Overview
ABSTRACT
Chemical sciences, in constant evolution, are associated with more or less complex and transdisciplinary synthesis. Within this context, this article shows how integrative chemistry manages to compartmentalize chemical reactors via reactions triggered at the oil/water interfaces of diluted (dispersed chemical reactors) and concentrated (chemical reactors in contact) emulsions. As an illustration, some non-exhaustive examples of the morphosynthesis of advanced functional materials are provided in the heterogeneous biocatalysis, energy conversion and thermo-stimulated delivery of encapsulated substances domains.
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Read the articleAUTHOR
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Rénal BACKOV: University Professor - Research professor at Bordeaux University - Paul Pascal Research Center, UPR-CNRS 8641
INTRODUCTION
Field: Chemical science
Degree of technology diffusion: Emergence | Growth | Maturity
Technologies involved: Integrative chemistry. Complex fluids. Sol-gel chemistry. Enzymatic biotechnologies. Emulsions
Applications: Biopiles. Catalysis. Cosmetics. Pharmacology. Energy
Main French players: CRPP-Bordeaux. Collège de France-Paris, LEITI-Grenoble
Other international players: University of Waterloo (nanotechnology institute) Ontario Canada, National Science Foundation USA.
Contact: [email protected]
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KEYWORDS
| | | energy | cosmetic | | catalysis | | Biotechnology | emulsions
Integrative chemistry: a tool for the rational synthesis of advanced materials
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