Despite considerable experimental knowledge, the MSAC has not yet been modeled at a detailed molecular level.
Based on this model, a detailed analysis was performed on WSMHEs.
For this, we use two very different models: a detailed, transferable one, and a coarse-grained, structure-based one.
Soot aggregate formation in a two-dimensional laminar coflow ethylene/air diffusion flame is studied with a pyrene-based soot model, a detailed sectional aerosol dynamics model, and a detailed radiation model.
To validate the results of geostatistical modeling a detailed structural map of the area was also made on a scale of 1 1000.
Simulating this improved model, a detailed parametrical analysis of steam injected and regenerative gas turbine cycles is performed for varying pressure, steam injection and equivalence ratios.
Furthermore, in order to validate our model, a detailed network with 22 nodes and 36 links is used to illustrate it.
Additionally, for both collision models a detailed study of the convergence behavior of the method in the non-Newtonian case is conducted.
By combining these models, a detailed model for the pathway was produced.
The second model, a detailed analysis of treatment differences within covariate levels, was prepared with a cell means version of the linear model.
Despite a growing use of FLS isolated from murine inflammatory models, a detailed characterisation of these cells has not been performed.
