中国青年报客户端讯（韦城磊 中青报·中青网记者 谢洋）"春运期间车站的人流量增大，旅客站台地砖 下的基础容不得半点隐患，咱们可得把好关！"2月9日1时维修天窗点，巫英伦在钦州东站一站台一边熟 练地操作探地雷达设备，一边叮嘱工友。 巫英伦是国铁南宁局沿海铁路公司钦州房产生活段房建检维修中心工长，春运期间钦州东站日均运送旅 客上万人次，在站台熙攘后深夜里，他推着探地雷达设备来到站台，开始旅客站台地下"体检"工作。眼 前的探地雷达是该段在春运中，首次启用的站台安全检测的"硬核利器"，操作屏、探测天线、移动轮架 一应俱全，仿佛为检测人员装上了一双能洞察地下的"火眼金睛"。 来源：中国青年报客户端 当探地雷达行至站台与出站通道衔接处时，屏幕上的波形突然出现连续的不规则震荡，巫英伦蹲下身仔 细核对探测天线与地面的贴合度，又推着设备在同一区域往返扫描，"这里有空鼓，地砖不稳。"很快他 发现了一处隐患。 闻讯荣琦马上拿出记号笔在地面画下醒目标记，掏出插销插入地砖缝隙，防止地砖加大松动范围。巫英 伦接着记录下电磁波反射的峰值数据，指尖在操作屏上快速点选，将此处异常的坐标、波形特征都精准 录入系统。 春运期间，该段组织干部职工在 ...

证券日报网讯1月5日，誉帆科技在互动平台回答投资者提问时表示，公司使用管线探测仪、探地雷达等 设备进行地下管线的探查定位、定深。 ...

Group 1 - The 17th International Transportation Technology and Equipment Exhibition is currently taking place in Beijing, showcasing new transportation equipment and technologies [2] - A multifunctional road detection vehicle has been introduced, equipped with ground-penetrating radar that can detect roadbed conditions up to 5 meters underground, aiding in the identification of hidden issues [3] - The vehicle also features a 3D camera system that allows for rapid road condition detection at normal traffic speeds, with images displayed on an onboard monitoring screen [5] Group 2 - The exhibition highlights the application of green low-carbon technologies in transportation, including the production of sustainable fuels such as green hydrogen, green ammonia, green methanol, and green aviation fuel [7] - A flying car is set to enter the market in 2026, with intention orders exceeding 1,000 units [10] - Several exhibitors presented advanced unmanned transportation equipment, including a drone car that features over 90% carbon fiber in its structure, significantly reducing weight and enhancing flight efficiency and endurance [11] Group 3 - The Ministry of Transport has reported significant technological innovations in China's transportation sector, with a focus on the widespread application of smart green technologies [12] - Recent advancements in transportation infrastructure and equipment manufacturing have been notable, with major projects like the Hong Kong-Zhuhai-Macao Bridge and the Fuxing high-speed trains demonstrating improved manufacturing capabilities [17] - New business models and practices are flourishing in areas such as intelligent connected vehicles, autonomous driving, smart ports, and intelligent shipping, with automated terminals leading the world in scale [19] Group 4 - The Deputy Minister of Transport emphasized the need for increased investment in transportation technology innovation, aiming to implement the "Artificial Intelligence + Transportation" initiative to overcome key technological challenges [20] - The ministry advocates for an open, cooperative, and win-win approach to global transportation governance, encouraging collaboration with other countries in the field of smart transportation to address global challenges [20]

Group 1: Cultural Heritage Protection and Restoration - The emergence of young "cultural heritage doctors" showcases a blend of tradition and innovation in cultural preservation [4] - The Beijing Archaeological Research Institute employs advanced technology for the diagnosis and treatment of ancient buildings, enhancing their longevity [5][6] - The use of micro-drilling resistance instruments and infrared thermal imaging has improved the accuracy of detecting structural issues in ancient wood structures [5][6] Group 2: Skills Competition and Training - The first Shanghai Municipal Cultural Heritage Skills Competition was held, featuring 22 finalists competing in various restoration techniques [8][9] - The competition included practical assessments of real artifacts, emphasizing the importance of hands-on skills in the restoration process [9][10] - The event aims to cultivate high-skilled talents in the cultural heritage sector and enhance the social impact of restoration techniques [10] Group 3: International Collaboration in Restoration - Chinese "cultural heritage doctors" are actively involved in the restoration of the Angkor Wat site in Cambodia, contributing to international cultural exchange [12][13] - The Zhejiang Ancient Architecture Design Institute is leading restoration efforts, utilizing digital technologies for complex restoration tasks [13][14] - The restoration process emphasizes scientific management and archaeological research to ensure the authenticity and safety of the heritage site [14]

Core Insights - The integration of modern science and technology is significantly transforming Chinese archaeology, enhancing research precision and revealing unprecedented details [1][2][4] Group 1: Technological Advancements in Archaeology - The application of new materials and methods, such as the analysis of obsidian from the Jilin and Longdong cave sites, has uncovered both local and foreign sources, highlighting the circulation network of obsidian in East Asia [1] - The use of strontium isotope analysis in five of the shortlisted projects indicates a growing emphasis on studying material culture exchange networks and ancient migration behaviors [2] - Ground-penetrating radar and geomagnetic exploration techniques have led to the discovery of large stone structures at the Huangpi Panlong City site, marking the first identification of similar stone architecture in the late phase of the Yangtze River basin's Xia and Shang sites [2] Group 2: Preservation and Management of Cultural Relics - The collaboration between archaeological teams and conservation experts has strengthened the protection of artifacts, exemplified by the use of menthol reinforcement technology at the Huainan Wuwangdun No. 1 tomb [3] - A digital management platform for archaeological sites has been established, allowing for precise scanning and comprehensive recording of archaeological information, which supports future display, retrieval, and management [3] - The excavation of 882 wooden coffins, weighing nearly 200 tons, has been documented through promotional videos that illustrate the construction process, providing insights into the social hierarchy and rituals associated with the Wuwangdun No. 1 tomb [3]