Sentence examples for functional shapes from inspiring English sources
As high-tech or luxe as the fabric may be, today's outerwear still relies on a historical template -- functional shapes designed for success in the woods, on the battlefield or at the opera.
We observe the strongest differences between co-presence and contact distribution functional shapes for the primary school data.
As an example, consider any transformation in time of the scores of elements in the system, such that their ranking order stays the same; then (f k)) could interpolate between different functional shapes as time goes on, while (d k)) would stay constant.
She prefers to play with functional shapes, graphic stripes, patterns and fonts.
Nobody doubts that the physical properties of individual proteins and their ionic environment are what cause molecular complexes to self-assemble and assume their functional shapes.
For example, simulating biological phenotypic mechanisms such as polarity and chemotaxis can yield a system with the ability to grow functional shapes [15] but does not per se imply predictive power for the evolution of development of biological organisms.
The curve is a fit to a power-law times an exponential function - a typical functional shape for skewed distributions where there is a natural maximum (in this case the total number of units).
We also used a non-parametric method to check whether the basic functional shape assumed for the distribution function was reasonable or not.
Yet, these efforts have not been particularly successful, in large part because available functions are not flexible enough to portray accurately the functional shape of the FDC for a large range of catchments and contrasting hydrologic behaviors.
The optimal value of κ that determines the best tanh functional shape, namely the virtual queue-based packet dropping probability functions for AC_VI and AAC_VI, has been found to be 1, despite that the performance differences using its neighbouring values are not so large, between 1~2 dB in general.
What makes a protein follow one of these many folding possibilities to achieve its functional shape?
