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    • 4. 发明申请
    • METHOD AND APPARATUS FOR MEASURING OSMOTIC PRESSURE
    • 测量动态压力的方法和装置
    • US20020134145A1
    • 2002-09-26
    • US09473071
    • 1999-12-28
    • DAVID C. BORIS
    • G01N013/04
    • G01N13/04G01N1/38G01N2001/4016
    • A method and apparatus are provided for the measuring osmotic pressure of a solution. A sample of a solution is placed into a sample cell above a membrane supported in the sample cell and the sample cell is sealed. Gas at an elevated pressure is introduced into the sample cell to drive a quantity of dialyzate through the membrane and into a transparent dialyzate exit tube adapted to receive the dialyzate which passes through the membrane. The elevated pressure of the gas is varied through a pressure regulator to yield a substantially stationary dialyzate meniscus in the transparent dialyzate exit tube. The pressure in the sample cell is measured by reading a pressure gauge showing the elevated pressure of the gas that yielded the substantially stationary dialyzate meniscus, the elevated pressure of the gas being substantially equivalent to the osmotic pressure of the sample.
    • 提供了用于测量溶液的渗透压的方法和装置。 将溶液样品放入支撑在样品池中的膜上方的样品池中,并将样品池密封。 将升高的压力的气体引入样品池中以通过膜驱动一定量的透析液并进入适于接收通过膜的透析液的透明透析液出口管。 通过压力调节器改变气体的升高压力,以在透明透析液出口管中产生基本上固定的透析液弯液面。 通过读取示出产生基本上固定的透析液半月板的气体的升高的压力表来测量样品池中的压力,气体的升高压力基本上等于样品的渗透压。
    • 5. 发明申请
    • Device and method for measuring a diffusion coefficient of nano-particle fluid through hollow-fiber micropores
    • 通过中空纤维微孔测量纳米颗粒流体的扩散系数的装置和方法
    • US20040093934A1
    • 2004-05-20
    • US10339201
    • 2003-01-08
    • Myung-Suk Chun
    • G01N013/04
    • G01N13/04G01N15/06
    • A particle diffusion coefficient measuring device is provided with a hollow-fiber including micropores on its surface. The hollow-fiber provides a passage for particle suspension to transport through. The device is also provided with a fluid passage formed outside the hollow-fiber to communicate with the hollow-fiber via the micropores. The fluid passage provides a passage for an electrolyte solution to transport through in such a manner that the electrolyte solution is delivered to flow in the same direction as that of the particle suspension and is discharged from the fluid passage. The device detects a concentration change of the particles in the electrolyte solution discharged out of the fluid passage over a time change and calculates a particle diffusion coefficient by using the concentration change of the particles over the time change.
    • 颗粒扩散系数测量装置在其表面上设置有包括微孔的中空纤维。 中空纤维提供用于颗粒悬浮物输送的通道。 该装置还设置有形成在中空纤维之外的流体通道,以通过微孔与中空纤维连通。 流体通道提供了一种电解质溶液通过的通道,使得电解质溶液被输送到与颗粒悬浮液相同的方向流动并从流体通道排出。 该装置随时间变化地检测从流体通道排出的电解液中的颗粒的浓度变化,并且通过使用粒子在时间变化中的浓度变化来计算粒子扩散系数。
    • 7. 发明申请
    • METHOD FOR GENERATING A SOLUTION WITH A PREDETERMINED OSMOTIC PRESSURE
    • 用于产生具有预测的OSMO压力的解决方案的方法
    • US20020029620A1
    • 2002-03-14
    • US09473444
    • 1999-12-28
    • DR. DAVID C. BORIS
    • G01N013/04
    • G01N13/04
    • A method is provided for determining the concentration of a solution having a predetermined osmotic pressure and/or for generating a solution with a predetermined osmotic pressure. The method is performed by placing a sample of a solution into a sample cell, the sample cell including therein a membrane supported therein; sealing the sample in the sample cell; introducing gas at a predetermined elevated pressure substantially equal to the predetermined osmotic pressure; and generating a dialyzate by allowing the solution to dialyze through the membrane until equilibrium is achieved and no more dialyzate passes through while the sample cell is maintained at the predetermined elevated pressure, the sample remaining in the sample cell having an osmotic pressure substantially equal to the predetermined elevated pressure; collecting the dialyzate of said generating step; and weighing the dialyzate of said collecting step to determine the concentration of the solution remaining in the sample cell.
    • 提供了一种用于确定具有预定渗透压的溶液的浓度和/或产生具有预定渗透压的溶液的方法。 该方法通过将溶液样品放置在样品池中来进行,样品池中包含有一个膜,该膜包含在其中; 将样品密封在样品池中; 以基本上等于预定渗透压的预定升高的压力引入气体; 并且通过使溶液透析膜直至达到平衡并且当样品池保持在预定的高压时不再透析透析液而产生透析液,残留在样品池中的样品的渗透压基本上等于 预定升高的压力; 收集所述生成步骤的透析液; 并称重所述收集步骤的透析液以确定残留在样品池中的溶液的浓度。