Interface effect on promoting reversible conversion for Na2Se in the metal selenide as sodium ion ba

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The rapid development of modern electronic devices has promoted more research in the field of high energy-density storage devices [1].Lithium ion batteries (LIBs) have been widely used in electronic devices and hybrid electric vehicles since their successful commercialization by Sony [2,3].However,the scarcity and high price of lithium have constrained its further application in largescale energy storage systems [4,5].Consequently,it is very important to explore new energy storage devices that can replace LIBs.Among a range of potential energy storage materials,sodium ion batteries (SIBs) are considered to be the most promising alternative to LIBs due to low cost,abundance of sodium,high degree of safety and electrochemical properties similar to LIBs [6-8].
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