论文标题
在超级流体氦4中采用钨丝的滞后特性的记忆装置-4
Memory device employing hysteretic properties of a tungsten filament in superfluid helium-4
论文作者
论文摘要
浸入超级流体氦气的钨丝具有强大的滞后$ i $ - $ v $特征。通过增加施加的电压，在过渡电压下发生明显的电流下降，在该电压下，灯丝进入非欧宝热状态，并被氦气鞘覆盖。返回欧姆状态的发生在较低的电压下，由于气体鞘的热传导不良。因此，$ i $ - $ v $特征是强烈的滞后。使用稳定的滞后窗口来制造一种新型的存储器设备，该设备证明了快速切换和稳定的读数。
A tungsten filament immersed in superfluid helium has strong hysteretic $I$-$V$ characteristics. By increasing the applied voltage, a remarkable current drop occurs at a transition voltage, at which the filament enters a non-ohmic hot state and becomes covered with a helium gas sheath. The return to an ohmic state occurs at a lower voltage because of the poor heat conduction of the gas sheath. Hence, the $I$-$V$ characteristic is strongly hysteretic. The stable hysteresis window was employed to fabricate a novel memory device, which demonstrated fast switching and stable reading.
