Corrections to “Regulating the Electronic Configuration of Spinel Zinc Manganate Derived from Metal–Organic Frameworks: Controlled Synthesis and Application in Anode Materials for Lithium-Ion Batteries”

Abstract

Metrics & MoreArticle RecommendationsI n the original version of the Supporting Information, there is a mistake in the description of the GITT measurement that is caused by the typesetting error of m B and M B constants: "m B is the molecular weight, V M is the molar volume, and S and M B are the electrode surface area and mass of the active material." The revised version is as follows: "M B is the molecular weight, V M is the molar volume, and S and m B are the electrode surface area and mass of the active material." This correction does not alter the conclusions of this work.

Phase Evolution of Multi‐Metal Dichalcogenides With Conversion‐Alloying Hybrid Mechanism for Superior Lithium Storage

“…This phase evolution can alter the porosity of the active material and modify its specific surface area, contributing to improved reaction kinetics and more exposed active sites, thereby facilitating an increase in specific capacity. [26] Bearing this "activation effect" in capacity, the CZTSSe anode affords an admirable discharge capacity of 116 mA h g −1 even at an ultrahigh rate of 20 A g −1 , along with remarkable cycling stability of 87.8% capacity retention after 10 000 cycles (Figure 2f). The reversible capacity after a certain number of cycles of the CZTSSe anode is compared with those of other anode materials reported in the literature, as shown in Figure 2g; Table S4, Supporting Information.…”