Recall bias regarding injurious falls was minimised by using register data.
The edge effects are minimised by using an appropriate design of the substrates so that experimental results give reliable data.
For any sequence, artefacts can be minimised by using a small field of view, high-resolution matrix, and thin sections (Fig. 1).
This allows fairly large time-steps to be made for a given accuracy while the required number of spatial points is minimised by using high order differencing formulae.
The wasteful use of hydrocarbons can be minimised by using nuclear as a source of energy and water as a source of hydrogen.
These non-linear distortion functions were minimised by using three different numerical methods, which were Least Squares, Levenberg Marquard (LM) and Gauss Newton (GM).
Because the terminal electron transfer to or from the electrode determines the overall cell potential, potential (voltage) losses can be minimised by using a mediator that has a reaction potential near that of the biological component.
It is shown that profile power is minimised by using an untwisted elliptical planform whereas induced power is minimised by a more highly tapered planform similar to that of a hummingbird.
The impact of numerical artifacts has been minimised by using the very precise weighted essentially non-oscillatory (WENO) method, which can be applied to both kinetic and fluid simulations.
In order to achieve this, material and production costs have to be minimised by using device architectures, which are suited to tap the full potential of reel-to-reel production.
