In feasibility aspect, template-assisted nanowires have an extraordinary advantage over other nanowires that are grown by different methods such as vapor-liquid-solid method [9] and electroless-etched method [10, 11].
Here, we show how the electrodeposition process can be adapted to the constraints of a high aspect ratio template in order to approach an ideal behaviour of smooth and pure Fe nanowires.
Both case studies reflect different aspects of template creation and use with respect to model development.
We investigated different aspects of template-switch-based 5′ RACE, and we describe the different steps leading to the in-house development of a complete 5′ RACE system from oligonucleotide design to polymerase chain reaction (PCR) amplification.
As to the quantum aspect of a template for action, Stapp argues that the mental effort, i.e. attention devoted to such intentional acts can protract the lifetime of the neuronal assemblies that represent the templates for action due to quantum Zeno-type effects.
They are very heterogeneous, mixed forests but in the highest altitudes they change aspect, looking like template forests with only a few species.
A second important aspect of the template system is that it is a highly flexible and adaptive system since its runtime behaviour is driven by templates and variable definitions created and maintained by the end users, the medical professionals themselves.
Noble metal nanorod plasmon coupling has thus drawn much attention and plenty of studies investigate interparticle coupling phenomena on a single particle level with respect to interparticle distance, orientation, aspect ratio, shape, template material, and nanoparticle material.
This aspect of referral templates being perceived by primary care practitioners as being essentially designed for the convenience of secondary care consultants has been observed in other studies [ 8, 40].
Another distinctive RodosVisor feature is the customized design based on generative programming techniques, such as aspect oriented programming and template meta-programming.
