peu
- 网络一点点;聚醚型聚氨酯;伦皮拉港
![peu](../cache/733246.jpg)
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Study on Biological Characteristics of Structure Modified PEU
聚醚氨酯结构修饰及其相关特性研究
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Study on Preparation Technology of PEU / PES Blend Membranes
PEU/PES共混膜的制备工艺条件研究
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Design of Full-digital Thermal Imager PEU Based on DSP and FPGA
基于DSP和FPGA的热像仪电子处理单元全数字化设计
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Design and Synthesis of PEU / LCP Composite Membrane and its Blood-compatibility
改性PEU/LCP复合膜的设计、合成及其血液相容性研究
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Investigations of the structural and conductive properties of conducting polymer PEU by positron annihilation
导电聚合物聚醚聚氨酯的结构与导电性能的正电子湮没研究
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Free volume of PEU studied by positron annihilation
用正电子湮没研究聚醚聚氨酯的自由体积特性
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Study on Preparation and Characterization of Heparinized LCP / PEU Biomaterials
肝素化高分子液晶/聚醚氨酯生物材料的研究
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Study on Heparin like Materials & Sulfonization and Blood Compatibility of PVA , PET and PEU
类肝素化抗凝血材料的研究&PVA,PET及PEU的磺化反应及血液相容性
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We study the protein adsorption on PEU / LCP composite biomaterial surface by labeled protein with fluorescein isothiocyanate ( FITC ) .
本研究以荧光标记为手段,研究了PEU/LCP复合生物材料表面的蛋白质吸附行为。
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The temperature dependences of the size of free-volume in PEU are calculated from the o-Ps annihilation lifetime .
并由实验测得的o-Ps寿命计算出不同温度下PEU中自由体积孔洞的尺寸。
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The polyether-polyurethane ( PEU ) / polyethersulfone ( PES ) blend membranes and polyester-polyurethane ( PSU ) / PES blend membranes were prepared by phase inversion method .
采用相转化法分别制备出聚醚型聚氨酯/聚醚砜(PEU/PES)共混膜与聚酯型聚氨酯/聚醚砜(PSU/PES)共混膜。
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Study on protein adsorption under static condition : In unitary BSA adsorption experiment , it is demonstrated that the amount of the adsorbed BSA on PEU / LCP surface is more than that of PVC and PEU .
蛋白质静态吸附研究:白蛋白一元蛋白吸附实验表明,PEU/LCP复合材料在三种材料中白蛋白的吸附量最多,其次为功能化PVC材料,基材PEU。
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By determing and comparing structures and properties of different blend membranes , the results showed that polymer concentration , blend composition , the kind and the concentration of addictive were the main influence factors to performances of PEU / PES blend membrane .
结果表明:聚合物浓度、共混组成比、添加剂种类与浓度是影响PEU/PES共混膜性能的主要因素。
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The characterized results of chemical stability showed that PEU / PES blend membranes possessed better acid-proof and alkali-proof advantages , but PSU / PES blend membranes did not possess the advantages , which restrict their application in preparation of pH sensitive membrane .
基膜化学稳定性的研究表明,PEU/PES共混基膜具有较好的耐酸碱性,而PSU/PES共混基膜耐酸碱性较差,限制其在pH敏感膜的制备方面的应用。