magnetostatic Sentences

The magnetostatic field around a current-carrying wire can be conveniently described using Ampère's law.

In a magnetostatic system, the magnetic field lines are fixed and do not change with time.

The energy stored in a magnetostatic field is what drives many types of electric motors.

Studying magnetostatic phenomena helps in the design of efficient magnetic storage devices.

In the field of nanomagnetism, magnetostatic interactions are crucial for understanding magnetic domain structures.

Researchers use magnetostatic simulations to predict the behavior of magnetic materials under different conditions.

The concept of magnetostatic energy is fundamental in the operation of magnetic levitation systems.

Magnetostatic effects can be utilized in the efficient cooling methods for superconducting magnetic fields.

Magnetostatic currents are the key to generating strong, homogeneous magnetic fields in NMR machines.

Understanding magnetostatic forces is essential for the proper functioning of electromechanical devices.

In the design of magnetic induction cookers, magnetostatic principles play a vital role.

The magnetostatic properties of materials are crucial in the development of new types of electronic and magnetic devices.

The study of magnetostatic phenomena is important in both theoretical and applied physics.

Magnetostatic configurations in magnetic circuits are often used to optimize energy transfer and storage.

The magnetostatic field in a magnetic core is a critical factor in the performance of inductive components.

Magnetostatic effects are observed in various forms, including magnetic dipoles and quadrupoles.

Understanding magnetostatic fields is essential for the effective use of materials in electric and magnetic devices.

Magnetostatic analysis is crucial in the design of magnetic levitation transportation systems.

The magnetostatic behavior of materials under various conditions can also be observed in geophysical studies.