Glass Characterization for Designing Frequency Selective Surfaces to Improve Transmission through Energy Saving Glass Windows

机译：用于设计频率选择表面以提高通过节能玻璃窗的透射率的玻璃特性

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This paper reports initial work on creating frequency selective surfaces (FSS) on modern day glass windows to improve the transmission of wireless/mobile/cellular communication signals through the glass. The manufacturers of these glass windows apply very

机译：本文报道了在现代玻璃窗上创建频率选择表面（FSS）的初步工作，以改善通过玻璃的无线/移动/蜂窝通信信号的传输。这些玻璃窗的制造商非常适用

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来源
《Power Quality and Supply Reliability Conference, 2008》|2007年|P.1-4|共4页
会议地点 Bangkok,Thailand
作者
Kiani; C.I.; Karlsson; A.; Olsson; L.; Esselle; K.P.;
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cellular radio; electrical conductivity; frequency selective surfaces; glass; mobile communication; permittivity measurement; thermal insulation; 3G mobile signal; GSM 1800/1900 signal; GSM 900 signal; Optitherm SN glass; UMTS signal; bandpass frequency selective su;

机译：蜂窝无线电；电导率频率选择表面玻璃;移动通信；介电常数测量保温3G移动信号； GSM 1800/1900信号; GSM 900信号； Optitherm SN玻璃； UMTS信号；带通频率选择;

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专利

1. Dual-band frequency selective surface for improving the transmission of Bluetooth and WLAN signals through an energy-saving glass [J] . Chen Hsing-Yi, Lin Tsung-Han Journal of the Chinese Institute of Engineers . 2016,第3期

机译：双频选频表面，可通过节能玻璃改善蓝牙和WLAN信号的传输
2. Transmission of infrared and visible wavelengths through energy-saving glass due to etching of frequency-selective surfaces [J] . Kiani G.I., Olsson L.G., Karlsson A., Microwaves, Antennas & Propagation, IET . 2010,第7期

机译：由于蚀刻了频率选择表面，红外线和可见光波长通过节能玻璃传输
3. SINGLE SQUARE LOOP DESIGN APPROACH USING GA-BASED FREQUENCY SELECTIVE SURFACE FOR ENERGY SAVING GLASS COATING STRUCTURE [J] . FARAH AYUNI AZMIN, ABDUL SAMAD SHIBGHATULLAH, FAUZI MOHD JOHAR, Journal of Theoretical and Applied Information Technology . 2015,第3期

机译：基于GA的频率选择表面节能玻璃涂层结构的单圈设计方法。
4. Glass Characterization for Designing Frequency Selective Surfaces to Improve Transmission through Energy Saving Glass Windows [C] . Kiani C.I., Karlsson A., Olsson L., Asia Pacific Microwave Conference . 2007

机译：用于设计频率选择表面的玻璃特征，以通过节能玻璃窗改善传输
5. Circadian Light Evaluation of a Space Equipped with Clear Glass Window and Optimized Shade Versus Low-E Glass Window Without Shade [D] . Arjmand Mazidi, Habib. 2019

机译：昼夜光谱评价空间配备清晰的玻璃窗和优化的阴影与没有阴影的低E玻璃窗
6. Spectrally-selective all-inorganic scattering luminophores for solar energy-harvesting clear glass windows [O] . Ramzy Alghamedi, Mikhail Vasiliev, Mohammad Nur-E-Alam, -1

机译：用于太阳能采集透明玻璃窗的光谱选择性全无机散射发光体
7. Glass characterization for designing frequency selective surfaces to improve transmission through energy saving glass windows [O] . Kiani, Ghaffer I, Karlsson, Anders, Olsson, Lars, 2007

机译：玻璃特征用于设计选频表面，以改善通过节能玻璃窗的透射率
8. Energy Saving Glass Lamination via Selective Radio Frequency Heating. [R] . Shulman, H., Allan, S., Strickland, P. 2009

机译：通过选择性射频加热实现节能玻璃层压。

Glass Characterization for Designing Frequency Selective Surfaces to Improve Transmission through Energy Saving Glass Windows

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