The laminate may also be located below the mixed layer.
The conducting mixed layer serves as the middle electrode.
This mixed layer is covered with a hard OLC overcoat.
The device includes two memory cells composed of electrode/organic layer/mixed layer, where the interfaces between the electrically conductive mixed layer and the low conductivity organic layer exhibit bistable behavior.
The power storage device includes the current collector, a mixed layer formed over the current collector, and the crystalline silicon layer functioning as the active material layer formed over the mixed layer.
The positive electrode comprises a positive electrode mix layer formed on a positive electrode collector, and the positive electrode mix layer contains a positive electrode active material and a conductive agent.
On the surface of the positive electrode mix layer (W2) is formed a flame retardant layer (W6) containing a phosphazene-compound flame retardant agent and a polyethylene oxide of an ion conductive binder.
The heat treatment is performed so as to produce a Sn-Cu compound layer between the formed plating layer 3 and the surface of the base material 2.
The laminar structure is made up of the following laminas from top to bottom: a reticular water-leading lamina (1), an antimicrobial functional mixed lamina (2), a water-absorbing lamina (3), a water proof membrane lamina (4) and an adhesive lamina (5).
The mixed layer includes a first host, a first dopant and a charge-transporting material.
The antimicrobial functional mixed lamina (2) is made by adding antimicrobial functional mixed material powder into wood pulp paper or fiber cotton.