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Optimizing Solution Blow Spinning of PVDF Nanofibers : A Study on Morphology, Crystalline Phases, and Piezoelectric Performance

Abstract
This study investigates optimizing the fabrication of polyvinylidene fluoride (PVDF) nanofiber (NF-PVDF) mats produced via the solution blow spinning (SBS) technique, with a focus on characterizing the morphological, crystalline, and piezoelectric response properties for energy harvesting applications. NF-PVDF mats were fabricated with varying PVDF solution concentrations with values of 12 wt.%, 1...
Keywords
Spinning
Piezoelectricity
Nanofiber
Morphology (biology)
Materials science
Composite material
Geology
Paleontology



Optimizing Solution Blow Spinning of PVDF Nanofibers : A Study on Morphology, Crystalline Phases, and Piezoelectric Performance

Optimizing Solution Blow Spinning of PVDF Nanofibers : A Study on Morphology, Crystalline Phases, and Piezoelectric Performance

Abstract
This study investigates optimizing the fabrication of polyvinylidene fluoride (PVDF) nanofiber (NF-PVDF) mats produced via the solution blow spinning (SBS) technique, with a focus on characterizing the morphological, crystalline, and piezoelectric response properties for energy harvesting applications. NF-PVDF mats were fabricated with varying PVDF solution concentrations with values of 12 wt.%, 1...
Keywords
Spinning
Piezoelectricity
Nanofiber
Morphology (biology)
Materials science
Composite material
Geology
Paleontology