPENDENT CLAIM is included for one-dimensional core-shell structural material, which involves carrying out ball milling of graphite, centrifugal separation and vacuum-filtering process to obtain highly dispersed micro-nano structured graphene, preparing hydrogen trititanate nanowires or nanotube, dispersing the obtained micro-nano structured graphene and prepared hydrogen trititanate nanowires or nanotube in glucose solution, coating on the support and connecting layer, dispersing the obtained single-layer core-shell structural material, potassium stannate and micro-nano structured graphene in glucose solution, coating on the charge-discharge structure layer, dispersing the obtained double-layer core shell structural material and micro-nano structured graphene in glucose solution, coating on the protective layer to obtain third-layer core-shell structural material, placing the obtained third-layer core-shell structural material into a quartz tube furnace and heating at 500-700 degrees C for 2-3 hours under hydrogen-argon mixed gas atmosphere. DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of one-dimensional core-shell structural material. Support (1) Connecting layer (2) Charge-discharge structure layer (3) Protective layer (4)