湖泊沉積 的英文怎麼說

中文拼音 [húbóchénjī]
湖泊沉積 英文
lacustrine deposit
  • 湖 : 名詞1 （被陸地圍著的大片積水） lake 2 （指湖州） short for huzhou3 （指湖南、湖北） a name referr...
  • 泊 : 泊名詞（湖） lake
  • 沉 : Ⅰ動詞1 （沉沒; 墜落） sink 2 （沉下 多指抽象事物） keep down; lower 3 [方言] （停止） rest Ⅱ形容...
  • 積 : Ⅰ動詞（積累） amass; store up; accumulate Ⅱ形容詞（長時間積累下來的） long standing; long pending...
  • 湖泊 : lakes
  • 沉積 : [地] deposit; sedimentation; deposition; precipitation
  1. The research indicates that the modern sediment is divided three layers : polluted layer, transition zone and unpolluted layer. just the pollute layer cause dianchi lake environmental pollution. the high value district of ammoniac nitrogen distributes near northern part haigeng mainly, middle part increase slightly, have most lower near southern part, the content of ammoniac nitrogen of the polluted layer sediment lower than the lower layer ; the high value district of effective phosphorus distributes near haikou - jinning, from the north to the south, the content of effective phosphorus increases progressively, the content of effective phosphorus of the polluted layer sediment obviously higher than the lower layer

    研究結果表明：滇池現代沉積物主要分為三層，污染層、過渡層和未污染的湖泊沉積層，其中污染層是對滇池環境污染造成影響的層位；氨氮的高值區主要分佈在北部海埂附近，中部略有增高，南部則最低，表層沉積物的氨氮含量低於下層；而有效磷的高值區則分佈在海口?晉寧附近，由北向南，有效磷的含量依次遞增，表層有效磷的含量要明顯高於底層。
  2. After late of early permian period, deposits of deltas and lacus took shape extensively along with up - lifting of yimeng area in the north and marine regression of this area

    早二疊世晚期以後，隨著北部伊盟地區不斷隆升，海水退出本區，研究區形成廣泛的三角洲和湖泊沉積。
  3. Lacustrine sedimentary records and past global change

    湖泊沉積記錄與過去全球變化
  4. Study on climatic and environmental changes of the past 500 years from lacustrine sediment in otindag sandy land

    湖泊沉積記錄的近500年來渾善達克沙地氣候環境變化
  5. Grain - size characteristics and sedimentary environment in the lacustrian deposit of chaohu lake, the yangtze delta region

    長江下游巢湖湖泊沉積物的粒度特徵與沉積環境
  6. The sedimentary systems were alluvial fan - braided fluvial river - lacustrine depositional systems during the paleocene - eocene, and braided fluvial river - lacustrine depositional systems during the oligocene - miocene

    古新世始新世發育沖積扇辮狀河湖泊沉積體系，漸新世中新世發育辮狀河湖泊沉積體系。
  7. Isotope ; global change ; tree ring ; lake sediment ; ice core

    同位素全球變化樹輪湖泊沉積物冰芯
  8. The acquirement of environmental information of sediments - - - - - - take judian lake ? ingshuibo lake as an example

    湖泊沉積中環境信息的提取? ?以巨淀湖?清水泊為例。
  9. In the basin, there were some different sedimentary systems - river sedimentary system, lake sedimentary system, the delta sedimentary system, fan delta sedimentary system and alluvial fan sedimentary system

    三塘湖盆地沉積地層中發育不同的沉積體系?河流沉積體系、湖泊沉積體系、三角洲沉積體系、扇三角洲沉積體系和沖積扇沉積體系。
  10. It was mainly river sedimentary system in early jurassic period, lake sedimentary system and delta sedimentary system in middle - later jurassic period and there are fan delta sedimentary system and alluvial fan sedimentary system in the edge of basin

    早侏羅世以河流沉積為主，中晚侏羅世整個盆地以湖泊沉積體系和三角洲沉積體系，邊緣區出現扇三角洲沉積體系和沖積扇沉積體系。
  11. Younger dryas record from north chain plain sediments

    來自洱海湖泊沉積的記錄
  12. The article has introduced basic frameworks and main programs of the international research on global climate changes, reviewed the main advances on the global climate change researches in past, and systematically discussed the application prospective of the lake sedimentary environmental records in the researches of global climate change

    摘要介紹了國際全球變化研究的基本框架和主要的研究計劃，分析了過去全球變化研究已取得的主要進展，系統探討了湖泊沉積環境記錄在過去全球變化研究中的應用前景。
  13. According to the analysis of petrology, we find that chang 6 oil - bearing is consisted with middle size sandstone and fine sub - sand. chang 6 sandstone belongs to system of lacustrine deltas and mostly influenced by river

    沉積相的研究主要從野外露頭， 12口井的巖心觀察入手，結合大量科研資料綜合分析表明，靖安油田長6油層組屬于湖泊沉積體系中湖泊三角洲分佈區。
  14. Lake sediments record sensitivity of two hydrologically closed upland lakes in mexico to human impact

    墨西哥兩個水文封閉型高原湖泊沉積物記錄到受人類活動影響的敏感度
  15. Based on 16 230th dating ages and 1187 data of stable isotopic compositions as well as annual laminated sequences of the stalagmites, the author firstly presents the climate records of the past 2000 years in shennongjia region. by comparing the stalagmite record with historical records, lake sediments and pollen data, the author analyzes comparability and differences of climate change in east asia monsoon area and preliminarily investigates driven forces of climate change

    基於16個~ （ 230 ） th年齡、 1187個氧碳同位素數據分析和顯微巖相研究，首次建立了神農架高海拔地區近2000年氣候演化序列，通過與歷史記錄、湖泊沉積、孢粉資料對比分析了東亞季風區不同地區氣候演化的相似性和差異性。
  16. The fluvial, delta, and lacustrine sedimentary system was realized according to the analysis of the fossils, sedimentary structure, sedimentary cycle, rhythmic bedding and other criteria in the yanchang formation. the sedimentary microfacies of the chang - 6 oil - bearing beds was identified through its fine description, and the evolution of palaeogeography was revealed

    通過古生物、沉積結構與構造、沉積韻律、沉積厚度與沉積旋迴特徵和測井相分析等，在延長組中識別出河流、三角洲、湖泊沉積體系，以及長6油層組的沉積微相，並對長6油層組各小層的沉積微相進行了精細描述，反演出其古地理的演化歷程。
  17. Sedimentary environment in benxi stage from east to west were respectively shallow - sea muddied continental shelf, barrier island, lagoon and tidal flat. most area in taiyuan stage was distributed by shallow - sea continental shelf, but the northern and southeastern part were scattered by clastic tidal flat and carbonate tidal flat. sedimentary environment in shanxi stage, in the middle and late shihezi stage was deltas and lake

    馬5晚期研究區發育蒸發臺地相和局限臺地相；本溪期自東而西發育淺海泥質陸棚、障壁島、瀉湖及潮坪相；太原期大部分地區發育淺海陸棚沉積，北部和西南部則發育碎屑巖潮坪和碳酸鹽潮坪沉積；山西期和石盒子中晚期為三角洲和湖泊沉積環境；石盒子早期廣泛發育辮狀河三角洲和湖泊沉積。
  18. Reservoir diagenesis of the intermediate section in member 3 of shahejie formation paleogene in niuzhuang sub - sag, shandong province

    山東孤島油田館陶組沉積晚期淺水振蕩湖泊沉積
  19. ( 4 ) this paper shows that the urassic badaowan formation in north part of the hami depression possesses a depositumal system of fan and fan delta and shallow lake fades with the analysis of seismic stratigraphy

    通過地震地層學分析和儲層橫向預測研究，首次提出四道溝地區侏羅系八道灣組早期低水位時期沉積了由北向南的沖積扇?扇三角洲?湖泊沉積體系。
  20. An overview on the evaluation of sediment accumulation rate of lake by 137cs dating

    計年法確定湖泊沉積物沉積速率研究進展
分享友人
分享到 Line

分享到臉書