Use of Protein Charge Ladders to Study Electrical Interactions in Porous Membranes

Engineering & Materials Science

1. Activated carbon 17%
2. Adsorbents 33%
3. Aliphatic compounds 26%
4. Aromatic compounds 21%
5. Benzene 16%
6. Butane 18%
7. Carbon 21%
8. Carbon dioxide 12%
9. Catalysts 11%
10. Characterization (materials science) 12%
11. Computer simulation 23%
12. Hydrocarbons 37%
13. Impurities 13%
14. Industrial research 19%
15. Ladders 80%
16. Membranes 100%
17. Microporous materials 25%
18. Molecular dynamics 15%
19. Molecular sieves 61%
20. Molecular structure 18%
21. Operating costs 13%
22. Pore size 32%
23. Porosity 12%
24. Proteins 60%
25. Soils 11%
26. Sorption 16%
27. Temperature 5%
28. Toluene 16%
29. Transport properties 17%
30. Water 7%