Additionally, the contributions of diverse semantic layers are quantified: the object-category layer is the most important and makes 54% contribution to functional-zone classification; while, other semantic layers are less important but their contributions cannot be ignored.
This is a contribution that cannot be ignored.
What is significant for learning theory is that the contribution of biology cannot be ignored.
From the point of energy dissipation, however, the contribution of Al phase cannot be ignored in the final stage of failure because the residual Al phase absorbs 30% of the energy of the global model by plastic deformation, even though its mass failure ratio is only 2%.
Obviously, regarding the 1460 cm−1 absorption, the contribution of the acrylic resin cannot be ignored.
Thus, the contribution of psoralen and bergapten cannot be ignored, when the antioxidant effect of RFH is considered.
Compared with single-path VTST (kSP-H-VTST) results, the thermal reaction rate coefficients obtained from our MP-VTST calculations differ considerably due to the fact that tunnelling and cross-conformational effects in the reactions, and the anharmonic and quasi-harmonic contributions in multiple conformer molecules cannot be ignored or simplified.
Simulation results show that at high angular end-effector velocities, the contribution of the wrench transformation matrix cannot be ignored.
The numerical simulation results indicate that with a decrease in the intrinsic matrix permeability, Knudsen diffusion and surface diffusion contributions to production become large and cannot be ignored.
This shows that asphaltene precipitation is extremely more sensitive to CO2 content than asphaltene content, even though the contribution from asphaltene content in the oil cannot be ignored.
