Ply-angle orientation, aluminium thickness, plate dimensions, global flexure, and failure modes were addressed for the target plate.
Heterogeneity of the performance levels of different combinations of radiologists under 2D and 2D + 3D reading modes were addressed using G-side random effects.
For the fuel assembly scale, the evaluation of a single fuel assembly blockage using non-axisymmetric geometry configuration in the subcritical mode is addressed.
The coordinated control problem that occurs when HHMAS operates in the auxiliary drive mode is addressed in this paper; the solution to this problem is the key to the maximization of HHMAS.
The influences of the level of inter-layer imperfection and couple stress on the dynamical characteristics including the angular frequencies of free vibration and the corresponding mode shapes are addressed.
New adaptive sliding mode laws are addressed to guarantee the stability of the tethered satellite deployment with input disturbance, meanwhile to eliminate the effect of the limitation features of the tension input.
The effects of intramolecular reorganization, orbital overlap, reactant quantum modes and solvent dynamics are addressed and illustrated by model calculations.
The effects on the PCET rate of the dynamical coupling between the X mode and the solvent coordinates are addressed by a dynamical treatment of the X mode at the same level as the solvent modes.
The post-buckling dynamics and the global analysis of mode jumping of the plates are addressed in part II.
Both open- and closed-access modes and FAP subscribers and non-subscribers are addressed.
