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PLLA/PMMA blends can be crystallized even at a low temperature of 0 °C under high-pressure CO2.
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Hence, the composite film with PbTe nanocrystals embedded in ZnTe matrix is crystallized even at a relatively low temperature of 274 K.
While on Pt-multilayer substrates STO films could be crystallized well even at as-deposited condition, but BST films were poorly crystallized.
Given its disordered C-terminal domain, the crystal structure of the full-length SSB is lacking, even when SSB can be crystallized with DNA [ 69].
The purified rClamp Spt4/5 complex could be crystallized and its X-ray structure determined at 3.3 Å resolution (Materials and methods).
In all cases the Mw/Mn ratio was of the order of 2. Differential scanning calorimetry measurements showing that polyHMC is a rapidly crystallizing polymer, which crystallizes even at a cooling rate of −40°C min−1.
Indeed, only static objects can be crystallized.
It is, therefore, found in the PbTe ZnTe nanocomposite thin films that both the compounds crystallize even at a substrate temperature of room temperature without any post-annealing.
Different evaporation sources (PbSe or PbTe), therefore, provide similar nanocrystalline PbSe, but the XRD peaks of pure PbSe nanocrystals are weak even at a relatively high substrate temperature of 403 K [13], whereas nanoscale PbSe Te crystallizes even at 274 K [12].
The PbTe crystallizes even at a relatively low substrate temperature of 274 K.
In contrast, PbTe crystallizes even at 274 K in PbTe-ZnTe composite thin films in our preliminary experiment.
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