XMB.ZIP - Normalised Field Q(N+1,gc)

Compute normalised field Q, in order to calculate Multi-screen difraction loss 20log10|Q(N+1,gc)|
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Updated 25 Nov 2001

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Multiscreen difraction PLmsd due to N+1 buildings replaced by equivalente N+1 absorving screen is quantized as 20log10(|Q(N+1,gc)|).
Wb: distance between buildings;
Ws: street width;
ht: tx antenna heigth;
hb: mean building height;
N+1: Number of buildings before receiver;
f: frequency (MHz);
hr: receiver antenna heigth;
pws: ratio d/ws*100 (%) due to distance d of receiver from last screen, related to street width.

Cite As

Joao Carmo (2024). XMB.ZIP - Normalised Field Q(N+1,gc) (https://www.mathworks.com/matlabcentral/fileexchange/1079-xmb-zip-normalised-field-q-n-1-gc), MATLAB Central File Exchange. Retrieved .

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Created with R10
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Version Published Release Notes
1.0.0.0