ca油田稠油油藏系统保护油气层研究

针对ca油田多层状砂泥薄互层稠油油藏的特点,开展了热采和非热采条件下储层变化特征研究、钻井和固井过程入井液的研究、采油工艺技术等系统保护油气层研究,了解各种变化的作用过程和原因,有效地预防现场施工中可能发生的储层伤害,从而达到储层保护、提高采收率的目的。     

MSS对GPS的干扰分析

随着GPS应用领域的不断拓展,GPS信号的精度、完善性、可用性和连续性受到人们的普遍关注。实践表明,GPS系统是脆弱的,容易受到各种外来信号的干扰,对此进行分析并给出了GPS接收机受到的各种潜在干扰源。通过给出GPS信号和MSS干扰的频谱模型,重点讨论了移动卫星服务(MSS)对它的干扰。     

Ground-based investigation of atomic oxygen effects on naked Ag and Ag with protective organic coating

Protective behavior of organic coatinge of alkyd,epoxy,urethane and siloxance applied to silver solar cell interconnects and erosion of Ag were investigated by exposure experiments to ground simulation atomic oxygen(AO).Evaluations of their protective properties were made through assessing their mass cfhange characteristics,chemical and physical changes to Ao attack.The specimens,after exposure were analyzed with SEM/EDAX and XPS.The results indicated that the silver is heavily etched.some coatings such as epoxy,alkd,urethane are seriously degraded or removed as volatile oxides and morphology of coatings changes.It is evident that siloxane coatings have excellent properties for anti-AO attack.The erosion product consists of silicon dioxide layer of compact texture and is left on the surface to provide adequate protection fro further attack by the energetic AO.     

雁木西油田出砂机理及储层敏感性研究

雁木西油田位于吐鲁番地区境内，主要合油层系为第三系和白垩系。储层岩性以细砂岩为主，胶结方式以钙质胶结为主，泥质合量较高。随着油田开发的深入，主力层出砂不断加剧，严重影响了油田的正常生产。通过对雁木西油田出砂机理分析、出砂预测及储层敏感性评价，得出油田出砂规律，提出了油田生产过程中防砂的指导性建议。     

关于沥青针入度指数

介绍了沥青针入度指数(PI)的由来和计算、使用意义、局限性和分析。     

马王庙油田马36井区储层伤害因素分析

马王庙油田马36井区在注水开发过程中出现油层吸水能力下降、油井低液低产、地层能量严重不足,水驱开发效果变差等问题,从储层敏感性、注水水质、注入水的配伍性等方面分析了马36井区储层伤害的潜在因素,认为马36井区储层伤害的主要因素为储层水敏、酸敏、注入水水质不达标及注入水与储层流体的不配伍,这为马王庙油田马36井区的开发调整、措施作业提供了依据。