裂縫傾角 的英文怎麼說
中文拼音 [lièféngqīngjiǎo]
裂縫傾角
英文
fracture dip-
At the end of the corridor was the dressing room belonging to clarisse and simonne. it was a long, ill - built room under the roof with a garret ceiling and sloping walls
克拉利瑟和西蒙娜的化妝室在走廊的一端,這間屋子狹長,造得很粗糙,在屋頂下面,墻角傾斜,墻上有裂縫。In order to well exploit the high - viscosity oil reservoirs, high - angle multilayer oil reservoirs, fractured oil reservoirs and thin - layer oil reservoirs, the oil reservoirs with gas cap and / or bottom water and the offshore oil and gas fields, the horizontal well techniques have been followed with interest by the people more and more
因此對于稠油油氣藏、大傾角多層油氣藏、天然裂縫油氣藏、薄油層油氣藏、具有氣頂或者底水的油氣藏以及海上油氣田的開采,水平井技術越來越受到人們的關注。In addition, when there are tension crack and water in the slope, the critical inclination has relations with the position of crack and the level of water
此外,當邊坡中有張裂縫和水時,滑面的臨界傾角還與張裂縫的深度和水位高度有關。2 ) through many numeral experiment, using the crack face ' s slant angle and azimuth angle as parameters, we found some relations between three - dimension fractal parameters and two - dimension fractal parameters in rock mass : ds = ( 1. 0 + 0. 031 ) * dl + ( 1. 0 + 0. 0395 ), ns = nl, v = 1. 5986 * ( 2 - dl ) - 3. 2935 * sin ( st ) + 3. 8263, and found a way to speculate three - dimension fractal parameters from two - dimension fractal parameters. lt is the foundation to describe the distribution laws of crack face in rock mass by the observing results through rock mass section crack, 3 ) this paper constructed the three - dimensional fractal emulation theoretical system and erected three - dimensional fractal emulation model about crack face in rock mass 4 ) a emulation system about crack face in rock mass is developed by vc + +, it includes the function to get section plane chart and section block chart from three - dimensional network chart automatically, and some of the emulation examples is given
2 )通過大量數值試驗,以巖體裂縫面的傾角與方位角為紐帶,分析得出了巖體裂縫面數量三維分形分佈參數和巖體裂縫跡線二維分形分佈參數的關系: d _ s = ( 1 . 0 0 . 031 ) * d _ l + 1 . 0 0 . 0395 , n _ s = * n _ 1 , = 1 . 5986 * ( 2 - d _ l ) - 3 . 2935 * sin ( st ) + 3 . 8263並提出了由二維分形幾何參數來推導三維分形幾何參數的方法。為通過巖體剖面裂縫直接觀測結果,描述巖體裂縫面分佈規律奠定了基礎。 3 )本文構建了巖體裂縫面的三維模擬理論體系,建立了巖太原理二大學周眨d二研究生學位論文體裂縫面的三維分形模擬模型。For the first time, the special integrated applications of multi - disciplines and new technologies are used to study the structure fracture of jurassic sandstone of baigezhuang region in the dissertation. on the basis of abundant fine descriptions of core, the imaging and dip data, the identification informations of fracture with conventional logs, the parameters of seismic attribute, the detected data of fracture with correlative analyses of 3d and the prediction data of the finite element numerical simulation of fracture are inter - testified to qualitatively and quantitatively determine the structure fracture of this area
本文首次在柏各莊地區採用具有特色的多學科新技術綜合應用分析的方法,在大量巖芯裂縫精細描述基礎上,結合成像測井和地層傾角測井新技術,以及利用常規測井技術提供的裂縫識別資料,地震屬性參數、三維數據相干分析檢測裂縫的資料和有限元數值模擬裂縫預測的資料,相互佐證,對柏各莊地區侏羅系砂巖構造裂縫進行了定性、定量研究。The research of fractural identification was involved in fractural distribution pattern, fractural development analysis, fractural occurrence ( high - mid - low dips ) discrimination and fractural prediction modeling
裂縫識別研究包括裂縫分佈規律研究、裂縫發育程度評價,裂縫產狀(高中低傾角)判別和裂縫預測模型建立。3 after analysed the deformation of the structures and fractures, predicted 2 - d fractural degree through the study of natural fracture net, indentified and evaluated fracture though logging data, analysed 3 - d seismic coherence data > counted the dip angle " s of strata etc, the distribution of fracture is pointed out, the prediction methods which combined with geological and geophysical technologies of the fractural zones in the tight sandstone is also presented
3通過構造及斷裂形變分析、天然裂縫網路二維裂縫度預測、測井裂縫識別與評價、地震三維相干分析、地層傾角計算等預測裂縫分佈區,提出地質裂縫預測技術和地球物理裂縫預測技術相結合的緻密砂巖儲層裂縫發育帶預測方法。The characteristic of excitation of the acoustic field is investigated for sources with various frequencies. the effects of an isotropic medium, inclined formation of different azimuth, horizontal or vertical fracture and its width or density on the propagation of the acoustic field are investigated. the fluid in borehole is also investigated
研究了聲源在不同頻率下的聲場激發特性,考察了井外介質為均勻介質、存在不同傾角的地層界面、存在水平和垂直裂縫以及裂縫寬度和密度等對井內外聲場傳播的影響以及井眼流體對井孔聲場的影響。分享友人