In this paper, we apply and extend this method to compute more complex microstructural quantities and, in particular, map out the connection between grain growth rate and various topological properties.
As societies grow more complex, however, the quantity of knowledge to be passed on from one generation to the next becomes more than any one person can know, and, hence, there must evolve more selective and efficient means of cultural transmission.
The rivers that flow into the Tyrrhenian Sea are longer and more complex and carry greater quantities of water.
Only cyclin D1 showed more complex regulation with low quantities of protein in differentiated cells despite high level of its mRNA.
As the power systems become more and more complex with a large quantity of electronic devices, real time simulations are increasingly important in modeling.
The possibility of solving the inverse problem provides a promising way of estimating hardly measurable quantities for more complex molecules.
In fact, we observe that customers are more likely to go to a non-closest shop to buy more expensive products, products they need in lower quantity and more complex products.
One would logically reason that the role of vegetation in filtering pollutants would be stronger with an elevated leaf surface, a higher leaf quantity, a more complex vertical canopy structure, a higher edge density, and numerously dispersed patch patterns (Janhäll 2015).
It presents more difficulties when it is applied to the design of a more complex system that depends on many physical quantities (i.e. vehicles, industrial production plants, etc).
Jarosite released from such industrial process is complex and its quality and quantity make the task more complex for safe disposal.
This is the fundamental unit of conceptual quantity representation, and much more complex arithmetic word problems can be composed by the combination of the units.
