Karalis wondered whether the same idea could improve the efficiency of magnetic induction at greater distances.
卡拉里斯想知道同样的原理，是否能改善磁感应在长距离的传输效率。
Take laser transmission, for example. "High powers concentrated in a narrow laser beam could cause serious damage to a person, " says Karalis.
拿激光传输来说，卡拉里斯就称：“大量能量聚集成一束狭窄的激光束，可能会给人造成严重伤害。”
"In some cases, the improvement in the efficiency due to resonance can be more than 100, 000 times that of non-resonant induction, " says Karalis.
卡拉里斯说：“在某些情况下，由于共振所带来的效率提升，是无共振系统感应的10万倍。”
"In some cases, the improvement in the efficiency due to resonance can be more than 100, 000 times that of non-resonant induction, " says Karalis.
卡拉里斯说：“在某些情况下，由于共振所带来的效率提升，是无共振系统感应的10万倍。”
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