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Ternary stereocomplex (TSC) crystallization of optically active polyesters, l-configured poly l-2-hydroxybutanoic acid) [poly l-2-hydroxybutanoicpoly l-2-hydroxybutanoic acid) [P l-2HB ] and P l-2HB ]ctic acid) (PDLA) from the melt is reported.
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Structural and morphological characterizations of the nickel coated cathode before and after electrochemical tests in the molten carbonate melt are reported together with the Open Circuit Potential evolution all over 230 h for both the bare porous nickel and the CeO2-coated samples.
At the anode, the available data suggest a mechanism of oxidation of the free oxide anions which concentration in oxide melts is reported to be limited.
The relationship between morphology and the mechanical properties of thermoplastic olefin (TPO) materials that are reinforced with organoclay fillers and prepared by melt processing is reported.
A novel procedure predicting a possibility of direct formation of magnesium oxide during electrodeposition from the nitrate melt used is reported.
A significant decrease in melting point, 62.3 °C is reported and oxidation temperature remains similar.
Finally, a correlation between the predicted morphology of nanocomposites and their melt-state rheological properties is reported.
The melting point maximum against pressure is reported for poly(4-methyl-pentene-1): 270°C at 1.5 kbar.
Experimentation with Fe-Si-B-Cr melts for single and multi-strand is reported.
The structure property relationships of thermoplastic olefin (TPO -based nanocomposiTPO -baseded by melt processinanocompositesd with a main focus on the ratio of maleic anhydride-grafted preparedylene (PP-g-MA) to organoclay.
SC crystallites formed from the melt have been reported in hot-drawing PLA fibers.
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