| 1. | The distribution of reservoir pore throat size is important for reservoir evaluation
储层孔喉分布是储层评价的重要研究内容。 |
| 2. | Experimental detection of polymer size with different molecular weights
聚合物分子尺寸大小及其与岩石孔喉尺寸配伍关系的试验研究 |
| 3. | Flowing pore throat
流动孔喉 |
| 4. | Composing of pore - scale polymer microsphere and its application in improving oil recovery by profile control
孔喉尺度聚合物微球的合成及全程调剖驱油新技术研究 |
| 5. | The i / s mixed layer and illite occur as pore lining and pore filling , while kaolinite occurs as pore filling
I s混层与伊利分布于孔喉处或充填孔隙，而高岭石主要充填于孔隙中。 |
| 6. | The pores , most of which are flat in shape , are typical narrow void , high fractal dimension and high pore - throat ratio
孔隙结构特徵表现为喉道小，分形维数高，孔喉径比大，弯曲度大且大多呈扁平形状。 |
| 7. | Chang 4 + 52 sandstones have small pore and fine throat , however , chang 61 - chang 62 sandstones have fine pore and tiny throat
长4 + 52砂岩孔喉组合为小孔细喉型，长6l和长62砂岩孔喉组合为细小孔微细喉型。 |
| 8. | Analysis of experiment material shows that the pore texture is kind of coarse - pore and coarse - throat with high porosity and high permeability
馆上段储层孔隙结构主要为粗孔粗喉型，孔喉半径较大，为高孔高渗储层。 |
| 9. | The pore throat radius varies quite considerably with the reservoirs of different structures in different oil fields . the hoped - for results cannot be achieved in reservoir protection by applying conventional shielding temporary blocking agent
不同油田、不同构造的储层，其孔喉半径差异较大，常规的屏蔽暂堵剂对储层保护难以达到预期效果。 |
| 10. | Though matrix material from basalt is better than trachyte , the pore throats of trachyte reservoirs are better developed than basalt in respect of pore structures ; the overflow reservoirs have the best petrophysical conditions in trachyte and then the expulsion facies is the next
但从孔隙结构特征看，粗面岩储层孔喉较玄武岩发育程度好，粗面岩中以溢流相储层物性条件最佳，喷发相次之。 |
