首页> 外文会议>Optical Materials Technology for Energy Efficiency and Solar Energy Conversion XI: Selective Materials, Concentrators and Reflectors, Transparent Insulation and Superwindows >Advanced glazing and associated materials for solar and building applications: International Energy Agency Solar Heating and Cooling Program Task 18
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Advanced glazing and associated materials for solar and building applications: International Energy Agency Solar Heating and Cooling Program Task 18

机译:太阳能和建筑应用中的高级玻璃及其相关材料:国际能源机构太阳能供热和制冷计划任务18

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Abstract: Following a program definition phase of 2 years, Task18 of the International Energy Agency Solar Heating &Cooling program commenced a 5 year research phase inApril 1992. Task 18 investigates a wide range ofadvanced glazing materials and glazing systems whichinclude monolithic and granular aerogels, transparentinsulation materials, chromogenic materials, evacuatedglazings, low-emittance coatings, solar collectorcovers, angular selective transmittance thin films,holographic and light guide materials, and frame andedge seal technology. In addition to materials-centeredresearch, Task 18 concentrates on measurement of keyglazing properties such as total energy transmittance,U-value, and spectral directional optical properties,and through the use of building energy analysissoftware tools the identification of appropriateapplications, control strategies, and energy andenvironmental benefits to be derived from advancedglazing products. Fifteen OECD countries areparticipating in Task 18 which is led by the UnitedKingdom. !5
机译:摘要:经过2年的计划定义阶段,国际能源机构太阳能供热和制冷计划的Task18在1992年4月开始了为期5年的研究阶段。Task18研究了广泛的高级玻璃材料和玻璃系统,包括整体式和颗粒状气凝胶,透明绝缘材料,发色材料,真空玻璃,低辐射涂层,太阳能集热器盖,角选择性透射薄膜,全息和光导材料以及框架和边缘密封技术。除了以材料为中心的研究之外,任务18还专注于测量关键玻璃的特性,例如总能量透射率,U值和光谱定向光学特性,并通过使用建筑能量分析软件工具来确定合适的应用,控制策略和能源先进玻璃产品将带来环境效益。 15个经合组织国家参加了由英国领导的任务18。 !5

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