Sentence examples for by different parameters of from inspiring English sources
This difference may be explained by different parameters of the experimental procedure (length of incubation, whole blood versus purified T-cell subset, addition of fetal bovine proteins, and so on).
In this study, the different dynamical behaviors caused by different parameters of a discrete-time eco-epidemiological model with disease in prey are discussed in ecological perspective.
The p domains are characterized by different parameters of infection in order to show the influence of domains at high risk of infection with HIV/AIDS, on a domain that is characterized by a lower infection rate.
In this paper, a systematic method is described that constructs an efficient and a robust coarse classifier from a large number of basic recognizers obtained by different parameters of feature extraction, different discriminant methods or functions, etc.
Our LBA modeling exercise showed that the effects of similarity and number of alternatives are captured by different parameters of the model.
This fact was confirmed by different parameters of pO2 polarography showing only slight to moderate correlations between the fraction of pO2 values ≤ 2.5 mmHg and the mean or median pO2.
The synthesis of CNPs is affected by different parameters (volume of water (W), time of irradiation (t), polyethylene glycol (PEG) volume, and weight of glucose (G)) which may have an effect on adsorption and removal efficiency.
One-way sensitivity analysis was performed by changing different parameters of the model by ±10%%: the assumption on the acquisition cost of biosimilar infliximab, the size of the initial population and its growth rate over time, the discontinuation rates of biological drugs, and the rate of interchanging infliximab with biosimilar infliximab.
Using the Gillespie algorithm, we performed stochastic simulations to investigate how translation of GCN4 mRNA is affected by different parameters, including 5'-loading of ribosomes and the scanning rate.
The maximum of the normal adhesion forces on the tips on the legs, i.e., (F_{text{fy}}, F_{text{my}}) and (F_{text{hy}}) in Fig. 1, required by the robot to stay attached to a vertical surface is minimized by examining different parameters of the structure using the FEM model developed in Part 1.
The minimum value of total cost is obtained by varying different parameters of the system.
