熔融态的玻璃是离子导电体，故采用磁场加热更为合理。
The use of magnetic field heating is suitable because melting glass is anionic electric conductor.
该导电模型可解释非均相玻璃态快离子导体的显微结构对其电导性质的影响，较好地预言了非均相玻璃态快离子导体的导电行为。
The conduction model can be used to explain the effect of the microstructure of heterogeneous GFIC on its conduction property and to predict its conduction behaviour.
该导电模型可解释非均相玻璃态快离子导体的显微结构对其电导性质的影响，较好地预言了非均相玻璃态快离子导体的导电行为。
The conduction model can be used to explain the effect of the microstructure of heterogeneous GFIC on its conduction property and to predict its conduction behaviour.
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