… is currently an undergraduate student in material engineering in Nanyang Technological
University, Singapore. … His research interest is nanostructured materials for lithium ion batteries. …

… , E o is related to the chemical potentials of lithium ions/atoms in cathode and anode (Equation
4… From the structural engineering perspective, minimizing the ion and electron path length …

… High-entropy oxides (HEOs) are promising conversion-type anode materials for Li-ion …
Herein, we report a rational screening strategy for LIB anodes using precisely tunable HEOs …

… process of LSBs, lithium ions are generated after the oxidation of the lithium metal anode and
… Lithium sulfides are produced when solid sulfur receives the ions and electrons during the …

… We believe that our findings provide a rational reason for the excess amount Li required
for optimization of the synthesis of Ni-rich NCM and offer insight for the simplest design of Ni-rich …

… In this Minireview, we summarize recent progress on rationally designed 1D hollow
nanostructures with versatile architectures, structural/compositional complexity, tailorable …

… and rate capability by rational designs of different nanostructures of … engineering application
on Si anodes in lithium ion batteries. … is the recent progresses in the rational fabrication of Si …

… calls for the rational design of … engineering of additives, by taking sorbide nitrate (SN)
additive as an example. The lone pair electron-rich group enables strong interaction with the Li ion …

… of Li–S batteries. With their unique physical and chemical properties, the rationally designed
… , and have significantly improved the overall performance of Li–S cells. The scope of this …

… Herein, for the first time, we provide new insights into the rational strategy of interdiffusion-…
and residual lithium contents on the surface of NMC91 and the optimum coating ion for this …