Method for preparing stable organic electrochemical transistors
AssigneeUniversity of Kentucky Research Foundation
InventorsAlexandra Frances Paterson, Vianna Le
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Abstract
Methods of preparing a polymer solution for organic electrochemical transistor preparation include preparing a solvent solution, preparing a dopant solution, and combining the solvent solution and the dopant solution at 60 to 90 volume percent solvent solution and 10 to 40 volume percent dopant solution. Preparing the solvent solution includes degassing a first solvent to form a degassed first solvent and combining the degassed first solvent with a polymer. Preparing the dopant solution includes degassing a second solvent to form a degassed second solvent and combining the degassed second solvent with a p-dopant.
Claims20
A method of preparing a polymer solution for organic electrochemical transistor preparation comprising:
- preparing a solvent solution;
- preparing a dopant solution;
- and
- combining the solvent solution and the dopant solution at 60 to 90 volume percent solvent solution and 10 to 40 volume percent dopant solution,
- wherein:
- preparing the solvent solution comprises degassing a first solvent to form a degassed first solvent and combining the degassed first solvent with a polymer;
- and
- preparing the dopant solution comprises degassing a second solvent to form a degassed second solvent and combining the degassed second solvent with a p-dopant.
A polymer solution for organic electrochemical transistor preparation comprising:
- a solvent solution comprising a degassed first solvent and a polymer;
- and
- a dopant solution comprising a degassed second solvent and a p-dopant;
- wherein:
- the solvent solution and the dopant solution are combined at 60 to 90 volume percent solvent solution and 10 to 40 volume percent dopant solution.
Dependencies are inferred from the claim text.