緩沖帶 的英文怎麼說

中文拼音 [huǎnchōngdài]
緩沖帶 英文
buffer strip
  • 緩 : Ⅰ形容詞1 （遲; 慢） slow; unhurried 2 （緩和; 不緊張） not tense; relaxed Ⅱ動詞1 （延緩; 推遲） d...
  1. That would send refugees pouring across the chinese border, fence or not, and might mean losing a useful buffer state against an american military presence

    而金政權的倒臺，將導致大量難民湧向中國邊境，不論是否裝有圍欄；也意味著中國在抵抗美軍來襲時失去了一道有效的緩沖地帶。
  2. Animation of the use of buffer zone

    動畫：利用緩沖地帶
  3. Avine habitats of perennial streams in the project area will be preserved and protected by buffer zones

    工程項目區內的常年溪澗的河谷生境將會被保留下來及受到緩沖地帶的保護。
  4. The buffer zones will be maintained throughout the construction and operational phases of the proposed third golf course

    整個緩沖地帶會在擬建第三個高爾夫球場的施工和運作期一直維持。
  5. News right and private right form a jagged, interlocking pattern, between which haven ' t gap and buffer zone

    新聞權和隱私權之間是一種呈犬牙交錯咬合狀態的關系，兩種權利之間沒有空隙和緩沖地帶。
  6. The study on absorption of pesticides will be tested in future. these may offer guide and reference to establish riparian buffer controlling agricultural non - point source in shanghai and other plain districts

    根據試驗研究，以及結合國內外的先進經驗，提出了適合上海市情的緩沖帶設計和管理模式，並對緩沖帶進行了環境效益評估。
  7. At least fisichella managed to survive an unscheduled run through the gravel trap, rejoining without losing his place after running wide

    不過至少費斯切拉在跑偏沖入緩沖帶后還能挽救回來，重新加入比賽，沒有損失位置。
  8. Beirut, lebanon - pitched battles raged between israeli forces and hezbollah fighters on the border thursday, and israel warned hundreds of thousands of people to flee southern lebanon “ immediately, ” preparing for a likely ground offensive to set up a buffer zone

    星期四以軍和真主黨武裝在邊境接火，以色列警示成千上萬的居民立即逃離黎巴嫩南部，為可能的地面沖突創造緩沖帶。
  9. Many studies have shown that riparian buffer can effectively reduce nutrient transport from agricultural fields under certain landscape conditions

    許多研究已經表明濱岸緩沖帶能夠有效地減少農田中營養物質的運輸。
  10. Water quality sampling of the wells began in april 2002 and proceeded approximately monthly through december 2003. by the means of soil and vegetation treatment system, riparian buffers are established between field agriculture and stream in order to reduce contamination flowing stream

    通過探索性示範研究，在大田農業與受納水體之間許建立濱岸緩沖帶，利用土壤?植被處理系統的方式，削減農田面源污染物質進入水體的污染負荷。
  11. Riparian buffers are established at 5m buffer wide, perpendicular to stream for a total of 4 plots on the each side of stream

    緩沖帶建立在河流東西兩側， 4種不同坡度，總計8個樣點，每個樣點長約12m ，寬為5m 。
  12. Each plot is 12m long, 5m wide. a groundwater monitoring well nest is installed at the field buffer edge and the stream edge in the middle of each riparian buffer plot

    每個樣點的農田與緩沖帶之間及緩沖帶與河流之間都設置了0 . 7m和1m兩個不同深度的pvc管，用以收集水樣。
  13. Riparian buffers are of important application patential. the present this is only primary study on riparian buffer effectiveness

    5 ）緩沖帶對不同濃度的無機營養鹽和有機營養鹽的吸收效果不同。
  14. Percent nitrate nitrogen, ammonium nitrogen and total phosphor was not a significantly variable at the different depths. 2 ) vegetation type results in significant difference in nitrate removal. lolium perenne l is most effective on reducing nitrate nitrogen concentration, accounting to 90 %. for total phosphor, natural vegetation is most effective, reaching 61. 01 %

    2 ）不同植被緩沖帶對銨氮、總磷、硝氮、總氮的去除效果不同，牧傑對氮鹽的去除效果最強，特別是對硝氮的吸收達到90 ，對總磷吸收能力在總體上弱於氮元素的吸收能力，在自然植被處達到最高，為61 . 01 。
  15. Based on this conclusion, the possibly formation mechanism of the double sh ridges is discussed. the results show that the formation process of double sh ridge is discrepant for the different style. the first style occurs as a result of the northward movement, the through - get and consolidation of the equatorial buffer band with the wpsh, and the second one is due to the strength, western extension, and then through - get and consolidation of the mid - pacific with the equatorial buffer band

    在此基礎上，分析了副高雙脊線的形成原因，結果表明，不同類型的雙脊線，其形成過程不同:第一類雙脊線是赤道緩沖帶（赤道反氣旋）北上與副高打通合併的結果，而第二類雙脊線卻是由於中太平洋反氣旋加強西伸，與赤道緩沖帶打通合併而形成的。
  16. Wells are installed at two well depths per well nest, respectively 1m and 0. 7m. samples are analyzed for nitrate nitrogen, ammonium nitrogen, total nitrogen, and total phosphor to compare the effect of vegetation type, different field slope and different season. main research results and conclusion of the study are as follows : 1 ) percent total nitrogen is higher in the deep wells 1m than the wells 0. 7m, by 11. 43 %

    以水樣中銨氮、硝氮、總氮、總磷為監測指標，比較了不同深度、不同植被類型、不同季節、不同坡度、不同濃度營養鹽沖擊下，緩沖帶對氮磷等營養鹽的消除效果，試驗結果如下： 1 ）與0 . 7m相比，樣點1m深處，緩沖帶對總氮的去除效率要高些，二者相差11 . 43 ，而緩沖帶對銨氮、總磷、硝氮的去除效果，不同深度，消除率比較接近。
  17. When the tcf in nwp is high, the bengal bay cef which located at 90 e is strong and the new guinea cef located at 150 e is weak ; there is a anti - cyclonic circulation near the equator. the equatorial buffer zone is fortified : it is propitious to the equatorial anticyclones activated and push monsoon trough to higher latitude, this circulation pattern can promote the genesis of tc in nwp

    多熱帶氣旋年，位於90 e附近的孟加拉灣越赤道氣流顯著增強，而位於150 e附近的新幾內亞越赤道氣流異常偏弱；在赤道附近存在一個異常的反氣旋性環流，赤道緩沖帶較強，有利於赤道高壓的活躍，季風槽被推向較高緯度，從而有利於熱帶氣旋的生成。
  18. 3 ) the riparian buffer effectiveness is relate to field slope. 8 % slope buffer is more effective than the 5 % slope buffers at decreasing nitrogen. the slope does not seem to play a important key on phosphor concentration decrease. 4 ) a higher percent nitrogen and phosphor decrease is observed in spring compared to autumn and winter. reasons may be attributed to growth of vegetation

    坡度為8時，緩沖帶對銨氮、總氮、硝氮的消解率均高於坡度為4時的消解率，兩種不同立地模式，緩沖帶對氮營養鹽的消解率存在差異；而緩沖帶對磷的消解效率受坡度影響不大，沒有顯著差異，說明不同的立地模式對氮磷營養鹽的影響是不同的。
  19. The study contents are as follows : 1 ) analysis on condition of riparian buffers ; 2 ) rebuilding engineer of riparian buffers and design of riparian buffers system ; 3 ) analysis on effect of riparian buffers ; 4 ) maintenance and management mode ; 5 ) analysis on economy benefit of riparian buffer

    研究內容包括：濱岸環境條件分析、濱岸工程改造和濱岸緩沖帶體系設計、濱岸緩沖帶的效果試驗分析、濱岸緩沖帶養護和管理模式、濱岸緩沖帶體系的環境經濟效益分析。
  20. Percent total nitrogen and total phosphor decrease is impacted more by season. it is important to improve buffer effectiveness by changing vegetation type in different season. 5 ) spreading different concentration organic and inorganic fertilizer on samples, result shows that the higher fertilizer concentration, the more buffer effectiveness

    4 ）不同季節，濱岸緩沖帶對n 、 p營養鹽的吸收效果不同，春季，緩沖帶對營養鹽的吸收明顯高於冬季和秋季，這可能與植被的生長狀況有很大的關系。
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