Wireless Attenuation by Energy Efficient Windows in the 8-12.5 GHz region

N Knauer; H Doelecke; P O'Leary

Wireless Attenuation by Energy Efficient Windows in the 8-12.5 GHz region

N Knauer, H Doelecke, P O'Leary

Research output: Contribution to conference › Poster › peer-review

Abstract

Measurements are presented of wireless propagation into buildings via standard double glazing and via heat isolating (Low Emissivity) double glazing in the region 8-12.5GHz. Standard double glazing attenuates the signal in line with results published elsewhere. Heat energy efficient double glazing, however, at least 20dB more than the standard glazing of the signal does not pass. The reason for this poor propagation is outlined and a propagation model for the heat isolation window is presented.

Original language	English
Publication status	Published - 2008
Event	One-day colloquium on Emerging Trends in Wireless Communications - Royal Irish Academy, Dublin, Royal Irish Academy, Dublin Duration: 01 Jan 2008 → … http://www.ria.ie/committees/ursi/index.html

Conference

Conference	One-day colloquium on Emerging Trends in Wireless Communications
City	Royal Irish Academy, Dublin
Period	01/01/2008 → …
Internet address	http://www.ria.ie/committees/ursi/index.html

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Wireless Attenuation by Energy Efficient Windows in the 8-12.5 GHz regionOther version, 0 bytes

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title = "Wireless Attenuation by Energy Efficient Windows in the 8-12.5 GHz region",

abstract = "Measurements are presented of wireless propagation into buildings via standard double glazing and via heat isolating (Low Emissivity) double glazing in the region 8-12.5GHz. Standard double glazing attenuates the signal in line with results published elsewhere. Heat energy efficient double glazing, however, at least 20dB more than the standard glazing of the signal does not pass. The reason for this poor propagation is outlined and a propagation model for the heat isolation window is presented.",

author = "N Knauer and H Doelecke and P O'Leary",

year = "2008",

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T1 - Wireless Attenuation by Energy Efficient Windows in the 8-12.5 GHz region

AU - Knauer, N

AU - Doelecke, H

AU - O'Leary, P

PY - 2008

Y1 - 2008

N2 - Measurements are presented of wireless propagation into buildings via standard double glazing and via heat isolating (Low Emissivity) double glazing in the region 8-12.5GHz. Standard double glazing attenuates the signal in line with results published elsewhere. Heat energy efficient double glazing, however, at least 20dB more than the standard glazing of the signal does not pass. The reason for this poor propagation is outlined and a propagation model for the heat isolation window is presented.

AB - Measurements are presented of wireless propagation into buildings via standard double glazing and via heat isolating (Low Emissivity) double glazing in the region 8-12.5GHz. Standard double glazing attenuates the signal in line with results published elsewhere. Heat energy efficient double glazing, however, at least 20dB more than the standard glazing of the signal does not pass. The reason for this poor propagation is outlined and a propagation model for the heat isolation window is presented.

M3 - Poster

T2 - One-day colloquium on Emerging Trends in Wireless Communications

Y2 - 1 January 2008

ER -

Wireless Attenuation by Energy Efficient Windows in the 8-12.5 GHz region

Abstract

Conference

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