The seismic signals are typically non-stationary and the conventional methods cannot analyze them well.
Because of the anisotropism of asphalt mixtures, traditional experimental methods cannot analyze displacement and strain fields accurately.
This method has realized excellent athletic performances and clarified injury mechanisms, although it cannot analyze the performances that have not been realized, for instance, a performance that surpasses the current world record.
In its present form our method cannot identify polygons in cases where there exist missing or false stars in the analyzed images, in those situations it only indicates that no match was found.
The XRD peak deconvolution method is widely used to analyze cellulose II structure, for example, in cellulose film and lyocell, because the XRD peak height method cannot be applied to the cellulose II allomorph.
This method cannot be used to repair holes.
Any method cannot contradict this basic truth.
However, this method cannot avoid color distortion.
This method cannot be used with swabs and cannot be applied retrospectively.
This method cannot be used for solid material.
