Primary research on lateral accretion with horizontal well core samples;
水平井巖心側(cè)積夾層初探
Core Test of Profile Control and Displacemrnt by Combining Weak Gel with Microbe;
弱凝膠與微生物調(diào)驅(qū)聯(lián)作技術(shù)巖心試驗研究
Experimental research of the transmission characteristic of low frequency hydrodynamic oscillation in cores;
低頻水力振動在巖心中的傳播特性實驗
This is due to the skin effect of cores.
實測的巖石壓縮系數(shù)數(shù)值普遍偏高,甚至高于地層原油的壓縮系數(shù),該現(xiàn)象是由于巖心的表皮效應(yīng)所致。
A method for determining oil and water saturations in cores by volume?_CT scanner was developed on the basis of X_ray hardening treatment,X_ray drifting correction,martix transformation of imagines and position correction of CT images with volume?_CT technology.
對CT圖像進(jìn)行了X射線硬化處理、X射線漂移校正、圖像矩陣變換及體積CT位置校正 ,研究出用體積CT對巖心流體飽和度進(jìn)行測量的技術(shù)。
The changes of relative permeability for oil phase,kro, and for water phase, krw, determined at 80℃ in oil displacement experiments on cores by formation water (FW) of Caoqiao, Shengli, and 1% solutions of anionic surfactants HD1 and HD2 in FW (HD1, HD2 solution) are investigated.
通過巖心流動實驗,測定了80℃時勝利草橋某井地層水、兩種磺酸鹽類陰離子表面活性劑HD 1和HD 2的1%地層水溶液驅(qū)油時,油相和水相相對滲透率kro和krw的變化。
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