1) fluid slowness
流体慢度
3) slowness
[英]['sləunis] [美]['slonɪs]
慢度
1.
Comparison between Two Estimation Methods of Azimuth,Slowness of Seismic Signal in Frequency and Time Domains on Seismic Array;
地震台阵上信号方位角和慢度的时、频域估计方法比较
2.
The slowness distribution curves in (100), (010) and (001) for LiB3O5 have been plotted.
计算并绘制了LiB3O5（简称LBO）晶体在（100）、（010）、（001）3个主晶面内慢度分布曲线,得到了声速的最大值及其方向。
3.
In this paper,the curves of slowness in (100),(010) and (001) for GaPO 4 have been plotted.
本文首先绘制了GaPO4 晶体在 (10 0 )、(0 10 )、(0 0 1)三个主晶面内慢度分布曲线 ,计算了声速的最大值 ,并与水晶进行了比较 ,发现GaPO4 晶体的声速普遍小于水晶的声速 ;其次还探讨了GaPO4 晶体压电系数d11及机电耦合系数k11随空间方向变化的规律 ,得到了GaPO4 晶体d11、k11的最大值及其方向 ,并分别和水晶进行了比较 ,发现GaPO4 晶体的d11和k11都远大于水晶的。
4) fluid viscosity
流体粘度
1.
The result shows that with the increase of fluid viscosity, the critical speed of the reservoir rock of middle and low permeability and medium and strong consolidation decre.
结果表明,流体粘度增加,中等强度胶结和强胶结的中、低渗透率储层岩石的临界速度降低,弱胶结的高渗透率储层岩石的临界速度降低和速敏损害程度增强。
2.
Through in - house core flow test, the effect of fluid viscosity and pH value on sand production has been studied.
了解油藏出砂机理对有效控制出砂以及选择合理的防砂方法具有重要的指导意义 通过室内岩心流动实验,研究了流体粘度以及pH值对出砂的影响。
3.
Influence of fluid viscosity, injection and production condition, injection timing and reservoir property on polymer flooding is studied on the basis of laboratory modeling, numerical simulation and pilot test in oilfield.
通过采用室内物理模拟、数值模拟和矿场实施跟踪等手段 ,研究了流体粘度、注采情况、注入时机和油藏储层对聚合物驱效果的影响。
5) fluid density
流体密度
1.
Kinetic model of alkylation considering internal diffusion factors and supercritical fluid density
基于超临界流体密度的烷基化内扩散影响动力学
2.
A new equation is given between the fluid density and the hydrogen content index; and studied is the influence of the water saturation, fluid density and porosity in the flushed zones on the compensated neutron logs.
用补偿中子含氢指数测井方法估计地层油气流体密度是其应用的新领域。
3.
Narrated a new way to measure fluid density.
介绍了一种测量流体密度的新方法,即当被测流体流过振动管道时,振动管的共振频率会有所变化,此时利用一维PSD测量变化后的共振频率,并把测得的频率值输入到信号处理电路即可测得流体的密度。
6) fluid salinity
流体盐度
1.
It is found that the ore-forming temperature decreases from early ore-forming period through ore-forming period to late ore-forming period, but the fluid salinity has no obvious change and the uranium deposits in Xiazhuang orefield was formed in mid-temperature (187～275℃) and low salinity (1.
研究结果表明,下庄铀矿田从成矿早期→成矿期→成矿晚期均一温度明显降低,但流体盐度变化不大,均为低盐度的流体。
补充资料：慢过慢
【慢过慢】
（术语）七慢之一。
（术语）七慢之一。
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