It is not always possible to use a glass electrode.

Pull out your glass electrode and wave it in his face.

During that time Nikolsky developed the theory of ion exchange in glass electrodes.

It provides an alternative to the commonly used glass electrode in a pH meter.

The reason for this is that the glass electrode does not give a reproducible e.m.f. over longer periods of time.

The most common glass electrode is the pH-electrode.

Despite its ubiquity, a pH meter using a glass electrode is not the "best" method.

When the glass electrode cannot be employed, as with non-aqueous solutions, spectrophotometric methods are frequently used.

The concentration, or activity, of the hydrogen ion is monitored by means of a glass electrode.

Glass electrodes are commonly used for pH measurements.

To apply this process in practice, a glass electrode is used rather than the cumbersome hydrogen electrode.

A very common example of this type of electrode is the pH glass electrode.

Theory of the glass electrode.

The hydrogen ion concentration was measured by the glass electrode method with an Orion autotitrator.

A combined glass electrode has an in-built reference electrode.

The glass electrode (and other ion selective electrodes) should be calibrated in a medium similar to the one being investigated.

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

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

The most widely used electrode is the glass electrode which is selective for the hydrogen ion.

Saturated calomel electrode and glass electrode are often used in conjunction to determine the pH of water.

There are different types of pH glass electrode, some of them have improved characteristics for working in alkaline or acidic media.

For that, you would be using a glass electrode pH meter, calibrating it with standard buffers, and worrying about things like ionic strength.

Only a few chalcogenide glass electrodes are sensitive to double-charged ions, like Pb, Cd and some others.

High-frequency treatment uses low-current high-frequency alternating currents, delivered via a glass electrode.

Larson designed a glass electrode in order to measure the acidity of flowing solutions, while at UC, Berkeley.