| 240 | | The tank was filled with water. Calibration curves for both probes were prepared (C,,1,, is the conductivity probe in the inlet box and C,,0,, is the one on the traverse). The traverse was reprogrammed for the new sequence. However, they have programmed it in a way that the total timing is about 15 minutes, instead of the proposed 19.5 minutes. They have decreased the stationary time and the move time, but the ADV dwell time stayed the same (60 s). Two experiments were conducted |
| 241 | | |
| 242 | | Experiment name: fixstr1_0410a and fixapex2_0410b. File names: fixstr1_0410a, fixapex2_0410b. Density excess and temperature for both experiments was 18.8 kg/m^3^ and 22.4°C respectively. Input flow rate started with 13.1 L/s and was decreased to 5.8 L/s. The Rossby number was infinity for both experiments. The start of the experiments (t=0 on the stopwatch) was when the flow rate and conductivity of the inlet box became constant. |
| | 240 | The tank was filled with water. Calibration curves for both probes were prepared (C,,1,, is the conductivity probe in the inlet box and C,,0,, is the one on the traverse). The traverse was reprogrammed for the new sequence. However, they have programmed it in a way that the total timing is about 15 minutes, instead of the proposed 19.5 minutes. They have decreased the stationary time and the move time, but the ADV dwell time stayed the same (60 s). Two experiments were conducted for Rossby number infinity. |
| | 241 | |
| | 242 | Experiment name: fixstr1_0410a and fixapex2_0410b. File names: fixstr1_0410a, fixapex2_0410b. Density excess and temperature for both experiments was 18.8 kg/m^3^ and 22.4°C respectively. Input flow rate started with 13.1 L/s and was decreased to 5.8 L/s. The start of the experiments (t=0 on the stopwatch) was when the flow rate and conductivity of the inlet box became constant. |
