Dispersivity example sentences

"Dispersivity" Example Sentences

1. Dispersivity values were determined using a breakthrough curve analysis.
2. The high dispersivity of the aquifer complicated the remediation efforts.
3. Understanding dispersivity is crucial for effective groundwater management.
4. Researchers investigated the impact of soil properties on dispersivity.
5. Longitudinal dispersivity was found to be significantly greater than transverse dispersivity.
6. The model underestimated contaminant transport due to the neglected dispersivity.
7. Accurate measurement of dispersivity remains a challenge in heterogeneous formations.
8. Variations in dispersivity can affect the design of remediation systems.
9. They calibrated the model by adjusting the dispersivity parameter.
10. Dispersivity is a key parameter in many reactive transport models.
11. The study highlighted the spatial variability of dispersivity.
12. Increased dispersivity led to faster plume spreading.
13. We observed a significant correlation between porosity and dispersivity.
14. The effects of scale on dispersivity are still debated.
15. Dispersivity is often scale-dependent.
16. Mechanical dispersivity dominates at smaller scales.
17. Estimating dispersivity from laboratory experiments is difficult.
18. The dispersivity tensor accounts for anisotropy.
19. Heterogeneity significantly influences dispersivity.
20. Field-scale dispersivity is generally much larger than laboratory-scale dispersivity.
21. They used a site-specific dispersivity value.
22. Modeling dispersivity accurately is essential for risk assessment.
23. The high dispersivity resulted in widespread contamination.
24. Low dispersivity could lead to underestimation of the risk.
25. Further research is needed to understand the factors controlling dispersivity.
26. The model parameters, including dispersivity, were carefully selected.
27. Because of the high dispersivity, the plume spread rapidly.
28. Despite its limitations, the model captured the overall dispersivity trends.
29. They compared different methods for determining dispersivity.
30. The spatial variability of dispersivity needs to be considered.
31. Accurate prediction of contaminant transport requires accurate dispersivity estimation.
32. Effective remediation strategies require an understanding of dispersivity.
33. The study emphasized the importance of characterizing dispersivity.
34. Dispersivity is a complex parameter influenced by various factors.
35. The results suggest a dependence of dispersivity on flow velocity.
36. The choice of dispersivity value significantly affects model predictions.
37. It is important to consider the scale-dependence of dispersivity in modeling.
38. They developed a new method for measuring dispersivity in porous media.
39. Determining dispersivity is a critical step in contaminant transport modeling.
40. The influence of dispersivity on remediation design was explored.
41. A better understanding of dispersivity is crucial for environmental protection.
42. The dispersivity in this aquifer is relatively high.
43. They found that dispersivity increased with flow rate.
44. This model accounts for both advection and dispersivity.
45. The uncertainty in dispersivity values affects model reliability.
46. Several factors contribute to the high dispersivity observed in the field.
47. The study aimed to quantify the effects of dispersivity on contaminant fate.
48. The impact of dispersivity on plume migration was analyzed.
49. The results showed that dispersivity is not a constant value.
50. Further research is warranted to better understand the mechanisms governing dispersivity.