Redefining Surface Area: Understanding Reactive Interfaces in Heterogeneous Porous Media

Earth & Environmental Sciences

1. acid mine drainage 28%
2. Anthropocene 32%
3. biological processes 24%
4. calcite 20%
5. carbon sequestration 23%
6. chemical process 24%
7. chlorite 24%
8. climate change 14%
9. conceptual framework 26%
10. education 42%
11. energy 24%
12. environmental awareness 32%
13. experiment 9%
14. fluid 14%
15. fluid flow 22%
16. geothermal energy 29%
17. human activity 19%
18. mineral 13%
19. modeling 20%
20. natural resource 20%
21. physical process 22%
22. plan 34%
23. pollutant transport 27%
24. porous medium 100%
25. productivity 17%
26. project 13%
27. public 33%
28. quartz 17%
29. radioactive waste 23%
30. rate 8%
31. reaction rate 25%
32. reactive transport 60%
33. repository 24%
34. rock 12%
35. school 22%
36. science 16%
37. shale gas 26%
38. soil fertility 26%
39. solute transport 26%
40. spatial variation 20%
41. student 21%
42. summer 14%
43. surface area 91%
44. sustainability 18%
45. sustainable use 28%
46. teaching material 41%
47. two-dimensional flow 29%
48. waste disposal 24%
49. water 15%
50. water flow 21%
51. water management 21%
52. water protection 33%
53. world 14%