"这些大模型，都是按比例复刻的。"科研人员带着记者走上展示区，站在此处可以清楚地看到按现实船 闸尺寸等比例缩小的闸首、闸室、输水系统及闸门等设施。科研人员告诉记者，三峡枢纽原设计至2030 年年通航能力为1亿吨，但实际上，年通过量在2011年就已突破设计上限，船舶过闸拥堵加剧，目前急 需开辟新通道。基地目前进行的是船闸输水系统的模型试验，以通过安全、平稳、高效地缩短相邻闸室 充泄水时间来提升船舶过闸效率。 像这样的大型试验，当涂基地还做过不少。世界最高单级船闸——黔江大藤峡二三线船闸、西部陆海新 通道骨干工程平陆运河、中国第三大水电站向家坝水电站等国家重大工程，都曾在这里开展技术攻关。 "刚从外地作业回来的'禹龙号'就在这边待命，它可是大坝的'水下医生'。"在引调水工程试验厅，基地 管理办公室副主任杨林指着角落里的"大家伙"介绍。这艘外形像潜艇的设备个头不算小，能容纳2人， 最大工作深度300米，水下续航时间8小时，基本可覆盖我国绝大多数水库、大坝的检测深度，能够将水 下结构专家带到水下，解决"下水的人员不专业，专业的人员下不了水"的痛点，提高检测和修复的可操 作性。"基地正在建设库坝系统水下工程检测和修复加 ...

Core Insights - The Nanjing Hydraulic Research Institute is encouraged to enhance water management technology and innovation to support high-quality water development and improve water security capabilities [1][2] Group 1 - The provincial secretary emphasizes the importance of aligning research with national needs, highlighting the institute's historical contributions and innovative achievements over its 90-year history [1] - The focus is on advancing foundational research, applied research, and the transformation of research outcomes to meet strategic water management goals [1] - The institute is urged to integrate into Jiangsu's broader development strategy, particularly in areas such as water disaster prevention, resource conservation, and ecological protection [2] Group 2 - The secretary discusses the diverse water resources in Jiangsu, including rivers, lakes, and coastal areas, and the potential for rich applications of water management technology [2] - There is a call for the establishment of a comprehensive research platform to facilitate the integration of production, education, research, and application in water management technology [2] - The aim is to accelerate the development of new productive forces in water management through effective promotion and application of research results [2]

Core Viewpoint - The recent "Writing Youth Chapters on the Land of the Motherland" online theme event at Hohai University highlights the significant role of young researchers in China's water resources and engineering sectors, showcasing their commitment to national needs and scientific innovation [1][2]. Group 1: Youth Engagement in Research - Young researchers, particularly those born in the 1990s and 2000s, are actively contributing to various aspects of water resource management, including disaster prevention and resource optimization, demonstrating a strong sense of responsibility towards national interests [1]. - The event emphasizes the integration of academic pursuits with national demands, as these young talents focus on addressing issues like uneven water resource distribution and extreme weather challenges [1]. Group 2: Teamwork and Collaboration - The collaborative spirit among young researchers is evident as they work in diverse roles, from laboratory equipment development to field data collection, embodying the principle of "working in the same direction while showcasing individual strengths" [2]. - The synergy within teams, characterized by mutual support and shared goals, enhances the effectiveness of their research efforts in safeguarding water resources [2]. Group 3: Continuous Learning and Growth - Many young professionals in the water resources field pursue advanced degrees, reflecting a commitment to lifelong learning and personal development, which in turn fosters confidence and a sense of achievement [2]. - The narrative of past achievements, such as the recognition of the Three Gorges Project, serves as inspiration for these young researchers, reinforcing the idea that dedication to national needs can lead to significant accomplishments [2]. Group 4: National Pride and Innovation - The combination of scientific knowledge and patriotism among Chinese scientists is pivotal in driving innovation and overcoming technological challenges, reinforcing the belief that a strong youth contributes to a strong nation [3]. - The determination of young talents to address critical technological barriers is seen as a vital force in the nation's journey towards greatness [3].