28.5.2025_EXPRESS-AM7-40°E_Fixed 3 India/Steerable Beams in Central Europe:11 470-H- RT News_What is the spectral slope, what causes its formation in the signal, and how does it relate to the question:In which footprint is the RT carrier transmitted ?
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Scientific and Research Center focused on Wave Physics and Satellite Reception by the author Roman Dávid from Lučenec
Wissenschafts und Forschungszentrum für Wellenphysik und Satellitenempfang des Autors Roman Dávid aus Lučenec
Centro científico e investigador centrado en la física de ondas y la recepción satelital del autor Roman Dávid de Lučenec
Centre scientifique et de recherche axé sur la physique des ondes et la réception par satellite par l'auteur Roman Dávid de Lučenec
Vedecko-výskumné centrum zamerané na vlnovú fyziku a satelitný príjem autora a vynálezcu Romana Dávida z Lučenca
-EN- -DE- -SK-
EN,Only the correctly established methodical procedure of measurements based on visualized proving in signal monitoring generates undeniable results
DE,Nur das korrekt festgelegte methodische Verfahren von Messungen,basierend auf visualisiertem Beweisen,erzeugt unbestreitbare Ergebnisse
SK,Jedine správne stanovený metodický postup meraní postavený na vizualizovanom dokazovaní v monitoringu generuje nespochybnitelné výsledky
Express AM7 at 40°E-Ku band_Fixed 1-2-3 & Steerable beam Reception : RT News ...
Research on Satellite Reception Capability in Central Europe,Verified through Signal Monitoring
"Synchronous Nanocorrections": A Technological Invention by Roman Dávid in the Practice of Satellite Reception
"Synchronous Nanocorrections": A Technological Invention by Roman Dávid in the Practice of Satellite Reception
Astra 2E/2F/2G at 28.5°E-UK Spot Beam Reception : Freesat,Sky UK (BSkyB)...
Research on Satellite Reception Capability in Central Europe Verified by Signal Monitoring Since 2004
"Synchronous Nanocorrections": A Technological Invention by Roman Dávid in the Practice of Satellite Reception
"Synchronous Nanocorrections": A Technological Invention by Roman Dávid in the Practice of Satellite Reception
Amos 3 at 4.0°W-Middle East footprint : YES Israel,METV-Middle East TV ...
Research on Satellite Reception Capability in Central Europe Verified by Signal Monitoring Since 2005
"Synchronous Nanocorrections": A Technological Invention by Roman Dávid in the Practice of Satellite Reception
"Synchronous Nanocorrections": A Technological Invention by Roman Dávid in the Practice of Satellite Reception
Badr 5/7/8 & Es'hail 2 at 26.0°E
Research Related to Satellite Reception Capability in Central Europe Verified by Signal Monitoring
"Synchronous Nanocorrections": A Technological Invention by Roman Dávid in the Practice of Satellite Reception
Research Related to Satellite Reception Capability in Central Europe Verified by Signal Monitoring
"Synchronous Nanocorrections": A Technological Invention by Roman Dávid in the Practice of Satellite Reception
Center focused on the lowest Symbol Rates (SR) in satellite reception practice
IS 901 at 27.5°W,Hispasat 30W-6 at 30.0°W,EUT 8 West B,16A ,21B
IS 901 at 27.5°W,Hispasat 30W-6 at 30.0°W,EUT 8 West B,16A ,21B
Alcomsat 1 at 24.8°W : TDA Algeria
Research related to the feasibility of reception in Central Europe verified by signal monitoring
Research related to the feasibility of reception in Central Europe verified by signal monitoring
Canal+ Afrique on SES 4 at 22.0°W-West Africa
Research related to the feasibility of reception in Central Europe verified by signal monitoring
Research related to the feasibility of reception in Central Europe verified by signal monitoring
Center for Multistream (MIS Multi Input Stream) Satellite Reception Technology
Eutelsat 9B at 9.0°E , Eutelsat 21B at 21.5° E , Eutelsat 5 West B at 5.0°W
Eutelsat 9B at 9.0°E , Eutelsat 21B at 21.5° E , Eutelsat 5 West B at 5.0°W
EthioSat Ethiopia on NSS 12 at 57.0°E-East Africa
Research related to the feasibility of reception in Central Europe verified by signal monitoring
Research related to the feasibility of reception in Central Europe verified by signal monitoring
The scientific and research activities of the author Roman Dávid are conducted in three frequency bands
