1) distribution of remaining oil resource
剩余石油能源分布
2) Residual Oil Distribution
剩余油分布
1.
Application of numerical simulation technology in residual oil distribution forecast of complicated fault-block reservoirs;
应用数值模拟法研究复杂断块油藏剩余油分布
2.
Current situation and prospect of residual oil distribution forecast;
剩余油分布研究现状及展望
3.
Study on residual oil distribution in s3mid of Block Wen203;
文203断块沙三中剩余油分布研究
3) remaining oil distribution
剩余油分布
1.
Key factors of remaining oil distribution of the lowest permeable sandstone reservoir and favorable area evaluation;
特低渗透砂岩油藏剩余油分布的主控因素及有利区块评价
2.
Study on stochastic modeling of architectural element and remaining oil distribution in fluvial facies reservoir;
河流相建筑结构随机建模与剩余油分布研究
3.
Study on the remaining oil distribution law after polymer flooding and potential tapping measures;
聚驱后剩余油分布规律及挖潜对策研究
4) distribution of residual oil
剩余油分布
1.
The primary factor controlling the distribution of residual oil is worked out.
胜坨油田已进入特高含水开发期,开发层系水淹严重,剩余油分布零散。
5) distribution of remaining oil
剩余油分布
1.
Sedimentary model of Guan (1+2) sand sets and its control over distribution of remaining oil in Gudao Oilfield;
孤岛油田馆(1+2)砂层组沉积模式及其对剩余油分布的控制
2.
A Study on Flow Unit Model and Distribution of Remaining Oil in Complex Fault Block Reservoir;
复杂断块油田流动单元划分及剩余油分布规律研究
3.
The heterogeneity of a reservoir not only exists as common,but also is an important factor that influences waterflood efficiency of waterflood oil reservoir and distribution of remaining oil during the later development period.
储层的非均质性不但普遍存在,而且是影响注水开发油藏水驱效率和开发后期剩余油分布的重要因素。
6) remaining oil
剩余油分布
1.
Study on remaining oil distribution of Ⅱ1—2 strata of No.437 fault block in Shuanghe oilfield;
双河油田437断块Ⅱ1-2层系剩余油分布规律研究
2.
Fluvial facies reservoir occupies large proportion of reservoir in our country, but because of its complicated architecture and serious non-homogeneous effect, the effect of the numbers of sandwiches in channel sand body on the distribution of remaining oil has been analyzed, and the cause of its formation discussed.
利用测井曲线对储层内分布的薄夹层进行了识别,分析了不同类型河道储层内部夹层个数对剩余油分布的影响及其成因。
3.
The performance data,reservoir description and numerical simulation have indicated that the distributary channel sand reservoir is severely waterflooded in area,with its remaining oil only in faults,corners and micro-highs,and that the type II and III reservoirs of mouth bar and distal bar are not perfect in injection and production ,with a greater potential of remaining oil.
根据本区剩余油分布的特点,采取了加密井网、细分层系、零散调整等挖掘剩余油的对策与建议,为油田综合调整方案的制定提供了依据。
补充资料：幕剩余和非剩余的分布
幕剩余和非剩余的分布
istribution of power residues and non-residues
幕剩余和非剩余的分布【业州h面阅of钾哪曰拙抽璐.目叻一砚浦山.;钾〔nPe门e月e“.e eTeneHI.以圈“，e佃I..日‘网吧”.] 在数1，…，m一1中，使得同余方程 yn三x(m团功)在整数中可解(或不可解)的值x的分布.在模为素数P的情形下，对幕剩余和非剩余的分布问题已经作了最充分的研究.设q二g.cd.(。，P一l).那么，同余方程y’三xo议刃P)对集合l，…，P一l中的(p一l)/q个值x可解，而对其余的(q一l)(p一l)/q个值不可解(见二项同余式(t场0一nnco川犷比泊Ce)).但是，对这些值在数1，…，p一1中如何分布知道得比较少. 关于幕剩余的第一个结果是C.F.C冶理铝(见【1))在1796年得到的.从那时起，直到H .M .B捆or，及oB的工作之前，关于幕剩余和非剩余的分布问题只是得到了一些孤立的特殊的结果.1915年B朋。rPa八曲(见【21)对幂剩余和非剩余的分布，及在数l，…，p中模P的原根(p比拍tive IDot)得到了一系列一般的结果.特别地，对模p的最小二次非剩余Nmi。得到了上界估计 N山<夕‘/(功)(hP)’，以及对模p的最小原根嘛得到了上界估计 嘛(2，‘石In户，其中火是p一1的不同的素因数的个数. 此外，他对二次剩余和非剩余的分布提出了一些假设〔见确.印期.假设(V臼10即目ovh典幻t坛‘留))，这推动了这一领域内的一系列研究.幻.B.月均盯田K(!3])证明了:对充分大的N，在区间【N‘，Nl中N面>犷的素数P的个数不超过某个仅与。>0有关的常数C(的.这样，使得凡如>犷的素数p(如果存在的话)是非常稀少的.关于肠阳。印胡曲假设的工作的另一有意义的一步是D.A Bux咨出(〔41)的定理:对任意给定的充分小的占>0，相邻的二次非剩余之间的最大距离d(川满足不等式 d(P)‘A(占)夕’/4+占.特别地，可推出 蠕(B(。);，/叼‘)+。在这些不等式中，常数A(的，B(的仅依赖于占，而和P无关.B也渗溺定理的证明是十分复杂的，它基于关于超椭圆同余方程 yZ‘f(x)(1在对p)的解数的Ha整℃一W已il定理，这定理的证明孺要抽象代数几何的技巧.关于Bux誉，定理的简单说明见【51，【6〕.
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条