Abstract:
A proton conducting material which comprises a base material comprising a carbonaceous material having carbon as a main component and, introduced into the base material, a group capable of dissociating a proton. In the proton conducting material, a proton moves via the group capable of dissociating a proton, and the conductivity for anion is greater than that for an electron. As the carbonaceous material, use is made of a carbon cluster such as a fullerene and a tubular carbon (so-called carbon nano-tube), a carbonaceous material having a diamond structure and the like.
Abstract:
A proton conductor comprises a carbonaceous material essentially comprising a carbon, into which proton dissociating groups are introduced. In the proton conductor, protons migrate between the proton dissociating groups. Also, the ion conductivity of the proton conductor is larger than electron conductivity thereof. A carbon cluster such as a fullerene or a carbonaceous tubular material, or so-called carbon nano-tube, or a carbonaceous material which has diamond structures is used as a carbonaceous material.
Abstract:
A proton conductor comprises a carbonaceous material essentially comprising a carbon, into which proton dissociating groups are introduced. In the proton conductor, protons migrate between the proton dissociating groups. Also, the ion conductivity of the proton conductor is larger than electron conductivity thereof. A carbon cluster such as a fullerene or a carbonaceous tubular material, or so-called carbon nano-tube, or a carbonaceous material which has diamond structures is used as a carbonaceous material.
Abstract:
A proton conductor comprises a carbonaceous material including a carbon cluster having a plurality of proton dissociating groups. The carton cluster is an aggregation or bonded molecule of carbon atoms. The carbon cluster can be fullerene molecule or the carbon cluster can have a diamond structure or is a tubular carbonaceous material. The proton dissociating groups can be OH, -OSO3H, -COOH, - SO3H or -OPO(OH)3. An electrochemical device comprises a first electrode, a second electrode and a proton conductor as defined above.
Abstract:
A proton conductor comprises a carbonaceous material essentially comprising a carbon, into which proton dissociating groups are introduced. In the proton conductor, protons migrate between the proton dissociating groups. Also, the ion conductivity of the proton conductor is larger than electron conductivity thereof. A carbon cluster such as a fullerene or a carbonaceous tubular material, or so-called carbon nano-tube, or a carbonaceous material which has diamond structures is used as a carbonaceous material.
Abstract:
A proton conductor comprises a carbonaceous material essentially comprising a carbon, into which proton dissociating groups are introduced. In the proton conductor, protons migrate between the proton dissociating groups. Also, the ion conductivity of the proton conductor is larger than electron conductivity thereof. A carbon cluster such as a fullerene or a carbonaceous tubular material, or so-called carbon nano-tube, or a carbonaceous material which has diamond structures is used as a carbonaceous material.
Abstract:
A proton conductor comprises a carbonaceous material essentially comprising a carbon, into which proton dissociating groups are introduced. In the proton conductor, protons migrate between the proton dissociating groups. Also, the ion conductivity of the proton conductor is larger than electron conductivity thereof. A carbon cluster such as a fullerene or a carbonaceous tubular material, or so-called carbon nano-tube, or a carbonaceous material which has diamond structures is used as a carbonaceous material.
Abstract:
A proton conducting material which comprises a base material comprising a carbonaceous material having carbon as a main component and, introduced into the base material, a group capable of dissociating a proton. In the proton conducting material, a proton moves via the group capable of dissociating a proton, and the conductivity for anion is greater than that for an electron. As the carbonaceous material, use is made of a carbon cluster such as a fullerene and a tubular carbon (so-called carbon nano-tube), a carbonaceous material having a diamond structure and the like.