SUMMARY
Magnetic susceptibility (Xm) is defined as Xm = M/H and is fundamentally independent of the unit system used, whether MKS or CGS. The confusion arises from the different representations of magnetization and magnetic field strength in these systems, leading to varying numerical values for Xm. For instance, the susceptibility of oxygen is approximately 10^-4 in CGS units and 10^-8 in MKS units, but these values are equivalent when accounting for conversion factors. The relationship between magnetization and magnetic field differs in the SI and Gauss systems, with the conversion factor being 4π.
PREREQUISITES
- Understanding of magnetic susceptibility and its formula (Xm = M/H)
- Familiarity with unit systems, specifically MKS and CGS
- Knowledge of magnetization and magnetic field strength concepts
- Basic grasp of electromagnetic units in both SI and Gauss systems
NEXT STEPS
- Research the conversion factors between CGS and MKS unit systems for magnetic properties
- Study the differences between SI and Gauss systems in electromagnetic contexts
- Explore the implications of using different unit systems in scientific literature
- Learn about the practical applications of magnetic susceptibility in materials science
USEFUL FOR
Physicists, materials scientists, and students studying electromagnetism who seek to clarify the relationship between magnetic susceptibility and unit systems.