MFP：磁场扰动

“磁场扰动”（Magnetic Field Perturbation，常缩写为MFP）是指磁场强度或方向发生的瞬时或局部性变化，这一术语在物理学与天文学研究中被广泛使用。采用缩写MFP能够有效提高学术写作及专业交流的效率，尤其常见于涉及空间物理、太阳活动或星际介质等相关领域的文献中。

Therefore, a more real magnetosphere should be approximated by the dipole field with the current-induced magnetic field perturbation.
所以一个更为真实的磁层应由具有电流感生的磁场扰动(MFP)的偶极磁场近似。
In this article, the effects of the small magnetic field perturbation on the equilibrium of plasma are discussed ( the problem of the static stability of plasma ).
本文讨论了外磁场微小的变动对等离子体平衡位形的影响，即等离子体的静态稳定性问题。
Effects of magnetic field on the open circuit state of iron in acidic or neutral chloride solutions were studied by electrode potential measurements and potentiostatic polarization with magnetic field perturbation.
采用自腐蚀电位测量及恒电位极化法研究了磁场对铁在酸性与中性氯化物溶液中自腐蚀状态的作用。
Discussion on earth's magnetic field perturbation force acting on a charged satellite and its lifetime
带电卫星地磁摄动力及其寿命问题的讨论
In this paper we have studied the motion of charged particles in a neutral magnetic field by means of perturbation method, trajectory and allowed region of the particles.
本文利用了小扰动方法、轨道法以及粒子的运动区域，比较系统地研究了带电粒子在中性线磁场中的运动。

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