首页> 外国专利> For killing the ionene polymer and hexahydro -1 of fungi and bacterium, 3,5- tris (2- ethoxys)-s-triazine synergistic composition and a kind of method for controlling the growth of bacterium and bacteria growth in the Metalworking fluid of synthesis

For killing the ionene polymer and hexahydro -1 of fungi and bacterium, 3,5- tris (2- ethoxys)-s-triazine synergistic composition and a kind of method for controlling the growth of bacterium and bacteria growth in the Metalworking fluid of synthesis

机译:为了杀死真菌和细菌的紫罗烯聚合物和六氢-1,在合成的金属加工液中使用3,5-三(2-乙氧基)-s-三嗪协同组合物以及控制细菌生长和细菌生长的方法

摘要

A method for determining intrinsic transverse relaxation time of a first mobile phase in a porous medium using nuclear magnetic resonance measurement sequences. The sequences are measured at first and second wait times. At least two different interecho spacing times are used for each wait time. The first and second wait time are selected to provide different magnetization recoveries of the first phase, and are selected to be longer than the longitudinal relaxation time of a second mobile phase. For the measurements made at the first interecho spacing time, components of signals in the measurements corresponding to the first phase are separated from components corresponding to the second mobile phase by determining differences between the signals measured at the first and at the second wait times. The step of separating is performed for each of the interecho spacing times. An apparent transverse relaxation time of the first mobile phase is calculated from the separated components for each one of the interecho spacing times. A relationship of the apparent transverse relaxation time with respect to the interecho spacing time is determined, and the intrinsic relaxation time is calculated from the relationship. Viscosity of the first mobile phase can be determined from the intrinsic relaxation time.
机译:一种使用核磁共振测量序列确定多孔介质中第一流动相固有固有横向弛豫时间的方法。在第一和第二等待时间测量序列。每个等待时间至少使用两个不同的回声间隔时间。选择第一和第二等待时间以提供第一相的不同的磁化恢复,并且选择其长于第二流动相的纵向弛豫时间。对于在第一回声间隔时间进行的测量,通过确定在第一和第二等待时间测量的信号之间的差异,将对应于第一相位的测量中的信号分量与对应于第二流动相的分量分离。针对每个回声间隔时间执行分离步骤。从每个回声间隔时间的分离分量中计算出第一流动相的表观横向弛豫时间。确定表观横向弛豫时间相对于回声间隔时间的关系,并且从该关系计算本征弛豫时间。可以从固有弛豫时间确定第一流动相的粘度。

著录项

  • 公开/公告号NO990273L

    专利类型

  • 公开/公告日1999-08-16

    原文格式PDF

  • 申请/专利权人 WESTERN ATLAS INTERNATIONAL INC;

    申请/专利号NO19990000273

  • 发明设计人 CHEN SONGHUA;GEORGI DANIEL D.;

    申请日1999-01-22

  • 分类号G01V3/32;E21B49/08;

  • 国家 NO

  • 入库时间 2022-08-22 02:26:45

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