In this paper, an analytical expression is presented for the cell constant of planar-interdigitated electrodes used as electrolyte conductivity sensors. The result of this expression is compared with results of measurement carried out with several differently shaped planar probes provided with a thin Ta2O5 insulating film, showing good agreement. More than 10 different devices have been fabricated with predicted cell constants ranging from 0.14 to 4.44 cm¿1. The measured cell constants are typically 10¿20% smaller, possibly due to fringing effects
Preliminary results on the design and investigation of an electrode-matrix cell for electrolytic con...
The present paper focuses on the experimental and numerical characterization of an electrode-matrix ...
Conductivity is a routinely measured parameter to assess impurities in water. Changing the geometry ...
In this paper, an analytical expression is presented for the cell constant of planar-interdigitated ...
In comparison to the bipolar or two-electrode system, the tetrapolar or four-electrode arrangement i...
Interdigitated electrolyte-conductivity sensors with an added top layer of insulating Ta2O5 have bee...
Interdigitated electrolyte-conductivity sensors with an added top layer of insulating Ta2O5 have bee...
Commercially available measurement devices are often limited to a fixed or small range measurement f...
A conductance cell of which the electrodes are provided with a 110 nm thick Ta2O5 insulating film is...
The paper presents a new approach in the field of precise electrolytic conductivity measurements wit...
Planar cells provide an attractive alternative to traditional cylindrical cells for polymer electrol...
Impedance and admittance measurements in electrochemical cells were carried out using Au and Pt thin...
The paper presents a new approach in the field of precise electrolytic conductivity measurements wit...
The optimization process of a planar interdigitated conductivity detector for measuring very low ele...
A new cell is described here which can be used to determine the dielectric constant of conducting li...
Preliminary results on the design and investigation of an electrode-matrix cell for electrolytic con...
The present paper focuses on the experimental and numerical characterization of an electrode-matrix ...
Conductivity is a routinely measured parameter to assess impurities in water. Changing the geometry ...
In this paper, an analytical expression is presented for the cell constant of planar-interdigitated ...
In comparison to the bipolar or two-electrode system, the tetrapolar or four-electrode arrangement i...
Interdigitated electrolyte-conductivity sensors with an added top layer of insulating Ta2O5 have bee...
Interdigitated electrolyte-conductivity sensors with an added top layer of insulating Ta2O5 have bee...
Commercially available measurement devices are often limited to a fixed or small range measurement f...
A conductance cell of which the electrodes are provided with a 110 nm thick Ta2O5 insulating film is...
The paper presents a new approach in the field of precise electrolytic conductivity measurements wit...
Planar cells provide an attractive alternative to traditional cylindrical cells for polymer electrol...
Impedance and admittance measurements in electrochemical cells were carried out using Au and Pt thin...
The paper presents a new approach in the field of precise electrolytic conductivity measurements wit...
The optimization process of a planar interdigitated conductivity detector for measuring very low ele...
A new cell is described here which can be used to determine the dielectric constant of conducting li...
Preliminary results on the design and investigation of an electrode-matrix cell for electrolytic con...
The present paper focuses on the experimental and numerical characterization of an electrode-matrix ...
Conductivity is a routinely measured parameter to assess impurities in water. Changing the geometry ...