For a <100> initial crystal orientation and wire cross-sectional area below 4 nm(2), surface stresses alone cause gold nanowires to transform from a face-centred-cubic structure to a body-centred-tetragonal structure.
Commonly, wires are passed without radiographic imaging, or with the focus of imaging being on the orientation of wires parallel to the knee articular surface.
MUDEF provides a comprehensive system for the type and spatial orientation of wires and pins, order and direction of their placement, type of rings and the relationship between the rings [5, 8] (Figs. 3, 4).
The orientation of parallel wire grids has previously been predicted to significantly affect resolving power in oa-TOF instruments.
In this study, the coherent interfaces were found to retard the growth of IMCs, and a variety of orientation relationships between wire, pad and interfacial IMCs were identified.
The studied variables were the level of axial loading on the column, compressive strength of specimens, percentage of longitudinal reinforcement in the beam, and orientation of expanded wire mesh in ferrocement layer, for specimens strengthened by different number of ferrocement layers.
The orientation of this wire offset (i.e., left or right with respect to the programmed path) depends upon the direction (clockwise or counter clockwise) of cutting and type of job (i.e., die or punch).
Wire feeding orientation, laser power, traverse speed and wire feed rate were verified as factors which influenced the quality of the deposit.
The uniform orientation of the wires is critical to the performance of nanowire electronics.
In that respect, the reported surgical errors reflect the X-ray projection that they chose and not their K-wire orientation.
