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Design And Optimization Of Lithium Ion Battery For High Temperature Applications, Khalid Abdullitife Ababtain
Design And Optimization Of Lithium Ion Battery For High Temperature Applications, Khalid Abdullitife Ababtain
Wayne State University Dissertations
With massive commercial success of lithium ion batteries, the ability to operate at
and above 70 °C still a crucial issue and a safety concern to combat ever-increasing
global warming and to extend applications beyond portable electronics. Among various
components of battery, anode and electrolyte and the passivation layer formed between
them is crucial towards the development of Li-ion batteries for extendable temperature
range. In this regard, room temperature ionic liquids (RTILs) have the capability to
tackle thermal stability issues of lithium ion batteries but their poor compatibility with
traditional graphite anodes limits their practical application. Towards addressing this
issue, …
Novel Design And Synthesis Of Structured Iron Oxides For Battery Applications, Jian Zhu
Novel Design And Synthesis Of Structured Iron Oxides For Battery Applications, Jian Zhu
Wayne State University Dissertations
Lithium-ion batteries (LIBs) are currently the dominant powder source for personal computers and portable electronics. LIBs also play important roles in larger-scale applications, including electric drive vehicles (EVs, HEVs) and grid-energy storage. To meet the increasing demand for energy storage, it is very urgent and crucial to develop next-generation LIBs using alternative electrode materials. For example, carbon is still exclusively used as anode materials in current LIBs. However, the theoretical capacity of graphite (372 mA h g–1 based on LiC6) has almost been achieved, and it becomes one of the bottlenecks to further increase the energy density of LIBs based …