Components in a mechanism, she points out, often form a more complex unit by virtue of the individual properties that unite them their "meshing properties"; the complex unit then figures into the mechanism's behavior.
More complex unit operations have largely been unexplored due to complexities interfacing inline analytical equipment to unit operations or a lack of methodologies that can be applied to measure attributes of interest.
Orthotropy of the constituent materials leads to much more complex unit-cell problems and is considered in the present paper for the first time.
In accepting their assignment of strata to an expanded Sonsela Member, but correcting their correlations within this member, we present a model for an even thicker and more complex unit than recognized by any previous workers.
We note that a large number of measurement units in clinical practice include more complex unit patterns than the ones we modeled.
On the one hand, the interest is based on the fact that cooperation between competing entities to form a larger, more complex unit played a central role in all the major transitions in evolution [ 3].
The gains were higher in the more complex ecology units in comparison to the kinematics units.
In general, the same principle applies for molecules containing more complex stereogenic units (e.g., a double bond stereogenic unit with two atoms is higher priority than an allene-type stereogenic unit with three atoms - see additional file 1).
A coordination compound is composed of one or more complex structural units, each of which has a central atom bound directly to a surrounding set of groups called ligands.
