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Nanostructural polymer composite material with reinforcing phase and method for producing it

机译:具有增强相的纳米结构聚合物复合材料及其制备方法

摘要

nanostrukturalny composite material of polymer matrix with reinforcing phase of strengthening nanostrukturalny, which constitute nanodruty ceramic: tio2, sio2, bi2o3 is characterized by the fact that contains the reinforcing phase tio2, sio2, bi2o3 participation mass favourably for 3 - 30% and in the range of 50 to 250 nm in diameter.process for the production of nanostrukturalnego composite material of polymer based on phase strengthening, is that the composite material of the polymer chain such as: pp, pe and pmma in the form of molten, the following nanodruty composite such as tio2, sio2, bi2o3 phase bs macniaju0105cu0105 tio2, sio2,bi2o3 in quantities of from 3% to 30% and mixed with a mechanical stirrer during favourable 15 minutes and cooling.a variety of manufacturing nanostrukturalnego composite material of polymer matrix with reinforcing phase is that of polymer based composite material such as pva, and pmma is dissolved in a mixture of the solvents with water ethanol ratio 50: 50 for pva or mixture of chloroform with dmf ratio 50: 50 for you and pmmato which is added nanodruty composite, such as tio2, sio2, bi2o3 reinforcing phase tio2, sio2, bi2o3 in quantities of from 3% to 30%, are then blended waves ultradu017awiu0119kowymi favourably during 15 minutes, in 15 - 25 degrees celsius temperature and drought.
机译:具有增强纳米结构的增强相的聚合物基体的纳米结构复合材料,构成纳米陶瓷:tio2,sio2,bi2o3的特征在于,其中包含增强相tio2,sio2,bi2o3的参与质量有利地为3-30%,且在该范围内直径为50至250 nm的聚合物。基于相增强的聚合物纳米结构复合材料的生产方法是,聚合物链的复合材料如pp,pe和pmma呈熔融形式,以下是纳米复合材料例如tio2,sio2,bi2o3相bs macniaj s u0105c u0105 tio2,sio2,bi2o3的量为3%至30%,并在有利的15分钟内与机械搅拌器混合并冷却。具有增强相的基体是基于聚合物的复合材料(例如pva)的基体,而pmma则溶于水与乙醇比例的溶剂混合物中pva的50:50或dmf比为50:50的氯仿与您混合的pmmato的纳米复合材料,例如tio2,sio2,bi2o3增强相tio2,sio2,bi2o3的量为3%至30%然后在15到25摄氏度的温度和干旱条件下,在15分钟内将波浪混合良好。

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