琵琶湖

  • Lake Biwa;【地名】【日本】Biwa-ko
琵琶湖琵琶湖
  1. 日本琵琶湖的水动力三维数值模拟

    A multi-level model of hydrodynamics of the Lake Biwa in Japan

  2. 琵琶湖和太湖污染治理的比较和对太湖治理的建议

    Comparison of Water Pollution Treatment Between Lake Biwa and Lake Taihu

  3. 日本琵琶湖表面定振波的计算

    Observation and computation of surface seiche in Lake biwa , Japan

  4. 日本琵琶湖流域的生活污水治理对策

    Domestic Wastewater Countermeasures for Pollution Control of Lake Biwa

  5. 日本琵琶湖保护治理的基本思路评析

    Comment on basic idea for protection and regulation of Lake Biwa of Japan

  6. 亚洲:琵琶湖,日本的特有种。

    Asia : Endemic to Lake Biwa , Japan .

  7. 日本琵琶湖流域大气边界层的三维数值模拟

    A three-dimensional boundary-layer model in Lake Biwa watershed

  8. 日本琵琶湖治理的工程措施对太湖的启示

    Inspirations to treatment of Taihu Lake by engineering measures of Lake Biwa in Japan

  9. 日本琵琶湖的保护管理模式及对江苏省湖泊保护管理的启示

    The Protection and Management Pattern of Lake Biwa in Japan and Relevant Suggestions for Jiangsu Province

  10. 从居民生活视角谈太湖环境保护与治理&太湖与琵琶湖的比较分析

    Environmental Protection of Taihu Lake and Lake Biwa From the View of Residents Lives : A Comparative Analysis

  11. 在借鉴琵琶湖管理经验的基础上,总结和评价太湖的管理措施,并提出建立新型管理体制综合规划管理;

    Based on the management experience of Lake Biwa , that of Taihu Lake is summarized and evaluated .

  12. 中国凫溪香鱼与日本琵琶湖香鱼的种间差异

    The Varietal Difference of Ayu between those living in Fuxi stream of China and in Lake Biwa of Japan

  13. 这些气候变化与日本琵琶湖、加勒比海和南海北部具有较好的可比性。

    These climate changes are well comparable to the Pipa Lake , Caribbean Sea and the northern South China Sea .

  14. 其次,国外湖泊选择日本琵琶湖、北美五大湖进行分析。

    Meanwhile , the chapter selected Lake Biwa in Japan and the Great Lakes in North America as typical cases for study .

  15. 因此,布曲组是盆地内最好的油气勘探目的层,沿中央隆起带两侧以及北羌塘地区的琵琶湖&半岛湖凸起一带应是油气勘探的有利区带。

    The best oil-gas exploration belt is along both sides of the central uplift belt and the belt from Pipa Lake to Bandaohu Lake .

  16. 在强的背景风场下,模式加入了经过适当平滑的琵琶湖流域地形,得出了一些有益的看法。

    Under strong large-scale wind field , the authors add smooth terrain of Lake Biwa to this model , and the results obtained are satisfactory .

  17. 日本琵琶湖治理的技术措施对太湖的启示试论太湖富营养化的发展、现状及治理

    Inspirations to treatment of Taihu Lake by technical measures of Lake Biwa in Japan The Discussion of Water Eutrophication Progress and Treatment Countermeasures in Lake Tai

  18. 利用水动力学方程对日本琵琶湖表面定振波进行了计算和分析,结果表明其主要周期约为69.5min。

    The periods of seiche oscillation in Lake Biwa , Japan were computed according to the hydrodynamics equations with the main period being about 69 . 5 minutes .

  19. 在总结琵琶湖和太湖治理技术措施的基础上,总结太湖治理存在的问题,提出进一步完善太湖治理技术措施的建议。

    Based on the treatment technical Measurers of Lake Biwa and Taihu lake , treatment of Taihu Lake is deficient , and its treatment technical measures should be further improved .

  20. 琵琶湖治理的技术是全面的,其工程建设与管理技术、污水处理技术、信息化技术等都是琵琶湖得到有效治理的保障。

    The treatment technology of Lake Biwa in Japan is comprehensive . Techniques of construction and management , sewage treatment , informatization , etc. are the safeguard for effective treatment of Lake Biwa .

  21. 以日本琵琶湖治理为实例,介绍日本在已修订的《河川法》指导下,正在举其全力恢复湖泊的生态水环境,努力建设具有自循环功能的生态河流、湖泊的情况。

    With Lake Biwa of Japan as an example , an introduction is given to the restoration of water ecological environment of lakes and construction of ecological rivers and lakes with the auto-circulating function at full steam in Japan under the instruction of the revised River Law .

  22. 本文介绍了日本琵琶湖流域的水污染状况和采取的水污染防治措施,通过对琵琶湖和太湖的水污染状况比较,提出了太湖治理的一些对策和措施。

    This paper introduced the water quality situation in Lake Biwa as well as the water pollution control measures for Lake Biwa , and put forward some prevention measures for Inke Taihu after making a comparison between the water pollution prevention of Lake Biwa and hake Taihu .

  23. 琵琶湖南湖、太湖的一个多层水动力学数值模式太阳辐射最小的地区在四川,湖南,贵州。

    A MULTI-LEVEL MODEL OF HYDRODYNAMICS OF TAI-LAKE AND THE SOUTHERN BASIN OF LAKE BIWA The minimum value of GSR appeared in Sichuan , Hunan , and Guizhou .