Their affectionate embrace is characteristic and restated in more dimensional terms in a piece titled "Complex Roads (wood/lead)" at Fuentes that involves entwined stubs of tree branches.
The plant is a fractional order system with time delay i.e., the transfer function of the plant involves infinite dimensional terms including a rational function of √s and e hs, where h > 0 represents the delay.
For R0 > 1/4, which in dimensional terms translates to a critical thickness criterion τ > (F2/4)(ρgcg/ρscs)(λg/εσ)[(Tv − T∞)/(Tv4 − T∞4)], flame extinction occurs irrespective of all other environmental conditions.
This can be assessed either retrospectively or prospectively and the response can be expressed in either categorical or dimensional terms.
For example, we see there is a maximum theoretically attainable active drug concentration (A* + D C C* /D A in dimensional terms).
We remark that in panel B, where the oscillations are regular, the period of the oscillations corresponds to roughly 17 days in dimensional terms.
We also see there is a maximum theoretically attainable active drug concentration (A* + D C C*/D A in dimensional terms), which again might not be intuitively clear, and obviously has practical implications.
The density of states shows two-dimensional behavior for energies below the threshold where the electrons or holes can leave the quantum well and a linear combination of a two-dimensional term and three-dimensional term (with a correction factor) for energies above the threshold.
Based on the results appropriate processing conditions were then identified to produce the greatest degree of epitaxial growth as defined by the non-dimensional term.
A non-dimensional term that is the function of total drag coefficient is defined that is independent of the sphere settling velocity.
Finally, the settling velocity equation is obtained by correlating the non-dimensional term versus the particle Reynolds number (0.002 416), fiber concentration(0.02% 0.10% by weight) and flow behavior index.
