Chemical and Biological Engineering

Keyphrases

1. Metal-organic Frameworks (MOFs) 100%
2. Polystyrene 36%
3. Adsorption 28%
4. Glass Transition Temperature 27%
5. Solid-state Shear Pulverization 25%
6. Cell-free Protein Synthesis 21%
7. Escherichia Coli 20%
8. Zeolite 19%
9. Synthetic Biology 19%
10. Aluminum Oxide 17%
11. Active Sites 17%
12. Silica 17%
13. Molecular Simulation 15%
14. Cell-free 14%
15. Greenhouse Gas Emissions 14%
16. Polypropylene 14%
17. Confinement Effect 14%
18. Grand Canonical Monte Carlo 13%
19. Gradient Copolymers 13%
20. Poly(methyl methacrylate) 13%
21. Methane 12%
22. Block Copolymer 12%
23. Pyrolysis 12%
24. Styrene 12%
25. Catalytic Activity 11%
26. In Situ 11%
27. Temperature Effect 11%
28. Hydrogen Peroxide 11%
29. Butane 10%
30. Molecular Orientation 10%
31. Small Molecules 10%
32. Density Functional Theory 10%
33. Nanoporous 10%
34. Order of Magnitude 10%
35. Linker 10%
36. Selective Oxidation 10%
37. Polymer Film 10%
38. Kinetic Model 9%
39. Alkanes 9%
40. Bioproducts 9%
41. Polyhydroxyurethane 9%
42. Propane 9%
43. Reaction Mechanism 9%
44. Dynamic Optimization 9%
45. Ethylene 9%
46. Glass Transition 9%
47. NU-1000 9%
48. Hydrocarbons 9%
49. Under Uncertainty 8%
50. Oxidative Dehydrogenation 8%
51. Copolymer 8%
52. Oxides 8%
53. Cell-free System 8%
54. CO Oxidation 8%
55. Biofuel 8%
56. United States 8%
57. Physical Aging 8%
58. Phase Separation 8%
59. Transcription Factor 8%
60. Methanol 8%
61. Rutile 8%
62. Saccharomyces Cerevisiae 8%
63. Ethanol 8%
64. Adsorption Isotherm 8%
65. Shear Rate 8%
66. RNA Structure 8%
67. Mechanical Properties 7%
68. Zirconium Metal-organic Frameworks 7%
69. Metabolic Engineering 7%
70. Polymer Solution 7%
71. Mixed Integer Nonlinear Programming 7%
72. Environmental Impact 7%
73. Mechanistic Modeling 7%
74. Low Temperature 7%
75. Reaction Conditions 7%
76. Molecular Dynamics Simulation 7%
77. Liquid Crystal Polymer 7%
78. High Performance 7%
79. Propene 7%
80. Self-assembly 7%
81. Shear Flow 7%
82. Polymer Blends 7%
83. Gas Phase 7%
84. Activation Energy 7%
85. CO2 Adsorption 7%
86. Diffusivity 7%
87. Life Cycle Analysis 7%
88. High-throughput Screening 7%
89. Protein Synthesis 7%
90. Hydrogen Storage 7%
91. Mechanistic Model 7%
92. Methyl Acrylate 7%
93. Functional Groups 7%
94. Hydrogen Bonds (H-bonds) 7%
95. Gene Expression 7%
96. Radical Polymerization 7%
97. Metabolism 6%
98. Free Volume 6%
99. Molecular Modeling 6%
100. Crosslink Density 6%