Übersetzung für "Supramolecular" in Deutsch

Supramolecular functional systems are the basic principles for forming new materials.

In many others, various aspects of supramolecular chemistry are being investigated.

However, it is proposed in accordance with the invention to use these dyes in the supramolecular configuration of a J-aggregate.

Dendrimers are supramolecular, branched architectures of well-defined molecular weight.

The formation of the hydrogels according to the invention is thus based on supramolecular interactions of the hydrogelator according to the invention.

Such supramolecular motifs are particularly suitable as thermolabile units.

However, the concept of supramolecular polymers has only come about recently.

We investigate and manipulate individual nano-objects and highly organized supramolecular systems.

Supramolecular materials are produced via the self-assembly of molecular building blocks that combine to create ordered polymer structures.

A range of structures from the supramolecular realm that bridge the boundaries between art and science will be presented.

Also, the invention relates to a novel use of cyanine dyes in the supramolecular J-aggregate configuration.

This independent formation of different supramolecular structures within a single system is called orthogonal self-aggregation.

The sole driving force stems from the engineered supramolecular interactions via hydrogen bonds.

The multidisciplinary approach of the supramolecular sciences required close co-operation between chemistry and other scientific disciplines.

This is called supramolecular assembly.

Under the right conditions, the molecules arrange themselves independently into a regular supramolecular structure.

The study of stereochemistry focuses on stereoisomers and spans the entire spectrum of organic, inorganic, biological, physical and especially supramolecular chemistry.

In the beginning of the 1960s Hans Kuhn thought about a new paradigm in chemistry: the synthesis of different molecules which fit structurally into each other in such a way that they form planned functional units (supramolecular machines).

The main objective of the Action is through investigating autocatalytic reaction systems within supramolecular, prebiotic and other fields of chemistry to develop methods for their integration into dynamic supersystems.

The unifying paradigm has led to construct supramolecular machines and to invent a pathway leading to an apparatus based on the same mechanism as the genetic apparatus of bio-systems.

These include the synthesis and characterization of polymers, and supramolecular chemistry as it relates to the preparation of substances with designed physical properties which may refer to aspects of molecular recognition, aggregation, formation of liquid crystals and other complex fluids, in the generation of stacking systems, molecular pillars, molecular wires, etc.