As a strongly correlated electron material, vanadium dioxide (VO 2) has been a focus of
research since its discovery in 1959, owing to its well-known metal–insulator transition …

Le dioxyde de vanadium présente une transition métal–isolant (TMI) du premier ordre à 340
K (= TMI) d'une structure rutile (R) à une structure monoclinique (M1). Le mécanisme de …

Vanadium dioxide is an unusual material that undergoes a first-order Metal–Insulator
Transition (MIT) at 340 K, attracting considerable interest for its intrinsic properties and its …

As a typical correlated oxide, VO 2 has attracted significant attentions due to its pronounced
thermal-driven metal-insulator transition. Regulating electronic density through electron …

Vanadium dioxide (VO2) is a typical metal-insulator transition (MIT) material, which changes
from room-temperature monoclinic insulating phase to high-temperature rutile metallic …

The peculiarities in the electronic structure of the seemingly simple binary vanadium oxide
VO2, as manifested in a pronounced metal− insulator phase transition in proximity to room …

Metal-to-insulator transition (MIT) behaviors accompanied by a rapid reversible phase
transition in vanadium dioxide (VO2) have gained substantial attention for investigations into …

The metal insulator transition (MIT) in vanadium dioxide (VO 2) has been an important topic
for recent years. It has been generally agreed upon that the mechanism of the MIT in bulk …

Vanadium dioxide (VO 2), with the first-order metal-insulator phase transition at near room
temperature, has attracted increasing attention in the past few decades. With rapid electrical …

We present a theoretical investigation of the electronic structure of rutile (metallic) and M 1
and M 2 monoclinic (insulating) phases of VO 2 employing a fully self-consistent …