galvanic cell , auch: voltaic cell

Galvanic cells are typically used as a source of electrical power.

The galvanic cell potential results from a pair of electrodes.

In 1813 he constructed a large galvanic cell and conducted experiments using them.

It is analogous to a galvanic cell acting in reverse.

A battery is a set of galvanic cells that are connected in parallel.

As electrons leave one half of a galvanic cell and flow to the other, a difference in charge is established.

The stronger an electrolyte the greater the voltage produced when used in a galvanic cell.

A simple galvanic cell will consist of only an electrolyte and two different electrodes.

When the aluminum foil touches the filling, a galvanic cell is created in the mouth.

Otherwise, you could set up a galvanic cell which could really confuse your interpretation.

In this way, contact electrification leads to the invention of the Galvanic cell or battery.

Further, there are many difficulties with the interpretation of these artifacts as galvanic cells:

Placing it on the cathode is equivalent to a standard galvanic cell despite the battery.

Some scientists speculate that these are ancient galvanic cells, roughly 2,000 years old, though the artifacts' age is still debated.

Making and testing a simple galvanic cell.

I assume that each nail was in a separate glass or plastic container to prevent setting up a galvanic cell.

Building on this experience, Volta was able to detect electric current through his system, also called a Galvanic cell.

The galvanic cell, as the one shown in the figure, are conventionally described using the following notation:

Layers of materials with distinct electrochemical properties are sandwiched together to form a single galvanic cell.

Similarly to a galvanic cell, electrolytic cells usually consist of two half cells.

This device is essentially a galvanic cell that can be schematically represented as:

Each galvanic cell has its own characteristic voltage (defined as the energy release per electron transfer from one electrode to the other).

Zinc and copper set up a galvanic cell reaction that cause newer pennies to corrode more quickly.

It was powered by galvanic cells (batteries).

In a galvanic cell overpotential means less energy is recovered than thermodynamics would predict.