potentiometric

The level to which it will rise defines the potentiometric surface.

In some cases, an alternative to traditional potentiometric titration practice can be offered.

Potentiometric data are also used to monitor species other than .

Potentiometric solid state gas sensors have been generally classified into three broad groups.

His research in Japan focused on potentiometric measurements and the cellular membrane.

Automated potentiometric titration systems have pre-dominated in this area since the 1970s.

Increased groundwater withdrawal, beginning in the late 1930s, lowered the potentiometric surface of the aquifers.

Potentiometric sensors measure a potential or charge accumulation of an electrochemical cell.

Figure 3 gives sample plots of potentiometric titration data.

Here, the surface is an imaginary one called the pressure surface, or potentiometric surface.

If we pumped long enough we could eventually bring the potentiometric surface below the top of the aquifer.

A potentiometric surface is based on hydraulic principles.

But the borehole must go deep enough to reach the aquifer, even if this means drilling far below the potentiometric surface.

There are many other types of titrations, for example potentiometric titrations.

E-tongue sensors process is similar: they generate electric signals as potentiometric variations.

The common laboratory conductivity meters employ a potentiometric method and four electrodes.

Differential variable capacitors can therefore be used in capacitive potentiometric circuits.

The activity coefficient depends on the ionic strength of the solution in which the potentiometric measurements are made.

A potentiometric surface is the imaginary line where a given reservoir of fluid will "equalize out to" if allowed to flow.

To make a potentiometric determination of an analyte in a solution, the potential of the cell is measured.

Another example, the potentiometric biosensor, (potential produced at zero current) gives a logarithmic response with a high dynamic range.

Log β values between about 2 and 11 can be measured directly by potentiometric titration using a glass electrode.

This may be used in similar potentiometric fashion to the conductive probe, but without requiring the special probe.

Potentiometric data obtained with a glass electrode are the most widely used with aqueous solutions.

Thus the potentiometric titration involve measurement of E with the addition of titrant.