Enter magnetic flux density B; compute the energy gap ΔE = μ_B·B between adjacent Zeeman sublevels, showing equally spaced splitting under an external field, for atomic-spectrum Zeeman effect and field calibration.
输入磁感应强度 B,求相邻塞曼能级能量差。
| Item | Formula / Note | Source / Standard |
|---|---|---|
| Zeeman splitting | ΔE = m_l μ_B B | Zeeman 1896 |
| Energy shift | ΔE = g μ_B m_j B | Atomic physics |
| Bohr magneton | μ_B = 9.274×10⁻²⁴ J/T | CODATA 2018 |
| Number of components | Normal triplet, anomalous more | Spectroscopy |
| Applications | Magnetic field probe, level structure | Zeeman applications |
| Stark analogue | Electric analogue: Stark effect | Stark effect |