"National major science and technology infrastructure"

#10274408

17 July 2023

HANGZHOU, CHINA - JULY 17, 2023 - The experimental building of Zhejiang University's High gravity centrifugal Simulation and Experimental Facility is seen from the air in Hangzhou, Zhejiang province, China, July 17, 2023. The high gravity centrifuge Simulation and experimental equipment project is the first national major science and technology infrastructure project in Zhejiang Province, and will become a multidisciplinary scientific experiment facility with the largest capacity of high gravity centrifuge and the strongest function of experimental chamber in the world after completion.

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#10274410

17 July 2023

HANGZHOU, CHINA - JULY 17, 2023 - The experimental building of Zhejiang University's High gravity centrifugal Simulation and Experimental Facility is seen from the air in Hangzhou, Zhejiang province, China, July 17, 2023. The high gravity centrifuge Simulation and experimental equipment project is the first national major science and technology infrastructure project in Zhejiang Province, and will become a multidisciplinary scientific experiment facility with the largest capacity of high gravity centrifuge and the strongest function of experimental chamber in the world after completion.

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#10274412

17 July 2023

HANGZHOU, CHINA - JULY 17, 2023 - The experimental building of Zhejiang University's High gravity centrifugal Simulation and Experimental Facility is seen from the air in Hangzhou, Zhejiang province, China, July 17, 2023. The high gravity centrifuge Simulation and experimental equipment project is the first national major science and technology infrastructure project in Zhejiang Province, and will become a multidisciplinary scientific experiment facility with the largest capacity of high gravity centrifuge and the strongest function of experimental chamber in the world after completion.

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#10274414

17 July 2023

HANGZHOU, CHINA - JULY 17, 2023 - The experimental building of Zhejiang University's High gravity centrifugal Simulation and Experimental Facility is seen from the air in Hangzhou, Zhejiang province, China, July 17, 2023. The high gravity centrifuge Simulation and experimental equipment project is the first national major science and technology infrastructure project in Zhejiang Province, and will become a multidisciplinary scientific experiment facility with the largest capacity of high gravity centrifuge and the strongest function of experimental chamber in the world after completion.

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Commercial use is not permitted without prior authorization.
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#10274416

17 July 2023

HANGZHOU, CHINA - JULY 17, 2023 - The experimental building of Zhejiang University's High gravity centrifugal Simulation and Experimental Facility is seen from the air in Hangzhou, Zhejiang province, China, July 17, 2023. The high gravity centrifuge Simulation and experimental equipment project is the first national major science and technology infrastructure project in Zhejiang Province, and will become a multidisciplinary scientific experiment facility with the largest capacity of high gravity centrifuge and the strongest function of experimental chamber in the world after completion.

Restricted to Editorial Use Only.
Commercial use is not permitted without prior authorization.
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#10274418

17 July 2023

HANGZHOU, CHINA - JULY 17, 2023 - The experimental building of Zhejiang University's High gravity centrifugal Simulation and Experimental Facility is seen from the air in Hangzhou, Zhejiang province, China, July 17, 2023. The high gravity centrifuge Simulation and experimental equipment project is the first national major science and technology infrastructure project in Zhejiang Province, and will become a multidisciplinary scientific experiment facility with the largest capacity of high gravity centrifuge and the strongest function of experimental chamber in the world after completion.

Restricted to Editorial Use Only.
Commercial use is not permitted without prior authorization.
Please contact us for more information.

#10274420

17 July 2023

HANGZHOU, CHINA - JULY 17, 2023 - The experimental building of Zhejiang University's High gravity centrifugal Simulation and Experimental Facility is seen from the air in Hangzhou, Zhejiang province, China, July 17, 2023. The high gravity centrifuge Simulation and experimental equipment project is the first national major science and technology infrastructure project in Zhejiang Province, and will become a multidisciplinary scientific experiment facility with the largest capacity of high gravity centrifuge and the strongest function of experimental chamber in the world after completion.

Restricted to Editorial Use Only.
Commercial use is not permitted without prior authorization.
Please contact us for more information.

#10274422

17 July 2023

HANGZHOU, CHINA - JULY 17, 2023 - The experimental building of Zhejiang University's High gravity centrifugal Simulation and Experimental Facility is seen from the air in Hangzhou, Zhejiang province, China, July 17, 2023. The high gravity centrifuge Simulation and experimental equipment project is the first national major science and technology infrastructure project in Zhejiang Province, and will become a multidisciplinary scientific experiment facility with the largest capacity of high gravity centrifuge and the strongest function of experimental chamber in the world after completion.

Restricted to Editorial Use Only.
Commercial use is not permitted without prior authorization.
Please contact us for more information.

#10274424

17 July 2023

HANGZHOU, CHINA - JULY 17, 2023 - The experimental building of Zhejiang University's High gravity centrifugal Simulation and Experimental Facility is seen from the air in Hangzhou, Zhejiang province, China, July 17, 2023. The high gravity centrifuge Simulation and experimental equipment project is the first national major science and technology infrastructure project in Zhejiang Province, and will become a multidisciplinary scientific experiment facility with the largest capacity of high gravity centrifuge and the strongest function of experimental chamber in the world after completion.

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Commercial use is not permitted without prior authorization.
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#10136866

8 June 2023

A general view of the LHAASO Observation base, the world's largest high-altitude observatory for cosmic rays, in Luzhou City, Sichuan Province, China, June 7, 2023. The 1,188 Muse detectors and 5,216 electromagnetic particle detectors around the LHAASO observation base are evenly distributed and arranged in the spectacular ''LHAASO'' mound. It is reported that the national major science and technology infrastructure high altitude cosmic ray observatory LHAASO passed the national acceptance on May 10, 2023, its core scientific objectives are to explore the origin of high-energy cosmic rays and related cosmic evolution and high-energy celestial activities, and search for dark matter; Extensive search for gamma ray sources in the universe, especially in the Milky Way.

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#10136868

8 June 2023

A general view of the LHAASO Observation base, the world's largest high-altitude observatory for cosmic rays, in Luzhou City, Sichuan Province, China, June 7, 2023. The 1,188 Muse detectors and 5,216 electromagnetic particle detectors around the LHAASO observation base are evenly distributed and arranged in the spectacular ''LHAASO'' mound. It is reported that the national major science and technology infrastructure high altitude cosmic ray observatory LHAASO passed the national acceptance on May 10, 2023, its core scientific objectives are to explore the origin of high-energy cosmic rays and related cosmic evolution and high-energy celestial activities, and search for dark matter; Extensive search for gamma ray sources in the universe, especially in the Milky Way.

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#10136870

8 June 2023

A general view of the LHAASO Observation base, the world's largest high-altitude observatory for cosmic rays, in Luzhou City, Sichuan Province, China, June 7, 2023. The 1,188 Muse detectors and 5,216 electromagnetic particle detectors around the LHAASO observation base are evenly distributed and arranged in the spectacular ''LHAASO'' mound. It is reported that the national major science and technology infrastructure high altitude cosmic ray observatory LHAASO passed the national acceptance on May 10, 2023, its core scientific objectives are to explore the origin of high-energy cosmic rays and related cosmic evolution and high-energy celestial activities, and search for dark matter; Extensive search for gamma ray sources in the universe, especially in the Milky Way.

Restricted to Editorial Use Only.
Commercial use is not permitted without prior authorization.
Please contact us for more information.