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3. Advanced Functional Materials:氮雜環錨定粘性石墨電極用于可持續陰離子存儲




4. Advanced Functional Materials:富含氧空位的WO3-x-W3N4 Mott-Schottky異質結促進雙向硫催化轉化




5. Advanced Functional Materials:原位轉化反應引發親鋰合金@反鈣缽礦雜化層和穩定的理/石榴石界面




6. Advanced Functional Materials:外亥姆霍茲平面調節和原位鋅表面重建用于高可逆鋅負極




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7. Energy Storage Materials:通過先進鋰離子電池的納米級相分離實現富鎳正極的單晶生長和偏析




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8. Advanced Functional Materials:集成正極-凝膠電解質界面實現先進的鋰硫化聚丙烯腈電池




原創文章,作者:菜菜歐尼醬,如若轉載,請注明來源華算科技,注明出處:http://www.zzhhcy.com/index.php/2023/12/14/ae17c47a38/