- 測井參數(shù)
- log: LOG, log ＝ logarithum.
- parameter: n. 1.【數(shù)學(xué)】參數(shù)，變數(shù)；參詞；參項。 2.【物理學(xué) ...
- by the log: 按計程儀的
- by the-log: 按計程儀
- in the log: 未經(jīng)加工; 未鋸開的狀況
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log parameter中文什么意思
- 測井參數(shù)
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例句與用法
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- This essay adopts the neural network and some parameters regression analysis to set up the some logging parameters prediction model of the rock drillability , then gets the continuous drillability classification value of single well formation . and deduces the theoretic relation of the formation pore pressure and the rock drillability creatively
本文采用神經(jīng)網(wǎng)絡(luò)法與多元回歸分析法建立了巖石可鉆性測井多參數(shù)預(yù)測模型及單井地層的連續(xù)可鉆性級值剖面，同時創(chuàng)造性地推導(dǎo)了地層孔隙壓力與巖石可鉆性之間的理論關(guān)系。 - 4 . the relationship of four properties : lithology , electrical property , physical property and oil bearing property was determined through the reinterpretation of logging data . logging parameter interpretation model and judgment criteria of oil , water and gas layers were formed , thus improved the precision of logging interpretation
4 .通過測井資料的二次解釋評價，確定了新齊14井區(qū)“巖性、電性、物性、含油性”之間的關(guān)系，建立了測井參數(shù)解釋模型及新齊14井區(qū)油氣水層判別標(biāo)準(zhǔn)，提高了測井解釋精度。 - " utilization of multi - attribute transformation in predicting well logging parameter " has transcended many traditional methods of reservoir research in many aspects , and possessing many outstanding technology superiority , which are showed below : ( 1 ) it takes new technology thought - " date - driven law " as the guidance , and inherits and synthesizes forefathers successful technology formed in many years . ( 2 ) ' it directly calculates the well logging parameter by way of the multiple attribute transformation , rather than by way of the sound impedance , like the porosity , while the way before is to make further estimates of the sound impedance from the seismic inversion result so that the result suffers the influence of many factors . ( 3 ) the usefulness of the seismic attribute is drawn from the seismic data , rather than the traditional poststack seismic data after nonlinear a transformation
“ ；利用多屬性變換預(yù)測測井參數(shù)”在很多方面超出了傳統(tǒng)意義上的儲層研究方法，具有突出的技術(shù)優(yōu)勢，表現(xiàn)在： ( 1 )它以新的技術(shù)思想? ? “數(shù)據(jù)驅(qū)動法”為指導(dǎo)，繼承并綜合利用了前人多年來形成的成功技術(shù)： ( 2 )它是直接通過多屬性變換預(yù)測測井參數(shù)，而不是通過聲波阻抗，如空隙度，以往的做法是從地震反演結(jié)果中的聲波阻抗做進(jìn)一步的模擬估算，其結(jié)果受到諸多因素的影響； ( 3 )所用到地震屬性是從地震數(shù)據(jù)中提取的，而不是傳統(tǒng)的迭后地震數(shù)據(jù)本身。 - After evaluated the cap layers of this well field quantitatively by different kinds of logging parameters and evaluation methods , it is founded that by introducing the analyses viewpoint and technology of reservoir - seal combination into logging interpretation , oil / gas layers and water layers can be distinguished exactly . this approach is very useful in searching of exploitability hydrocarbon - bearing reservoir
利用各種測井參數(shù)和評判方法對研究井區(qū)的蓋層進(jìn)行了定量評價，發(fā)現(xiàn)在測井解釋中引入儲蓋組合分析觀點與技術(shù)，能正確劃分油、氣、水層，有利于尋找有開發(fā)價值的油氣藏。