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ENERGY STORAGE PROPERTIES OF TWO- DIMENSIONAL MATERIALS

机译:二维材料的能量储存性能

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Batteries and electrochemical capacitors represent the most widely used types of electrochemical energy storage (EES) devices [1-3]. The future development of EES devices is strongly dependent on finding new materials that provide higher power, faster charging, and longer cycle life. Since the discovery of graphene, 2D layered materials have become of intense interest for both fundamental studies and energy applications. Recent results have shown that dimensionality is one of the critical parameters used to modulate physical and chemical properties of nanomaterials. For this reason, 2D nanosheets are quickly emerging as a promising direction for improving EES materials [4].
机译:电池和电化学电容器代表了最广泛使用的电化学能量存储(EES)器件[1-3]。 EES器件的未来发展强烈依赖于寻找提供更高功率,更快充电和更长循环寿命的新材料。由于石墨烯的发现,2D层状材料对基本研究和能源应用具有强烈兴趣。最近的结果表明,维度是用于调节纳米材料的物理和化学性质的关键参数之一。出于这个原因,2D纳米片迅速地涌现为改善EES材料的有希望的方向[4]。

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