Publication date
September 2002
DOIAbstract
Self-organizing molecules can form structures with useful electronic properties. These supramolecular materials combine the benefits of polymers with those of organic crystalline systems.</p
Self-organizing molecules can form structures with useful electronic properties. These supramolecular materials combine the benefits of polymers with those of organic crystalline systems.</p
An overview is given on molecular defined materials for conventional electronics and on potential ma...
Supramolecular chemistry has been around forseveral decades,but never has it been so close todeliver...
A comprehensive overview of functional nanosystems based on organic and polymeric materials and thei...
Self-organizing molecules can form structures with useful electronic properties. These supramolecula...
Self-organizing molecules can form structures with useful electronic properties. These supramolecula...
Self-organizing molecules can form structures with useful electronic properties. These supramolecula...
Self-organizing molecules can form structures with useful electronic properties. These supramolecula...
\u3cp\u3eSelf-organizing molecules can form structures with useful electronic properties. These supr...
Most polymers consist of long molecular chains made up of many units connected by covalent bonds — b...
Most polymers consist of long molecular chains made up of many units connected by covalent bonds — b...
Most polymers consist of long molecular chains made up of many units connected by covalent bonds — b...
Most polymers consist of long molecular chains made up of many units connected by covalent bonds — b...
Most polymers consist of long molecular chains made up of many units connected by covalent bonds — b...
Supramolecular interactions between organic molecules not only enable them to self-organize into lar...
Most polymers consist of long molecular chains made up of many units connected by covalent bonds — b...
An overview is given on molecular defined materials for conventional electronics and on potential ma...
Supramolecular chemistry has been around forseveral decades,but never has it been so close todeliver...
A comprehensive overview of functional nanosystems based on organic and polymeric materials and thei...
Self-organizing molecules can form structures with useful electronic properties. These supramolecula...
Self-organizing molecules can form structures with useful electronic properties. These supramolecula...
Self-organizing molecules can form structures with useful electronic properties. These supramolecula...
Self-organizing molecules can form structures with useful electronic properties. These supramolecula...
\u3cp\u3eSelf-organizing molecules can form structures with useful electronic properties. These supr...
Most polymers consist of long molecular chains made up of many units connected by covalent bonds — b...
Most polymers consist of long molecular chains made up of many units connected by covalent bonds — b...
Most polymers consist of long molecular chains made up of many units connected by covalent bonds — b...
Most polymers consist of long molecular chains made up of many units connected by covalent bonds — b...
Most polymers consist of long molecular chains made up of many units connected by covalent bonds — b...
Supramolecular interactions between organic molecules not only enable them to self-organize into lar...
Most polymers consist of long molecular chains made up of many units connected by covalent bonds — b...
An overview is given on molecular defined materials for conventional electronics and on potential ma...
Supramolecular chemistry has been around forseveral decades,but never has it been so close todeliver...
A comprehensive overview of functional nanosystems based on organic and polymeric materials and thei...
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