When currents in wires run parallel, the wires attract due to the magnetic fields from the currents and the Lorentz force. The currents can also be ... Original construction: two 16.5" lengths of 20 ...

It doesn’t, really. The wire vaporizes into plasma, and if the pulse is fast enough, the Lorentz force hold the plasma together. The rest is non-trivial high-voltage engineering. The original ...

The sum of these two forces creates a force that we call the Lorentz force. This concept allows almost all modern electronics to function; speakers, computers, and even railguns all utilize the ...

This will create a magnetic field, and other wires with electric current will experience a magnetic force. Imagine you have two parallel wires carrying electric current in the same direction.

Named after the Nobel laureate, this force is that ... heat caused by winding I 2 R losses. Another concern is that off-the-shelf amplifiers may not be suitable for Lorentz force motors owing ...

The design is built around a Lorentz-force actuator — a small, powerful magnet surrounded by a coil of wire attached to a ... waveforms generally consist of two distinct phases — an initial ...

A magnetic field exerts a force on particles known as the Lorentz force ... When a conducting wire is moved in a magnetic field, the field induces a current in the wire. Conversely, a magnetic ...