新淮河 的英文怎麼說
中文拼音 [xīnhuáihé]
新淮河
英文
xinhuai he-
( 2 ) in the chapter two, several general plannings of huai river catchment are discussed and successful and failing experiences are also summarized on the flood protection of huai river. ( 3 ) in the chapter three, the executive practice is analysed on the adjusting and regulating planning of huai river middle courses for flood protection
第二較為詳細地總結了新中國成立以來，淮河流域幾次規劃的成功經驗與存在的問題，分析了五十年代治淮方略及其骨幹工程為淮河防洪奠定的良好基礎；同時指出六十年代、七十年代治淮工作指導思想中存在的問題。The present utilization and existing problems in water resource of the north of huaihe river in anhui are introduced. based on such research objects as northern guo river of bozhou, jiangtang of fuyang and key city zones, a mathematical model with systems engineering viewpoint is established and used to investigate in water resource problems in the area. the main contents are as following : ( 1 ) groundwater resource and present utilization ; ( 2 ) mensuration of calculational parameters of groundwater and calculational methods ; ( 3 ) economic parameters of irrigation areas ; ( 4 ) establishing northern wo river forecast model with finite element method, areal well - group method and water balance method ; ( 5 ) establishing optimal water resource allocating model for northern jiangtang and new cihuaixin river irrigation area and investigating in the combination of surface water and groundwater, optimal agricultural planting - mode and optimal distribution proportion of various water sources ; ( 6 ) some existing exploitation problems and advices about water resource in the area
本論文針對淮北地區水資源開發利用現狀及存在問題，以安徽亳州渦河以北地區、阜陽姜堂鄉和重點城市區為研究對象，運用系統工程觀點，採用數學模型方法，對該區水資源問題進行了綜合研究，主要內容為： （ 1 ）地下水資源及開發利用現狀； （ 2 ）地下水計算參數測定和計算方法； （ 3 ）灌區經濟參數； （ 4 ）採用有限單元法、面狀井系法、水均衡法，建立亳州渦河以北地下水位預測模型； （ 5 ）建立阜陽姜堂及茨淮新河北部的農灌區水資源優化配置模型，應用系統分析的方法，研究地表水與地下水聯合運用，農業最優種植模式及各種水源的最佳分配比例； （ 6 ）淮北地區水資源開發利用存在問題及建議。It is obvious that semi - quantitative was a scientific and practical method in water quality bio - assessment for macro - invertebrate assemblage sampling. ii the calculation of the tolerance value of benthic macro - invertebrate taxa 1. ninety - two samples were obtained from mountain streams in jixi, ningguo, xouning, qimeng and susong counties, anhui province, and plain waterbodies in qinghuaihe river and small water bodies in zijingshan, nanjing city, jiangsu province from 1998 - 2002
從1998年至2002 ，在位於安徽績溪縣、休寧縣境內的新安江水繫上游支流、寧國縣的青陽河、九華山九華河上游、祁門縣境內的閶江水系和大北河水系以及宿松縣趾風河，南京秦淮河流域和紫金山地區小水體設點採集大型底棲無脊椎動物樣本，共獲92個樣本。Abstract : through analysis and comparison of the climatic conditions of the main sandy pear ( pyrus pyrifolia nakai ) producing areas in china and japan it is clear that the ecological conditions in the areas where the japanese pears have been extensively grown in japan are quite similar to the ecological conditions of the areas from the line of qinling mountains, huai river, and yangtze river southward in china, where the ecological conditions are suitable to be grown the cultivars of pyrus pyrifolia nakai, including the japanese pear cultivars
文摘:通過對砂梨在我國的生態適應性與日本梨在日本主產區的氣候條件的分析和比較，認為秦嶺、淮河、長江流域及其以南的廣大地區與日本國梨產區氣候條件相似，都適合砂梨及日本梨的生長發育，主要差異在栽培技術水平和新技術的應用上。Through analysis and comparison of the climatic conditions of the main sandy pear ( pyrus pyrifolia nakai ) producing areas in china and japan it is clear that the ecological conditions in the areas where the japanese pears have been extensively grown in japan are quite similar to the ecological conditions of the areas from the line of qinling mountains, huai river, and yangtze river southward in china, where the ecological conditions are suitable to be grown the cultivars of pyrus pyrifolia nakai, including the japanese pear cultivars
通過對砂梨在我國的生態適應性與日本梨在日本主產區的氣候條件的分析和比較，認為秦嶺、淮河、長江流域及其以南的廣大地區與日本國梨產區氣候條件相似，都適合砂梨及日本梨的生長發育，主要差異在栽培技術水平和新技術的應用上。In the thirteenth year under the reign of the yongle emperor, after investigation and reconnaissance, chen xuan dug a 20 li - long river from the west of huai an city. the river channels off the water of guanjia lake into the huai rver. the river was named as qingjiangpu. along the river such four watergates as yifeng gate, qingjiang gate, fuxing gate and xingzhun gate were built to control the water level
永樂十三年，陳?通過實地走訪查勘，淮安城西鑿渠20里，導管家湖堤水至鴨陳口入淮，此河命名為清江浦，河上遞建移風清江福興新莊四閘，以便調節水位，此後，漕船可直入黃河，節省了大量費用。Finally, the article gives the evaluating process of the reliability of continuous girder bridge, and studies the reliability of the tushan huaihe bridge based on load experiment, the result shows the continuous girder bridge is reliable, and can be used normally
論文最後給出連續梁橋可靠性評估的過程，並針對新建的塗山淮河大橋可靠性問題進行荷載試驗研究，結果表明該連續梁橋結構可靠，可以投入正常使用。Answer 5 : although the detailed planning of the area north of the qinhuai xin river ( for detail see appendix 1 ) has been compiled, influenced by the scale, layout, streamline organization the nanjing south railway station, the planning offers only a preliminary conception on the land use, development intensity, public facilities around the nanjing south railway station
答：南京南站地區已編制有《秦淮新河以北地區控制性詳細規劃》 （詳見質疑附件? 1南京南站周邊土地利用規劃圖） ，但由於南站周邊地區規劃受南站站房的規模、布局、流線組織等影響很大，因此，在站房設計未初步明確的情況下，控制性詳細規劃對南京南站周邊地塊的用地性質、開發強度、公共設施配套等的規劃方案僅為初步設想。Due to the increase of time interval and decrease of precipitation intensity within a month, no monthly runoff appears in some gridded cells as the xin ' anjiang monthly hydrological model is applied to the huaihe river basin
由於計算時段加長，雨強均化，導致原新安江月水文模型在淮河流域的應用中，網格徑流深出現了大量不合理的零值。分享友人