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AFTERTASTE INSPECTION METHOD AND AFTERTASTE INSPECTION DEVICE

机译:牙后检查方法及牙后检查装置

摘要

PROBLEM TO BE SOLVED: To accurately and efficiently grasp the intensity of aftertaste. SOLUTION: A first film potential Va of a molecular film, which is formed from a mixture of a polymeric material, lipid and a plasticizer and has a prescribed thickness, obtained when the molecular film is immersed in a standard liquid and the second film potential Vb of the molecular film obtained, when the molecular film is immersed in a sample liquid are calculated; and thereafter, the molecular film is preliminarily cleaned with a cleaning liquid and the preliminary cleaned molecular film is immersed in the standard liquid to calculate third film potential Vc and the molecular film is further cleaned completely with the cleaning liquid. A series of these treatments are performed, with respect to a plurality of sample liquids different in aftertaste, the difference between the first and second film potentials obtained with respect to one sample liquid is set to a first response value Vs, and the difference between the first and third film potentials is set to a second response value Vr and data relating the ratio R of two response values, with the intensity of the actual aftertaste of each sample liquid being calculated. Similar treatment is applied to a liquid to be measured, to calculate the ratio, and the intensity of the aftertaste of the liquid to be measured is calculated, on the basis of the ratio and the data.
机译:要解决的问题:准确有效地掌握回味的强度。解决方案:分子膜的第一膜电位Va由聚合物材料,脂质和增塑剂的混合物形成,并具有规定的厚度,该分子膜的第一膜电位Va是将分子膜浸入标准液体中时获得的,第二膜电位Vb计算将分子膜浸渍在样品液中时的分子膜的个数。然后,用清洗液预先清洗分子膜,将预先清洗过的分子膜浸入标准液中,算出第三膜电位Vc,再用清洗液彻底清洗分子膜。对于余味不同的多种样品液体,进行一系列的这些处理,将相对于一种样品液体获得的第一膜电位和第二膜电位之间的差设置为第一响应值Vs,并且将第一和第三膜电位设置为第二响应值Vr,并且将与两个响应值之比R相关的数据设置为计算每种样品液体的实际余味的强度。将类似的处理应用于待测液体,以计算该比率,并且基于比率和数据来计算待测液体的余味强度。

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