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- functional composite particles 功能复合粒子
- The core-shell composite particles PS/BFP were heat-treated. 用热处理方法对用热处理方法对其空心化处理和晶形转变处理。
- The amount of ATPU has an important effect on the structure and surface morphology of the composite particles. ATPU的用量也会对复合粒子的结构与形貌有较大的影响。
- The study results showed that P(BA-EHA)/PVC (BDDA, ALMA, DCPA crosslinked systems) composite particles have an obvious core-shell morphology. 研究结果表明:P(BA-EHA)/PVC(BDDA、ALMA、DCPA交联体系)复合粒子均具有较清晰的核壳结构;
- The zeta potential of core-shell composite particles were still minus, so multiple layers of BFP on the surface of microspheres could be obtained. 真空干燥后的核壳复合粒子在不经任何表面修饰就可进行多层包裹BFP。
- The results show that it is a new typo of functional composite with a cheap price and excellent properties. 实验结果表明，该材料是一种较廉价且性能优越的新型功能复合材料。
- Composite particles of PMMA-MAA/PS with microvoid morphology wereprepared by means of soap-free seed emulsion polymerization. 用种子乳液聚合合成了具有微空腔形态的PMMA-MAA/PS复合乳液;
- Pentosans are important functional compositions in wheat flour. 戊聚糖是小麦粉中重要的功能性成分。
- When the PBA/PS composite particles mixed with PS resin at melt state, the similar phase separation phenomena were observ... 当复合粒子与聚苯乙烯粒料熔融共混时，也有类似的相分离现象发生。
- Due to the changing of the surface properties, tribological property of the composite particles are better than that of the uncomposite. 由于粒子的表面性质改变，复合粒子的摩擦学性能较单纯羰基铁粒子优越。
- ZnO/polymer composite particles prepared by special polymerization process can improve the dispersibility of ZnO particles. 氧化锌微粒具有抗菌、吸收和屏蔽紫外线等功能。
- Ganoderma polysaccharides are the main functional composition of Ganoderma. 灵芝多糖是灵芝中的主要有效成份。
- DMA results revealed that the compatibility between the P (BA-EHA) rubber and the matrix polymer (PVC) was well improved by the addition of the composite particles. 动态力学分析显示：改性剂的加入有效地改善了改性剂与PVC基体间的相容性；
- Ultrafine iron-coated hollow glass bead core-shell composite particles with compact shell were prepared by using amine-terminated polyurethane(ATPU) as surfactant. 用ATPU作表面活性剂制备出了超微铁包裹中空玻珠核壳复合粒子,详细地研究了中空玻珠的性质以及ATPU的用量对中空玻珠/超微铁核壳复合粒子的微观结构的影响。
- Research Interests: Green electrochemical synthesis, Polymer-based functional composites. 主要研究方向（中、英文）：绿色电化学合成，聚合物基功能复合材料。
- A new conversion mechanism,composite particle polarizing model,was proposed. 为解释该现象,提出了一种复合粒子的极化模型。
- Core-shell composite particles consisting of a core of Polystyrene (PS) and a shell of Ba-ferrite precursor(BFP) were prepared by way of heterogeneous nucleation, and the yielded composite particles were heat-treated. 本文首先以聚苯乙烯微球(PS)为成核基体,利用异相成核技术,制备了核壳复合粒子PS/钡铁氧体前驱物(BFP),然后用热处理方法对其进行空心化处理和晶形转变处理。
- HCl treated granular starches provide a micro-porous matrix material adapted for absorption and releasable functional compositions. 利用盐酸对木薯淀粉进行处理,可以得到一种具有吸附功能的微孔淀粉载体。
- HCI treated granular starches provide a micro-porous matrix material adapted for absorption and releasable functional compositions. 摘要利用盐酸对木薯淀粉进行处理，可以得到一种具有吸附功能的微孔淀粉载体。
- The structure of the composite coating was characterized systematically by analytical techniques such as OM , SEM+EDX, XRD, and DSC, and the influence of composite particles on the structure of Ni-P coating was discussed. 采用OM、SEM+EDX、TEM、XRD以及DSC等试验手段，深入地研究了镀层的组织结构变化，并详细探讨了复合粒子加入后对原镀层组织结构的影响；
