Three morphologies of scale leaves are present, two of which are associated with reproductive structures and one probably representing bud scales.
However, as Eaves (2006) pointed out, the same artifacts of scale could be present in all variables in a G × E study.
Two general types of scales were present over most of the body: small pointed or convex tubercles, 1-3 mm in diameter with no definite arrangement (ground tubercles); and larger, flat polygonal tubercles (pavement tubercles) typically less than 5 mm in diameter, but up to 10 mm over the forearm.
The numbers produced by scaling of equation are presented for transport of momentum, heat and mass.
First, the morphology is studied: various features and scales of roughness are presented, and a classification is proposed.
Often a wide range of time scales is present in the problem, leading to numerical difficulties as in stiff systems of ordinary differential equations.
Perceptions challenging utilization of sedation scales are present, especially for nurses.
After the oxidation tests an oxide scale was present which consisted of two distinct layers.
In woven composites, the additional scale of the yarn is present, thus a detailed and accurate three-dimensional micromodel was constructed and exploited for the micro meso bridge.
In their recent comprehensive analyses of myosin diversity, Odronitz and Kollmar [ 4] identified 35 myosin classes at the eukaryote scale, of which 3 were present in the last common eukaryotic ancestor.
A historical review of scale effects is presented showing wind tunnel to flight discrepancies of different types of aircraft configurations.
