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The thermal analyses obtained from biomass and other blends are presented and discussed in detail in this paper.
Two approaches for preparing thin-film membranes from immiscible co-continuous polymer blends are presented.
Rheological features of melt processed hyperbranched polyesters and their blends are presented in this study.
In addition, comprehensive PCM-design thermal properties of these various blends are presented, as a basis to further extensive explorations, and material category-based predictions.
Radial distribution functions for both blends are presented to show how packing between the inorganic (POSS) and organic (PI) species in the mixed matrix varies as a function of POSS loading and POSS functionalization.
Process conditions, microstructures, phase morphologies, and mechanical test results of three different types of polymer blends, namely, polypropylene/high-density polyethylene (PP/HDPE), polypropylene/low-density polyethylene (PP/LDPE), and poly(lactic acid)/poly 3-hydroxybutyrate-co-3-hydroxy-valerate) (PLA/poly 3-hydroxybutyrate-co-3-hydroxy-valerate
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A screening and evaluation methodology applied to water organic blends is presented.
Interactive effects between injection timing and EGR for all blends were presented.
A critical review and analysis of co-gasification of coal/biomass blends is presented.
In addition, a generic computer-aided framework for the design of molecules, mixtures, and blends is presented.
The cold crystallization peaks of the blends were presented in the following d.s.c.s.c
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