High mass resolution spectra were collected from the top surface of a porous alumina nanotube structure to determine the characteristic peak fragments of a loaded nanocarrier. The presence of high mass fragments were associated with the micelle structure. Imaging analysis of the sample in cross-section then allowed an investigation into the depth of penetration of the micelles into the porous substrate.
Data citation
Addai-Mensah, J, Losic, D 2017, Advanced Nanoscale Materials Engineered From Diatomaceous Earth Dataset, University of South Australia, viewed 25 April 2024, retrieved from <https://researchoutputs.unisa.edu.au/11541.1/30056f4f43104ae5818e520409b87c8f>.