他看起来跟记忆电阻器产生的反应令人发狂的相似。
It looked maddeningly similar to the response a memristor would produce.
感应 器、电容器、记忆电阻器（或叫记忆器）。
The circuit consists of an inductor, capacitor and a memory-resistor, or memristor.
他看起来跟记忆电阻器产生的反应令人发狂的相似。
The behaviour of synapses looked maddeningly similar to a memristor's response.
然后他了解到这种神经突触是记忆电阻器，“他说。”
那单纯地是因为缺少了关键的电子元件-记忆电阻器。
And that might be simply because we were lacking the crucial electronic components - memristors.
不管是不是纳米尺寸，记忆电阻器有多大用处迅速变得清晰起来。
Nanoscale or no, it rapidly became clear just how useful memristors might be.
组装好电路后，记忆电阻的电压的节奏随着任意的外部电压脉冲而改变。
Wired up the right way, the memristor's voltage would vary in tempo with an arbitrary series of external voltage pulses.
在最近几年，记忆电阻器从晦涩的术语演变成最热门的物理特性的其中一个。
Within the past couple of years, memristors have morphed from obscure jargon into one of the hottest properties in physics.
DiVentra推测黏菌溶胶与凝胶成分的黏度有利于记忆电阻的机械模拟。
Di Ventra speculates that the viscosities of the sol and gel components of the slime mould make for a mechanical analogue of memristance.
美国标准技术研究所(NIST)最近宣称他们发明了一种新的内存技术：柔性记忆电阻技术。这是一种新型的记忆电阻技术。
A flexible memristor has been developed by the U.S. National Institute of Standards and Technology, opening the door to new memory technologies.
尽管理论上来说它是很受欢迎的，似乎没有一种物理仪器和材料能有记忆的电阻器功能。
Though it was welcome in theory, no physical device or material seemed capable of the resistance-with-memory effect.
事实上，Chua已经计算出它会像一个能记忆之前经过的电流一样的电阻那样运作。
In fact, Chua calculated, it would behave like a resistor that could "remember" what current had flowed through it before (see diagram).
事实上，Chua已经计算出它会像一个能记忆之前经过的电流一样的电阻那样运作。
In fact, Chua calculated, it would behave like a resistor that could "remember" what current had flowed through it before (see diagram).
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