After constructing a 35-nanometer-high channel between two silica plates and filling it with potassium chloride saltwater, they demonstrated that voltage applied across this nanofluidic transistor could switch potassium ion flow on and off.
After constructing a 35-nanometer-high channel between two silica plates and filling it with potassium chloride saltwater, they demonstrated that voltage applied across this nanofluidic transistor could switch potassium ion flow on and off.
他们在两片硅板之间制作35奈米高的通道，注入氯化钾溶液，示范在这个奈米流体晶体管上施加的电压可开启或阻断钾离子流。