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ArticleNumerically Stable and Computationally Efficient Expression
for the Magnetic Field of a Current Loop
Michael Other *, Peter Lateran Florian SlanovcMagnetic Microsystem Technologies, Silicon
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What is numerically stable magnetic field?
A numerically stable magnetic field refers to a magnetic field configuration that maintains its characteristics and integrity under computational simulations or mathematical models, ensuring reliable and consistent results.
Who is required to file numerically stable magnetic field?
Entities that operate magnetic field generators, conduct experiments involving magnetic fields, or are involved in research and development of magnetic technologies are typically required to file documentation related to a numerically stable magnetic field.
How to fill out numerically stable magnetic field?
To fill out a numerically stable magnetic field, one must provide detailed measurements of the magnetic field strength, direction, stability metrics, and any relevant environmental conditions that could affect the field's stability.
What is the purpose of numerically stable magnetic field?
The purpose of a numerically stable magnetic field is to ensure that the magnetic field can be reliably used in applications such as scientific research, industrial processes, and safety evaluations without the risk of erroneous data.
What information must be reported on numerically stable magnetic field?
Reported information typically includes magnetic field strength, variation over time, geographic location, operational parameters, and any factors influencing stability.
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