水的含鹽量 的英文怎麼說

中文拼音 [shuǐdehányánliáng]
水的含鹽量 英文
water salinity
  • 水 : 名詞1 （由兩個氫原子和一個氧原子結合而成的液體） water 2 （河流） river 3 （指江、河、湖、海、洋...
  • 的 : 4次方是 The fourth power of 2 is direction
  • 含 : 動詞1 （東西放在嘴裏 不咽下也不吐出） keep in the mouth 2 （藏在裏面; 包含） contain 3 （帶有某種...
  • 鹽 : 名詞1. （食鹽; 鹽類） salt 2. （姓氏） a surname
  • 量 : 量動1. （度量） measure 2. （估量） estimate; size up
  1. Quite different from lake asphaltite, whose depression is twelve hundred feet below the sea, it contains considerable salt, and one quarter of the weight of its water is solid matter, its specific weight being 1170, and, after being distilled, 1000

    大鹹湖的水含鹽成分很大，固體的鹽質占湖水的總重量四分之一。水和鹽的合重是一千一百七十，其中水的重量是一千。所以在這樣的湖水裡魚是無法生存的。
  2. In many sedimentary basins the salinity of the formation water increases with depth or compaction.

    在許多沉積盆地中，地層水的含鹽量隨深度或壓實作用而增高。
  3. Mudskippers, crabs, polychaete for their food. these mudflat fauna are adapted to the brackish water conditions of the bay, such as the condition of the mudflat soil and the quality of the water in the bay, especially the salinity

    尤其是這些候鳥以如彈塗魚螃蟹和海濱蚯蚓等泥灘動物為糧食，而這些動物亦已適應灣內的鹹淡水生境，如泥土的狀況和水質，特別是含鹽量等特徵。
  4. The sub - model for design of population density was developed according to the principle of determining boll number from target yield, fruit node from boll number, fruit branch from fruit node and population density from fruit branch by integrating the effects of sowing date, cutout date, effective temperature accumulation above 12, variety type, and fertilizer and water management levels. sowing rate was then decided by integrating the effects of different soil water and salt contents, ph, temperature and sowing style on seedling emergence rate with relative weight method

    基於「以產定鈴、以鈴定節、以節定枝、以枝定苗」的原理，同時考慮播種日期、打頂日期、 12的有效積溫、品種株型特性、肥水管理水平差異等因素來確定適宜的種植密度；在此基礎上，應用相對權重法計算土壤含水量、含鹽量以及整地質量和播種方式等多個生態環境因子對出苗率的綜合影響，進而確定播種量。
  5. Sometime the matrix potential of soil water, moisture capacity and the total content of salt capacity in the soil have the same trends of change with depth

    在包氣帶剖面中，在某時刻水土勢、含水量、含鹽量隨深度變化的趨勢相同。
  6. The inferred water quality, soil salinity and hydrogeologic units are quite consistent with what is said in the hydrogeologic reconnaissance report

    所推斷的水質和土壤含鹽量與大的水文地質單元和1 ： 20萬水文地質普查報告都吻合得很好，且細節更為清楚。
  7. Abstract : through analyzing practical constitutes of energy consumed in the salt mine, the relatives between production and consummation of water and electric for producing 1 t of salt

    文摘:通過分析礦山能耗的實際組成，及含鹽量、噸水單耗和噸鹽耗電的關系。
  8. High - sodium foods will make you more thirsty and more dehydrated. wear a minimum spf15 sunscreen

    含鹽量高的食品容易讓人口渴，並易使人脫水。
  9. The results indicated that the higher the salinity of infiltration water was, the faster cumulative infiltration and wetting front increased, and more salt accumulated at the wetting front

    入滲水的礦化度越高，土壤剖面含鹽量越高，且濕潤鋒附近積聚的鹽分越多。
  10. Even though the pure water is what gives sea water its main properties, the salinity of sea water affects both its weight and freezing point

    雖然純凈水給海水提供了主要特性，但海水的高含鹽量影響著其重量和冰點。
  11. Now, put the fish in a solution that has more salt in the water

    現在，將魚放在含鹽量更多的水中。
  12. The results indicated that even if there was different at initial soil condition, such as initial moisture content and initial salt content, salt content in soil profile and sar at top soil increased greatly after the high salinity water infiltrated

    結果表明盡管土壤初始條件存在差異，但灌高礦化度水后，土壤含鹽量和溶液濃度總體增加，且土壤剖面特別是表層的sar明顯增大。
  13. Because of salt influences on cyanophyta, cyanophyta distribution remarkably differ among different waters, increasing in cyanophyta species and genus numbers with increased salt content and coming to null with polyhalinous water

    受含鹽量的影響，藍藻在各類水體中的分佈有明顯差異，隨含鹽量增加，種類數減少，在高鹽水體未見分佈。
  14. In the profile of aeration zone, the matrix potential of soil water and salt capacity in the soil can be affected by the lithology

    即含水量大的地方的水土勢和土壤中總的含鹽量也大，含水量小的地方水土勢和土壤中總的含鹽量也小。
  15. When the saline water ( < 3g / l ) infiltrated to 45cm, the top soil of 0 - 37cm was desalinized, when the saline water of 3g / l infiltrated, the desalinized depth was 0 - 15cm. moreover, sar of top soil increased with the sar of the infiltration water. 3. through lab experiment, the characteristics of soil water and salt movement under different initial soil moisture content were analyzed

    當濕潤深度為45cm時，小於3g l的微鹹水入滲后， 0 - 37cm土層處于脫鹽狀態，而3g l的微鹹水入滲， 0 - 15cm土層處于脫鹽狀態， 15cm - 35cm土層含鹽量基本等於初始含鹽量，但濕潤鋒處含鹽量很高。
  16. The results were as follows : 1. on the basis of saline water infiltration, the characteristics of movement of soil water and salt under different cumulative infiltration were studied. the results indicated that when the salinity of the infiltration water was 3g / l, the top soil was desalinized and salt accumulated at the wetting front

    通過對不同入滲水量下土壤水鹽運移規律的室內模擬試驗研究，結果表明利用礦化度為3g l水入滲后，土壤從上至下逐漸脫鹽，上層土壤含鹽量略低於土壤初始含鹽量，中間土層基本保持土壤初始含鹽量值，但濕潤鋒附近發生突變，含鹽量達最大值。
  17. 2. the change of water content and salt concentration in soil is a dynamic process of balanced accumulation and consumption. it is influenced markedly by the ground water table

    而180 《 40cm以下土層主要受地下水的水位、水質影響，因為地下水的總鹽含量變化也較小。
  18. Proceeding from a cardinal reason affecting wettability reversal of rocks - the absorption of asphaltenes of oil in the pore surface of rocks, the effects of injection water salinity and cation type on this absorption are separately researched ; thus the vital factors affecting wettability reversal of rocks are derived

    摘要從影響巖石潤濕性轉變的一個重要原因原油中瀝青質在巖石孔隙表面的吸附出發，分別研究了注入水中含鹽量的高低，以及注入水中陽離子的類型對原油中瀝青質在巖石孔隙表面的吸附的影響，從而得出了影響巖石潤濕性轉變的重要因素。
  19. The water quality modelling results indicate that the predicted concentrations of salinity from the desalination plant discharge

    水質模型結果亦顯示預計來自化淡廠的排放的海水含鹽量
  20. Apart from providing the necessary nutrients for algae, rainwater also lowered the salinity of sea surface layer. the resultant stratification facilitated algae aggregation and increased the chances for occurrence and persistence of red tides. previous red tide incidents recorded in hong kong waters lasted from one day to several weeks

    原因可能是今年夏季降雨量比往年同期為多，雨水除了為藻類提供所需的養分外，還令上層海水的含鹽量減低，引致層化現象，這有利藻類的集結，從而增加了紅潮發生及持續出現的機會。
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