Their applications to the precision spectroscopy of atoms and molecules are discussed along with specific examples of fundamental measurements best made with such devices.
Within novel scaffold fabrication processes 3D fiber deposition (3DF) showed great potential for tissue engineering applications because of the precision in making reproducible 3D scaffolds, characterized by 100% interconnected pores with different shapes and sizes.
Given the scope of the application BVA the precision of the indicator is the most relevant measure to compare from the confusion matrices.
However, the domain of application and the precision that we can expect from the results are part of the mental models that scientists need to have for their tools.
Nevertheless, large sample volumes are typically required (10 mL), which strongly limits their application and/or the precision of the results.
The field of bioengineering has pioneered the application of new precision fabrication technologies to model the different geometric, physical or molecular components of tissue microenvironments on solid-state substrata.
Importantly, future genetic studies aimed at identifying additional susceptibility genes will further establish the foundation for the application of precision medicine in the care of AA patients.
Specific experimental conditions were optimized for the application of precision casting, for example, the composition ratio (of the starting powders), the inorganic precursor, and the gel-casting method.
In this approach, standard double precision is used during the application of the preconditioner, whilst higher precision arithmetic is used to define the matrix vector product, dot products and norms required by the Krylov method.
Toutain, T. & Appourchaux, T. Maximum likelihood estimators: an application to the estimation of the precision of helioseismic measurements.
