DOCUMENT
Hill-Izani et al. (2017) Poster presentation at The 8th APS International PharmSci Conference, Sept 5-7, Hertforshire, UK.pdf (609.72 kB)
DOCUMENT
Nik Hill-Izani APSPharmSci Abstract.pdf (220.63 kB)
DATASET
Exp 1 11July2016 Lactose 316 Fast Flo 100rpm RMS Analysis.xlsx (1.19 MB)
DATASET
Exp 1 11July2016 Lactose 316 Fast Flo 100rpm Sample 1 Filtered RMS Signal.csv (164.98 kB)
DATASET
Exp 1 11July2016 Lactose 316 Fast Flo 100rpm Sample 2 Filtered RMS Signal.csv (164.97 kB)
DATASET
Exp 1 11July2016 Lactose 316 Fast Flo 100rpm Sample 3 Filtered RMS Signal.csv (164.95 kB)
DATASET
Exp 1 11July2016 Lactose 316 Fast Flo 100rpm Sample 1 Raw Signal.csv (29.33 MB)
DATASET
Exp 1 11July2016 Lactose 316 Fast Flo 100rpm Sample 2 Raw Signal.csv (29.36 MB)
DATASET
Exp 1 11July2016 Lactose 316 Fast Flo 100rpm Sample 3 Raw Signal.csv (29.35 MB)
DATASET
Exp 5 12July2016 Avicel PH101 100rpm RMS Analysis.xlsx (1.31 MB)
DATASET
Exp 5 12July2016 Avicel PH101 100rpm Sample 1 Filtered RMS Signal.csv (165 kB)
DATASET
Exp 5 12July2016 Avicel PH101 100rpm Sample 2 Filtered RMS Signal.csv (165.08 kB)
DATASET
Exp 5 12July2016 Avicel PH101 100rpm Sample 3 Filtered RMS Signal.csv (164.95 kB)
DATASET
Exp 5 12July2016 Avicel PH101 100rpm Sample 1 Raw Signal.csv (29.36 MB)
DATASET
Exp 5 12July2016 Avicel PH101 100rpm Sample 2 Raw Signal.csv (29.36 MB)
DATASET
Exp 5 12July2016 Avicel PH101 100rpm Sample 3 Raw Signal.csv (29.36 MB)
DATASET
Exp 13 13July2016 Lactose 200M 100rpm RMS Analysis.xlsx (1.35 MB)
DATASET
Exp 13 13July2016 Lactose 200M 100rpm Sample 1 Filtered RMS Signal.csv (329.21 kB)
DATASET
Exp 13 13July2016 Lactose 200M 100rpm Sample 2 Filtered RMS Signal.csv (247.01 kB)
DATASET
Exp 13 13July2016 Lactose 200M 100rpm Sample 3 Filtered RMS Signal.csv (247.16 kB)
1/0
The application of an electrostatic powder flow (EPF) sensor................................................. Poster presentation at UK PharmSci, 5-7th September, 2017, Hatfield, UK.
To assess the charging behaviour developed by powders under the conditions of flow using an electrostatic sensor. The relative powder charge is inferred from the root-mean-square RMS of the electrostatic signal normalised by the average powder mass flow rate.
