Pieces of highly oriented pyrolytic graphite were submitted to oxidation by air and oxygen plasma and the resulting surface topographies were compared using atomic force microscopy (AFM) and scanning tunneling microscopy (STM).
The usefulness of the six available Landsat 8 OLI images as well as the processing levels 1T or surface reflectance calibration (SRC) were compared using visual inspection, scatter plots, correlations and best subset regressions.
Maps of the risk surface for exceedance probability were compared using GIS and the full posteriors of the standard deviation of the spatial effects were also compared.
Gene expression values for each day of culture and cell surface markers, and PD values were compared using Dunnet test.
This was done simply by multiplying the parameter estimates (Beta) obtained from the GLM with the surface (S) under their respective predictor (S = BetaauditoryxSauditory + BetaactionxSaction). Brain activity across conditions were compared using this surface (for details please see [4]).
In particular, two different designs for harvesting energy from geothermal reservoirs were compared using the response surfaces.
PfEMP-1 levels on the surface of parasitized AA and CB erythrocytes were compared using the paired t test.
Averaged data were compared using t-test.
Raters were compared using kappa statistics.
Models were compared using likelihood ratio tests.
