Materials and Devices for Smart Systems: Symposium Held December 1-5, 2003, Boston, Massachusetts, U.S.A. |
Contents
Enhanced Piezoelectric Properties of Piezoelectric Single | 3 |
Highly Efficient Piezoelectric Actuators for Active | 11 |
Novel High Power Piezoelectrics for Transformers | 23 |
Copyright | |
60 other sections not shown
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2004 Materials Research actuator annealing Appl applied behavior ceramic composite material curve decrease deformation density deposited device dielectric constant diffraction displacement domain doped poly-Si film effect elastic electrical electroactive polymers electrode experimental fabricated Fe3Pt ferroelectric ferromagnetic frequency grain health monitoring increase investigated IPMC laser energy layer magnetic field magnetostriction martensite transformation Materials Research Society matrix measured mechanical MEMS inertial sensors metal method micromagnetic microstructure mJ/cm² MSAW Nafion NiTiNOL observed obtained optical fiber oxidation particles peak phase Phys piezoelectric piezoelectric transformers polarization poly-Si polymer Proc properties Raman rapid-solidified resistance response ribbon room temperature sample shape memory alloys sheet resistance shown in Figure shows single crystals sintered Smart Smart Materials SnO2 spectra sputtering strain stress structure substrate surface SWNTs Symp technique Technology tensile thermal thickness thin films transition twin VO2 film voltage