zapis magnetyczny

Oberlin was an American engineer who was first noted for his work in magnetic recording.

The reason thin film disks could provide higher storage capacity has to do with the physics of magnetic recording.

In this article, we will look at magnetic recording.

We'll focus on cassette tapes and tape recorders, but the same technology applies to any form of magnetic recording.

Even though magnetic recording provided as many as six discrete tracks of sound on a film, the expense was simply too much.

The lab is chiefly engaged in studies on applications of perpendicular magnetic recording.

The principles of magnetic recording had been around for a long time.

There are also negative aspects of narrow head gaps, particularly for magnetic recording.

Poulsen is perhaps best known for developments in magnetic recording.

Reeves introduced magnetic recording to the film industry in 1948.