foliation n.1.生葉。2.【植物；植物學】葉卷疊式，幼葉卷疊式。...
n. 1.生葉。 2.【植物；植物學】葉卷疊式，幼葉卷疊式。 3.打成箔，涂箔。 4.【建筑】葉狀飾。 5.(書籍)標記頁數。 “anastomosing foliation“ 中文翻譯： 交織葉理“axialplane foliation“ 中文翻譯： 軸面葉理“bedding foliation“ 中文翻譯： 層面葉理; 順層面理“cataclastic foliation“ 中文翻譯： 碎裂葉理“cleavage foliation“ 中文翻譯： 剝裂成片, 解理狀剝離; 劈理面理“close foliation“ 中文翻譯： 細密葉理“flexed foliation“ 中文翻譯： 彎曲葉理“flow foliation“ 中文翻譯： 流動葉理“foliation fissure“ 中文翻譯： 葉理裂縫“foliation plane“ 中文翻譯： 葉理面“foliation structure“ 中文翻譯： 葉理構造“foliation surface“ 中文翻譯： 葉理面“horizontal foliation“ 中文翻譯： 水平葉理“igneous foliation“ 中文翻譯： 火成葉理“interformational foliation“ 中文翻譯： 層間面理“linear foliation“ 中文翻譯： 線狀葉理“original foliation“ 中文翻譯： 原生葉理“penetrative foliation“ 中文翻譯： 貫穿葉理“planar foliation“ 中文翻譯： 面狀葉理“pressure foliation“ 中文翻譯： 壓力葉理“primary foliation“ 中文翻譯： 原生葉理“rude foliation“ 中文翻譯： 粗糙葉理“secondary foliation“ 中文翻譯： 次生葉理“segregation foliation“ 中文翻譯： 分凝葉理“foliation axial-plane“ 中文翻譯： 軸面剝理“foliatedstructure“ 中文翻譯： 菊狀結構; 葉片狀構造
foliature |
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Changes of the longitudinal and transversal wave velocities in different directions and the rock velocity anisotropy as a function of confining pressure have been studied under laboratory ultrasonic frequency for shale and sandstone with marked foliation , which had been saturated by the fluids with different viscosity kerosene and vacuum pump oil and salinity distilled water , 50000 利用不同黏度煤油和真空泵油不同礦化度蒸餾水50mg l和150mg l的nacl溶液的流體對頁巖和具有明顯層理的砂巖進行飽和，在實驗室超聲頻率下研究樣品不同方向縱橫波速度以及各向異性參數 |
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The mechanisms summarized are as follows 1 ) compressional normal stress ; 2 ) ductile and / or viscous deformation in bedding fault since incompetent bed is susceptible to plastic flow ; 3 ) higher likelihood of clay / shale smearing ; 4 ) foliation fabric whose sealing capacity is enhanced greatly in direction perpendicular to foliation 其機理可歸納為四個方面： 1 )壓性的正應力； 2 )以韌性及粘性變形為主，因為非能干巖層易塑性流變； 3 )涂抹效應強； 4 )面理化組構，垂直面理方向的封閉能力大大增強。 |
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However geological information is fully recorded in the remote sensing image , which made it possible for the choosing of this area as a dissection point to extract complex structural information of orogenic belt in west china . taking fully advantage of multi - band image richly bearing concealed geological information in combination with remote sensing analysis and structure analysis , to anatomy the supracrustal composition and structure of orogenic belt with the regional linear structures and their partitioned block and schistous geological masses as the macro - frame ( in corresponding to structure units and structure segments ) and with the rock masses , structure - rock assemblages , line - featured and belt - featured structures as well as penetrative and non - penetrative foliation ( primary stratum and trans position layering ) and folds as the texture and structure elements . the methods of how to distinguish granulite > ductile - shear zone , imposed fold , different deformed belts - 因而，本文選擇這一地區作為我國西部地區從遙感圖像上提取造山帶復雜結構構造信息的解剖區，充分利用遙感圖像多波段反映物質屬性的特點和圖像處理提取隱含信息的優勢，采用遙感解析?構造解析相結合的研究方法，以區域線狀構造及由它劃分的塊狀、片狀地質體為宏觀骨架(對應于構造解析劃分的構造單元、構造均勻區段) ，以地質體中的巖石巖體、構造巖石組合，線狀、帶狀構造，透入性、非透入性面狀(原始層理、新生面理)和褶皺等構造作為用于解析的結構構造要素，進行造山帶表殼組成和結構構造解析研究。 |
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Axial plane foliation 軸面葉理 |
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Foliation ; axial - plane 軸面剝理 |
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On the indexes of harmonic foliations 調和葉狀結構的指數 |
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Foliation is particularly pronounced . 葉理特別發育。 |