When no new motifs that matched our criteria were discovered, the model was considered complete and the results from the last search were used for promoter identification.
The sensitivity analysis of the coupled model considered the complete scenario during 30 days in a cubic centimeter domain.
Furthermore, as the residuals between the calculated and the measured volume of the eroded material are normally distributed, the deterministic model may be considered complete, meaning that no other variables are necessary to explain the studied physical process.
The model considers situations characterized by complete as well as incomplete information, and ones in which some agents lose over time while others gain over time.
The results obtained from these models cannot be considered complete or totally accurate because of the inherent uncertainty of the models [21, 22].
Two different formulations were used for modeling this structure: the interfacial-layer thermionic-diffusion model, considered as a complete and general theory, and the diffusion model as a more specific approach.
My Buffett model considers that exceptional.
To demonstrate its applications, this model considered two boundary conditions: complete mortality of fifth-instar navel orangeworm with temperature time relationships (46, 48, 50, 52, and 54 °C for 140, 50, 15, 6, and 1 min, respectively), and maximum temperature tolerance relationship for walnut quality (53, 69, and 75 °C for 240, 5, and 1 min, respectively).
In the present study, an unsteady state model considering sequential occurrence of complete pore blocking and gel layer formation was proposed for explaining flux decline behavior during rhamnolipid based MEUF for simultaneous removal of Cd+2 and p-cresol from aqueous solution under batch concentration mode.
Papadakis (2000) proposed a complete carbonation model considering the type and amount of cementitious materials, degree of hydration and porosity of concrete.
