"China Reunion Eye" is opened!It can achieve 10 million kilometers of small planet detection imaging

The reporter recently learned from the Chongqing Innovation Center of Beijing University of Science and Technology that Beijing University of Technology will take the lead in developing a deep -space detection radar "China Reunion" in Chongqing. The expected distance of the project reaches 150 million kilometers. The project is the second phase of the "ultra -large distributed aperture radar high -resolution deep airspace active observation facility".

The first phase of the project in Chongqing's "distributed radar celestial imaging measurement test field". (Photo Conferring in Chongqing Innovation Center, Beijing University of Technology)

It is understood that the "oversized distributed pore diameter radar high -resolution deep airspace active observation facilities" was planned and constructed by the Beijing Institute of Technology Chongqing Innovation Center, which will observe high -resolution observation near -place/main asteroid, the moon, Venus, Mars, and Jupiter.

Long Teng, President of Beijing University of Science and Technology, introduced that "China Compound Eye" was synthesized by many small antennas. For electromagnetic waves spontaneously, it was observed to observe asteroids. It can meet the defense of near -earth asteroids, spatial situation perception, etc., and is used for cutting -edge scientific and technological innovation research on the earth's livability and planet formation.

According to reports, the first phase of the "distributed radar celestial imaging measurement test field", consisting of 4 16 -meter pore diameter radar, is used to verify the feasibility of the radar system and key technologies, which can realize the three -dimensional imaging of the moon. Essence

The second phase of the project will build 25 to 36 high -resolution distributed radars. Each antenna has a caliber of 25 meters. Verification provides important support for my country's asteroid impact defense and planet science research.

(Source: Xinhua Vision Reporter Wu Yanxia)

【Edit: Fu Sakura】

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