usually ∼30–50 %.
The fillers generate stronger elastomers and are of great influence on the thermalstability and flammability composites. Organic and inorganic fillers, such as carbon black or silica, are often added to the elastomers. Usually
[ 8 ]. Rudnik et al. [ 9 ] presented thermogravimetrical results, which correlates with the oxidative thermalstability. This study aims to compare the thermalstability of biodiesel from different oils obtained through TG and P-DSC dynamic mode
understand the chemical and structural make-up of the apatite. The study and further use of apatites thus requires a degree of thermalstability, and is the basis of this review.
Apatites are a diverse group of
blockers, etc. [ 9 – 11 ]. The reports about the synthesis of PANI/CeO 2 composite have been found [ 12 , 13 ]. However, survey of the literature reveals that thermalstability and degradation behavior of the composite have not been studied
The aim of this study was to evaluate biodiesel blends of passion fruit and castor oil in different proportions, determining physical–chemical properties and its thermalstability.
Heat capacities of the carbon nanotubes (CNTs) with different sizes have been measured by modulated temperature differential
scanning calorimetry (MDSC) and reported for the first time. The results indicated the values of Cp increased with shortening length of CNTs when the diameters of CNTs were between 60 and 100 nm. However, the values of Cp of CNTs were not affected by their diameter when the lengths of CNTs were 1–2 um, or not affected by the length of CNTs when
their diameters were below 10 nm. The thermal stabilities of the CNTs have been studied by TG-DTG-DSC. The results of TG-DTG
showed that thermal stabilities of CNTs were enhanced with their diameters increase. With lengths increase, the thermal stabilities
of CNTs increased when their diameters were between 60 and 100 nm, but there is a slight decrease when their diameters were
less than 60 nm. The further DSC analyses showed both released heat and Tonset increased with the increase of CNTs diameters, which confirms the consistency of the results from both TG-DTG and DSC on
CNTs thermal stability.
application, a critical examination of their thermalstability against the crystallization is very essential. Therefore, there have been considerable attempts to investigate the thermalstability of glassy superionic/amorphous conductors in the last few years
ionic liquids [ 36 ].
Studies presented in this study were aimed at determining thermalstability of hybrid materials based on different epoxy functional siloxanes and (poly)siloxanes crosslinked with various diamines as well as at determining
compare the thermalstability and crystallization kinetics of 60B 2 O 3 –40PbO, 60B 2 O 3 –40Bi 2 O 3 , and 60B 2 O 3 –30Bi 2 O 3 –10PbO glasses. Thermalstability of these glasses were achieved in terms of the characteristic temperatures such as the glass
Poly(methyl methacrylate) (PMMA) is an important thermoplastic material and widely used in numerous industries such as buildings, molding, and decorative panels. However, its lower thermalstability restrains it