lithiated compound
锂化化合物
being lithiated
正在锂化
lithiated state
锂化状态
lithiated surface
锂化表面
lithiated material
锂化材料
lithiated polymer
锂化聚合物
lithiated electrodes
锂化电极
lithiated by
被锂化
lithiated form
锂化形式
the battery contained a lithiated metal oxide cathode.
电池包含锂化的金属氧化物正极。
we analyzed the lithiated compound's electrochemical properties.
我们分析了锂化化合物的电化学性质。
the research focused on lithiated ceramic materials for batteries.
研究重点是用于电池的锂化陶瓷材料。
the lithiated graphite anode showed improved performance.
锂化石墨负极显示出更好的性能。
the process involved lithiating the titanium dioxide precursor.
该过程涉及锂化二氧化钛前驱体。
the lithiated polymer electrolyte enhanced ion conductivity.
锂化聚合物电解质增强了离子电导率。
they are developing a new method for lithiating silicon nanoparticles.
他们正在开发一种用于锂化硅纳米颗粒的新方法。
the lithiated compound was synthesized using a solid-state reaction.
该锂化化合物是使用固态反应合成的。
the lithiated material exhibited high specific capacity.
该锂化材料表现出高比容量。
the team investigated the stability of lithiated cathode materials.
团队调查了锂化正极材料的稳定性。
the lithiated structure was characterized by x-ray diffraction.
该锂化结构通过x射线衍射进行表征。
lithiated compound
锂化化合物
being lithiated
正在锂化
lithiated state
锂化状态
lithiated surface
锂化表面
lithiated material
锂化材料
lithiated polymer
锂化聚合物
lithiated electrodes
锂化电极
lithiated by
被锂化
lithiated form
锂化形式
the battery contained a lithiated metal oxide cathode.
电池包含锂化的金属氧化物正极。
we analyzed the lithiated compound's electrochemical properties.
我们分析了锂化化合物的电化学性质。
the research focused on lithiated ceramic materials for batteries.
研究重点是用于电池的锂化陶瓷材料。
the lithiated graphite anode showed improved performance.
锂化石墨负极显示出更好的性能。
the process involved lithiating the titanium dioxide precursor.
该过程涉及锂化二氧化钛前驱体。
the lithiated polymer electrolyte enhanced ion conductivity.
锂化聚合物电解质增强了离子电导率。
they are developing a new method for lithiating silicon nanoparticles.
他们正在开发一种用于锂化硅纳米颗粒的新方法。
the lithiated compound was synthesized using a solid-state reaction.
该锂化化合物是使用固态反应合成的。
the lithiated material exhibited high specific capacity.
该锂化材料表现出高比容量。
the team investigated the stability of lithiated cathode materials.
团队调查了锂化正极材料的稳定性。
the lithiated structure was characterized by x-ray diffraction.
该锂化结构通过x射线衍射进行表征。
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