As discussed in the "Background" section, there are multiple conceptual models that can explain freezing and melting of the quasi-eastern hemisphere.
After isothermal melt-crystallization, the second peak of multiple melting endotherms of PET/SAA Na had almost the same value with PET/AClyn.
PCR amplicon with several melting peaks would be showing the presence of multiple melting domains and may produce complex melting profile that maybe hard to interpret.
A combination of nano-focus X-ray scattering and nanocalorimetry was used to re-explore the phenomenon of multiple melting behavior of a typical semirigid-chain polymer, poly trimethylene terephthalate), PTT.
Differential scanning calorimetry measurements have indicated the presence of multiple melting endotherms in the case of the copolymer but not in the homopolymer.
Differential scanning calorimetry studies of the heating rate dependence of the multiple melting behavior of semicrystalline bisphenol A-polycarbonate (BAPC) are presented for different molar masses.
Instead of being a drawback, the presence of multiple melting domains generates a particular curve morphology that differentiates mutant and wild type melting patterns more clearly, even with low amounts of mutant DNA, as seen in the KRAS assay.
The occurrence of multiple melting endotherms for ethylene/α-olefin copolymers with, ostensibly, a homogeneous branching distribution is in need of explanation.
The phenomenon of multiple melting endotherms is investigated for the blend system isotactic/atactic poly(β-hydroxybutyrate) (PHB) for solvent-cast and melt-crystallized samples.
The two widely spaced and well-resolved melting peaks (Tm,1 and Tm,2) in PEDEKm offered a unique model for proposing a more advanced interpretation on the complex and highly controversial issues of multiple melting and crystalline morphology commonly seen in semi-crystalline polymers.
