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    • 2. 发明授权
    • Titration emulation system and method
    • 滴定仿真系统及方法
    • US5528521A
    • 1996-06-18
    • US250246
    • 1994-05-27
    • Timothy F. Macri
    • Timothy F. Macri
    • G01N31/16G01N21/64G01N21/78G01N33/53G01N33/536G01N21/79
    • G01N21/83G01N21/6458
    • A method and system achieving the results of a conventional titration without the need to chemically dilute a sample. Such a result is accomplished by providing a plurality of calibration standards, each containing a different known concentration of a visualizable material. The visualizable material contained within each calibration standard is then visualized (the parameters of the visualization forming a setting). The visualization is then altered by adjusting at least one parameter of the visualization until the point where the visualizable material within each calibration standard can no longer be visualized within the solution. The visualizable material within a sample solution having an Unknown concentration of the visualizable material is then visualized using settings corresponding to the plurality of calibration standards to generate a number of modified visualizations. (Each modified visualization corresponds to the concentration of the standard to which it relates). The modified visualization at which point the visualizable material can no longer be visualized is then correlated with the corresponding concentration, to determine the titration of the sample solution.
    • 实现常规滴定结果而不需要化学稀释样品的方法和系统。 这样的结果是通过提供多个校准标准来实现的,每个校准标准包含不同的已知浓度的可视化材料。 然后可视化每个校准标准中包含的可视化材料(形成设定的可视化参数)。 然后通过调整可视化的至少一个参数来改变可视化,直到每个校准标准内的可视化材料不再能够在解决方案内被可视化的点为止。 然后使用与多个校准标准相对应的设置来可视化具有未知浓度可视化材料的样品溶液中的可视化材料,以产生许多经修改的可视化。 (每个修改的可视化对应于其所涉及的标准的浓度)。 然后将可视化材料再次可视化的修改后的可视化与相应的浓度相关,以确定样品溶液的滴定。