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A heterogeneous catalyst prepared in water is, clearly, a cleaner one that leads to cleaner syntheses. La2CuO4 formed in supercritical water is produced more quickly, has a higher surface area, and a greater activity towards CO oxidation than the corresponding materials prepared by “traditional” ceramic synthesis. The method could feasibly be scaled up or applied to other solid-state products.
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Галкин et al. (2000) studied this question.
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