The ability to measure these organic components has the potential to significantly improve diagnostic bone imaging, and in this study the technology to tomographically image optical biochemical signatures of bone from thick tissues is examined using a maximally sensitive detector geometry.
The seven-item Self-Regulation Scale (SRS), designed to measure this component, has been developed in five languages.
The temperatures of some components have been measured to compare with the results of the model and to validate it.
Such believers think that it will be possible to build complicated "nanoscale" devices (ie, mechanisms whose components have dimensions measured in nanometres, or billionths of a metre).
The characteristic heat capacity and thermal conductivity of all the detector components have been measured and the values have been used as input to the models to design the detector geometry for best performance.
Half of the data from the litterbag studies were used for calibration of CAMFor, while GENDEC was calibrated using litterbag studies where the chemical properties of litter components had been measured.
Experts say the new treatment will be more effective because the components have been measured accurately and the pill is not bitter-tasting.
On-site construction took seven days, and waste was kept to a minimum, since components had been measured and packaged together in the factory.
The diameters of the components had been measured using Mitutoyo (Andover, United Kingdom) laser micrometers (LSM-506 and LSM-600) at Finsbury (DePuy, Leeds, United Kingdom) – and were weighed.
Thus it is possible that psychophysically measured COS has components that are distinct from the COS measured in V1 neurons.
