竹岐 的英文怎麼說
中文拼音 [zhúqí]
竹岐
英文
zhuqi-
Based on the experience of existing waterway regulation, using a great deal of field data, analytic data and existing research findings, the ragulate lead on the area from zhuqi to kegong in minjiang river are studied by using physical models and schemes are recommended in this thesis
本文將在已有的航道整治經驗的基礎上，結合閩江大量現場實測資料、分析資料及過去的研究成果，運用物理模型對閩江竹岐至文山裡、科貢河段進行治導線研究，找出推薦方案。For this reason, the comprehensive layout and integrated regulation of the area from zhuqi to kegong in minjiang river are urgently needed, these measures will improve the natural conditions of minjiang river and enhance the ability of flood controlling, shipping and drainage to insure the security of fuzhou
為此，急需對閩江竹岐至科貢、文山裡河段進行全面規劃和綜合整治。使得在經濟持續高速發展的同時，改善閩江自然條件，提高防洪排澇、通航及取排水等能力，確保福州市防洪安全。In order to solute the problem of diffluence mouth ' s uppityness in the underneath boundary in physics model, the dissertation adopts numerical model to calculate the area from zhuqi to baiyantan, and offer the physics model and the water level of wenshanli and kegong and the diffluence rate. at the same time, the dissertation compare the result between physics model and numerical model in different project
為了解決物模下邊界分流口不易控制問題，本文同時採用數學模型進行更大范圍即竹岐至白巖潭計算，將文山裡、科貢水位、分流比提供給物理模型。同時，將方案計算結果與物理模型相互驗證。The model is used to predict the influence of regulation work on shoal evolution in zhouqi - houguan of minjiang river, and the results are adopted by the department of responsibility conservancy
最後成功地對閩江竹岐至侯官河段進行了整治工程效果預測，所得結果被航道部門採用。In this paper, river shoal evolution is studied by means of modern science and technique, combined with the real projects. particular contents are presented as follow. in part i, the mathematical model between remote sensing image spectral value and survey water - depth is built in zhuqi - houguan of minjiang river by remote sensing ( rs )
作者結合工程實例，以現代科學技術手段研究河道淺灘演變，主要內容如下：第一部分以rs技術為手段，建立閩江竹岐至侯官河段遙感信息與水深之間的數學模型。In part iv, the system of simulating and predicting is developed by mean of a visual basic and gis, according to the two shoal evolution prediction models in zhouqi - houguan of minjiang river. the general framework is designed, the schemes of some critical techniques of the platform such as data interface and model - creating techniques are presented, then the main functions and platform are outlined
在第四部分的研究中，以vb和gis為開發工具，針對閩江竹岐至侯官河段研究中的二種模型，集成開發了淺灘演變分析的模擬與預測系統，設計了系統的總體結構，探討了系統功能和系統關鍵技術的實現。分享友人