Chemical Engineering

Keyphrases

1. Escherichia Coli 100%
2. Density Functional Theory 79%
3. Nanoparticles 71%
4. Adsorption 70%
5. Cellulose 62%
6. Molecular Dynamics Simulation 62%
7. Supercritical Water 60%
8. Toluene 60%
9. Adsorbent 58%
10. Silica 57%
11. Ultrafiltration 54%
12. Methanol 54%
13. Aluminum Oxide 51%
14. Biofilm 49%
15. Hydrothermal Liquefaction 49%
16. Biofilm Formation 49%
17. Block Copolymer 44%
18. Jet Fuel 43%
19. Nanofiltration Membrane 41%
20. CO2 Hydrogenation 40%
21. Thermodynamics 40%
22. Sulfur 40%
23. Low Temperature 39%
24. Mechanical Properties 39%
25. High Temperature 38%
26. Shape Selectivity 38%
27. Reaction Pathway 38%
28. ZSM-5 37%
29. Hydrocarbons 37%
30. Sum Frequency Generation 37%
31. Monooxygenase 37%
32. Density Functional Calculations 36%
33. Poly(ethylene oxide) 35%
34. In Situ 35%
35. High Performance 34%
36. Nanostructures 33%
37. Reactor 33%
38. Sum-frequency Generation Spectroscopy 33%
39. Kinetic Model 32%
40. Pyrolysis 31%
41. Order of Magnitude 31%
42. Polystyrene 31%
43. Anion Exchange Membrane 31%
44. Fouling 30%
45. Friction 30%
46. Diesel Fuel 30%
47. Temperature Effect 29%
48. Humidity 29%
49. Poly(3-hexylthiophene) (P3HT) 29%
50. Glass Surface 29%
51. CO2 Capture 29%
52. Zeolite 29%
53. Persister Cells 28%
54. Fuel Cell Applications 28%
55. Polyethylenimine 28%
56. Aromatics 28%
57. Naphthalene 28%
58. Catalytic Activity 28%
59. Copolymer 28%
60. Biocrude 27%
61. Pseudomonas Aeruginosa (P. aeruginosa) 27%
62. Rutile 27%
63. Sulfur Compounds 27%
64. Fuel Cell 27%
65. Pt(111) 27%
66. Adsorptive Desulfurization 27%
67. Microfiltration 27%
68. Hydrogenation 26%
69. Solid Surface 26%
70. Hydrogen Production 26%
71. Bimetallic 26%
72. Active Sites 26%
73. Pore Size 25%
74. Lubricant 25%
75. Selective Adsorption 25%
76. Soda-lime-silica Glass 25%
77. Ethanol 25%
78. Cellulose Nanofibrils 25%
79. Indole 25%
80. Reaction Conditions 25%
81. Plant Cell Wall 24%
82. Carbon Dioxide 24%
83. Particle Size 24%
84. Surfactant 24%
85. Hydrogen Peroxide 24%
86. Virus Filtration 24%
87. Filtrate Flux 24%
88. Methane 23%
89. Monoclonal Antibody 23%
90. Bimetallic Catalyst 23%
91. Surface Chemistry 23%
92. Filtration 23%
93. Metabolic Engineering 23%
94. Glass Transition Temperature 23%
95. Conjugated Polymers 22%
96. Polymer Film 22%
97. Electrostatic Interaction 22%
98. Metabolism 22%
99. Quorum Sensing 22%
100. Electrolyte 22%