纳微科技封面文章：无机胶态电解质助力更好的锌离子电池
9NMSCI 发布于 2021-03-01
锂离子电池是目前最成功的二次电池系统，广泛应用在便携式电子设备和新能源汽车等领域，然而有限的锂资源、易燃有毒的有机电解质造成的安全隐患和高成本等问题限制了其在规模储能领域的应用。目前，锌离子电池凭借成本低，环保和固有的安全性使其在规模储能领域凸显优势。然而，锌负极的枝晶生长，腐蚀...
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化学科学
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8NMSCI 发布于 2021-02-24
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李长明院士：尿酸检测新方法-单原子钴纳米仿生酶电化学传感器
11NMSCI 发布于 2021-02-24
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汪正平院士等：三维导电支架提高MnO₂在同轴非对称纤维状超级电容器中的性能
11NMSCI 发布于 2021-02-18
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澳大利亚张山青教授等：界面工程结合DFT计算构建ORR/OER双功能电催化剂
9NMSCI 发布于 2021-02-18
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11NMSCI 发布于 2021-02-18
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10NMSCI 发布于 2021-02-01
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8NMSCI 发布于 2021-01-26
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9NMSCI 发布于 2021-01-21
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综述：氧化铈异质结低温固体氧化物燃料电池最新进展
12NMSCI 发布于 2021-01-18
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8NMSCI 发布于 2021-01-13
Arrayed Cobalt Phosphide Electrocatalyst Achieves Low Energy Consumption and Persistent H₂ Liberation from Anodic Chemical Conversion Kai Zh...
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55-NML专辑 | 电解水
19NMSCI 发布于 2021-01-11
一、专辑介绍 水分解：水分解技术的特点是使用化学反应来将水(H2O)分离成氧和氢。有效的水分解可以使用多种不同的技术，包括电解、光合作用、光电化学、光催化、辐射分解、光生物学和热分解来达成，最新的研究成果侧重于使用纳米粒子和薄膜催化剂在较低反应温度下分解水。 本虚拟专辑简介：精选...
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综述：纳米空心碳在可充电电池中的发展和挑战
10NMSCI 发布于 2021-01-11
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张洪杰院士：光热/共催化协同提高抗肿瘤效果
10NMSCI 发布于 2020-12-28
Boosting Chemodynamic Therapy by the Synergistic Effect of Co-Catalyze and Photothermal Effect Triggered by the Second Near-Infrared Light S...
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纳米缓释胶囊(LiNO₃@MOF)：提升锂金属电池寿命和稳定性
8NMSCI 发布于 2020-12-28
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梁叔全&潘安强教授：原位引入MoC中间相提升储锂性能
9NMSCI 发布于 2020-12-22
Tuning Interface Bridging between MoSe₂ and Three-Dimensional Carbon Framework by Incorporation of MoC Intermediate to Boost Lithium Storage...
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“盐包水”电解液：2.8 V宽电压窗口超稳定水系锂离子电容器
9NMSCI 发布于 2020-12-22
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11NMSCI 发布于 2020-12-22
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单原子催化剂：二次原子掺杂法合成Fe-N-C单原子ORR催化剂
10NMSCI 发布于 2020-12-10
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9NMSCI 发布于 2020-12-06
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