Multi-energy multi-device combined Jupiter system and planetary crossing probe

Abstract

The present invention provides a multi-energy and multi-device combined Jupiter system and planetary traversing detector, including a Jupiter system detector and a planetary traversing detector. The probe is powered by a solar cell array and a battery, and the planetary probe is powered by a radioisotope thermoelectric power supply. The Jupiter system probe and the planetary probe are respectively equipped with a first high-gain antenna and a second high-gain antenna. The combination of the Jupiter system probe and the planetary crossing probe can complete the cruise flight from the Earth to Jupiter, and complete the separation of the organs and organs before arriving at Jupiter. After the separation of the organs and organs, the Jupiter system probe will perform Jupiter braking, capture and ignition , completed the Jupiter circumnavigation detection, and the planetary crossing probe continued to fly to carry out the planetary crossing detection with the help of Jupiter.

Description

technical field [0001] The invention relates to the field of deep space probes, in particular to a multi-energy and multi-device combined Jupiter system and planetary crossing probe. Background technique [0002] Deep space exploration refers to the use of artificial spacecraft to carry out exploration activities on celestial bodies beyond the earth and the moon. Compared with near-Earth exploration, deep space exploration missions have the characteristics of large task volume and relatively high technical difficulty. Jupiter and the distant planets (Saturn, Uranus, Neptune) are gaseous planets, whose composition is similar to that of the sun, and each has dozens of satellites. Among them, Jupiter has the largest mass, the largest volume, and the largest number of satellites. Carrying out the exploration of Jupiter and planets beyond is of great significance in many aspects such as science, technology, and economy. Among the international explorations of Jupiter and plane...

AI Technical Summary

Problems solved by technology

For the exploration of planets beyond Jupiter, if the solar energy used by near-Earth satellites is used, the application efficiency will be extremely low and it has never been unusable. Because of this, the Radioisotope Thermoelectric Generator (hereinafter referred to as RTG) has become the only available energy, but RTG energy costs are high and there is a risk of nuclear pollution

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