“…Therefore, under the practical conditions of a high S loading (>5.0 mg cm −2 ), a low electrolyte/sulfur (E/S) ratio (<3.0 µL mgs −1 ), and a limited Li anode (<50 µm), protecting lithium anode from the side reactions and inhibiting the growth of lithium dendrite are the key for pushing forward the further development of LSB. [330,331] So far, people have proposed a variety of strategies to achieve high-performance lithium metal anodes, including electrolyte modification [332,333] and binder design, forming an ion/electron conductor layer on Li-metal anode, [334] and preparing 3D conductive frameworks and lithiophilic hosts with sophisticated architectures. [288,335] The overall purpose is to enhance the stability of reaction interface and pursue uniform Li deposition to prevent the formation of lithium dendrites.…”