1) splitting method
劈分活
2) splitting
劈分
1.
Under the conditions of q=2, G is a finite group of order mn ,where both m and n are odd prime numbers, the splitting is μ -1 , the necessary condition and sufficieat condition for the existence of such duadic codes are presented.
考虑ｑ＝２，Ｇ为ｍｎ阶非阿贝尔群（其中ｍ，ｎ是奇素数）且劈分为μ－１的ｄｕａｄｉｃ码存在的充分条件和必要条件。
3) split of flow field
劈分流场
1.
At first,in this paper solutions of productivity evaluation for the combination spacing are directly developed using split of flow fields;secondly aimed to the characteristics of the reservoir with low permeability,new physical models of well patterns and their production formulas are presented in the e.
首先利用劈分流场的方法直观地给出常规储层水平井—直井联合布井的产能评价方法;然后针对低渗透储层的渗流特点,在考虑启动压力梯度条件下建立新的井网渗流物理模型并求解得到产能评价公式;最后经分析计算给出启动压力梯度影响的面积井网极限注采井距关系曲线。
4) Dividing coefficient
劈分系数
1.
Furthermore, in the present methods of "micro injection allocation", dividing coefficient which is only introduced by other oilfields is researched less and lack of basis of scientific theory, which cannot conform to presen.
经过大量文献调研与综合分析,我们发现注水井配注方法主要有以下两种类型:“宏观配注”和“微观配注”,但是几乎没有人将“宏观配注”发展到“微观配注”上,而且目前存在的“微观配注”方法中对引入的劈分系数研究较少,缺乏构建劈分系数的科学理论依据,对采用的劈分系数也是局限于引用其他油田的劈分系数计算公式,不符合实际油田的地质特征和开发特征,必将导致配注工作失败。
5) phase splitting
相劈分
1.
After being compared and analyzed, asphaltene deposition models can be classified as the ones based on phase splitting and colloid instability.
在对比分析的基础上,将沥青沉积模型划分为基于相劈分的沥青质沉积模型及基于胶体不稳定性的沥青质沉积理论模型,指出了各模型的局限性及其存在根源。
6) dynamic splitting
动态劈分
1.
Therefore, we adopted a dynamic splitting method, combined with the ascertaining method of control unit for individual well of water injection wells.
针对现场确定层段注水量方法工作量大,对经验的依赖性强,没有充分考虑注水倍数影响,注水倍数的求解也没有快速、准确的方法,采用动态劈分方法,结合注水井单井控制单元的确定方法,提出了注水井单层累积注水倍数的计算方法,编制了相应的计算程序,并在现场进行了实际应用。
参考词条
补充资料：分肌劈理
1.按动物机体的组织部位分解开来。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。