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- The key to reservoir classification by T2 spectrum of nuclear magnetic resonance log is the determination of T2 cutoff values. 應用核磁共振測井T2譜劃分儲層類(lèi)型的關(guān)鍵是T2截止值的確定。
- In the evaluation of mud cap layers, cross-plot and nuclear magnetic resonance log porosity curve overlap method was adopted to the comprehensive analysis of YN2 well tight sand reservoir and 3 sets of reservoir-seal combinations are found accurately. 筆者在重點(diǎn)對泥質(zhì)蓋層進(jìn)行研究評價(jià)的同時(shí)，采用交會(huì )圖法和核磁共振測井孔隙度曲線(xiàn)重疊法對具有致密砂巖蓋層的YN2井進(jìn)行了全面地儲蓋組合評價(jià)分析，準確地找到了三套儲蓋組合。
- Application of nuclear magnetic resonance log to trapping capability evaluation 利用核磁共振測井評價(jià)儲層的捕集能力
- nuclear magnet resonance logging(NMR) 核磁共振測井
- Keywords low resistivity pay zone;full wave train log;nuclear magnetic resonance log;wireline formation test; 油氣層識別;低電阻率油氣層;全波列測井;核磁共振測井;電纜地層測試;
- nuclear magnetic resonance logging 核磁共振測井
- NMRL (nuclear magnetic resonance logging) 核磁共振測井
- Analysis on the master calibration of nuclear magnetic resonance logging tool 核磁共振儀器主刻度分析
- Keywords log evaluation;array induction logging;nuclear magnetic resonance logging;low-resistivity;irreducible water saturation;Taibei depression; 測井評價(jià);陣列感應測井;核磁共振測井;低電阻率;束縛水飽和度;臺北凹陷;
- This phenomena is called NMR(nuclear magnetic resonance). 這種現象稱(chēng)為核磁共振。
- This phenomena is called NMR( nuclear magnetic resonance). 這種現象稱(chēng)為核磁共振。
- Design of the Antenna and Simulative Circuit in the Nuclear Magnetic Resonance Logging Tool 核磁共振測井儀天線(xiàn)及模擬電路設計
- The Structure Distribute Technology Enlarges New Evaluation Fields for Nuclear Magnetic Resonance Logging Technology 結構分布技術(shù)為核磁共振測井技術(shù)拓寬了新的評價(jià)領(lǐng)域
- Quality control parameters of nuclear magnetic resonance logging and its application 核磁測井中的質(zhì)量控制參數及應用
- Keywords NMRL（nuclear magnetic resonance logging）;preamplifier circuit;equivalent noise model;noise figure; 核磁共振測井;前置放大電路;等效噪聲模型;噪聲系數;
- Keywords Nuclear magnetic resonance logging;Low-permeability reservoir;time;Pore structure;Evaluation;Changqing Oil Field;Late Palaeozoic Era; 核磁共振測井;低滲透儲集層;時(shí)間;孔隙結構;評價(jià);長(cháng)慶油田;晚古生代;
- nuclear magnetic resonance (NMR) log 核磁共振測井
- Nuclear Magnetic Resonance (NMR) is a powerful and sophisticated technique with wide range of application. 摘要核磁共振是一個(gè)已經(jīng)被廣泛應用的重要精密技術(shù)。
- Uses of nuclear magnetic resonance and its outlook was discussed in the last section. 最后本文介紹了核磁共振在實(shí)際中的一些應用并對其前景展望。
- The molecular weight distributions, infra-red, ultraviolet and nuclear magnetic resonance spectra for the polysilane polymers have been described. 本文還討論了這些聚硅烷的分子量分布以及紅外、紫外、核磁共振等光譜性質(zhì)。
