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It segregates from the PCL block at low temperatures.
PCBM tends to interact with the PS block at low PCBM fractions and forms segregated domains at a PCBM weight fraction higher than 50%.
Compared with traditional oil-bath heating copolymerization, microwave irradiation not only greatly increases polymerization rate but also induces rapid transesterification and achieves high randomness of the PLGA block at low reaction temperature.
PLS overcame challenges associated with data that were below detection in the aqueous phase (i.e., predictor block), at low to sub part-per-trillion levels.
Simulation of the markers discussed in Section 2.3 was undertaken for each of the models, with a hERG-only or multi-channel block, at low, medium, high, and overdose EFTPCs.
The pharmacokinetic properties of these ligands determine the optimal frequency at which blockade is strongest: slow dissociation rates promote use-dependent block at low frequencies, whereas fast off rates favour block at high frequencies.
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The PE lamellar morphology was preserved after the crystallization of PCL blocks at low crystallization temperatures (Tc<30 °C), that is, the PCL block crystallized within the PE lamellar morphology.
For LiCl the interface is completely blocking at low frequencies indicating no ion exchange of the sort Li+ (W) +K+(M ⇌ Li+ (M) + K+ (W).
However, due to the presence of these blocks with elastic properties (butadiene middle blocks) at low temperatures, the bitumen also has good elasticity.
The results indicated that the adsorption of arsenic onto ceria NPs was favored at high temperature and was blocked at low temperature.
U-X also blocked at low concentrations, whereas compound A at 1 µM had no activity.
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