2026-07-03
12 分钟The world is changing fast but you can learn it at a slower pace.
Special English.
Please note that the following stories are read by AI but all information has been written
and verified by professional editors.
You are listening to Special English.
The team for China's Qingzhou cargo spacecraft test vehicle has released its second batch of in-orbit
scientific and engineering results, demonstrating significant advancements in space precision detection,
cost-effective space operations, future space medicine, and space biology.
The test vehicle previously released its first batch of in-orbit test results on April 15th.
The Innovation Academy for Microsatellites of the Chinese Academy of Sciences,
which spearheaded the development of the test vehicle,
said the latest achievements will provide crucial technical support for the application of new space technologies.
The safe operation of China's space station and the utilization of space resources.
To reduce the costs of space operations.
An improved steam compression space refrigerator successfully overcame the challenges of gas-liquid separation
and stable operation in microgravity, offering a cost-effective solution for cold-chain transport.
Additionally, a space rescue
and maintenance diagnostic camera has completed its in-orbit performance verification and is operating smoothly.
For future space medical care, a myoelectric detector utilizing a self-developed neural chip successfully verified
the continuous acquisition and real-time transmission of weak muscle signals in orbit.