Quantification of the different calibration errors experienced using the DMI. The total error is calculated using equation (1).
| Error . | Value . |
|---|---|
| Drift (Vacuum), D | 0.020 per cent FS h−1 |
| Creep, C | 0.030 per cent FS |
| Non-linearity, L | 0.014 per cent FS |
| Repeatability, R | 0.012 per cent FS |
| Hysteresis, H | 0.008 per cent FS |
| Total Error, σ | 0.020 per cent FS |
| Error . | Value . |
|---|---|
| Drift (Vacuum), D | 0.020 per cent FS h−1 |
| Creep, C | 0.030 per cent FS |
| Non-linearity, L | 0.014 per cent FS |
| Repeatability, R | 0.012 per cent FS |
| Hysteresis, H | 0.008 per cent FS |
| Total Error, σ | 0.020 per cent FS |
Quantification of the different calibration errors experienced using the DMI. The total error is calculated using equation (1).
| Error . | Value . |
|---|---|
| Drift (Vacuum), D | 0.020 per cent FS h−1 |
| Creep, C | 0.030 per cent FS |
| Non-linearity, L | 0.014 per cent FS |
| Repeatability, R | 0.012 per cent FS |
| Hysteresis, H | 0.008 per cent FS |
| Total Error, σ | 0.020 per cent FS |
| Error . | Value . |
|---|---|
| Drift (Vacuum), D | 0.020 per cent FS h−1 |
| Creep, C | 0.030 per cent FS |
| Non-linearity, L | 0.014 per cent FS |
| Repeatability, R | 0.012 per cent FS |
| Hysteresis, H | 0.008 per cent FS |
| Total Error, σ | 0.020 per cent FS |
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