Measurements for different PEDOT:PF6 fiber networks

Other contributing persons, institutions or organisations	eu - Funder
Other contributing persons, institutions or organisations	Habenicht, Carsten - TU Dresden - Researcher
Other contributing persons, institutions or organisations	Leo, Karl - TU Dresden - Supervisor
Other contributing persons, institutions or organisations	Mittmann, Maarten - TU Dresden - Researcher
Person(s) who is (are) responsible for the content of the research data	Kleemann, Hans - TU Dresden
Abstract	Each folder represents one or more unique PEDOT:PF6 fiber networks. Different types of measurement might be found for each network, including impedance measurements ("Autolab" folder), transistor measurements ("SMU" folder) and acoustic/seismic excitation measurements ("Oscilloscope" folder), as well as pictures of the networks or videos of the fiber growth process.
Year or period of data production	2022-2023
Publication year	2024
Publisher	Technische Universität Dresden
Content of the research data	Text, Image, Audiovisual, Dataset: Microscopic images and videos of fiber network growth. Datasets include impedance measurements, transistor measurements and oscilloscope measurements with acoustic/seismic excitation. A Labbook with additional information on the measurements is also included.
Holder of usage rights	Technische Universität Dresden
Usage rights of the data	CC-BY-NC-4.0
Discipline(s)	Physics	de
Title of the dataset	Measurements for different PEDOT:PF6 fiber networks

Research data for infrasound detection using polymer networks in liquid films [1]
This data collection includes measurements of different PEDOT:PF6 fiber networks, including their impedance spectrum, transistor measurements, pictures of the networks and their reaction to acoustic/seismic excitation measured with an oscilloscope. The networks were grown in a free-standing liquid film using sulfolane as a solvent, TBAPF6 as a salt and EDOT as a monomer. Fibers were grown using AC electropolymerization and then excited using a custom-made infrasound generator.