petrophysics 中文意思是什麼
petrophysics
解釋
儲油巖石物理學-
Petrophysics software package has been used to quantitative analyzing of the logging parameter of non - sandstone between salt beds, hence to develop logging evaluation method and obtained a satisfied result in practice
此外，還要輔之以「 p包」等多種解釋軟體實現鹽間非砂巖儲層參數的測井定量解釋，以形成江漢鹽湖盆地鹽間非砂巖儲層的測井評價方法。 -
6. every member and formation are primarily evaluated by petrophysics, drilling accidents and gas show in dagang oilfield. we conclude that the lower fengfeng formation and the first member of upper majiagou formation are of better quality, and the other members are non - reservoir
10 、根據儲層物性、鉆井漏失、放空、油氣顯示、沉積相等多方面資料，對不同組段儲層進行初步評價，認為峰峰組下部和上馬家溝組上段儲層較好，其餘組段儲層較差。 -
4. there are many reservoir spaces in the studying area. after the studying of core, petrophysics, capillary, impregnated thin section, sem and electronical characteristics, porosity, cavity and fracture are determined
6 、本區的儲層主要是巖溶儲層，其儲集空間類型主要有晶間孔、晶間溶孔、溶蝕孔洞、裂縫等。 -
3 ) the sandbody distribution, physical properties, pore structure and heterogeneities are affected by the microfacies. at the center part of underwater distributive river course, the petrophysics and physical properties are both better than that at the edge of the microface. 4 ) the chang 61 2 - 3 substrata and the substrata of chang 62 " member which show the better porosity, permeability, and better pore structure ; display lower permeability variation coefficient, dart - coefficient and contrast - coefficient and good connecting sandbody so the horizontal heterogeneities is weaker ; whereas manifest stronger inner - heterogeneities due to the numerous intermediates ; present stronger inter - heterogeneities caused by the greater frequency of sandbody
長6儲層中長6 _ 2 ~ （ 1 - 3 ）和長6 _ 2 ~ 1砂層中的各個小層的孔隙度、滲透率值、含油性較好；平面非均質性較弱，表現為級差、突進系數、變異系數較低且砂體的連片程度高，鉆遇率和連通系數較高；與此同時，層內非均質性較強，表現為垂向上夾層的數目較多，厚度較大；層間非均質性也較強表現為分層系數較高。 -
In this thesis, the study of petrophysical parameters database and modeling visualization is presented. petrophysics is the essentially basic information in the geophysics research field ; it is the bridges in connecting geologic and geophysics. the petrophysics is also the foundations in building the geophysical models
本文介紹了巖石物性參數數據庫與可視化建模的研究，巖石物性是地球物理研究必需的重要基礎數據資料，是聯系地質與地球物理的紐帶與橋梁，是地球科學研究建立地質地球物理模型的基礎。 -
Introduced are the principle, methods of low field nuclear magnetic resonance ( nmr ) imaging technology and it ' s application in rock petrophysics experiment
摘要主要介紹了低場核磁共振成像技術的原理、方法及在巖石物理實驗方面的應用。 -
This technology provides a new nondestructive testing method for rock petrophysics research, and pushes forward the petrophysics experimental technology
該技術的發展與應用，為巖石物理實驗研究提供了全新的無損檢測方法，必將推動巖石物理實驗技術的發展。 -
The traps are frequently controlled both by fault and lithology. because of reservoir with good petrophysics, a better seal and shelter is strongly required for pool formation
圈閉條件常常受斷層和巖性雙重控制；由於儲層物性很好，良好的蓋層和遮擋條件是該區油氣成藏的關鍵因素。 -
Results mr - ml technology can be used to quickly and effectively evaluate petrophysics and the property of pore fluids, and compensate the low resolution of seismic data, command the drilling situation of reservoir and lower the exploration risk
結果通過磁共振錄井技術可快速、有效地評價儲層的物性及流體性質，從而彌補深部儲層由於地震資料解釋精度低、儲層落實程度差的不足，對于及時把握儲層的鉆探情況、降低勘探風險具有重要的意義。 -
The research contents include the foundational research on petrophysics, the feasibility of 4 - d seismic in water driven reservoir, pre - stack and post - stack 4 - d seismic data processing, static reservoir description, 4 - d seismic interpretation and dynamic reservoir description
研究內容涉及巖石物理基礎理論、水驅四維地震可行性分析、迭前和迭后四維地震資料。處理、靜態油藏描述和四維地震資料解釋與動態油藏描述等，取得了許多重要的研究成果。 -
4 - d seismic is a kind of reservoir monitoring technique which acquires and analyzes multiple seismic surveys repeated at the same site during the period of production in order to image the changes in a producing reservoir. it utilizes the knowledge of seismology, petrophysics and reservoir engineering comprehensively. there are some important methods such as the repeatability of seismic acquisition and processing, time lapse seismic interpretation and analyses
四維地震是在油藏生產過程中，在同一地方，利用不同時間重復採集的、經過互均化處理的、具有可重復性的三維地震數據體，應用時間差分技術，綜合巖石物理學和油藏工程等多學科資料，監測油藏變化，進行油藏管理的一種技術。
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