輸導 的英文怎麼說
中文拼音 [shūdǎo]
輸導
英文
conduction-
5. the fractures of marlite, sandstone, faults and the disconformity between sha san member and sha er member are three main conduit systems. for this low maturity of the oil kitchen, the fractures of marlite that coexist with source rock might as well be an important bridge to link oil kitchen and reservoir
5 、通過對德南窪陷輸導體空間分佈及物性特徵分析，揭示並論證了本區特殊的輸導層主要是與源巖共生的泥灰巖、泥質白雲巖及白雲巖中的裂縫系統，為進一步尋找有關油氣藏指出方向。This experiment to adopt the method that paraffin was cut into slices studied the structural growth process on appearance and dissect of pugionium cornutum ( l ) gaertn in germination period and young sprout ; and to adapt wild flower, fruit, seed and cultivated root, stem and leaf of pugionium cornutum ( l. ) gaertn in leaf lushing period and leaf exhausting period from eerduosi city proceeded the research on appearance and anatomies. the result enunciates : the organs of pugiorium cornutum ( l. ) gaertn in root, stem and leaf have started dividing in germination period ; the transporting tissue and storing water tissue in young sprout period has been divided ; the ransporting tissue is flourishing, but the supporting tissue is unflourishing, so the root, stem and leaf of pugionium cormutum ( l ) gaertn is suitable for edibility
本試驗採用石蠟切片研究了沙芥發芽期、幼苗生長期各器官形態及解剖結構的變化過程；並對采自鄂爾多斯市野生沙芥花、果實、種子及人工栽培的葉片旺盛生長期、葉片生長衰退期的根、莖、葉等材料進行了形態及解剖學研究，結果表明：沙芥發芽期根、莖、葉各器官內組織已開始分化；幼苗期已分化出發達的輸導組織及貯水組織；葉片旺盛生長期各器官具有發達的輸導組織，但機械組織不發達，因此沙芥的根莖葉適于食用。There are many adaptive changes in the two research subjects ( artemisia. songarica schrenk. and seriphidium. santolinum ( schrenk ) polijak. ) in morphology and anatomy, such as with the increase of the daily age, the root - shoots ratio increased ; the root became stronger ; the ratio of leaf volume and leaf area increased ; the volume of epidermic cell decreased ; the cut - icle and phellem layer on the surface of root thickened. stoma caved in leaf ; epidermal hair of leaf and stem well - developed, palisde tissue developed well, the cell gap decreased ; the spongy tissue disappeared ; leaf is kinds of isolateralthat is the typical xeromorphic structure ; crystal cell and fibric cell increased ; conducting tissue and mechanical tissue developed well ; bundle sheath appeared
實驗研究的兩種菊科（ compositae ）植物（準噶爾沙蒿（ artemisiasongaricaschrenk ）和沙漠絹蒿（ seriphidiumsantolinum （ schrenk ） poljak . ） ） ，形態解剖方面的變化表現為：隨日齡增加，根長/株高比值日益增大；根系逐漸發達；體積與葉面積比逐漸增大；表皮細胞體積變小；角質層增厚；根外部出現加厚的木栓層；氣孔下陷；葉、莖部的表皮毛密布，柵欄組織日益發達；而細胞間隙日漸變小；海綿組織逐漸消失；葉面結構常為典型旱生結構? ?等葉面；晶細胞及纖維細胞數目增多；輸導組織、機械組織日漸發達；具有維管束鞘等等。Migration translocation system and its controlling to reservoir forming and distribution of natural gas in deep strata of xujiaweizi region
徐家圍子地區深層運移輸導系統及對天然氣成藏與分佈的控制Their function is more as supporting tissue than as conducting tissue
其功能與其說是輸導組織倒不如說是支持組織。The characteristics of compaction curves, the evolution of organic matter, the direction of migration and assignment, conduit system, fluid potential are studied it is concluded that the low maturity of the source of the eogene age is the main factor to control the entrapment. it controls the direction of the primary migration, confines the location of mature source rock and the special carrier rock, controls the time of expulsion and the amount of petroleum, therefore ; the effective traps should be near to oil kitchen and on the pathways of migration
認為下第三系油灶的低熟是影響其運聚成藏的關鍵因素，生油巖低熟決定油氣初次排烴的方向指向沙三下段；生油巖低熟決定成熟生油巖分佈的局限性和輸導體的特殊性；生油巖低熟決定起排烴時間晚、生烴量不足，從而決定有效的圈閉應是近源的、在運移主路線上。A hollow cylinder or tube used to conduct a liquid, gas, or finely divided solid
管子，導管，輸送管用來輸導液體、氣體或固體細末的管狀中空圓柱體The stem is generally cylindrical and consists of regularly arranged conducting ( vascular ), strengthening, and packing cells, the whole being surrounded by a protective epidermis
莖通常為圓柱形，由規則排列的輸導系統（維管） 、機械支持系統、和基本組織細胞組成，外方敷以保護性的表皮。The petroleum migration fractionation in the south part through unconformity and permeable carriers laterally is more obvious than that in the north part through the fault systems vertically
南部油氣通過不整合面和滲透性巖層輸導系統發生的側向運移明顯比北部通過斷裂輸導系統的垂向運移分餾效應要強。The evolution of the carrying system has been undergone three stages : the formation and destruction of lateral carrying system, the evolution of vertical carrying system and the completion of three - dimensional network carrying system
它們的發育演化經歷了側向輸導系統的形成演化和破壞階段、垂向輸導系統的發育和形成階段以及三維網路輸導系統的發展完善階段。The carrying system in the area, dominated by the vertical carrying system, especially type i and type ii carrying faults, linking to every other types of carrying systems each other, composed a three - dimensional network carrying system
並指出本區油氣輸導系統是一個以垂向輸導系統為主，以、類主輸導斷層為骨幹，與各類垂向輸導斷層、油源輸導層、不整合以及火成巖體等輸導系統相溝通的復雜的三維油氣輸導網路系統。The condensates that derived from coals in yangtake structure are mixed by the light compositions from triassic lacustrine mudstones. the distribution of nitrogen compositions proved that differences of compositional fractionation existed in different carrier systems from source to trap in kuche basin
利用含氮化合物的運移分餾效應證實了，在從源巖到圈閉的聚集過程中，庫車盆地不同的輸導系統產生的原油分餾效應的差異。The new concepts of migration and accumulation network dynamic system and three - dimensional network carrying system have been brought forward on the basis of comprehensive investigation of literature and geological conditions of the study area, which are of significant for the research, exploration and production in the oil / gas basins of tension types in east china
通過多學科綜合文獻調研並結合研究區地質特徵，提出了成藏動力學網路體系和三維網路輸導系統的概念，並作了初步論述。對我國東部張性盆地油氣成藏研究和勘探有一定的借鑒意義。The second gas generation starts at the beginning of tertiary and it continues till present. the vertical carrying system and lateral carrying system have been thoroughly investigated for the first time in the study area. their characteristics and evolution history are studied integratedly, synthetically, dynamically, and quantitatively from both bulk properties and micro - features
整體、系統、動態、定量以及宏觀與微觀相結合，首次深入地研究了本區的垂向輸導系統（包括斷層垂向輸導系統、火成巖輸導系統等）和側向輸導系統（包括具孔滲性能的自源輸導層、它源輸導層等）的特點及其形成和演化。Roots also differ from roots in the arrangement of xylem and phloem, having a solid central strand of vascular tissue rather than a hollow cylinder of conducting tissue
根和莖不同，它無葉綠素，沒有芽和葉，木質部和韌皮部的排列順序也不同，其內部為實心的維管組織，而莖的內部為中空的圓柱形輸導組織。7 within the range of 0 - 200mm nacl concentration, the ratio between cortical thickness and root got lower ; the growth of stele was stimulated ; vessel dm decreased evidently. in stele, conducting tissue was reduced while the growth of pith was stimulated
隨鹽濃度升高，在0億00inmnaci范圍內根皮層半徑的比重降低，維管束在根中的比重逐漸增加，但輸導組織的比重呈下降趨勢，具貯存功能的髓的發育得到促進，導管口徑變小。We also summed up four kinds of faults combination transportation model : the model that under salt bed fault and crossing salt bed fault are connected by faults ; the model that under salt bed fault and crossing salt bed fault are connected by reservoir, the model that under salt bed fracture and crossing salt bed fracture are connected by reservoir and breakthrough faults at the top of the trap ; single crossing salt bed model
總結了庫車坳陷存在的四種斷層組合輸導模式：即鹽下斷層通過斷層與穿鹽斷裂相連的組合輸導模式；鹽下斷層通過儲層與穿鹽斷裂相連的組合輸導模式；鹽下斷裂通過儲層和圈閉頂部突破斷層與穿鹽斷裂相連的組合輸導模式；單一穿鹽斷層輸導模式。The main direction and position of petroleum secondary migration is up to potential distribution of fluid. by the simulation computation of the developing profile of palaeofluid potential and the six main conducting path plans of lulehe formation ( period of nowadays, n23, n22, n n e3 ), discovered that eboliang, yahu. lenghumahai structure belts are low potential area in long stage which are petroleum migrating direction area
流體勢分佈決定了油氣二次運移的主要方向和聚集部位，通過模擬計算古流體勢發展剖面圖和主要輸導層路樂河組地層現今、 n _ 2 ~ 3 、 n _ 2 ~ 2 、 n _ 2 ~ 1 、 n _ 1 、 e _ 3等6個時期流體勢平面圖，發現鄂博梁、鴨湖構造帶、冷湖-馬海構造帶為長期低勢區，是油氣運移的指向區。For all humanity,
通向所有人類的輸導網路Hydrocarbon passage systems of fengcheng petroliferous system of later triassic in northwestern part of junggar basin
準噶爾盆地西北緣風城組含油氣系統三疊紀末期油氣輸導體系分享友人