As an important supplementary to machining experiments, molecular dynamics (MD) simulation has been demonstrated to be a powerful tool for elucidating fundamental mechanical machining mechanisms of different kinds of materials.
The differences in the mechanisms of different types of secretion systems are further highlighted in the specific terms employed and the differences in term distributions.
Experimental and numerical studies were carried out to reveal the effect mechanisms of different fasteners on mechanical behaviors of composite bolted joints.
The finding that different strains were differentially sensitive to manipulations of endocytic routes suggests that slight differences in the uptake mechanisms of different strains exist.
However, there is evidence indicates that there are substantial differences in the neurobiological mechanisms of different drug addiction [ 83].
Results provide useful informations about the mechanical properties, the bond capacity and the failure mechanisms of different commercially available glass FRCM systems.
These findings suggest that differences in host responses and virulence mechanisms of different pathogenic microorganisms should be considered in treatment of bacteremic patients, and that new countermeasures beyond conventional antimicrobial medications are urgently needed.
The absence of CAR and CR1 on murine erythrocytes highlights differences in the cell biology and innate defense mechanisms of different mammals.
The forming mechanisms of different microstructures were proposed.
The formation mechanisms of different carbon morphologies are discussed.
Mechanisms of different controlling factors affecting preferential flow are then discussed using the proposed framework.
