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electromagnetic field[sound:GEN-EE6d01L1M1V0001GA1.mp3]
電磁場
The interaction of the electric field and magnetic field described by the Maxwell equations produces an electromagnetic field which propagates as an electromagnetic wave in both the time domain and the frequency domain.
Maxwell equations[sound:GEN-EE6d01L1M1V0002GA1.mp3]
マクスウェル方程式
The Maxwell equations provide a fundamental description of the electromagnetic field, relating the electric field, magnetic field, displacement current, and current density through vector analysis.
vector analysis[sound:GEN-EE6d01L1M1V0003GA1.mp3]
ベクトル解析
Vector analysis is essential for formulating the Maxwell equations, expressing the electric field and magnetic field, and performing operations like gradient, divergence, and curl in the context of an electromagnetic field.
electric field[sound:GEN-EE6d01L1M1V0004GA1.mp3]
電場
In the study of the electromagnetic field, the electric field interacts with the magnetic field, and its behavior is described by the Maxwell equations and related to the electric displacement field.