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> 《2025工業(yè)廢水處理與資源化利用交流會(huì )》報告
> 微流控技術(shù)在工業(yè)廢水在線(xiàn)監測中的應用與創(chuàng )新
微流控技術(shù)在工業(yè)廢水在線(xiàn)監測中的應用與創(chuàng )新.pdf - 周淵
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基于催化界面工程的新污染物高效捕集與轉化技術(shù).pdf - 魏卡佳
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Research into miniaturization is primarily driven by the need to reduce costs by reducing the consumption of expensive reagents and by increasing throughput and automation. By reducing reagent consumption by a factor of 103–104, these devices could provide dramatic savings for the repetitive assays often performed in diagnostic laboratories. In the same way that integrated circuits allowed fo 展開(kāi)更多+
Research into miniaturization is primarily driven by the need to reduce costs by reducing the consumption of expensive reagents and by increasing throughput and automation. By reducing reagent consumption by a factor of 103–104, these devices could provide dramatic savings for the repetitive assays often performed in diagnostic laboratories. In the same way that integrated circuits allowed for the miniaturization of computers from the size of a room to the size of a notebook 收起+
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