简介:Compositeplatingcontainingnanometer-sizedparticlesfromanon-aqueouselectrolyte;CompositeplatingofNi/SiCusingazo-cationicsurfactantsandwearresistanceofcoatings;Developmentofrapidcompositeplatingsystemformotorcycleenginecylinders;DynamicResponseofLaminatedCompositePlateusingFirstOrderShearDeformationTheory
简介:[篇名]Anewhybrid-enhanceddisplacement-basedelementfortheanalysisoflaminatedcompositeplates,[篇名]Atheoreticalandexperimentalinvestigationintomultilayeredpiezoelectriccompositetransducers,[篇名]AnalysisofacompositepiezoelectriccircularplatewithinitialstressesforMEMS,[篇名]AnalysisofStressandLoadTransferinanAdhesionBondBetweenCompositePlatesandConcrete,[篇名]Applicationoflaminationparametertorcliability-bascdoptimizationofsymmctriclaminatedcompositcplatc,[篇名]Bucklingbehaviorofagraphite/epoxycompositeplateunderparabolicvariationofaxialloads,[篇名]COMBINEDEFFECTSOFANISOTROPYANDHETEROGENEITYOFMATERIALSONULTRASONICFIELDRADIATION.
简介:在催化剂P-TSA的作用下,运用原位溶液-凝胶法,将BGPPO、DDM和TEOS合成了具有纳米结构的含磷环氧/硅黏土复合材料,经傅立叶红外转移(FTIR)、核磁共振(NMR)和扫描电子显微镜(SEM)表征后发现,环氧树脂中的硅粘土达到了纳米级尺寸,并且,随着粘土含量的增加,