… nuclei during aging below T g and during heating to the crystallization temperature have …
One easy way is to exclude the influence of the heating process first, that is, to figure out the …

… temperatures in the as-supplied state (without drying or aging… The water absorption was
simulated through heat transfer … The first intermediate temperature analyzed was 90 C. The …

… physical property measurements were compression molded at 190 C for 5 min under 10 MPa
pressure, and then quenched at room temperature … tested from the first DSC heating curve, …

… , mechanical and chemical properties dependent on its most … long-term natural aging of
isotactic polybutene -1 samples with … heating to 160C at the rate 10C/min to measure the melting …

… (Tc), melting temperatures (Tm), and degree of crystallinity (Xc). These values were taken
from the first heating thermogram to reflect the effect of processing on the blends since all …

… -1 (PB-1) into the PP can help to reduce the temperature and pressure … Physical properties
and structures … For the first heating curves, the Neat PP foams have dual melting peaks at …

… (a) Heat flow rate scan at 10 C/min after aging PB-1 with Form I crystals at 40 C for 30 min.
(b) Enlarged heating scans after aging at the indicated temperatures for … The first one can be …

… high heat distortion temperature [1]. The physical, chemical, and mechanical properties
are … This work is the first to compare the degradation behavior of isotactic poly(1-butene) (PB-1) …

… = 15 min after erasing thermal history at 170 C for 5 min; heating the starting Form II …
temperature (T R ) at different cooling rates β (or to T c = 95.0 – 105 C for t c at 40 C/min); heating the …

… the effect of aggregated structural defects on electrical aging … flashover characteristics and
their microstructural properties, … temperature was set at 40–600 C, and the heating rate was 10 …