等离子体激元以这种方式水平地运动，比任何来自太阳的入射光线更多地经过太阳能电池的硅。
By travelling horizontally in this way, a plasmon passes through more of the solar cell's silicon than any incident beam from the sun could.
在这项工作中，多伦多小组的高效胶体量子点太阳能电池的效率，领先世界水平5.6个百分点。
The work expands the Toronto team's world-leading 5.6 per cent efficient colloidal quantum dot solar cells.
太阳脉冲号起飞后，利用遍布机翼上表面和水平安定面的11,628块太阳能电池所提供的动力飞行。
The idea is that solar Impulse will take off and fly under its own power using electricity from the 11, 628 solar cells covering the upper surfaces of its wings and tailplane.
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