For positive electrode both delamination modes are theoretically possible during cell charging.
Therefore, downhole vibration modes were theoretically analyzed in terms of axial vibration, lateral vibration, stick-slip, and the physical model established by the mechanical vibration field.
Different fracture modes were theoretically analyzed based on the nonlinear delamination model, and the calculated critical thickness is 255 μm, which agrees well with the experimental result.
Such a switch from a graded to a threshold mode is theoretically possible, based on mathematical analyses [2], [38], [39], [40], [41].
What does it mean to say that the domains of Field, Tenor, and Mode are theoretically motivated with respect to the language system?
The accuracy of the assumed-modes approach is theoretically studied by using the Rayleigh Ritz method that removes the simplifying hypothesis that dry and wet mode shapes are the same.
Incidentally, the same tests also reveal the lack of stability of current compatible/mimetic/staggered discretizations: This is due to the presence of specific unstable modes which are theoretically analyzed and verified in computations.
The fiber tip based hyperbolic microlens coupling efficiency of circular core trapezoidal index single mode fiber and a laser diode is theoretically studied.
This is theoretically feasible.
It is theoretically possible, but pretty unlikely.
