煤層厚度 的英文怎麼說

中文拼音 [méicénghòudù]
煤層厚度 英文
thickness of coal seam
  • 煤 : 名詞（黑色固體礦物） coal
  • 層 : i 量詞1 （用於重疊、積累的東西 如樓層、階層、地層） storey; tier; stratum 2 （用於可以分項分步的...
  • 度 : 度動詞[書面語] （推測; 估計） surmise; estimate
  • 煤層 : [地質學] coal rake; coal seam; coal bed
  1. Sedimentary control of coalbed methane in this region were expounded according to the control and influence of sedimentation on coal gathering action ( thickness of coal reservoirs, distributing and coal - bearing characteristics ), on forming and distributing, maceral, organic facies and coalfacies, cap formation types and their sealing capability of adjoining rock

    根據沉積作用對聚煤作用（煤儲層的厚度、分佈及含煤性特徵） ，對煤儲層的形成與展布、煤巖組成、有機相和煤相、頂底板蓋層類型與封蓋性能的控制和影響，討論了沉積作用的控氣特徵。
  2. It is found that the appropriate lowering of the chamber temperature of water gas producer and the thickness of coal bed is favorable to controlling the volume fraction of o2 and co in the recovered flue gas

    通過試驗與分析，發現適當降低水煤氣發生爐爐溫與煤層厚度，有利於控制回收煙氣中o2及co的體積分數。
  3. The investigation provides theory basis for forecasting coal thickness, coal bed structure, and coal and gas outburst in fold area

    該研究對于開展煤層厚度、煤層構造及煤與瓦斯突出的預測研究提供了理論依據。
  4. By means of stress - strain feature of upper and lower strata of fold neutral plane in the course of longitudinal fold formation, the differences between the upper coal bed and lower coal bed of fold neutral plane are analyzed from the coal thickness, coal structure, coal body structure, coalbed gas occurrence and diversities etc., revealing the cause of these appearances

    摘要利用縱彎褶皺變形中中和面上下巖層的不同應力與應變特點，分析了處于褶皺中和面上下各煤層在背斜與向斜部位煤層厚度、煤層構造、煤體結構及煤層瓦斯的賦存規律與差異性，揭示了這些現象產生的原因。
  5. Through analyzing on the different phenomena of gas pouring amount at different coal seam, different area at the same seam, different position at the same area, the coal thicknss, inclined angle, structure, roof and floor rock character and water content in coal est. geology factor are regarded as the main reason of effecting the gas pouring amount

    通過對不同煤層，同一煤層不同區域，同一區域不同地點瓦斯湧出量有很大差異現象的分析，認為煤層厚度、傾角、構造、頂底板巖性、煤中水分等地質因素是影響瓦斯湧出大小的主要原因。
  6. Analysis of geological tectonic and its influence on coal seam thickness in gaozhuang colliery

    高莊礦地質構造分析及其對煤層厚度影響的探討
  7. Exploration logging - constrained inversion technique predicting coal - thickness

    波阻抗約束反演技術預測煤層厚度
  8. Extracting seam thickness

    採煤層厚度
  9. Spectral moment method to inverse coal seam thickness by seismic data

    地震資料譜矩法反演煤層厚度
  10. The hardness and thickness of coal seam play a great role in the vertical distribution of stress in coal and the occurrence of rock bunt under the condition of hard roof and hard floor

    在「兩硬」條件下，煤層厚度與硬度的變化對煤體中的應力分佈有著很大的影響，從而對煤巖體系統中沖擊礦壓的發生有著很大的影響。
  11. Influences of geologic structure and else factors to coal seam thickness in dongyang mine field

    東陽井田構造及其它因素對煤層厚度變化的影響
  12. Cause analysis on thickness variation of coal seams in tucheng mine

    土城礦煤層厚度變化成因分析
  13. Causes analysis of 1 coal seam thickness change in underground mine field of hebi 8 coal mine

    鶴壁八礦井田二1煤層厚度變化原因分析
  14. Study on prediction method of coal seam thickness using seismic data frequency domain and its application

    地震資料頻率域預測煤層厚度方法研究及應用
  15. This paper analyzes on the influence of the variation in thickness of coal seam and the supporting method on the coal quality, and based on this, advances some measures for reducing the gangue production to improve the coal quality on the tunneling faces

    分析了煤層厚度變化和支護方式對煤質的影響，在此基礎上提出了若干減少出矸以提高掘進工作面出煤質量的措施。
  16. Seismic attributions analysis and it ' s application in predicting thickness of coal

    地震屬性及其在煤層厚度預測中的應用
  17. Prediction models of coal thickness based on seismic attributions and their applications

    基於地震屬性的煤層厚度預測模型及其應用
  18. At last, utilize developed the system to examine and predicted three different objectives : the theory model datum, the concrete member defect and coal layer thickness, the result is correct, it proves that the system is more available and practical in predicting of seismic multi - parameters

    最後，利用所開發的目標預測系統對理論模型記錄、混凝土構件缺陷、煤層厚度三個不同目標進行了檢驗和預測，結果正確，證明了該系統在地震多參數目標預測中的有效性與實用性。
  19. With the decrease of the coal thickness, the stress in coal and rock will increase, while the harder the coal is, the greater the vertical stress in coal and rock will be, resulting man increase of risk of rock burst

    隨著煤層厚度的減小，在煤巖體中產生的應力集中將增大；隨著煤層硬度的增加，煤巖體中的最大垂直應力也將增大，從而也增加了沖擊危險性。
  20. Since the vertical stress distribution of coal and rock can reflect the risk of rock burst, the influence of hardness and thickness of coal seams with a hard roof and a hard floor on the vertical stress distribution of coal and rock was simulated

    摘要在堅硬頂板和底板的「兩硬」條件下，對不同煤層厚度和硬度對煤巖體中的垂直應力分佈的影響，也即反映了對煤巖體中發生沖擊礦壓危險性的影響進行了模擬。
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