洪川 的英文怎麼說

中文拼音 [hóngchuān]
洪川 英文
chuan hong
  • 洪 : i 形容詞（大） big; vast; grand Ⅱ名詞1. （洪水） flood 2. （姓氏） a surname
  • 川 : 名詞1 （河流） river; stream 2 （平地; 平野） plain: 800里平川 a vast eight hundred li plain; 米...
  1. Also to get some new conclusion of glacial lakes burst floods, in possibility study of glacial lake burst, and in qualitified study of the safety of the glacial lakes. the first character of this paper introduce the background of this paper, set the goal, content and methodlogy of the study work in this paper. the second chapter of this paper focuses on the meterological character, runoff composition character, why not correspondency of ratio of rainfall and runoff in same period to annual value for nianchu river, lasha river, niyang river and the middle reach of yalu - zangbu river

    本文第一章介紹了課題的研究背景，提出了研究目標、內容和方法；第二章重點分析了年楚河、拉薩河、尼洋河和雅魯藏布江幹流中游段的氣候特徵，徑流組成特性，同期降水、徑流占年總量比例的不對應特性和原因，徑流年內年際變化規律及徑流深分佈特性，分析了天然洪水的特點和洪水參數；第三章介紹了冰川終磧湖的特點，結合已經發生潰決的冰川終磧湖的有關調查資料和考察資料，分析提出了危險冰湖判別指標和發生潰決的氣候條件、周期性特徵，提出了冰湖潰決洪水的計算途徑。
  2. Purple soil classified as regosols in fao soil taxonomy and pup - cambols in china soil taxonomy, is one of well known soil types with the particularities such as weathering easily, high natural fertility, etc., and feeding population of 500 / km2. however, it often meets the water disasters ( sporadic flooding and serious seasonal drought )

    摘要紫色土是世界上一種特殊的土類，集中分佈於四川盆地，以其易成土性和富鹽基性（自然肥力高）養育著500人以上平方公里的人口而著稱於世，但是它分佈的區域存在嚴重的季節性乾旱和時有發生的洪災等水問題。
  3. When catchment area, average channel gradient and catchment shape factor of designed culvert or bridge are known, a user can be convenient to get local parameters c, e and b from standard contour charts and easy to calculate flood flow just by a calculator. design period of flood flow is enormously shortened as well as a high precision. estimated flood flow through culvert or small bridge by new calculation model is generally less than by traditional methods, so that much cost is cut down a s reducing the span of culvert or small bridge

    以75000km ~ 2的川中丘陵地區為試點研究區，繪制了該地區新模型的參數等值線圖，率定了不同設計頻率的改正系數，使設計者只需在地形圖上獲取集水面積，河道平均坡降和流域形狀系數，在參數等值線圖上查得橋涵所在地的相應參數，使用計算器即可迅速計算出設計流量，大大縮短了設計周期，且精度較高，設計的洪水流量一般低於傳統方法，從而可減小橋涵跨徑，節省投資。
  4. Zipingpu hydraulic key project is located at shajinba reach, upriver of minjiang river, being built for agricultural irrigation and civil water supply. it also has integrative benefits such as preventing flood, generating electricity, environmental protection and tourism

    紫坪鋪水利樞紐工程位於四川省成都市西北60km的岷江上游沙金壩河段，是一座以農業灌溉、城市供水為主，兼有防洪、發電、環境保護、旅遊等綜合效益的水利工程。
  5. In the early periods, the objective of the river management is to constraint the braid river in a main channel by using construction of dikes. by control the flood could prevent from river banks flowing away

    早期河川治理，以築堤御洪為主，其主要目標在於整理網狀亂流，束范于河槽中，防止沿岸土地浸淹崩坍及流失，達到防災減災的目的。
  6. In the future, we will look after both sides on river - flood control and nature landscape and put more effort on design ecological pond, flood retention pond, wetlands and riverside - park, to restore and create diversity and beauty to water environments, and to enhance the overall quality of life of our citizens

    展望未來，本局賡續秉持以生態防洪安全為內函主軸，配合水岸景觀為外在目標之理念，依各河川特性，規劃生態池、滯洪池、水域濕地及親水公園等，營造多元化生態環境，達到人水永續之目標。
  7. Integrative research on outburst flood disaster induced by glacier dammed lake in alpine area of western china

    西部高山冰川阻塞湖引起的突發性洪水災害研究
  8. The officers have ever set up their capitals in dongshanwei and established shenchuan inspection office in the years around minghongwu, zhengtong

    明洪武、正統年間，官兵曾在東山圩建築城池，設置「椹川巡檢司」 。
  9. This thesis analyses from following angles why speeding hydroelectric power exploitation is necessary for social and economic sustainable development of sichuan province : first, structure of power and resource of sichuan province requires accelerating hydroelectric power exploitation ; second, abundant water resource is advantageous for sichuan accelerating hydroelectric power exploitation ; third, comprehensive benefit results from hydroelectric power projects demands accelerating hydroelectric power exploitation ; forth, hydroelectric power exploitation stimulates development of other crafts ; fifth, construction of large scale project is beneficial for reducing resource cost of the whole society ; last, the process of hydroelectric power exploitation usually consists of much scientific and technological content

    本文從下述幾個方面分析了大力發展水電是四川社會和經濟可持續發展的必然選擇：四川的能源資源結構要求大力開發水電；四川水能資源的優勢要求大力開發水電；水電工程巨大的綜合經濟利用效益要求大力開發水電，水電工程除了發電效益外，一般還兼有防洪、灌溉、供水、航運、養殖、旅遊等社會效益，水電站的綜合利用可以為社會創造巨大的社會和經濟效益，造福一方；水電開發對經濟廣泛的拉動作用要求大力開發水電；大型水電建設有利於降低全社會資源損耗；水能資源的開發利用過程具有較高的科技含量。
  10. In china, provinces such as jiangsu, shandong, guangxi, hubei, henan and zhejiang etc. are the main producing areas of ginkgo. while the natural resource of ginkgo mainly distributes in west tianmu mountain in zhejiang province, wuchuan county in guizhou province, dahongshan in hubei province, songxian county in henan province and jinfoshan in chongqing

    我國主要的銀杏產區為江蘇、山東、廣西、湖北、河南、浙江等地，而天然銀杏資源主要分佈於浙江西天目山、貴州務川縣、湖北大洪山區、伏牛山區的河南嵩縣、重慶南川金佛山等地。
  11. Based on theory of water travel in catchment and reasoning formula, a new calculation model for flood flow design of culvert and small bridge in sichuan hilly area where is no runoff data is derived in the paper

    因此，本文以著名的流域匯流公式為主，引入推理公式的思想，進行合理的概化導出了適合於四川丘陵地區無徑流資料的中小橋涵設計洪水計算的新模型。
  12. During the training, the hosts organized the trainees to pay a field visit to the dairy product project sponsored by sichuan new hope group company at yangping of hongya county, jinli meat processing industrial co., ltd. in qionglai, and carrefour supermarket in chengdu. they had extensive discussions with executives of these corporations over such topics as the admittance of agricultural products into supermarkets and the operation of farmers associations

    培訓期間，主辦單位還組織學員實地參觀了四川新希望集團在洪雅陽坪的乳業項目，邛崍金利肉業以及成都家樂福超市等，並和這些單位的負責人就農產品進入超市農民協會的運作等話題進行了廣泛的交流。
  13. In general, it is a story of more frequent tornados, receding glaciers, storms, floods, rising sea - levels, droughts and new pathogens

    總體上，龍卷風、冰川融化、暴風雨、洪水、海平面升高、乾旱以及新的病原體將更頻繁地出現。
  14. Melting glaciers have swollen lakes and increased the risk of catastrophic flooding in the himalayas, they say

    他們指全球暖化令冰川融化，湖泊水位上漲，增加了喜馬拉雅山脈發生災難性洪水泛濫的危機。
  15. After pointing out the econologic problems of yangtz basin, such as water and eil erosion, sediment disposal, flood damage, and degradation of water qulity, this thesis analyses the relation between sichuan hydroelectric power exploitation and construction of econologic screen in upper region of yangtz

    本文就四川水電開發與長江上游生態屏障建設作了分析，指出目前長江流域存在水土流失、泥沙淤積、洪澇災害、水環境質量日趨惡化等問題及長江上游生態屏障建設的重點。
  16. Heat waves and floods are likely to become more frequent, threatening the elderly and infirm, and three quarters of the swiss alps ' glaciers might melt down by 2050, the study prepared by the european environment agency ( eea ) said

    歐洲環境組織（ eea ）最近的一項研究報告表示，更加頻繁的熱浪和洪災正威脅著瑞士阿爾卑斯山脈已經不再堅固的冰川，到2050年，其中四分之三的冰川將被熔化
  17. The three most common failure modes [ see illustrations ] are similar for big earthen levees along rivers and lakes and for concrete flood walls along shipping and drainage canals

    對于河川與湖泊周圍的大型土造海堤，以及航行與排水運河沿岸的防洪堤而言，三種最常見的破損模式（參見最右圖）大致類似。
  18. Attempts to continue along the current unsustainable pathway will increasingly be thwarted as melting ice - caps, higher temperatures, heavier storms, longer droughts, more frequent floods and rising sea levels exert an ever heavier toll of wellbeing and lives

    試圖繼續當前非可持續發展的做法，只會日益加重冰川融化、氣溫升高、暴風雨加重、乾旱期延長、洪災發生頻繁、海平面上升等問題，從而使人類的健康和生活面臨前所未有的威脅。
  19. Wen jiahong, yang wenlu. design and realization of the drawing software for snowice stratigraphic profile. chinese journal of polar science 2003

    楊文璐，溫家洪.雪冰地層剖面繪圖軟體的設計與實現.冰川凍土. 2001
  20. As warmth began to return to the earth 15 000 years ago, at the end of the last ice age, giant floods of glacial melt water engulfed north america and eurasia

    一萬五千年前，最後一個冰川期的結束，大地開始回暖，冰川消融帶來的巨大洪水吞沒了北美和歐亞大陸。
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