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Energy-efficient coatings in the Nanohouse™ Initiative
M. J. Ford,G. B. Smith,C. Masens,J. Muir 한국물리학회 2004 Current Applied Physics Vol.4 No.2-4
The University of Technology Sydney (UTS), in collaboration with CSIRO has created the Nanohouse™ Initiative, a conceptthat serves as the conceptual framework for various pedagogical, scientic, architectural and engineering activities at the University. Housing is a signicant item in both personal and regional budgets, and the Nanohouse™ therefore serves as a powerful vehicle fordemonstrating nanotechnologies. One of the major energy-ecient components of the Nanohouse™ are nanoengineered coatingsand lms for transparent and translucent surfaces that modify their optical properties. These nanostructured materials can providewavelength-selective control of reection, absorption and transmission of light as well as angular selectivity for directional control,making it possible to design houses that have very large windows and skylights, but which nevertheless remain cool in summer andwarm in winter. We have already made signicant progress towards the development of these nanotechnologies. In this paper will bediscuss the design and performance of these optically controllable nanocoatings and their application to the Nanohouse™