… In this work, a novel carbon/bismuth composite is introduced through a novel synthetic … as
precursor for N-doped porous carbon to improve the cycling stability of the bismuth anode. ZIF-…

… with a marvelous energy density of up to 100.89 Wh kg −1 . … to the N-doped carbon skeleton
anchored uniform smaller Bi … Finally, the 1D N-doped porous carbon nanofibers interconnect …

… Bi-based anodes are highly necessary. Herein, Bi nanoparticles encapsulated in N-doped
porous carbon … portable electronic devices due to their high energy density, long service life, …

… Although the energy density of carbon materials is limited by their theoretical capacity,
the use of carbon-based composite materials as an anode results in unexpectedly excellent …

… of their high energy density, high safety, … N-doped porous carbon nanotubes encapsulated
Bi nanobud was prepared by the solvent milling method. The obtained Bi@N-CNT-600 anode …

… g −1 , respectively can be obtained anchored on the mass of Bi NPs/NPC anode. Within the
… More significantly, excellent energy density (E) and power density (P) of this PTCDA//Bi NPs/…

… In this work, a novel carbon/bismuth composite is introduced through a novel synthetic … as
precursor for N-doped porous carbon to improve the cycling stability of the bismuth anode. ZIF-…

… rose-like Bi@N-doped carbon composite obtained by polydopamine coating delivered a
good rate capacity of 250 mA hg –1 at 1.0 A g –1 . (20) Also, a Bi@NC composite prepared by a …

… toward higher energy density [8]. Besides the technological advances, the exploitation of new
… And Li et al. obtained a composite of Bi nanoparticles anchored in N-doped porous carbon …

… This work provides insights into synthesizing N-doped porous carbon framework supported
… test, high-purity nitrogen gas was blown into the cathode compartment and the anode …