Optical characterizations together with theoretical calculation enable us to identify the optical transitions from these MQWs.
Theoretical calculation enables us to predict the crystal and electronic structure of possible new materials and their reaction mechanisms.
Thermodynamic calculations enabled us to understand the partitioning behavior of alloying elements in MSP.
Compression testing by Instron dynamometer and geometric calculations enabled us to determine the play angle of each bracket/archwire combination, and the angle at which a clinically efficacious force couple, sufficient for dental movement, is exerted.
An assignment of the spectrum by ab initio calculations enabled us to interpret the spectroscopic results in terms of potential-induced reorientation of the molecular plane with respect to the surface.
These calculations enabled us to estimate the burden of disease from ambient air pollution that can be attributed to household cooking (PM2.5-cook), and to better understand the degree to which attainment of outdoor air quality goals depends on control of household air pollution.
The visual assessment of FDG uptake as well as calculation of SUV enabled us to comprehensively evaluate skeletal muscle.
Despite less power in the calculations, the design enabled us to more clearly investigate the differences between groups.
A major advantage in using SDS and not raw data in the calculations is that it enabled us to follow the progression of nerve dysfunction more thoroughly, regardless of the neurophysiological technique.
