1. The magnitude of surge pressure produced upon shut-in after the well kicks directly decides which shut-in method to be used, soft shut-in, half soft shut-in, or hard shut-in. �����ؾ�ˮ��ѹ���Ĵ�Сֱ�Ӿ������ֳ��Dz��á����ؾ������������ؾ��������ǡ�Ӳ�ؾ����Ĺؾ���ʽ��
2. The magnitude of surge pressure produced upon shut-in after the well kicks directly decides which shut-in method to be used, soft shut-in, half soft shut-in, or hard shut-in. �����ؾ�ˮ��ѹ���Ĵ�Сֱ�Ӿ������ֳ��Dz��á����ؾ������������ؾ��������ǡ�Ӳ�ؾ����Ĺؾ���ʽ��
3. The magnitude of surge pressure produced upon shut-in after the well kicks directly decides which shut-in method to be used, soft shut-in, half soft shut-in, or hard shut-in. �����ؾ�ˮ��ѹ���Ĵ�Сֱ�Ӿ������ֳ��Dz��á����ؾ������������ؾ��������ǡ�Ӳ�ؾ����Ĺؾ���ʽ��
4. The magnitude of surge pressure produced upon shut-in after the well kicks directly decides which shut-in method to be used, soft shut-in, half soft shut-in, or hard shut-in. �����ؾ�ˮ��ѹ���Ĵ�Сֱ�Ӿ������ֳ��Dz��á����ؾ������������ؾ��������ǡ�Ӳ�ؾ����Ĺؾ���ʽ��
5. The surge pressure of overflow well shut-in impacts whether well can be shut down and the choice of well shut-in modes. �����ؾ���ˮ��ѹ����ϵ���ܷ�ؾ����Լ��ؾ���ʽ��ѡ��
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estop shut out ��ס;
Goalkeepers Do It with Their Eyes Shut �����۾��˵���;
be confined to confine confinement encage immure lock in mure shut in ����;