Electrospun magnetic nanofibers for triggered inductive heating and organic pollutants degradation: a characterization dataset

The data presented shows some properties from electrospun nanofibers as a part of the research article “Magnetic nanofibers for remotely triggered catalytic activity applied to the degradation of organic pollutants” (J.A. Fuentes-García et al., 2022 in press). Morphology, composition, thermal behaviour, and magnetic properties data from the obtained magnetic nanofibers were collected using different state-of-art techniques such as: scanning electron microscopy, X-Ray photon spectroscopy, atenuated total reflectance infared spectroscopy, thermogravymetic analysis, diferential scanning calorimetry and superconducting quantum interference device magnetometry. Also, laboratory made setups were used for the contact angle determination and the magnetically triggered inductive heating responses data collection. The collected dataset was described and analysed, showing the related calculations and curves description with useful parameters for the application of magnetic membranes as inductive heating elements and organic pollutants degradation agents.