Ranges of conductivity readings conducted in multiple periods (0, 2, 4, 6, 12, 24, 48, 72, 96 and 120 hours), performed in digital conductivity meter (GEHAKA brand, CG1800 model), with constant of
conductivity cell K=1,0.
The electrolyte samples were sandwiched between two stainless steel blocking electrodes of a
conductivity cell which are connected to a computer.
The sensor's
conductivity cell constant is k=i.0 +/-10% for a wide measurement range within its temperature/pressure of 60[degrees]C/100psig.
The sensor's
conductivity cell constant is 1c=1.0 +/10 percent for a wide measurement range within its temperature/pressure of 60[degrees]C/100psig.
The samples with a diameter of 10 mm and a thickness of ~ 300 [micro]m were assembled into the
conductivity cell by placing them between platinum electrodes.
In order to determine the electrolytic
conductivity cell contact or contactless devices are used.
Features include automatic or manual temperature compensation, automatic
conductivity cell constant recognition with auto ranging, and up to five-point calibration.
This study looks at a new technique to quantify the bubbling volumes using an inductive
conductivity cell. The principle behind this device is that a bubble passing through the inductive cell will displace seawater, changing the conductivity of the volume detected by the sensor.