a not the the of a under subject an under in in a of Appendix 9 9 of 30A 8) of a a functions of 30B) network network network 5) 5) 30A) of of network under or and B _ CHARACTERISTICS TO BE PROVIDED FOR 2A service 30 or network network network under 6 Article Article and and network EACH SATELLITE ANTENNA BEAM OR EACH 30 4 4 notification Appendix 30A Appendix of of Appendix coordination EARTH STATION OR RADIO ASTRONOMY operation astronomy Article publication II II in coordination ANTENNA coordination or in coordination service satellite satellite publication publication Appendix or to satellite (Articles or a a space under a Radio coordination (Articles (Articles Items under Section Section Appendices 30B (including for for to Appendices Advance for subject Advance Advance geostationary-satellite geostationary-satellite Notification Notice Notice geostationary-satellite broadcasting-satellite Notification Notice station (including Notification geostationary-satellite fixed-satellite B.1 IDENTIFICATION AND DIRECTION OF THE B.1 SATELLITE ANTENNA BEAM B.1.a B.1.a the designation of the satellite antenna beam X X X X X X X For an earth station, the designation of the satellite antenna beam of the associated space station B.1.b B.1.b an indicator showing whether the antenna beam, under B.1.a, is fixed or whether it is steerable and / or X X X X X X reconfigurable B.2 TRANSMISSION / RECEPTION INDICATOR FOR B.2 THE BEAM OF THE STATION OR THE X X X X X + 1 X ASSOCIATED SPACE STATION B.3 SPACE STATION ANTENNA CHARACTERISTICS B.3 B.3.a For each space station antenna: B.3.a B.3.a.1 B.3.a.1 the maximum co-polar isotropic gain, in dBi Where a steerable beam (see No. 1.191) is used, if the effective boresight area (see No. 1.175) is X X X X X X identical with the global service area, the maximum antenna gain, in dBi, is applicable to all points on the Earth’s visible surface B.3.a.2 B.3.a.2 if a non-elliptical beam, the maximum cross-polar + + isotropic antenna gain, in dBi B.3.b Antenna gain contours: B.3.b
Items in Appendix B _ CHARACTERISTICS TO BE PROVIDED FOR EACH SATELLITE ANTENNA BEAM OR EACH EARTH STATION OR RADIO ASTRONOMY ANTENNA Advance publication of a geostationary-satellite network Advance publication of a network subject to coordination under Section II of Article 9 Advance publication of a network not subject to coordination Section II of Article 9 Notification or coordination of a geostationary-satellite network (including space operation functions under Article 2A of Appendices 30 or 30A) Notification or coordination of a network Notification or coordination of an station (including notification under Appendices 30A or 30B) Notice for a satellite network in the broadcasting-satellite service under Appendix 30 (Articles 4 and 5) Notice for a satellite network under Appendix 30A (Articles 4 and 5) Notice for a satellite network in the fixed-satellite service under Appendix 30B (Articles 6 and 8) in Appendix Radio astronomy B.1 IDENTIFICATION AND DIRECTION OF THE SATELLITE ANTENNA BEAM B.1 B.1.a the designation of the satellite antenna beam For an earth station, the designation of the satellite antenna beam of the associated space station X X X X X X X B.1.a B.1.b an indicator showing whether the antenna beam, under B.1.a, is fixed or whether it is steerable and / or reconfigurable X X X X X X B.1.b B.2 TRANSMISSION / RECEPTION INDICATOR FOR THE BEAM OF THE STATION OR THE ASSOCIATED SPACE STATION X X X X X + 1 X B.2 B.3 SPACE STATION ANTENNA CHARACTERISTICS B.3 B.3.a For each space station antenna: B.3.a B.3.a.1 the maximum co-polar isotropic gain, in dBi Where a steerable beam (see No. 1.191) is used, if the effective boresight area (see No. 1.175) is identical with the global service area, the maximum antenna gain, in dBi, is applicable to all points on the Earth’s visible surface X X X X X X B.3.a.1 B.3.a.2 if a non-elliptical beam, the maximum cross-polar isotropic antenna gain, in dBi + + B.3.a.2 B.3.b Antenna gain contours: B.3.b geostationary-satellite geostationary-satellite
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