Using Critical Gradient Data To Predict Dnapl
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Presentation given regarding the crtical hydrauli gradientsequired to mobilize DNAPL at new england site. Gradients have not changed
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Using Critical Gradient Data To Predict Dnapl
- 1. By N.J. Misquitta, T.E. Jordan, P.D. Sorek, and M.D. Brourman Using Critical Gradient Data to Predict DNAPL Migration
- 7. 1953 USGS Topographic Map
- 8. 1953 USGS Topographic Map
- 12. Cross Section Looking South
- 13. Geologic Cross Section Along SBS
- 15. NAPL Seeps
- 19. Flow Net – Non-Leaky Barrier Wall
- 20. Flow Net – Leaky Barrier Wall
- 21. Vertical Gradient Model – High Stage
- 22. Vertical Gradient Model – Low Stage
- 31. Critical Gradient for Fracture Flow Where: ρ D = specific gravity of DNAPL ρ W = specific gravity of water g = acceleration of gravity h = height or length σ = interfacial tension θ = contact angle r = pore throat radius or fracture aperture z = DNAPL body radius