摘要:
High frequency currents may be rectified by means of a printable diode comprising a first and a second electrode, between which a semiconducting layer comprising semiconducting particles embedded in an inert matrix, and a conducting layer comprising conducting particles embedded in an inert matrix are arranged.
摘要:
The present disclosure relates to a device comprising a first electrode, a second electrode, and a liquid electrolyte, wherein said first and second electrodes are arranged within said liquid electrolyte and arranged for applying a voltage to said electrodes, and further wherein said first electrode comprises a macromolecular material that is transferrable from a first state to a second state upon electrochemical switching due to said voltage applied between said electrodes, and wherein said material when present in said second state having a volume of at least 2.5 of the volume of said material in said first state.
摘要:
The present invention relates to an oxygen associated energy conversion device comprising a cathode, an anode and an electrolyte arranged between said cathode and said anode. The cathode is an air-electrode adapted for an oxygen reduction reaction and wherein said cathode comprises a n-type conducting polymer.
摘要:
A method for producing particles. Said method comprises the steps of: providing a composition comprising lignosulfonate, fibers comprising polysaccharides, and monomers and/or oligomers capable of forming an electron conducting polymer; and polymerizing in said composition said monomers and/or oligomers capable of forming an electron conducting polymer to said electron conducting polymer, thereby forming particles. The particles comprise lignosulfonate, fibers comprising polysaccharides, and said electron conducting polymer.
摘要:
High frequency currents may be rectified by means of a printable diode comprising a first and a second electrode, between which a semiconducting layer comprising semiconducting particles embedded in an inert matrix, and a conducting layer comprising conducting particles embedded in an inert matrix are arranged.