Simultaneous electronic and environmental scanning Kelvin probe measurements are used to build nano-scale maps of the work function of the device surface revealing the areas of greatest work function change with environmental gating.
The working mechanism of the device is discussed.
The Hewlett-Packard scientists, however, have applied for patents covering their working version of the device.
The working principle of the device is described in this paper.
The working mechanism of the device is based on the observed increment in the transmission of the sensor that was carefully placed in a sealed chamber.
Because the idea of a memristor was invented almost 40 years ago by Mr. Chua, it is in the public domain, however the H.P. scientists have applied for patents covering their successful implementation of a working version of the device.
Through mathematical models, the introduction of a tracer in the form of a square wave concentration signal was simulated, and the effects of the working tolerances of the device main component on flow conditions were discussed.
It is shown that the maximum power output density only depends on the maximum allowable stress of the beam and the working frequency of the device, and these two factors can be obtained by adjusting the geometry of piezoelectric layers.
The working principle of the device is discussed simply in the following.
Each battery state corresponds to a battery working mode of the device.
