...层采用纳米级的无机材料（颗粒直径在200纳米以下），形成极细微的无机-有机复合微粒（ Inorganic-organic hybrid fine particle ），墨水打印上去后，马上被类似蜂巢的微孔（Micro-porous）吸收，由于具有这种特殊的微孔结构，其涂层吸墨力很强，对于打印很深...
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在无机微粒表面接枝有机高聚物，制备出新一代复合材料，近年来逐渐引起人们的兴趣。
The preparation of new compound materials through surface grafting of polymers onto inorganic microparticles has attracted many researchers' attention in recent years.
在无机微粒表面接枝有机高聚物，制备出新一代复合材料，在许多行业具有极为广泛的用途。
New compound materials prepared by surface grafting of polymers onto inorganic microparticles have been applied widely in many trades.
通过对生物矿化机理的模拟，已经合成了纳米微粒、有机-无机复合物、类生物矿物结构物质。
Based on the imitation on biomineralization, a lot of materials such as nanocrystal, organic-inorganic composite and hierarchical inorganic materials are fabricated.
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