In particular, we explore to what extent structure determination methods are able to recover the correct distribution of conformations using experimental data as input.
Estimating the depths to the basement surface with basement determination methods is comparable to the calculation of the thicknesses of the overlying sedimentary rocks.
Quantitative evaluation results indicate that the normalized ASTM offset method is very promising as a precise, simple and practical Kop determination method alternative to the ASTM method, and also the use of the 2/PI (ΔKeff) estimation method is recommended.
Although sialic acid determination methods have been claimed to be sensitive, it is worth mentioning that the colorimetric methods for the determination of sialic acid (both TBA as well as ninhydrin based) are not specific and interfering substances may alter the results.
In order to obtain determination methods for non-atmospheric conditions, particularly for higher initial pressures, reliable ignition criteria were investigated.
The minimal inhibitory concentration (MIC) determination method was used to test the susceptibility of P. aeruginosa PA7 to a range of antibiotics.
Looking strictly at the variability on an intra-rater basis was the focus of our determination of appropriate methods to be evaluated on an inter-rater basis.
The MIC determination method was applied to measure the susceptibility of the two strains of P. aeruginosa M18 and LESB58 to a range of antimicrobial agents, as previously described [ 25].
In the second part of our study we analysed to what extent structure determination methods can recover the correct distribution of conformations.
A statistical RVE size determination method is applied to a specific model of random microstructure: Poisson fibers.
