Elastic resonances of the beams and acoustic resonances of the cavities can be excited by sound producing several attenuation peaks in the low frequency range.
Finally, the resonance elastic scattering effect becomes considerable due to high temperatures in the FHR.
The scheme to generate RI table can resolve the resonance elastic scattering effect encountered by the conventional scheme.
The measurements, performed using resonance elastic light scattering (RELS) spectroscopy, have shown a strong dependence of GSH-induced scattering cross-section on gold nanonarticle size.
The behavior of GONS-supported SurMBs (GONS@SurMB) has been characterized using fluorescence spectroscopy, SEM, TEM, Raman spectroscopy, melting transients, resonance elastic light scattering, and cell viability testing.
The ultra-fast functionalization process was monitored using resonance elastic light scattering (RELS) spectroscopy and confirmed by UV vis plasmonic band absorbance measurements.
The control experiments performed by resonance elastic light scattering (RELS) confirmed MT swelling/shrinking, ion dynamics, and osmotic water transfer in MTs, as well as the effects of exposure to a drug valinomycin at sub-nanomolar concentrations.
Two approaches were taken to make convenient spread sheet calculations of elastic constants from resonance data and the Tables in ASTM C1259 and E1876: (1) polynomials were fit to the tables; (2) an automated spread sheet interpolation routine was generated.
The Fiorito, Madigosky and Überall approximate representation [1] of the acoustic transmission coefficient of an infinite, isotropic, elastic plate by resonances associated with Lamb modes is examined and clarification of its properties is obtained.
They show a trend of increasing frequency of individual resonances (elastic stiffening) with falling temperature, as might generally be expected, except that there is clearly a subtle change in trend below ∼150 K.
