Three main approaches controlling structure and morphology of ultrafines by modeling biological mineralization are introduced, and its development is looked for ahead.
阐述了生物矿化作用机理及其主要的生物控制因素，介绍了模拟生物矿化控制超细粉末结构形貌的三个途径，并展望了其发展趋势。
Being as a filling component in composite materials including concrete, plastics and paper, mineral ultrafines can improve products performance with low production cost.
矿物超细粉体作为高性能混凝土、塑料、纸张等复合材料的填充组分，具有降低成本、改善制品性能的作用。
The ability of the screen-bowl to further enhance the rejection of high-moisture, high-ash ultrafines makes the screen-bowl centrifuge the overwhelming best choice for dewatering deslimed feeds.
屏幕的碗才能进一步提高高湿度抑制，高灰分微粉使屏幕脱泥碗离心脱水饲料压倒性的最佳选择。
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