„Entwicklung von Mess-und Berechnungsverfahren zur ... - BMU

Seite 68 von 77 zum Zwischenbericht "Literaturstudie Mess- und Berechnungsverfahren Mobilfunk"
[COR 02]
[COS 90]
[COS 91]
[COS 99]
[COS 00]
[CTE/23/2002]
[DCF 97]
[DEJ 01]
Coray, Krähenbühl, Riederer, Stoll, Neubauer und Szentkuti, Immissionen
in Salzburg, Studie im Auftrag der Eidgenössischen Kommunikationskommission
(ComCom), (2002).
COST 231, Urban Transmission Loss Models for Mobile Radio in the
900- and 1800-MHz Bands (Revision 2), COST-231 TD (90) 119, (1990).
COST 231, Urban Transmission Loss Models for Mobile Radio in the
900- and 1800-MHz Bands, COST-231 TD (91) 73, (1991).
COST 231, Digital Mobile Radio towards Future Generation Systems,
Final Report, European Commission, EUR 18957, (1999).
COST 244bis, Mobile Telecommunication Base Stations – Exposure to
Electromagnetic Fields. Report of a Short Term Mission within COST
244bis, (2000).
ORDEN CTE/23/2002, de 11 de enero, por la que se establecen
condiciones para la presentacion de determinados estudios y
certificaciones por operadores des sercicios de radiocomunicaciones.
Ministerio de ciencia y tecnologia, Spanien, 11.01.2002.
V. Degli-Esposti, C. Carciofi, M. Frullone und G. Riva, Sensitivity of
Ray Tracing Indoor Field Predictions to Environment Modelling, COST
259 TD(97)049, (1997).
Y.L.C. de Jong, Measurement and Modelling of Radiowave Propagation
in Urban Microcells, PhD Thesis, Eindhoven University, ISBN 90-386-
1860-3, (2001).
[DEL 93] J.J. Delgado, Indoor Penetration Results, COST 231 TD(93)018, (1993).
[DEY 66]
[DEY 91]
[DOT 00]
[EMF 03]
[EPS 53]
[FCC 97]
J. Deygout, Multiple Knife Edge Diffraction for Microwaves, IEEE Trans.
Ant. Prop., vol. 4, S. 480-489, (1966).
J. Deygout, Correction Factor for Multiple Knife-Edge Diffraction, IEEE
Trans. Ant. Prop., vol. 39, S. 1256-1258 (1991).
M. Döttling, Strahlenoptisches Wellenausbreitungsmodell und Systemstudien
für den Satellitenmobilfunk, Dissertation, Universität Karlsruhe, Band
26 (2000).
Reg TP MA EMF 03, PMD-Messanweisung für bundesweite EMVU-
Messreihen der vorhandenen Umgebungsfeldstärken, RegTP, Bonn,
(2002).
J. Epstein, D.W. Peterson, An Experimental Study of Wave Propagation
at 850 MHz, Proc. IRE, vol. 41, S. 595-611, (1953).
FCC Federal Communications Commission Office of Engineering and
Technology, Evaluating Compliance with FCC Guidelines for Human
Exposure to Radiofrequency Electromagnetic Fields. OET Bulletin 65,
August 1997.