Solenoid Magnetic Field Calculation.
Electromagnetism online calculation: Solenoid properties - Inductance and magnetic B-field.
For instance, consider a 1 Coulomb (C) charge traveling at 100 meters per second (m/s) through the magnetic field of a solenoid with 1000 turns and 2 amperes (A) of current running through it. Plug the numbers from your example into the equation and use your calculator to determine the force acting...
Magnetic Field of a Long Wire.
The magnetic field produced by the current in a solenoid is the sum of the fields due to the current in each turn. The field of a solenoid is like that of a bar magnet, with one end the north pole and the other end the south pole, depending on the direction of the current in the solenoid.
Importing a solenoid magnetic field into SIMION by multiple methods. June 2005, David Manura, Scientific Instrument Services, Inc. (Updated Jan 2006).
Magnetic field of a solenoid. A solenoid is a coil of wire designed to create a strong magnetic field inside the coil. By wrapping the same wire many times around a cylinder, the magnetic field due to the wires can become quite strong.
In a solenoid, a large field is produced parallel to the axis of the solenoid (in the z-direction in figure 2). Components of the magnetic field in other directions are cancelled by opposing fields from neighbouring coils.
Calculating the Entire Magnetic Field of a Solenoid: An Application of Open Source Tools for Scientific Computing. In introductory physics courses, students are taught how to calculate the magnetic field of various combinations of straight wires and coils.
However for magnetic fields, two parallel plates will not produce a uniform magnetic field; a long solenoid is needed.