交互能谱 cross-energy spectrum
功能互补 complement each other with well-defined functions ; functional complementation
互能支援 mutual energy support
互通功能 Inter-working Function ; IWF ; IWF InterWorking Function
全球能源互联网 a global energy Internet ; GEI
产业产能优势互补 complement each other's industrial advantages and production capacity
互能密度谱 [自] cross-energy density spectrum
交互能力 Interaction
本文利用内积和互能公式来简化一些重要的电磁场公式的符号表示。
The expression of a few important formulas of electromagnetic fields are simplified by using the inner product and mutual energy formula.
在静电学中提出了电场能等于带电体系的自能与互能之和，但并未对自能的总和永远大于互能作更进一步的论证。
In electrostatics, it had been put forward that the electric field energy equals to the total of self-energy and the mutual-energy of charged bodies system.
通过数学推导对静电场中所涉及到的静电能、电场能、自能和互能之间的能量关系进行量化分析，揭示了各种能量之间的内在联系。
The energy relation of electrostatic energy, energy of electric field, inherent energy and mutual energy in electrostatic field was quantitatively analyzed using mathematics ratiocination.
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