Sentence examples for mode was measured from inspiring English sources
Viscosity in pure shear deformation mode was measured for various glasses.
The adhesion in terms of pull-off strength and fracture mode was measured on coatings in the underwater zone and in the intermediate zone.
Both low and high frequency resonant modes from the metamaterials are found applicable for the detection of SA, and a redshift up to 6.76 GHz for the high frequency mode was measured in the undiluted commercial solution.
For the large micromirror device with mirror size of 5 mm × 5 mm, the first resonant frequency for bending mode was measured at 34 Hz, while the second mode, i.e., a twist mode or torsional mode, is measured at a resonant frequency of 198 Hz.
The incident photon-to-current conversion efficiency (IPCE, DC mode) was measured in three-electrode configuration by an AUTOLAB electrochemical station with the assistance of a commercial spectral response system (QEX10, PV Measurements, Inc., Boulder, CO, USA).
In dynamic light scattering, the intensity intensity time correlation function G(2)(t) in the self-beating mode was measured.
95% confidence intervals of uncertainty in reconstructed diffusion tensor eigenvectors ( E→1, E→2, E→3), mean diffusivity (MD), fractional anisotropy (FA), and tensor Mode were measured using a bootstrapping approach.
The geometry, thickness, buckling load, and final collapsed mode were measured for each spherical shell with opening reinforcement.
Six full-scale concrete-filled SHS columns were tested to failure and their thermal distribution, axial deformation, lateral deflection and failure mode were measured.
Finally, forced motion is applied to the centre of the plate and the out-of-plane and in-plane displacement components for the first symmetric mode are measured.
In addition, the field-dependent damping force of a cylindrical ER damper, which is operated under the flow mode is measured and compared with the predicted ones from Bingham models obtained under both the shear and the flow modes.
