Frequency selective surfaces for long wavelength use in buildings
Frequency selective surfaces for long wavelength use in buildings
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用于建筑物中长波长使用的频率选择表面
DOI：
10.1049/ic.2008.0732
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发表时间：
2008
期刊：
影响因子：
--
通讯作者：
Parker T
中科院分区：
文献类型：
--
作者：
Parker T
幻灯片演示展示了 FSS 在建筑环境中（特别是移动通信领域）电磁架构方面的贡献。 FSS 的制造和集成到建筑物中的成本很高。在新建筑中的整合比改造更容易。大规模制造，也许使用小型有限阵列是前进的方向。如果将有源器件插入 FSS 以提供时变架构，则尤其如此。在移动通信和无线网络波段，FSS 的宽带操作是必要的，这对设计过程提出了挑战。法规涵盖健康和安全方面，旨在最大限度地减少建筑物倒塌的可能性。建筑法规应扩展到涵盖电磁架构和结构架构的各个方面。
The presentation of slide shows the contribution of FSS to make an electromagnetic architecture in the built environment, particularly in mobile communications. The costs of FSS fabrication and integration into buildings are significant. Incorporation easier in new buildings than retro-fitting. Large scale fabrication, perhaps use of small finite arrays are ways forward. This is particularly so if active devices are inserted into FSS to give a time varying architecture. At mobile comms and wireless networking wavebands, wideband operation of FSS is necessary, challenging the design process. Regulations cover health and safety aspects and aim to minimise the chances that buildings fall down. Building regulations should be extended to cover aspects of the electromagnetic architecture as well as structural architecture.