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选取棉秆在微波反应器中进行不同干燥温度和初始含水率下的干燥实验,发现微波干燥可迅速降低生物质原料的含水量,同时实现深度干燥;微波干燥可有效增大原料的比表面积,丰富生物质的孔隙结构。
Select cotton stalks in the microwave reactor at different drying temperatures and initial moisture content of the drying experiments found that microwave drying can quickly reduce the moisture content of biomass raw materials, while achieving deep drying; microwave drying can effectively increase the specific surface area of raw materials, Rich biomass pore structure.