It has been shown that periodic adjustment of a trending process is beneficial (Xie et al. 2002).
It has been shown that the adjustment technique can also provide a framework for establishment of MPCs which are stable against fabrication and setup errors.
It has been shown that the adjustment for BMI increases the magnitude of the MD effect [ 27], and that MD reverses the negative association between BMI and BC in premenopausal women [ 28].
However, it has been shown that these adjustments are inadequately made by clinicians [ 3, 4].
On the other hand, it has been shown that cognitive adjustments do occur after partial errors, such as increased incorrect-response suppression (Burle et al., 2002) or post-partial-error slowing (although this is weaker than slowing after overt errors; Allain, Burle, Hasbroucq, & Vidal, 2009).
Furthermore, it has been shown that traditional age adjustment may substantially shift relative survival rates downward even if the standard population has the same age distribution as the study population (Brenner and Hakulinen, 2003).
It has recently been shown that the CKD-EPI equation without adjustment for ethnicity is the most useful equation to estimate GFR in a lean Sub-Saharan African population [ 19] which may share some characteristics with adult SCD populations.
In contrast to alternative methods of size adjustment, it has been shown that the geometric mean method effectively equalizes the volumes of specimens while preserving relevant shape information [66].
It is shown that concurrent adjustment of structural properties and control re-tuning significantly improves the vibration suppression quality.
It is shown that an adjustment of the diffuser geometry at off-design produces a significant improvement of the pump efficiency, thanks to the lower incidence at the leading edge of the stator blades.
