1) bioinorganic nanohybrids
生物-无机纳米杂化物
2) inorganic-organic nanocomposite
无机-有机纳米杂化物
3) Nanohybrids
纳米杂化物
1.
The interlayer region of HTlc may be considered as a microvessle,some pesticide and drug molecules may be intercalated into the gallery of HTlc to form pesticide/drug-HTlc nanohybrids.
HTlc层间可作为微型储存器,将农药分子插入其中制成农药-HTlc纳米杂化物,因空间位阻效应和农药分子与层板间的相互作用可实现对农药分子的控释。
2.
The intercalation of Floxuridine into layered double hydroxide(LDHs) was used via coprecipitation method to obtain Floxuridine-LDHs nanohybrids.
采用共沉淀法将抗癌药物氟尿苷插入Mg-Al层状双金属氢氧化物(LDHs)的层间,合成了氟尿苷-LDHs纳米杂化物。
3.
Study on Layered Double Hydroxides as Drug Delivery System and the Release Property of Drug from Nanohybrids;
由于LDHs具有层状结构,层片带结构正电荷,层间存在可交换的阴离子,层间空间可调,因此,可以将药物分子插入层间形成药物-LDHs纳米杂化物。
4) nano-inorganic substance
纳米无机物
1.
A new mixing modification method of soft PVC with nano-inorganic substances is introduced in this paper; by grafting reactions between the high-active-group of PVC and the hydroxy-groups and carbonxy-groups carried by nano carbon black, the conductivity and flexibility of the new conducting material will be greatly improved.
介绍采用纳米无机物对软质PVC共混改性的方法:在纳米炭黑细化表面处理工艺中,通过软质PVC 上的高活性端基与纳米炭黑上含有的大量羧基、羟基间的有效的接枝反应,使导电复合材料的电学和力学综合 性能得到改善。
2.
A new mixing modification method of soft PVC with nano-inorganic substances isintroduced in this paper;by grafting reactions between the high-active-group of PVC and thehydroxy-groups and carbonxy-groups carried by nano carbon black,the conductivity and flexibility ofthe new conducting material will be greatly improved.
介绍采用纳米无机物对软质PVC 共混改性的方法:在纳米炭黑细化表面处理工艺中,通过软质PVC上的高活性端基与纳米炭黑上含有的大量羧基、羟基间的有效的接枝反应,使导电复合材料的电学和力学综合性能得到改善。
5) Bio-inorganic nanocomposites
生物无机纳米复合材料
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