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Meeting MS&T22: Materials Science & Technology
Symposium Advances in Dielectric Materials and Electronic Devices
Presentation Title Design of Highly Reliable Dielectrics with Cold Sintering
Author(s) Jake Dechiara, Zhongming Fan, Clive Randall
On-Site Speaker (Planned) Jake Dechiara
Abstract Scope Cold Sintering has provided new processing strategies for tuning the microstructure and electrical properties of dielectrics. The thermal stability and performance of these materials can be improved by broadening the relative permittivity and shifting the Curie temperature. Previous studies have achieved this in barium titanate systems by incorporating curie shifters such as strontium onto the A lattice site during CSP via flux chemistry. To facilitate further optimization of electrical properties alternative methods of incorporating dopants into the material will be explored. Size effect phenomenon provides another path towards control over the tetragonal to cubic phase transition. This study will also systematically investigate the impact of size effects on cold sintered barium titanate systems. Ultimately this work seeks to provide a deeper insight into fundamental sintering behavior during CSP which in turn allows for new paths to material design.

OTHER PAPERS PLANNED FOR THIS SYMPOSIUM

Carbon-based Glass Foam Composites for High Power Microwave Absorption
D-1: Electrical Characterization of Vanadium and Yttrium Co-Doped BaTiO3
D-2: Fabrication of a Pressure Sensor Using Inkjet Printed Metal-organic Frameworks and Interdigitated Electrodes
D-3: Nanoscale Dipole Engineering of Barium Titanate Using Dysprosium-Tantalum and Holmium-Tantalum Dipoles
D-4: Neural Network Design for Video Based Automation of Drop-on-Demand Inkjet Drop Formation Optimization
D-5: Structural and Dielectric Properties Relationship in Strontium-Tantalum Based Oxide Ceramics for DRA Applications
D-6: Synthesis of BT-BNT and BT-BNTN Relaxors by 2D Nanosheets Wrapping Methods
Design of Highly Reliable Dielectrics with Cold Sintering
Designing Novel Dielectric Composites with High Thermal Conductivity Enabled by Cold Sintering
Determining the Effect of Burn-in Process on Reliability of X7R Multilayer Ceramic Capacitors
Dielectric Behavior of Electronic Materials, Specifically Silicon, Solder and Conductive Thick Films
Effects of β-Silicon Carbide Microstructure on the Electrical Response of PMMA Matrix Nanocomposites
Enhanced Piezocomposite Transducers with 3D Printed Piezoelectric PZT
Lead-free and Antiferroelectric Ceramics for Novel Energy and Heat-management Technologies
Leveraging Coupled-Cluster Techniques to Predict Pre-Cursor Material Improvements
Magnetoelectric Nanorobot - A Revolutionary Nanoscale Device for Targeted Treatment
New Insights into Bismuth Sodium Titanate Ferroelectric Ceramics
Non-destructive Evaluation of Inkjet Printed Cobalt Ferrite/Barium Titanate Films
Remote Sensing Powered by a Stacked Piezoelectric Transducer Harvesting Vibrational Energy
Sensitivity Analysis of PZT-4 Material Properties Using the Complex Variable Finite Element Method
Structure and Electrical Properties of Metrically Cubic PMN-PT Thin Films around the Morphotropic Phase Boundary
Survey of Simple Halide Perovskites Using NSMM
Tape Casting and Optimization of the Slurry Composition of a SiCer-compatible LTCC-tape
TTB Strontium Tantalum Ceramics for Integration into Miniature Dielectric Resonator Antennas
Tunable Properties of Zinc Oxide Films Using In-situ Reactive Hybrid 3D Printing

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