The deposition pattern of excimer laser PLD films can be modeled with a bimodal cosn distribution.
Also, desorption needs to be modeled with a precursor state included.
It was shown that these interactions can be modeled, with a high accuracy, by the LJ potential (1) with coefficients C12 = 22500 eVÅ12 and C6 = 15.4 eVÅ6.
The first of these elements requires that the timing of events be modeled with a dynamic discrete duration design.
Results indicate that complex glasses can be modeled with a glass containing as little as six components.
The hydroisomerization can be modeled with a bifunctional reaction scheme and adsorption on the external crystal surfaces and pore mouths.
We show in this paper that all-α transmembrane protein secondary and super-secondary structures can be modeled with a multi-tape S-attributed grammar.
In Part I we described how multimodal mixture fraction probability density functions (PDFs) and conditional scalar dissipation rates can be modeled with a presumed mapping function approach.
The data can best be modeled with a single low frequency resonance (ν ∼ 120 GHz = 4 cm−1) and a single Debye relaxation process (τ ∼ .03 .04 ps).
The Nyquist plots can be modeled with a Randle equivalent circuit, identifying the charge transfer resistance RCT as the relevant concentration dependent parameter.
It is found that, for indentation depths varying from 50 to 5000 nm, the depth dependence of hardness could be modeled with a parameter f.
