The ensemble of IP3R models reproduced between 73% 82% of the measured values within a single ensemble standard deviation and 100% of the measurements at three ensemble standard deviations.
Their results were obtained by combining measurements at nine wave-lengths made at the California Institute of Technology, Mullard and Nuffield Radio Observatories.
For L = 1.0 μm measurements at six pressures P are presented.
For direct nitrous oxide emissions, a new estimation model based on measurements at eight Austrian WWTPs was applied.
The statistical parameters of monthly maxima of climatic loads related to measurements at six locations in Germany are employed.
The differencing formulations considered use either three- or four-point finite differencing requiring simultaneous measurements at three or four positions, respectively.
The former required measurements at eight angles for each measurement location; the latter a full quadrant of solid angle with the centre of the sample maintained stationary.
Hence, we proposed metrics to evaluate prediction quality and, using one year of measurements at two wind turbines, we evaluated predictions in six different flow conditions.
This work presents experimentally obtained results of sorption isotherms measurements at seven temperatures and one sorption isobar at atmospheric pressure obtained for Bełchatów brown coal.
Rather than perform a test at a single low gradient, this approach proposes performing exactly the same test but taking measurements at three or more arbitrary higher gradients.
