Predicting with pre-trained model for PLGA particle diameter
- Install python dependencies (specified in the notebook file)
- Populate experiments in validation.csv similar to the example entry
- Run through the jupyter notebook. The results will be automatically saved to the original file.
Name | Meaning | Unit |
---|---|---|
Polymer_Conc | Concentration of the PLGA polymer in the solution | w/v% |
Solvent | Solvent used in electrospray solution | - |
FR | Flow rate of the syringe pump | mL/h |
Vol | Voltage | kV |
Distance | Collection distance, the distance between gauge and collector | mm |
Gauge | Gauge size (needle size) | mm |
Diameter_Mean | Diameter of the particle | micrometers |
For Solvents, please use the following Abbreviations:
- DMF
- DMA
- DCM
- Acetone
- ACN
- TFE
- DMC
- Chloroform
- Toluene
- AceticAcid
- EA
- THF
- MeOH
- EtOH
- Water
Data used for training this model has been uploaded on FigShare
Wang, F. et al. Machine learning predicts electrospray particle size. Materials & Design 219, 110735 (2022). https://doi.org/10.1016/j.matdes.2022.110735
The original data was sourced from the following publications:
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