• NEXT GENERATION ANODES FOR LITHIUM ION AND LITHIUM METAL BATTERIES 

  Pastel, Glenn (2019)

  Engineering of specific battery components can yield incremental gains in performance, but sustained advancements are derived from an understanding of charge transfer, interphase formation, and ion storage in the system. ...

• Radiation Effects in Diamond Substrates and Transistors 

  Thapa, Aayush (2019)

  Diamond and diamond devices are potentially radiation damage resistant due to diamond’s wide bandgap and high displacement energy per atom. Conducting channels in diamond—necessary for the realization of field effect ...

• HIGH TEMPERATURE PROCESSED NANOSTRUCTURES FOR EMERGING ELECTROCHEMICAL DEVICES 

  Xie, Hua (2019)

  The ancients exploited fire to keep warm, but temperature embodies more than just warm and cold. Researchers employ high temperatures as a useful tool to develop novel materials. Many reactions require high energy input ...

• Characterizing the effect of atomic layer deposited coatings for the prevention of glass alteration in museum collections 

  Hiebert, Miriam (2019)

  Glass alteration in museum collections poses a serious problem for museum conservators and collections managers. There are currently few options available to slow or stop the progression of glass alteration. This thesis ...

• MULTI-LAYERED, VARIABLE POROSITY SOLID- STATE LITHIUM-ION ELECTROLYTES: RELATIONSHIP BETWEEN MICROSTRUCTURE AND LITHIUM-ION BATTERY PERFORMANCE 

  Hamann, Tanner (2019)

  The global drive to create safer, higher capacity energy storage devices is increasingly focused on the relationship between the microstructures of electrochemically- active materials and overall battery performance. The ...

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