摘要
经过几代人的不懈探索和努力奋斗,迎来了浙江省水利河口研究院50华诞。50 a来,该院各专业从无到有、从小到大,研究领域不断拓展、研究手段不断丰富、研究水平不断提升,科研队伍不断壮大,综合科研技术实力获得了飞速发展。对该院的历史沿革和基本情况作了介绍,并对该院成立50 a来的水利河口科技进展,主要包括钱塘江河口治理开发研究、其它河口海岸开发研究、水资源水环境研究、防灾减灾研究、岩土力学及工程勘探、水工水力学试验研究、水工材料研究与应用、工程设计、工程质量检测及评价、水土保持研究与应用、水利信息自动化的开发与研制等作了重点介绍。
The 50th anniversary of Zhejiang Institute of Hydraulics and Estuary is coming after the unremitting exploration and diligent effort of several generation. In the past fifty years of the founding of Zhejiang Institute of Hydraulics and Estuary, it has offered many technical specialities for meeting the need of development of economy and society. Its comprehensive scientific research ability has been rapidly developed, with expansive research area, rich research means, higher research level and strong scientific research ranks. The historical evolution and basic situation of Zhejiang Institute of Hydraulics and Estuary are introduced in the paper. The scientific progress in hydraulics and estuary since the fifty years of the founding of Zhejiang Institute of hydraulics and estuary has been mainly introduced, including the research on regulation and development of Qiantang River estuary, research on development of other estuaries and coasts, research on water resources and water environment, on disaster prevention and disaster reduction, geotechnical mechanics and engineering exploration, experimental research on hyd romechanies for hydraulic structures, research and application of hydraulic materials, engineering design, engineering quality inspection and appraisement, research and application of soil and water conservation, research and development of water information automation, etc.
出处
《浙江水利科技》
2008年第1期6-14,共9页
Zhejiang Hydrotechnics
关键词
河口海岸
水资源水环境
防灾减灾
岩土工程
水工水力学
水利工程建设与安全
水利信息
自动化
浙江省水利河口研究院
estuary and coast
water resources and water environment
disaster prevention and disaster reduction
geotechnicalengineering
hydromechanics for hydraulic structure
construction and safety of water project
water information automation
Zhejiang Institute of Hydraulics and Estuary
