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Exploration of n-type oxides by high throughput screening

机译:通过高通量筛选探索n型氧化物

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A new high throughput method has been developed enabling same-day synthesis and screening of 1000 samples of thermoelectric oxides according to their Seebeck coefficients at room temperature. Aqueous solutions of metal nitrates are used as starting materials. In 1 h, a single library of 100 samples can be prepared on a 100mm x 100 mm alumina plate for heat treatment. After the heat treatment, evaluation of Seebeck coefficient is carried out using a two-terminal method at a rate of 650 samples/h. For both synthesis and evaluation, a distribution machine and a 'Seebeck tester' were designed by the authors. The validity of this method is proved by screening M-Co-O libraries. Some samples in the binary systems of Ni show n-type response.
机译:已经开发出一种新的高通量方法,能够根据室温下的塞贝克系数进行当天合成和筛选1000个热电氧化物样品。金属硝酸盐的水溶液用作原料。在1小时内,可以在100mm x 100mm的氧化铝板上制备100个样品的单个文库进行热处理。热处理后,使用二端子法以650个样本/小时的速率进行塞贝克系数的评估。为了进行综合和评估,作者设计了一个分配机和一个“塞贝克测试仪”。通过筛选M-Co-O库证明了该方法的有效性。 Ni的二元体系中的一些样品显示出n型响应。

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