Exact(3)
In summary, we have investigated bipolar resistance switching characteristics of the Au/STO/Ti cell treated with different electric processes.
Two types of bipolar switching with eightwise and counter eightwise polarities can be activated under different electric processes.
The conversion from the eightwise polarity to the counter eightwise polarity is caused by the different defect distributions in the films which can be changed by different electric processes.
Similar(57)
But it's also an always-on electric process that needs to be supported.
The desalting and dewatering results of the ultrasonic-electric united process are compared with those of the electric process.
The electric process can bring impacts about the defect density in the insulator/semiconductor [3, 14].
The results show that the ultrasonic-electric united process is more effective than the electric process in high salt-contenting oil desalting.
These two types of switching can be induced by different defect distributions which are activated by controlling the electric process.
The relationship between the resistance switching and the electric process is investigated in this paper in order to further understand the switching mechanism.
In short, the switching mechanism is dominated by the defect state density of the active film, and the defect states can be controlled by controlling the electric process.
This result is in agreement with some other authors [13, 14] who found as low as 0.2% of porosity in electric process.
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