In 2009, Fuchs et al. analysed the dynamic processes involved in the differentiation and functionality of both cell types in the coculture system as a function of cultivation time [ 32].
The temperature distribution of this system as a function of position is investigated.
A simple master nucleation curve was derived for each system as a function of the system subcooling.
A parametric study shows the performance of the control system as a function of process and material parameters.
The efficiency of the process can be monitored through the electrical current passing through the system as a function of time.
In this study, plasma-nitrided austenitic stainless steel was prepared using a microwave system as a function of the nitriding duration.
A chemorheological correlation was used to describe the viscosity variation in the PAN system as a function of IA content, temperature and time.
The energy of (110) twist boundaries in the AgNi system, as a function of twist angle, has been calculated using the embedded atom method (EAM).
Using fibre optic probes, a mixing coefficient km is determined for the system as a function of the applied fluid oscillation frequency and amplitude.
A shear rate-temperature super position master curve is constructed to predict the melt viscosities of the system as a function of temperature.
Characterizing these structures as networks may allow us to quantify the load transferring behavior of the emergent system as a function of the connected cortical and trabecular components.
