Chemical Engineering & Applied Chemistry

Keyphrases

1. Pyrolysis 100%
2. Fast Pyrolysis 94%
3. Bio-oil 81%
4. Copolymer 69%
5. Biomass Pyrolysis 67%
6. Ionic Liquid 57%
7. Contact Lens 50%
8. Methanol 48%
9. Biodiesel 48%
10. Diblock Copolymer 44%
11. Pyrolysis Oil 43%
12. Nanoparticles 43%
13. Silica 42%
14. Aqueous Solution 41%
15. Block Copolymer 41%
16. SBA-15 38%
17. Polymerization-induced Self-assembly 38%
18. Magnetic Properties 37%
19. Heterogeneous Catalyst 37%
20. Aluminum Oxide 36%
21. Mechanical Properties 36%
22. Reactor 36%
23. Polyethylene Glycol 36%
24. Worm 34%
25. Structure-property Relationships 33%
26. Polylactic Acid 32%
27. Polystyrene 32%
28. Gasification 30%
29. Biochar 29%
30. Carbon Dioxide 29%
31. Thermogravimetric Analysis 29%
32. In Situ 29%
33. Transesterification 29%
34. Antioxidant 29%
35. Biofuel 28%
36. Biodiesel Production 28%
37. Solid Acid Catalyst 27%
38. Low Temperature 27%
39. Oxygen Permeability 27%
40. Spin Transition 26%
41. Bioenergy 26%
42. Lipids 26%
43. Pyrolysis Products 26%
44. Biodiesel Synthesis 25%
45. Surface Properties 25%
46. Sodium Hydroxide 25%
47. Intermediate Pyrolysis 25%
48. Alcohol 25%
49. Polypropylene 24%
50. Active Sites 24%
51. Surfactant 24%
52. Biomass Gasification 24%
53. Ethanol 24%
54. Anions 23%
55. Ring-opening Copolymerization (ROCOP) 23%
56. 1,2,4-triazole 23%
57. Catalytic Activity 23%
58. Hydrogen Production 23%
59. Mesoporous 23%
60. Temperature Effect 23%
61. Combustion 22%
62. Hydrogen Peroxide 22%
63. High Temperature 22%
64. Pyrolysis Liquid 22%
65. Liquid Phase 22%
66. Miscanthus 22%
67. Physical Properties 22%
68. Metal-organic Frameworks (MOFs) 22%
69. Synthetic Hydrogels 22%
70. Carboxylic Acids 21%
71. Supercritical Water 21%
72. Methane 21%
73. Esterification 20%
74. Thermal Degradation 20%
75. Viscosity 20%
76. Rutile 20%
77. Polyethylene 20%
78. Esters 20%
79. Physicochemical Properties 19%
80. Chain Transfer 19%
81. Thermal Properties 19%
82. X-ray Photoelectron Spectroscopy 19%
83. Fe(II) 19%
84. Hydrocarbons 18%
85. Phase Diagram 18%
86. Adsorption 18%
87. Self-assembly 18%
88. Fatty Acids 18%
89. Biomass Materials 18%
90. Slow Pyrolysis 18%
91. ZSM-5 18%
92. Lignin 18%
93. Room Temperature 18%
94. Polyhydroxybutyrate 18%
95. Solid Base Catalyst 18%
96. Glycerol 18%
97. Well-defined 18%
98. Acid Sites 18%
99. Gas Chromatography-mass Spectrometry 17%
100. Microstructure 17%