ABSTRACT The drying performance of typical solid wastes (cotton fabrics and plastic debris) in nuclear power plants was evaluated in a bench-scale microwave-combined hot air setup (air temperatures: 90–130°C; microwave power: 200–800 W). The required time of plastic debris in continuous microwave-combined hot-air drying reduced by about 67% and 68% compared to hot-air and microwave drying, respectively, and that decreased by about 80% and 63% for cotton fabrics. In microwave drying or continuous combined drying, better microwave heating uniformity existed in plastic debris. The temperature distribution uniformity in cotton fabrics was improved by the combined drying.

中文翻译：

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典型工业固体废物微波复合热风干燥性能评价

摘要 核电厂典型固体废物（棉织物和塑料碎片）的干燥性能在实验室规模的微波组合热风装置（空气温度：90-130°C；微波功率：200-800 W）中进行评估. 与热风和微波干燥相比，连续微波联合热风干燥所需的塑料碎片时间分别减少了约67%和68%，棉织物减少了约80%和63%。在微波干燥或连续联合干燥中，塑料碎屑具有较好的微波加热均匀性。联合干燥提高了棉织物的温度分布均匀性。