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Start Over Graduate Program Materials Science and Engineering Committee Member Michael T Lanagan Keyword piezoelectric

1. Investigations of Structure-Property Relationships to Enhance the Multifunctional Properties of PVDF-based Polymers

open_access
Open Access
Author:
Neese, Bret P.
Title:
Investigations of Structure-Property Relationships to Enhance the Multifunctional Properties of PVDF-based Polymers
Graduate Program:
Materials Science and Engineering
Keywords:
polymer
ferroelectric
piezoelectric
electrocaloric effect
PVDF
capacitor
File:
Download Neese_PhD_dissertation.pdf
Committee Members:
Dr Qiming Zhang, Dissertation Advisor/Co-Advisor
Qiming Zhang, Committee Chair/Co-Chair
Qing Wang, Committee Chair/Co-Chair
Michael T Lanagan, Committee Member
James Patrick Runt, Committee Member

2. Closing The Performance Gap Between <001>c Textured Pmn-pt ceramics And Single Crystals

open_access
Open Access
Author:
Poterala, Stephen F
Title:
Closing The Performance Gap Between <001>c Textured Pmn-pt ceramics And Single Crystals
Graduate Program:
Materials Science and Engineering
Keywords:
Textured ceramic
PMN-PT
piezoelectric
texture
ceramic
templated grain growth
File:
Download Poterala_Thesis_revision_1f.pdf
Committee Members:
Gary Lynn Messing, Dissertation Advisor/Co-Advisor
Richard Joseph Meyer Jr., Dissertation Advisor/Co-Advisor
Susan E Trolier Mckinstry, Committee Member
James Hansell Adair, Committee Member
Clive A Randall, Committee Member
Michael T Lanagan, Committee Member

3. Sol-gel derived polymer composites for energy storage and conversion

open_access
Open Access
Author:
Han, Kuo
Title:
Sol-gel derived polymer composites for energy storage and conversion
Graduate Program:
Materials Science and Engineering
Keywords:
nanocomposite
P(VDF-CTFE)
ferroelectric
piezoelectric
sol-gel
energy storage
File:
Download Dissertation-KuoHan.pdf
Committee Members:
Qing Wang, Dissertation Advisor/Co-Advisor
Michael T Lanagan, Committee Member
Qiming Zhang, Committee Member
Zoubeida Ounaies, Committee Member

4. Maximizing Strain Behavior and Minimizing Losses in Textured PIN-PMN-PT Piezoelectric ceramics

open_access
Open Access
Author:
Watson, Beecher
Title:
Maximizing Strain Behavior and Minimizing Losses in Textured PIN-PMN-PT Piezoelectric ceramics
Graduate Program:
Materials Science and Engineering
Keywords:
Ceramic
piezoelectric
dielectric
ferroelectric
sintering
texture
File:
Download Dissertation_Watson_FINAL.pdf
Committee Members:
Gary Lynn Messing, Committee Chair/Co-Chair
Richard Joseph Meyer, Jr., Committee Chair/Co-Chair
James Hansell Adair, Committee Member
Mark Andrew Fanton, Special Member
Michael T Lanagan, Outside Member
John C Mauro, Program Head/Chair
Gary Lynn Messing, Dissertation Advisor/Co-Advisor
Richard Joseph Meyer, Jr., Dissertation Advisor/Co-Advisor