In the following section, we will demonstrate the use of this general (width-thickness independent) equation for designing lamina emergent torsional (LET) joints.
In general, the width of the medial hinge should be less than the distance from the end of the osteotomy to the joint line.
However, in general, the widths of the credible sets are similar.
In general confidence widths may be narrower for larger sigma but the true probability function must be assumed to be very smooth.
This may not be feasible in many applications (as medical ones), so that, in general, the pulse width will span a wider range.
In general, when the width is chosen smaller than w∗, the radiation efficiency of the patch becomes lower; on the other hand, when the width is chosen greater than w∗, the radiation efficiency becomes higher, though it causes high changes of the distortion of the field.
This was accomplished by documenting, among many other things, each building structure's street address, construction materials (e.g. wood, brick, etc)., and property height (in stories), as well as the location of fire hydrants and the general location and width of water mains (to gauge available water pressure levels at each hydrant location).
In general, a window width covering the maximum peak duration should be selected.
Check for a general height and width.
Measure the general length and width for each pattern piece.
This phenomenon is different from the general relation between the width of nanolines and the developing time, where the width always increases with the increase of developing time.
