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    • 1. 发明申请
    • DYNAMIC LIGHT SCATTERING BASED MICRORHEOLOGY OF COMPLEX FLUIDS WITH IMPROVED SINGLE-SCATTERING MODE DETECTION
    • 具有改进的单扫描模式检测的复合流体的基于动态光散射的微观学
    • WO2011021032A1
    • 2011-02-24
    • PCT/GB2010/051354
    • 2010-08-17
    • MALVERN INSTRUMENTS LIMITEDREGA, Carlos, AlbertoAMIN, Samiul
    • REGA, Carlos, AlbertoAMIN, Samiul
    • G01N21/47G01N21/51
    • G01N21/51G01N11/00G01N15/1436G01N21/03G01N2011/008G01N2021/0346G01N2021/4707G01N2021/4709G01N2021/513G01N2201/08
    • A fluid characterization measuring instrument comprises a sample vessel (14) for a bulk complex sample fluid having a capacity that is substantially larger than a domain size of the complex sample fluid and that is sufficiently large to cause bulk scattering effects to substantially exceed surface effects for the complex fluid sample, a coherent light source (12) positioned to illuminate the bulk complex sample fluid in the sample vessel and a first fibre (16) having a first end positioned to receive backscattered light from the sample after it has interacted with the sample. The first fibre is positioned close enough to an optical axis of the coherent light source and to the sample vessel to substantially decrease a contribution of multiply scattered light in the backscattered light. The instrument further comprises a first photon-counting detector (20) positioned to receive the backscattered light from a second end of the fibre, correlation logic (22) responsive to the first photon-counting detector and single-scattering fluid property analysis logic responsive to the correlation logic and operative to derive at least one fluid property for the sample fluid.
    • 流体表征测量仪器包括用于大体积复合物样品流体的样品容器(14),其具有基本上大于复杂样品流体的域尺寸的能力,并且足够大以引起体散射效应,从而基本上超过表面效应 所述复杂流体样品,定位成照射所述样品容器中的本体复合物样品流体的相干光源(12)和具有第一端的第一光纤(16),所述第一光纤定位成在与所述样品相互作用后接收来自所述样品的反向散射光 。 第一光纤被定位成足够靠近相干光源的光轴并且到达样品容器,以显着降低多个散射光在反向散射光中的贡献。 所述仪器还包括第一光子计数检测器(20),其定位成从所述光纤的第二端接收所述反向散射光,所述相关逻辑(22)响应于所述第一光子计数检测器和响应于所述第一光子计数检测器的单散射流体属性分析逻辑 相关逻辑并且可操作地导出用于样品流体的至少一种流体性质。
    • 8. 发明申请
    • IMAGING MICROVISCOMETER
    • 成像微型计
    • WO2014128478A2
    • 2014-08-28
    • PCT/GB2014/050505
    • 2014-02-20
    • MALVERN INSTRUMENTS LIMITED
    • LEWIS, E. NeilHABER, Kenneth, S.MCCAFFREY, JohnPATIL, VishalAMIN, SamiulGOSWAMI, Rohit
    • G01N11/06
    • G01N11/04G01N11/06
    • A viscometer, comprising: a source of fluid pressure, a tube, an array of optical detectors, an acquisition driver circuit and viscosity computation logic. The tube has an inside volume that is hydraulically responsive to the source of fluid pressure. The array of optical detectors is positioned along a length of the first tube with a plurality of its detectors optically responsive to the inside volume of the first tube and including an image data output. The acquisition driver circuit is responsive to the image data output of the first array to acquire a series of successive images of the inside volume of the first tube. The viscosity computation logic is responsive to the acquisition driver circuit and operative to compute the viscosity of a fluid flowing along the first tube from the series of images of the inside volume of the first tube.
    • 一种粘度计,包括:流体压力源,管,光学检测器阵列,采集驱动器电路和粘度计算逻辑。 该管具有液压响应于流体压力源的内部容积。 光学检测器的阵列沿着第一管的长度定位,其多个检测器对第一管的内部体积进行光学响应并且包括图像数据输出。 采集驱动器电路响应于第一阵列的图像数据输出以获取第一管的内部体积的一系列连续图像。 粘度计算逻辑响应采集驱动器电路并且可操作以从第一管的内部体积的一系列图像计算沿着第一管流动的流体的粘度。
    • 9. 发明公开
    • DYNAMIC LIGHT SCATTERING BASED MICRORHEOLOGY OF COMPLEX FLUIDS WITH IMPROVED SINGLE-SCATTERING MODE DETECTION
    • 与VERBESSETER检测光散射基于动态微观流变复杂流体期单模FAITHFUL
    • EP2467701A1
    • 2012-06-27
    • EP10757818.9
    • 2010-08-17
    • Malvern Instruments Limited
    • REGA, Carlos, AlbertoAMIN, Samiul
    • G01N21/47G01N21/51
    • G01N21/51G01N11/00G01N15/1436G01N21/03G01N2011/008G01N2021/0346G01N2021/4707G01N2021/4709G01N2021/513G01N2201/08
    • A fluid characterization measuring instrument comprises a sample vessel (14) for a bulk complex sample fluid having a capacity that is substantially larger than a domain size of the complex sample fluid and that is sufficiently large to cause bulk scattering effects to substantially exceed surface effects for the complex fluid sample, a coherent light source (12) positioned to illuminate the bulk complex sample fluid in the sample vessel and a first fibre (16) having a first end positioned to receive backscattered light from the sample after it has interacted with the sample. The first fibre is positioned close enough to an optical axis of the coherent light source and to the sample vessel to substantially decrease a contribution of multiply scattered light in the backscattered light. The instrument further comprises a first photon-counting detector (20) positioned to receive the backscattered light from a second end of the fibre, correlation logic (22) responsive to the first photon-counting detector and single-scattering fluid property analysis logic responsive to the correlation logic and operative to derive at least one fluid property for the sample fluid.
    • 一种流体特性测定装置包括:用于具有容量没有显着大于复杂样品流体的域大小大的散装复杂样品流体样品容器(14)和没有足够大以引起散装散射效应以基本上超过表面效果 定位以照射在样品容器中的散装复杂样品流体和具有第一端定位成从所述样品接收反向散射光的第一光纤(16)中的复杂的流体样品,相干光源(12),之后它与所述试样相互作用 , 第一纤维被定位足够接近,以相干光源的光轴和所述样品容器中以显着地降低多次散射光在反向散射光作出贡献。 该仪器还包括位于从所述光纤的第二端接收所述反向散射光的第一光子计数探测器(20),相关逻辑(22),响应于所述第一光子计数探测器和单一散射流体特性分析逻辑响应于 的相关性的逻辑和操作以推导样品流体的至少一个流体属性。