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xiejf專家顧問 (文學泰斗)
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[資源]
EES最新成果:可充電鋰電池---下一代的高能、高功率電池
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Reviving rechargeable lithium metal batteries: enabling next-generation high-energy and high-power cells Herein reported is a fundamentally new strategy for reviving rechargeable lithium (Li) metal batteries and enabling the emergence of next-generation safe batteries featuring a graphene-supported Li metal anode, including the highly promising Li–sulfur, Li–air, and Li–graphene cells with exceptionally high energy or power densities. All the Li metal anode-based batteries suffer from a high propensity to form Li dendrites (tree-like structures) at the anode upon repeated discharges/charges. A dendrite could eventually penetrate through the separator to reach the cathode, causing internal short-circuiting and even explosion, the main reason for the battery industry to abandon rechargeable lithium metal batteries in the early 1990s. By implementing graphene sheets to increase the anode surface areas, one can significantly reduce the anode current density, thereby dramatically prolonging the dendrite initiation time and decreasing the growth rate of a dendrite, if ever initiated, possibly by a factor of up to 1010 and 105, respectively. 文章主要介紹最近興起的Li-S、Li-Air、Li-Graphene電池,使用單質(zhì)鋰作為對電極。 [ 來自科研家族 新能源家族 ] [ Last edited by xiejf on 2011-12-12 at 21:55 ] |
電化學-電池材料 | 納米技術(shù)與能源及模擬 | Nano&Micro | 英文文獻或者教材 |
納米化學/電化學綜述 | 光催化專輯 | 鋰電 | Next energy revolution |
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