Group 1 - ASUS has denied rumors about entering DRAM manufacturing to address global memory shortages, clarifying that there are no plans to invest in memory wafer factories [2] - China's first 1 million kilowatt offshore photovoltaic project, located in Dongying, Shandong, has successfully connected to the grid, making it the largest open sea photovoltaic project globally [2] - Kawasaki Heavy Industries has been banned from participating in tenders for 2.5 months due to data falsification regarding fuel efficiency in submarine engines for the Japan Maritime Self-Defense Force [2] - The Long March 3B rocket series has completed its 2025 launch tasks, achieving a record of 15 launches in a year, surpassing the previous record of 14 launches [2]

Core Viewpoint - The Long March 3B rocket successfully completed its 15th launch in 2025, setting a new annual record for both the series and China's cryogenic rocket launches, showcasing the continuous improvement in operational efficiency and collaboration within the team [1]. Group 1: Team Collaboration and Efficiency - The team utilized their extensive experience from factory testing to enhance launch success, demonstrating a deep familiarity with rocket products [1]. - A specialized testing device was introduced to streamline the measurement process, significantly reducing the time required for resistance testing from a full day to half a day, effectively doubling the testing efficiency [2]. - The team identified and resolved a critical issue during system testing by separating conflicting systems, leading to the establishment of an optimized testing sequence that improved both efficiency and reliability [3]. Group 2: Continuous Learning and Development - The team has developed a comprehensive training system that allows even inexperienced members to quickly gain the necessary skills and knowledge to perform effectively in their roles [4]. - The proactive approach to learning and knowledge sharing among team members has fostered a culture of continuous improvement and capability building within the organization [4].

Core Insights - The article highlights the achievement of the Long March 3B rocket series, which completed 15 successful launches in 2025, setting a new annual record for both the series and China's cryogenic rocket launches [1] Group 1: Team Collaboration and Efficiency - The team responsible for the Long March 3B rocket has leveraged over a decade of experience in assembly and testing to enhance launch success rates [1] - A new specialized testing instrument was introduced to improve efficiency in measuring resistance values, reducing the time required for tests from a full day to half a day, effectively doubling the testing efficiency [2] Group 2: Problem-Solving and Process Optimization - A significant issue during system testing led the team to discover a process optimization opportunity, where separating two systems that were previously tested simultaneously resolved data anomalies [3] - The team established a refined testing sequence that improved both the efficiency and reliability of the launch preparation process [3] Group 3: Knowledge Transfer and Continuous Development - The team has developed a comprehensive training system that allows even inexperienced members to quickly become proficient in their roles, fostering a culture of continuous learning and knowledge sharing [4] - The commitment to ongoing research and mentorship within the team has empowered members to take on significant responsibilities, contributing to the overall success of China's space endeavors [4]

Core Viewpoint - The article highlights the achievements of China's space industry, particularly the Long March 3B rocket series, which completed 15 successful launches in 2025, setting a new annual record for both total launches and low-temperature rocket launches in China [1] Group 1: Team Collaboration and Efficiency - The team responsible for the Long March 3B rocket has leveraged their extensive experience in assembly and testing to enhance launch success rates [1] - A new specialized testing instrument was introduced to improve efficiency in measuring resistance values, reducing the time required for tests from a full day to half a day, effectively doubling the testing efficiency [2] - The team identified and resolved a critical issue during system testing by separating conflicting systems, leading to the establishment of an optimized testing sequence that improved both efficiency and reliability in launch operations [3] Group 2: Continuous Learning and Development - The team has developed a comprehensive training system that allows even inexperienced members to quickly gain the necessary skills and knowledge to perform effectively in their roles [4] - The culture of knowledge sharing among team members fosters continuous improvement and ensures that operational expertise is passed down to new recruits, enhancing overall team capability [4]

Core Viewpoint - The article discusses the function and evolution of the "排焰口" (exhaust ports) on rockets, highlighting their importance in the separation process of multi-stage rockets and the advancements in rocket technology over time [1][3][4]. Group 1: Function of Exhaust Ports - The primary function of the exhaust ports is to release high-temperature and high-pressure gases generated during the ignition of rocket engines during stage separation [1][3]. - Exhaust ports are designed to manage the gas flow and prevent damage to the lower stage of the rocket during the separation process [3]. Group 2: Evolution of Design - Historically, the design of exhaust ports has evolved, initially using rod structures to allow smooth gas discharge, as seen in earlier models like the Long March 2 and Long March 3 series [3]. - With advancements in rocket technology, newer designs have shifted towards smaller or even absent exhaust ports, as demonstrated by the Long March 2F, which adopted a grid hole design, and the Long March 5, 7, and 8, which utilize cold separation methods [3].