A center of mass approach was utilized to define the damage location.
A dimensional analysis and experimental investigations are utilized to define significant terms.
Much of the data from screening these compounds, however, is not efficiently utilized to define structure activity relationships (SAR).
These two characteristics have been also utilized to define reducts within the Dominance-based Rough Set Approach (DRSA).
Modulated differential scanning calorimetry (MDSC) was utilized to define the level of ITZ miscibility with each polymer.
The Pitzer ion interaction model and the Freundlich non-equilibrium isotherms are utilized to define the kinetics of salt crystallization/dissolution.
Library selection protocols were utilized to define accessible target sites, and ribozymes targeted to these sites were very active in vitro.
The approach is utilized to define imaging volume requirements for short, high field, solenoid magnet designs that maintain whole body imaging capability.
Towards this end, a nonlinear model of the DC microgrid is utilized to define an optimal tracking control problem based on a discounted quadratic infinite-horizon cost function.
The modified non-linear Hertz contact law is utilized to define the contact force between the target CNTRC plates integrated with piezoelectric layers and the spherical impactor during the impact duration.
