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For small n these modes are strongly damped.
The frequency and number of the defect modes are strongly dependent on the filling fraction of the system and the size of the point defect.
The purpose of this work is to show experimentally and with finite element model (FEM) simulations that such sensitive modes are strongly influenced by the sensor width, suggesting that the sensitive modes are torsional or buckling modes.
And the resonance modes are strongly correlated with the groove depth and width of both ends of the groove, and the transmission dip between the resonance modes can be modulated by these parameters.
The simulations also demonstrate the phenomenon of "spill-over", where inefficiently radiating plate modes are strongly excited with the introduction of control often resulting in an overall increase in the plate vibration.
The spectral phonon relaxation time and normalized accumulation thermal conductivity with respect to the phonon mean free path (MFP) reveal that the long-MFP phonon modes are strongly suppressed in the defected and doped graphene, resulting in the suppressed size dependence and the weaker temperature dependence of the thermal conductivity compared to the pristine graphene.
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The spatial character of these modes were strongly correlated with terrain variables and were then modeled to topographic variables derived from a 30 m digital elevation model.
Based on this study, it was found that the quenching performance and vapor film collapse mode are strongly influenced by changes in the surface conditions induced by oxidation.
The SP mode is strongly confined and guided in two dimensions within the low index gaps, which is bounded by the high index material and metal.
The E mode is strongly absorbed during the day, so historically, for wind measuring radars, the E mode was used at night and the O mode during the day.
The extinction cross-section intensity of the longitudinal mode is strongly polarisation dependent.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com