Descripción
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The aim of this project is to perform a functional and structural analysis of respiratory protective filters exposed to suspended solid particles. The study examines how particle size and electric charge influence retention, highlighting the need to adapt filter selection to the specific dust profile of the working environment. Changes in filter porosity between classes and after use are evaluated to predict clogging processes, while reductions in air permeability following dust exposure are assessed to estimate the effective service life of the filters. (2025-08-12)
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Notas
| 1. Files The dataset is provided as an Excel file containing the seven sheets described above. It constitutes the first compiled version of an ongoing research project and includes morphological, electrostatic, and structural parameters, along with data on filter behaviour under particle loading. Future updates will expand the dataset with results from additional tests, different exposure conditions, and outputs from specialized analysis software for evaluating pore structure, particle–filter interactions, and clogging behaviour. |