Benford's law is an empirical observation which predicts the expected frequency of digits in naturally occurring datasets spanning multiple orders of magnitude, with the law having been most successfully applied as an audit tool in accountancy.
In this study, finite element simulations and reference samples are developed that characterize how accurately indentation measures the modulus of a material as it varies with distance across a continuous interface between dissimilar tissues with multiple orders of magnitude difference in properties.
Then, we demonstrate that we can achieve a lower degree of error in two one-dimensional test problems by employing an RMC transport sweep with multiple orders of magnitude fewer particles per sweep.
We did not measure time to anthesis or time to stigma exsertion ('silking') because Setaria species have inflorescences with multiple orders of branching, and flowers on the different branches and in different parts of the inflorescence open at different times (Doust and Kellogg 2002).
I've already been working for hours before I arrive at your house, having loaded my truck with the multiple orders of crates of beer and mineral water, over 20kg a crate.
But things are getting better with, for example, multiple orders packed into single boxes, and a lot more thought is going into packaging materials.
However, large chemical reaction networks can contain reaction processes with rates spanning multiple orders of magnitude.
In order to achieve acceptable performance in a multipath fading environment, block interleavers with depths of multiple orders of the encoder output length are required to separate adjacent coded symbols sufficiently.
In order to eliminate the potentially dangerous high amplitude solutions, a series ALPTMD with a mass multiple orders of magnitude smaller than the PS is added to the NTMD.
Here we have combined three different advanced electron microscopic techniques that cover multiple orders of magnitude of volume sampled, with a novel staining methodology (Lanthanum Dysprosium Glycosaminoglycan adhesion, or LaDy GAGa), to determine the structural basis of these two additional layers.
