When attached to the rat's diaphragm, the animal's breathing stretched the nanowire, and it generated a tiny amount of electricity — about four pico-amps of current at two millivolts.
当连接到大鼠的横隔膜时，该动物的呼吸使纳米线得到伸展，并产生少量的电力——每两毫伏约4微微安培电流。
Main factors of influencing current efficiency were introduced. Meanwhile, the countermeasures of improving current efficiency in metal anodes diaphragm method were put forward.
介绍了影响电流效率的主要因素，提出了提高金属阳极隔膜电流效率的措施。
After this diaphragm being industrialized, the current efficiency was raised, the diaphragm's serve - time was extended, and the notable results of saving electricity was gained.
工业化结果表明使用该膜后电流效率提高，隔膜寿命延长，节电效果明显。
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