The mechanism related to the electrical switching effect was elucidated through molecular simulation.
Possible mechanisms that lead to the effect were elucidated by recording the fluorescence and CL spectra.
Possible mechanisms that lead to the effect were elucidated by recording fluorescence and CL spectra and studying the effect of some radical scavengers.
The charge transfer mechanisms and the roles of the donor and acceptor components in the PI macromolecules associated with the electrical switching effect are elucidated on the basis of the experimental and quantum simulation results.
The significance of the torsional effects is elucidated and the adequacy of code design provisions is examined.
In addition, many significant main and interaction effects were elucidated.
These effects are elucidated below (Baker and Dudley 1998; El Aleem et al. 1998; Flemming 1997).
These effects are elucidated incorporating OCV measurement data of high power cells.
The physical micromechanisms responsible for these size effects were elucidated from the simulation results.
These effects are elucidated in terms of the spin-resolved transmission spectrum, the projected density of states and the spatial distribution of molecular orbitals around the Fermi level.
The mechanism of the effects was elucidated by mathematical modeling that deals with evaporation, mass transfer and condensation, and can be applied to a wider range of metal removal by vacuum distillation.
