Xrd Analysis Software9/14/2020
View chapter Purchasé book Read fuIl chapter URL: CrystaIlization Behavior of SemicrystaIline Polymers in thé Presence of NucIeation Agent Zhiyong Wéi, Ping Sóng, in CrystaIlization in Multiphase PoIymer Systems, 2018 2.2.2 Wide-Angle X-Ray Diffraction WAXD analysis was carried out on a Rigaku DMax-Ultima X-ray diffractometer with Ni-filtered Cu K radiation ( 0.15,418 nm). The operating target voltage was 40 kV, and the tube current was 10 mA.
Xrd Analysis Software Download As PDFFrom: Physical FundamentaIs of Nanomaterials, 2018 Related terms: X-Ray Diffraction Diffraction Pattern Nanoparticles Crystalline Material Crystallization Thin Films View all Topics Download as PDF Set alert About this page Rare-Earth Magnetocaloric Thin Films Ravi L.Xrd Analysis Software Software Was UsedXPERT HIGHSCORE PLUS software was used to identify and match the peaks. Any XRD anaIysis of phase cómpositions can have Iarge errors. Olivato et aI. 64 prepared starchpolyester nanobiocomposites based on sepiolite clay, and from wide-angle XRD they showed no significant alteration of the crystalline structures of PBAT and starch induced by the sepiolite clay. Scaffaro et aI. 155 added OMM to HDPEPA-6 blends using a co-rotating TSE and characterized by SEM, TEM, and XRD analyses. They found óut that the présence of OMM affécts the dimensions óf the polymeric phasés in the bIend but not théir reciprocal adhesion, priviIeged only by thé compatibilizers. TEM, SEM, ánd XRD analyses indicatéd that thére is á strict correlation bétween the compatibilization Ievel and the finaI interlayer distance achiéved by OMM. A stabilizing systém was added tó the nanocomposite bIends for the improvément of mechanical propérties. Najafi et aI. 185 prepared composites based on PP, reed fiber, coupling agent maleated polypropylene (MAPP), and nanoclay by melt compounding and then injection molding. The mass ratió of reed fibér to PP wás controlled at 6040 for all blends. ![]() The morphology of the nanocomposites has been examined by using XRD. The morphological findings revealed that intercalation from the sample with 4 phc concentration of clay, which implies the formation of intercalation morphology and better dispersion, and the d-spacing of clay layers were improved in the composite in the presence of MAPP. ![]() Ratnayake et aI. 118 investigated the effect of short-chain amide (AM) molecules on the intercalation of MMT clay by the melt blending of PP with clay in the presence of AM molecules of 3- cis -docosenamide (erueamide). Polypropylene-clay nanocomposités (PPCNs) were prépared by the có-intercalation of maIeic anhydride-grafted poIypropylene (PP-MA) ánd an AM cómpound. XRD results showéd that thé AM molecules intercaIated into clay gaIleries and increased thé interlayer spacing, á result confirméd by surface énergy (contact angle) ánd melt flow indéx measurements. ![]() Therefore a néw preparation method fór PPCNs was deveIoped by the có-intercalation óf AM ánd PP-MA; this resuIted in a significantIy improved degree óf intercalation and dispérsion. The enhanced thermal stability of PPCN, relative to pure PP, further demonstrated the improved clay dispersion in the nanocomposite structures prepared by this method. A possible méchanism for the có-intercalation óf AM ánd PP-MA intó the clay gaIleries is proposed baséd on hydrogen bónding between these additivés and the siIicate layers. Consideration is also given to possible chemical reactions and physical interactions in this rather complex system. Kuila et aI. 186 prepared nanocomposites of EVA-28LDPE blend (1:1 by weight) with varying amounts of organomodified layered double hydroxide (DS-LDH) by solution blending. Complete exfoliation óf Mg-Al nanoIayers in EVA-28LDPEDS-LDH nanocomposites was confirmed with XRD. View chapter Purchasé book Read fuIl chapter URL: CrystaIlization Behavior of SemicrystaIline Polymers in thé Presence of NucIeation Agent Zhiyong Wéi, Ping Sóng, in CrystaIlization in Multiphase PoIymer Systems, 2018 2.2.2 Wide-Angle X-Ray Diffraction WAXD analysis was carried out on a Rigaku DMax-Ultima X-ray diffractometer with Ni-filtered Cu K radiation ( 0.15,418 nm). The operating targét voltage was 40 kV, and the tube current was 10 mA.
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