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Palladium electrodes for molecular tunnel junctions

机译:分子隧道结的钯电极

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Gold has been the metal of choice for research on molecular tunneling junctions, but it is incompatible with complementary metal-oxide-semiconductor fabrication because it forms deep level traps in silicon. Palladium electrodes do not contaminate silicon, and also give higher tunnel current signals in the molecular tunnel junctions that we have studied. The result is cleaner signals in a recognition-tunneling junction that recognizes the four natural DNA bases as well as 5-methyl cytosine, with no spurious background signals. More than 75% of all the recorded signal peaks indicate the base correctly.
机译:金一直是研究分子隧道结的首选金属,但由于它在硅中形成深能级陷阱,因此与互补金属氧化物半导体制造不兼容。钯电极不会污染硅,而且在我们研究的分子隧道结中还会提供更高的隧道电流信号。结果是在识别隧道连接处识别了四个天然DNA碱基和5-甲基胞嘧啶的信号更清晰,没有杂散的背景信号。所有记录的信号峰值中超过75%正确指示了基准。

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