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As the shell thickness increases to 100 nm, a substantial portion of strain is passed to the core, resulting in a dramatic decrease of strain in the shell, as shown in Fig. 2f.
In addition, it has been reported that the strain between core and shell in such core/shell semiconductor nanocomposites will broaden the band gap of the core, resulting in a blue shift of the emitted energy [36, 37].
Laminates consisting of face-strips of a hardening material and an unstable core, if properly designed, can suppress the inhomogeneous deformation of the core resulting in a monotonically increasing response.
The event is characterized by rapid increase in the flow through the core resulting in a coolant temperature decrease, which leads to insertion of positive reactivity due to the modeled feedback mechanisms.
In upward air-water churn flow in a vertical tube, the liquid fed at the inlet is entrained upwards by the gas flow in the core, resulting in a wavy film flow.
The positive voltage led to − Pr in the FE layer and an upward band of core, resulting in a higher potential barrier on the core/shell interface which gave rise to a lower conductance and a positive shift of the electric spectra, as shown in Figure 10d.
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Our results demonstrate that surface GaP shell layer in the core-shell nanowires suppresses surface states of GaAs core, resulting in an intrinsic semiconductor characteristic.
A reduction of energy production would cause the overlaying mass to compress the core, resulting in an increase in the fusion rate because of higher temperature and pressure.
Removing the trabecular bone in the horn core resulted in a 442% increase in rotational accelerations within the brain cavity.
Introduction of an amide substituent at the 6-position of the pyridone core resulted in a significant potency increase.
Evaluating the BACE1 inhibitory effects of the synthesized compounds revealed that introducing an aminocyclohexyl moiety in the imidazopyridine core resulted in a significant improvement in its BACE1 inhibitory potential.
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