1) Gonghu Bay
贡湖湾
1.
The results show that the specific absorption coefficient of CDOM varied significantly and was higher apparently in Gonghu Bay than in other areas.
通过2007年6月10日至6月18日太湖沿岸68个CDOM吸收光谱曲线和水质参数实测数据,分析了CDOM吸收光谱曲线特征以及ag(440)、Sg值及其相关关系等,结果表明:太湖沿岸水体CDOM吸收光谱曲线表现为两种类型,贡湖湾CDOM吸收系数明显高于太湖其他沿岸水域,ag(440)最高值即出现在贡湖湾;同时,梅梁湾、贡湖湾、镇湖湾、光富湾等ag(440)高于沿岸水体平均值,而南部3个湖湾皆低于平均值。
2) Gong Lake
贡湖
1.
Gong Lake Xidong Water Works Water Quality Study;
贡湖锡东水厂水质可达性研究
2.
Simulations of sedimentation movement of Wangyu River and Gong Lake are carried out by one-dimensional and two-dimensional inconstant water-sand mathematical models,especially on spatial distribution of sediment and siltation and impact of w.
分别采用一维非恒定水沙数学模型、二维非恒定水沙数学模型进行了引水泥沙在望虞河及贡湖运动过程的模拟,重点对含沙量和淤积量空间分布、不同引水方式对淤积趋势的影响进行了分析,为引水工程的长期有效运行提供了技术依据。
3.
so its water quality has great influence on Tai Lake which is the ground of source of water of WuXi; as the main water source, the water quality of Gong Lake became worse in recent years, with blue-green alga bursting, the safeness of WuXi water resource threatened.
望虞河是连接长江与太湖的主要河流,望虞河西岸锡山区是望虞河主要的污染物来源地,其水质对作为无锡市水源地-太湖有着重要影响;近年来太湖主要取水区域贡湖的水质恶化严重,多次出现大面积的蓝藻“水华”,严重威胁了饮水安全。
3) Gonghu Lake
贡湖
1.
Study on the Phosphate Sorption of the Different Particle Size Fractions in the Sediments from Wuli Lake and Gonghu Lake;
五里湖和贡湖不同粒径沉积物吸附磷实验研究
2.
Study on the Organic Matter, Total Nitrogen and Phosphorus Form Distribution of Different Particle Size Fractions in the Sediments from Wuli Lake and Gonghu Lake;
五里湖与贡湖不同粒径沉积物中有机质、总氮和磷形态分布研究
3.
Based on a numerical model study of Taihu Lake wind-driven currents, this paper sets up an inlay-mesh model for Gonghu Lake and related lakes, to study the Gonghu Lake currents influenced by Meiliang Lake and the main Taihu Lake n various wind regimes.
在太湖风生流的数值模拟研究的基础上，设计模拟贡湖及其相关水域风生流的套网格数值模式。
5) bay
[英][beɪ] [美][be]
湖，湾
6) Gong lake water quality
贡湖水质
补充资料：尼皮贡湖
尼皮贡湖，加拿大湖泊。位于安大略省阿瑟港东北128公里，在海拔259米的金矿区。面积4，843平方公里。湖中有许多小岛。其出口河道尼皮贡河南流注入苏必利尔湖。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条