FIELD: radio engineering.
SUBSTANCE: invention can be used to organise radio communication systems in decametre range. In compliance with proposed method, either sky wave propagation of radio waves between transmitter and receiver along short arc of large circle is used, or along long arc (backward echo), or propagation with the help of passive repeater. The latter is represented by radio wave diffusion by equatorial zone ionospheric discontinuities. For this, transmitting and receiving antennas are oriented in appropriate directions by watching optimum directions of radiation, reception and optimum frequencies for every method of propagation.
EFFECT: longer duration and higher reliability of communication in decametre range.
3 dwg, 1 tbl
| Title | Year | Author | Number |
|---|---|---|---|
| METHOD OF ADAPTIVE RADIO COMMUNICATION AT REMOTE RADIO PATHS IN HF RANGE | 2011 |
|
RU2479125C1 |
| METHOD FOR TRANS-EQUATORIAL RADIO COMMUNICATION IN DECAMETRIC RANGE | 2006 |
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|
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| METHOD FOR RADIO COMMUNICATIONS IN DECAMETRIC WAVEBAND | 2004 |
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| METHOD FOR QUASI-TRANSAURORAL RADIO COMMUNICATION IN SHORT WAVE RANGE | 2012 |
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| METHOD OF CREATING RADIO CHANNEL THROUGH ARTIFICIAL IONOSPHERIC TRANSPONDER | 2012 |
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| LARGE-SCALE NETWORK HF RADIO WITH CONTINUOUS AREA RADIOACCESS | 2016 |
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| METHOD FOR ADAPTIVE RADIO COMMUNICATION OF INCREASED RELIABILITY WITH REMOTE MOVING OBJECTS OF THE NSR | 2021 |
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| RADIO COMMUNICATION SYSTEM WITH MOVABLE OBJECTS | 2018 |
|
RU2688199C1 |
| METHOD OF AVIATION ADAPTIVE AUTOMATIC DECAMETER RADIOCOMMUNICATION ON UNSECUTATED FREQUENCIES | 2016 |
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RU2622767C1 |
