Method for manufacturing indium-tin-iron catalyst for use in production of carbon nanocoils
AssigneesYoshikazu Nakayama, Daiken Chemical Co., Ltd.
InventorsYoshikazu Nakayama, Akio Harada
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Abstract
A method for manufacturing an indium-tin-iron catalyst that is used to obtain carbon nanocoils that have an external diameter of 1000 nm or less, the method comprising a first process that forms an organic solution by mixing an indium-containing organic compound and a tin-containing organic compound with an organic solvent, a second process that forms an organic film by coating a substrate with the thus obtained organic solution, a third process that forms an indium-tin film by baking this organic film, and a fourth process that forms an iron film on the surface of this indium-tin film.
Claims4
A method for manufacturing an indium-tin-iron catalyst which is used to manufacture carbon nanocoils that have an external diameter of 1000 nm or less, said manufacturing method comprising the steps of:
- forming an organic solution by mixing an indium-containing organic compound and a tin-containing organic compound with an organic solvent,
- forming an organic film by coating a substrate with said organic solution,
- forming an indium-tin film by baking said organic film, and
- forming an iron film on a surface of said indium-tin film.
A method for manufacturing an indium-tin-iron catalyst which is used to manufacture carbon nanocoils that have an external diameter of 1000 nm or less, said manufacturing method comprising the steps of:
- forming an organic solution by mixing an indium-containing organic compound, a tin-containing organic compound and an iron-containing organic compound with an organic solvent,
- forming an organic film by coating a substrate with said organic solution, and
- forming an indium-tin-iron film by baking said organic film.
Dependencies are inferred from the claim text.