Building on previous work, a completely empirical investigation was devised which has resulted in the development of the "Family" approach to cyclone design, and a method for predicting both the D50 cut point and the shape (or slope) of the selection curve.
A technique for stochastically assigning the sizes of tubular pore segments placed in a network configuration of interconnected pores has been used to model pore structure and a trial and erro procedure has been devised which gives directly the size distribution of segments comprising the network which will exactly reproduce any observed merc porosimeter penetration curve.
Finally, an expression that approximates the ultimate surcharge load has been devised which is convenient for use by practising engineers.
An electrochemically based technique using assessment of the oxygen-reduction cathodic reaction has been devised, which allows the extent of scaling on a solid surface to be determined.
A novel prism has been devised which can be used in place of the 'flag' in an optical shadow-sensing type of displacement sensor, for example.
In order to reduce further the resource consumption, a mechanism to prune de graph has been devised, which reduces resource consumption of the baseline system without degrading the latency savings.
A catalyst design strategy has been devised which incorporates the mentioned approaches in order to tackle various critical aspects for both electroactivity and stability, considered essential to boost Direct Methanol Fuel Cells technology.
A new numerical solution strategy has been devised, which is an extension of the well-known SIMPLE algorithm and takes the compressibility of the solids phase directly into account, which allows for much larger time steps (about a factor of 10 larger).
Consequently, a security concept has been devised which ensures the confidentiality of data without forcing its user to hurdle any unnecessary burdens and leaving an acceptable residual risk.
A genetic method has been devised which is based on the facts that ND involving the sex chromosomes produces mostly viable mice, and that such exceptional animals can be externally recognized by the use of appropriate markers.
