| 1. | Predicting the sandstone reservoir thickness and oil saturation by using seismic attributes
利用地震属性预测砂岩储集层厚度及含油饱和度 |
| 2. | The data show that maximum oil saturation of sandstones is directly proportional to their porosity
对这些数据的统计分析表明，不同润湿性砂岩孔隙度与最大含油饱和度大致存在线性定量关系。 |
| 3. | In order to reveal the conductance laws of laminated and dispersed shaly sands , conductivity of synthetic core samples with different salinities and different water saturations is measured
摘要为揭示混合泥质砂岩的导电规律，测量了不同矿化度和不同含油饱和度的岩样电导率。 |
| 4. | Wettability , porosity and maximum oil saturation of 1172 sandstone samples from oilfields of jiyang seg , dongpu seg and tuba basins are detemined by laboratory analysis
摘要通过实验的方法，测定了济阳坳陷、东濮坳陷及吐哈盆地1172个含油砂岩样品的润湿性、孔隙度以及最大含油饱和度。 |
| 5. | Oil saturation is one of the important parameters to evaluate fluid property and oil - bearing occurrence in a reservoir , which is mainly calculated by geochemical pyrolysis value , porosity and so on
摘要含油饱和度是评价储层流体性质及含油性的重要参数之一，含油饱和度的求取主要是靠地化热解值、孔隙度等参数。 |
| 6. | The low resistivity oil layers include those layers with high salinity formation water , high water saturation and low oil saturation , or riched in argilliferous sandstone low resistivity oil layers
摘要低电阻率油层包括含有高矿化度地层水的油层、高含水饱和度和低含油饱和度的油层或富含泥质的砂岩低电阻油层等。 |
| 7. | Pyrolytic parameter is used to establish the quantity evaluative method on estimating oil saturition , viscosity of petroleunu density of crude oil , it is important significant to detailed survey , oil and gas geological reserves
应用热解参数建立估算含油饱和度、原油粘度、密度等定量评价参数方法，对于精细勘探，提交地质储量具有重要指导意义。 |
| 8. | In order to further improve the calculation accuracy of oil saturation , the correlation relation is established by way of pressure coring data and then makes pyrolysis analysis data reach the evaluating standard of pressure coring
为进一步提高含油饱和度的精度，通过密闭取心资料建立含油饱和度的校正关系，使热解分析资料评价达到密闭取心评价水平。 |
| 9. | Methods utilize magnetic resonance - mud logging ( mr - ml ) technology to rapidly and accurately analyze such parameters of cuttings , core and sidewall core as porosity , permeability , ffi , bvi and oil saturation , etc
方法利用磁共振录井技术在钻井现场快速、准确地分析岩屑、岩心及井壁取心的孔隙度、渗透率、可动流体饱和度、束缚流体饱和度及含油饱和度等参数。 |
| 10. | A lot of cuttings can be produced during the field exploiting and production . but existing techniques ca n ' t acquire the key petrophysical parameters such as porosity , permeability , mobile fluid percent and oil saturation etc . from the cuttings
目前，现有的技术无法快速从油田勘探开发过程中收集到的大量钻井岩屑中获得孔隙度、渗透率、可动流体百分数及含油饱和度等重要油层物理参数。 |
