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It is known that Cu(OH) is easily decompounded thermally and reduced to copper through cupric oxide at <300°C in hydrogen gas. The rate of liquefaction was examined using Cu(OH) 2 and its decomposition products, CuO, Cu 2 O, and Cu, as catalysts because some active catalyst species may be formed during decomposition,.
In order to clarify the relation between the rate of liquefaction and the distribution of molecular weight of liquefaction products, liquefaction is carried out by using Cu(OH) 2 as a catalyst. The relation of the liquefaction ratio and the molecular weight distribution of liquefaction products is investigated.
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