lithiated battery
锂电池
lithiated graphite
锂化石墨
lithiated material
锂化材料
scientists are developing new methods to lithiate silicon anodes for next-generation batteries.
科学家正在开发新方法来锂化硅负极，用于下一代电池。
the ability to lithiate graphite electrodes determines the battery's overall capacity.
锂化石墨电极的能力决定了电池的整体容量。
engineers must carefully control the lithiation process to prevent structural damage.
工程师必须仔细控制锂化过程以防止结构损坏。
deeply lithiated materials often exhibit improved electrochemical performance.
深度锂化的材料通常表现出更好的电化学性能。
researchers discovered that partially lithiated compounds can enhance battery stability.
研究人员发现部分锂化的化合物可以增强电池稳定性。
the lithiation mechanism of transition metal oxides has been extensively studied.
过渡金属氧化物的锂化机制已被广泛研究。
novel electrolytes enable faster lithium insertion and delithiation processes.
新型电解质可以实现更快的锂嵌入和脱锂过程。
temperature significantly affects how quickly a battery cell can be lithiated.
温度显著影响电池单体锂化的速度。
advanced characterization techniques help visualize the lithiation behavior at the atomic level.
先进表征技术有助于在原子级别可视化锂化行为。
the performance of lithium-ion batteries depends on how efficiently the cathode can be lithiated.
锂离子电池的性能取决于正极锂化的效率。
scientists are exploring ways to lithiate sulfur-based materials for high-capacity batteries.
科学家正在探索锂化硫基材料用于高容量电池的方法。
understanding the lithiation-induced volume changes is crucial for battery design.
理解锂化引起的体积变化对电池设计至关重要。
lithiated battery
锂电池
lithiated graphite
锂化石墨
lithiated material
锂化材料
scientists are developing new methods to lithiate silicon anodes for next-generation batteries.
科学家正在开发新方法来锂化硅负极，用于下一代电池。
the ability to lithiate graphite electrodes determines the battery's overall capacity.
锂化石墨电极的能力决定了电池的整体容量。
engineers must carefully control the lithiation process to prevent structural damage.
工程师必须仔细控制锂化过程以防止结构损坏。
deeply lithiated materials often exhibit improved electrochemical performance.
深度锂化的材料通常表现出更好的电化学性能。
researchers discovered that partially lithiated compounds can enhance battery stability.
研究人员发现部分锂化的化合物可以增强电池稳定性。
the lithiation mechanism of transition metal oxides has been extensively studied.
过渡金属氧化物的锂化机制已被广泛研究。
novel electrolytes enable faster lithium insertion and delithiation processes.
新型电解质可以实现更快的锂嵌入和脱锂过程。
temperature significantly affects how quickly a battery cell can be lithiated.
温度显著影响电池单体锂化的速度。
advanced characterization techniques help visualize the lithiation behavior at the atomic level.
先进表征技术有助于在原子级别可视化锂化行为。
the performance of lithium-ion batteries depends on how efficiently the cathode can be lithiated.
锂离子电池的性能取决于正极锂化的效率。
scientists are exploring ways to lithiate sulfur-based materials for high-capacity batteries.
科学家正在探索锂化硫基材料用于高容量电池的方法。
understanding the lithiation-induced volume changes is crucial for battery design.
理解锂化引起的体积变化对电池设计至关重要。
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