TItle: SINTERING METHODOLOGIES FOR SILICON CARBIDE CERAMICS
Location: Love 295 and Via Microsoft Teams
TItle: ​​​​​​​Investigating the impedance characteristics of insulating thin film capacitors and Conducting thin film inductors for advanced electronics applications 
Location: ​​​​​​​In-person in MRDC 4115
TItle: “Probing the structure, epitaxy and bonding at the single atom level in 2D materials and small molecules using Advanced Electron Microscopy.”
Location: College of Computing 16
Meeting ID: 299 711 586 703 Passcode: yYc3gF
TItle: ENHANCING THE PROPERTIES OF COPPER FOAM WICKS USING GRAPHENE COATINGS FOR HIGH-PERFORMANCE VAPOR CHAMBERS AND HEAT PIPES
Location: via Teams
TItle: In-situ Polymerization of Methacrylate based Solid Polymer Electrolyte for Solid State Lithium-ion Batteries
Location: CLOSED
TItle: Fabrication & Characterization of Low Tortuosity Cathode for Sodium-Ion Batteries
Location: ​​​​​​​MRDC 3515 
TItle: Understanding the mechanisms and parameters affecting the structural corrosion of sheet gauge 7xxx Al alloys
Location: 210 Conference Room Love and virtually via MS Teams
TItle: Investigating Shot Parameters Affecting the Dynamic Shock Response of Aluminum Oxide Under Tamped Richtmyer-Meshkov Instability
Location: MRDC Room 3515 or via Microsoft Teams
Meeting ID: 714 5365 4820 Passcode: 7yz9s2
TItle: Investigating Shot Parameters Affecting the Dynamic Shock Response of Aluminum Oxide Under Tamped Richtmyer-Meshkov Instability
Location: ​​​​​​​In-person MRDC Room 3515 and via Zoom Video Conferencing
Passcode: 238958
TItle: ​​​​​​​Processing Approaches to Realize Electrically Conductive Surface-Localized Nanocomposites
Location: Price-Gilbert 4222 or via Zoom Video Conferencing
Title: No Title
TItle: TBA
Location: TBA
Meeting ID: 276 992 088 514 Passcode: t7Vhuc
TItle: ​​​​​​​Solid-State Chemical Recycling of Polymer Composites by Variable Frequency Microwave
Location: In-person in BH 384
TItle: Effects of Redox Potential on Corrosion in Molten Fluoride Salt
Location: 210 Conference Room Love and via MS Teams

Dissertation Defense – Amy C. Brummer (MSE Grad Presentation)

Meeting ID: 255 798 080 68 Passcode: yyeXs4
TItle: Engineering a Self-Aligned Metal-Oxide-Semiconductor Gate Stack for Nano-Modular Device Fabrication
Location: ​​​​​​​Marcus 1117-1118  and virtually via Microsoft Teams