By the equilong unit finite element method based on the Wenkel model, the computation is speeded up remarkably.

采用文克尔模型为基础的等长单元有限元法,显著地提高了计算速度。

It was showed that APTT and CT in the presence of LALP were markedly prolonged,the formation of venous thrombosis was obviously preven ted without any hemolyzation.

类狼疮抗蛋白能显著地延长活化部分血活酶时间和血时间，明显地抑制静脉血栓的形成，无溶血作用。

By the equilong unit finite element method based on the Wenkel model, the computation is speeded up remarkably.

采用文克尔模型为基础的等长单元有限元法,显著了计算速度。

It was showed that APTT and CT in the presence of LALP were markedly prolonged,the formation of venous thrombosis was obviously preven ted without any hemolyzation.

类狼疮抗蛋白能显著延长活化部分活酶时间和时间，明显抑制静脉栓的形成，作用。

By the equilong unit finite element method based on the Wenkel model, the computation is speeded up remarkably.

采用文克尔模型为等长单元有限元法,显著地提高了计算速度。

It was showed that APTT and CT in the presence of LALP were markedly prolonged,the formation of venous thrombosis was obviously preven ted without any hemolyzation.

狼疮抗蛋白能显著地延长活化部血活酶时间和血时间，明显地抑制静脉血栓形成，无溶血作用。

By the equilong unit finite element method based on the Wenkel model, the computation is speeded up remarkably.

采用文克尔模型为基础的等长单元有限元法,显著地提高了计算。

It was showed that APTT and CT in the presence of LALP were markedly prolonged,the formation of venous thrombosis was obviously preven ted without any hemolyzation.

狼疮抗蛋白能显著地延长活化部分活酶时间和时间，明显地抑制静的形成，无溶作用。

By the equilong unit finite element method based on the Wenkel model, the computation is speeded up remarkably.

采用文克尔模型为等长单元有限元法,显著地提高了计算速度。

It was showed that APTT and CT in the presence of LALP were markedly prolonged,the formation of venous thrombosis was obviously preven ted without any hemolyzation.

狼疮抗蛋白能显著地延长活化部血活酶时间和血时间，明显地抑制静脉血栓形成，无溶血作用。

By the equilong unit finite element method based on the Wenkel model, the computation is speeded up remarkably.

采用文克尔模型为基础的等长单元有限元法,显著地提高了计算速度。

It was showed that APTT and CT in the presence of LALP were markedly prolonged,the formation of venous thrombosis was obviously preven ted without any hemolyzation.

类狼疮抗蛋白能显著地延长化酶时间和时间，明显地抑制静脉栓的形成，无溶作用。

By the equilong unit finite element method based on the Wenkel model, the computation is speeded up remarkably.

采用文克尔模型为基础的等长单元有限元法,显著地提高了计算速度。

It was showed that APTT and CT in the presence of LALP were markedly prolonged,the formation of venous thrombosis was obviously preven ted without any hemolyzation.

类狼疮抗蛋白能显著地延长化酶时间和时间，明显地抑制静脉栓的形成，无溶作用。

By the equilong unit finite element method based on the Wenkel model, the computation is speeded up remarkably.

采用文克尔模型为基础等长单元有限元法,显著地提高了计。

It was showed that APTT and CT in the presence of LALP were markedly prolonged,the formation of venous thrombosis was obviously preven ted without any hemolyzation.

类狼疮抗蛋白能显著地延长活化部分活酶时间和时间，明显地抑制静脉形成，无溶作用。

By the equilong unit finite element method based on the Wenkel model, the computation is speeded up remarkably.

采用文克尔模型为基础的等长单有法,显著地提高了计算速度。

It was showed that APTT and CT in the presence of LALP were markedly prolonged,the formation of venous thrombosis was obviously preven ted without any hemolyzation.

类狼疮抗蛋白能显著地延长活化部分血活酶时间和血时间，显地抑制静脉血栓的形成，无溶血作用。

By the equilong unit finite element method based on the Wenkel model, the computation is speeded up remarkably.

采用文克尔模型为基础的等长单元有限元法,显著地提高了计算速度。

It was showed that APTT and CT in the presence of LALP were markedly prolonged,the formation of venous thrombosis was obviously preven ted without any hemolyzation.

抗蛋白能显著地延长活化部分血活酶时间和血时间，明显地抑血栓的形成，无溶血作用。