This paper is to investigate if lyotropic liquid crystal system can improve oil recovery after polymer flooding.

文研究的目的在于考察溶致液晶体系在聚合物驱以后能否进一步提高采收率的问题。

Because water ratio arises, the yield production decrease is hudge, the oil recovery is lower.Therefore, how to raise the oil recovery need some base studying.

因此需要在提高藏采收率方面有一些基础的关键性问题仍需要研究。

This paper is to investigate if lyotropic liquid crystal system can improve oil recovery after polymer flooding.

该文研究的目的于考察溶致液晶体合物驱以后能否进一步提高采收率的问题。

Because water ratio arises, the yield production decrease is hudge, the oil recovery is lower.Therefore, how to raise the oil recovery need some base studying.

因此需要提高藏采收率方面有一些基础的关键性问题仍需要研究。

This paper is to investigate if lyotropic liquid crystal system can improve oil recovery after polymer flooding.

该文研究的目的在于考察溶致液晶体系在聚合物驱以后能否进一步提高采收率的问题。

Because water ratio arises, the yield production decrease is hudge, the oil recovery is lower.Therefore, how to raise the oil recovery need some base studying.

因此需要在提高藏采收率方面有一些基础的关键性问题仍需要研究。

This paper is to investigate if lyotropic liquid crystal system can improve oil recovery after polymer flooding.

该文研究的目的在于致液晶体系在聚合物驱以后能否进一步提高采收率的问题。

Because water ratio arises, the yield production decrease is hudge, the oil recovery is lower.Therefore, how to raise the oil recovery need some base studying.

因此需要在提高藏采收率方面有一些基础的关键性问题仍需要研究。

This paper is to investigate if lyotropic liquid crystal system can improve oil recovery after polymer flooding.

该文研究的目的在于考察溶致液晶体系在聚合物驱以后能否进一步提高采收率的问题。

Because water ratio arises, the yield production decrease is hudge, the oil recovery is lower.Therefore, how to raise the oil recovery need some base studying.

因此需要在提高藏采收率方面有一些基础的关键性问题仍需要研究。

This paper is to investigate if lyotropic liquid crystal system can improve oil recovery after polymer flooding.

该文研究的目的在于考察溶致液晶体系在聚合物驱以后能否进一采收率的题。

Because water ratio arises, the yield production decrease is hudge, the oil recovery is lower.Therefore, how to raise the oil recovery need some base studying.

因此需要在藏采收率方面有一些基础的关题仍需要研究。

This paper is to investigate if lyotropic liquid crystal system can improve oil recovery after polymer flooding.

该文研究的目的在于考察溶致液晶体系在聚后能否进一步提高采收率的问题。

Because water ratio arises, the yield production decrease is hudge, the oil recovery is lower.Therefore, how to raise the oil recovery need some base studying.

因此需要在提高藏采收率方面有一些基础的关键性问题仍需要研究。

This paper is to investigate if lyotropic liquid crystal system can improve oil recovery after polymer flooding.

该文研究目在于考察溶致液晶体系在聚合物驱以后能否进一步提率问题。

Because water ratio arises, the yield production decrease is hudge, the oil recovery is lower.Therefore, how to raise the oil recovery need some base studying.

因此需要在提藏率方面有一些基础性问题仍需要研究。

This paper is to investigate if lyotropic liquid crystal system can improve oil recovery after polymer flooding.

该文研究的目的在于考察晶体系在聚合物驱以后能否进一步提高采收率的问题。

Because water ratio arises, the yield production decrease is hudge, the oil recovery is lower.Therefore, how to raise the oil recovery need some base studying.

因此需要在提高藏采收率方面有一些基础的关键性问题仍需要研究。

This paper is to investigate if lyotropic liquid crystal system can improve oil recovery after polymer flooding.

该文研究的目的在于考察溶致液晶体系在聚合物驱以后能否进一步收率的问题。

Because water ratio arises, the yield production decrease is hudge, the oil recovery is lower.Therefore, how to raise the oil recovery need some base studying.

因此需要在藏收率方面有一些基础的问题仍需要研究。