Sodium-ion batteries have received a surge of interests for the alternatives to lithium-ion
batteries due to their abundant reserves and low cost. The quest of reliable and high …

Although LiV3O8 is regarded as a potential cathode candidate for rechargeable lithium
batteries, it has been restricted by its weak dissolution and lattice structure change. Here …

Abstract LiV 3 O 8/polythiophene (LiV 3 O 8/PTh) composite has been chemically
synthesized via an in-situ oxidative polymerization method. The structure and morphology of …

Polyaniline–LiV3O8 (PANI–LiV3O8) nanocomposite has been chemically synthesized by an
oxidative polymerization. The structure and performance of the sample have been …

Boron was doped into lithium trivanadate through an aqueous reaction process followed by
heating at 100° C. The B-LiV3O8 materials as a cathode in lithium batteries exhibits a …

Li1. 15V3O8 nanobelts with length 3 μm, width 200 nm and 20–50 nm in thickness are
prepared on a large scale by a tartaric acid-assisted sol–gel technique. They show greater …

LiV3O8 cathode has been synthesized by two simple low temperature methods without
involving the melting of V2O5 and characterized by X-ray diffraction, scanning electron …

LiV3O8/polytriphenylamine composites are synthesized by a chemical oxidative
polymerization process and applied as cathode materials for rechargeable lithium batteries …

LiV3O8–Polypyrrole (LiV3O8–PPy) composite has been chemically synthesized by an
oxidative polymerization of pyrrole monomer on the surface of LiV3O8 using ferric chloride …

Abstract LiV 3 O 8/poly (3, 4-ethylenedioxythiophene)(LVO/PEDOT) composites were
synthesized via an in-situ oxidative polymerization process. X-ray diffraction, scanning …