首页> 外国专利> TEST SENSOR FOR CRYSTAL GROWTH/DISSOLUTION RATE TEST, METHOD FOR PRODUCING THE SAME, AND IN-SITU CRYSTAL GROWTH/DISSOLUTION RATE MEASURING METHOD USING THE SENSOR

TEST SENSOR FOR CRYSTAL GROWTH/DISSOLUTION RATE TEST, METHOD FOR PRODUCING THE SAME, AND IN-SITU CRYSTAL GROWTH/DISSOLUTION RATE MEASURING METHOD USING THE SENSOR

机译:晶体生长/溶解速率测试的测试传感器,其生产方法以及使用该传感器的原位晶体生长/溶解速率测量方法

摘要

PROBLEM TO BE SOLVED: To provide a test sensor for crystal growth/dissolution rate test, which allows a crystal growth test or a crystal dissolution rate measurement in various environments, and to provide a method for producing the sensor, and to provide an in-situ crystal growth/dissolution rate measuring method using the sensor.;SOLUTION: The test sensor 5 for crystal growth/dissolution rate test is prepared by burying minerals or metal grains 2, 3 to be tested under heating into the surface of a resin sheet having excellent heat resistance and chemical resistance, for example, a PFA Teflon (R) sheet 1 and polishing them as occasion demands. The surface shape of each test sensor for crystal growth/dissolution rate test, prepared by burying the minerals or metal grains to be tested into the surface of the PFA Teflon (R) sheet 1, is measured before and after test. Then, the crystal growth rate or the dissolution rate of the minerals or the metal is searched from the difference between the surface shapes before and after test. By the method, it becomes possible to rapidly and easily perform the crystal growth test or the crystal dissolution rate measurement of minerals or metals in various environments without selecting a test place, and further, the method can be applied to a simple measurement in the order of micrometer.;COPYRIGHT: (C)2013,JPO&INPIT
机译:要解决的问题:提供一种用于晶体生长/溶解速率测试的测试传感器,该传感器可以在各种环境中进行晶体生长测试或晶体溶解速率的测量,并提供一种生产传感器的方法,并提供一种使用该传感器的原位晶体生长/溶解速率测量方法。解决方案:用于晶体生长/溶解速率测试的测试传感器5是通过将待加热的矿物质或金属颗粒2、3埋入具有优异的耐热性和耐化学性,例如PFA特氟龙(R)片1并根据需要进行抛光。在测试之前和之后,测量通过将要测试的矿物或金属颗粒埋入PFA Teflon(R)片1的表面中而制备的用于晶体生长/溶解速率测试的每个测试传感器的表面形状。然后,从测试之前和之后的表面形状之间的差异中搜索矿物或金属的晶体生长速率或溶解速率。通过该方法,可以在不选择测试位置的情况下快速且容易地进行各种环境中的矿物或金属的晶体生长测试或晶体溶解速率测量,并且,该方法可以按顺序应用于简单的测量。千分尺;;版权:(C)2013,JPO&INPIT

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