중부대학교 도서관

75 Results:SS:LITHIUM 0.234 sec.

Putting the Reversibility of Lithium Batteries Under the Microscope: Dissolved Cathode Species, Water Impurities, and Artificial Protection Layers.
Vila, Rafael. | Stanford University. | 2024
Naver

Lithium-Ion Battery Formation Modeling and Diagnostics.
Weng, Andrew.Mechanical Engineering. | University of Michigan. | 2024
Naver

Nonlinear Frequency Generation in Periodically Poled Thin Film Lithium Niobate.
Ghosh, Soumya Shankar.Physics. | Harvard University. | 2024
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Understanding and Designing Interphase in Zinc and Lithium Anodes.
Jin, Shuo.Chemical Engineering. | Cornell University. | 2024
Naver

Tailoring the Assembly of High-Rate Capable and Cost-Effective Silicon Graphene Hybrid Anodes for Lithium Ion Batteries.
Joshi, Yash.Chemical Engineering. | Cornell University. | 2024
Naver

Materials Design for Lithium Batteries With High Energy Density.
Jin, Tianwei.Materials Science and Engineering. | Columbia University. | 2024
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Plating-Induced Degradation of Lithium-Ion Battery Negative Electrodes.
Rose, Justin Andrew. | Stanford University. | 2024
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Disentangling Capacity Loss Mechanisms in Lithium-Ion Liquid and Solid Electrolyte Batteries.
Kaeli, Emma Therese. | Stanford University. | 2024
Naver

Extreme Fast Charging for Lithium Ion Batteries: Structural Analysis of Electrodes and Solvent Formulation of Electrolytes- [electronic resource]
Wu, Xianyang. | Purdue University. | 2022
Naver

Surface Science for Improved Lithium Metal Batteries- [electronic resource]
Oyakhire, Solomon Tolulope. | Stanford University. | 2023
Naver