Truncation of monofractal fBm (which is non-stationary) and fGn entails filtering out components below the measurement or resolution scale of the data and above the scale of their sampling domain.
In particular, assessing accuracy at spatial scales below the resolution of the map products are overly pessimistic (i.e., low correlation coefficients).
EBSD could not reveal the deformation features at large strains because their scale was below the resolution of this technique.
We need a higher resolution scale to differentiate CSPs because the adjusted probabilities of risk scenarios are mostly below the average for the CSPs that answer CAIQ.
Although the macromolecular assemblies formed are readily observable by conventional microscopy techniques, the interactions responsible for assembly occur on length scales that are below the resolution limit of detection.
The spatial restraints discussed below are applied to individual resolution scales as appropriate.
These sizes would be below the resolution of fluorescence microscopy.
For traps with binding energies below 100 meV (wavelengths below 1550 nm) the electron escape time is below the resolution of the PIA and transient PC setup.
Resolution scales from 75 dpi all the way up to 600 dpi.
These simulations use high resolution finite-difference grids below the crystal scale, and involve the derivation of a spring-network model for arbitrary in-plane crystal anisotropy.
