University of Cambridge

Keyphrases

1. Limonene 100%
2. Reaxys 100%
3. Chemical Intuition 75%
4. Paracetamol 75%
5. Route Optimization 75%
6. Optimization Approach 75%
7. Route Identification 75%
8. Chemical Route Selection 75%
9. Route Evaluation 75%
10. Annotated Corpus 75%
11. Data-driven Classification 75%
12. Organic Chemistry 75%
13. Network Analysis 75%
14. Model Generation 75%
15. Biowaste 62%
16. Waste Feedstock 62%
17. Chemical Route 62%
18. Wiring 37%
19. Continuous Flow 37%
20. Network Structure 37%
21. Chemical Space 37%
22. Chemical Optimization 37%
23. Technological Area 37%
24. Simile 37%
25. Global Optimization 37%
26. Organic Reactions 37%
27. Screening Program 37%
28. Six Degrees of Separation 37%
29. Performance Indicators 37%
30. Network-based Statistics 37%
31. Cost Indicators 37%
32. Network Load 37%
33. Reaction Steps 37%
34. Graph Theory 37%
35. Initial Reaction 37%
36. Process Configuration 37%
37. Development Program 37%
38. Flowsheet 37%
39. In-house Database 37%
40. Reaction Screening 37%
41. Contextual Metadata 37%
42. Ontological Basis 37%
43. Grammatical Structure 37%
44. Validation Accuracy 37%
45. Highly Connected 37%
46. Linguistic Cues 37%
47. Scale-free 37%
48. Degree of Certainty 37%
49. Scale-free Network 37%
50. High-to-Low 37%
51. Terpenes 37%
52. Categorization System 37%
53. Small-world 37%
54. Graph Metrics 37%
55. Reaction Development 37%
56. Formal Ontology 37%
57. Global Generation 37%
58. Small Networks 37%
59. Social Networks 37%
60. Mathematical Tools 37%
61. Machine Learning Models 37%
62. Classification System 37%
63. Reaction Pathway 37%
64. Nanopublication 37%
65. Knowledge Base 37%
66. Text Mining 37%
67. E-factor 24%
68. Benzoic Acid 24%
69. Multi-criteria 24%
70. Oxidation Efficiency 24%
71. Multiple Indicators 24%
72. Route Development 24%
73. Proposed Methodology 24%
74. Full Automation 24%
75. Process Conditions 24%
76. Synthesis Routes 24%
77. Exergy 24%
78. Reaction Conditions 24%
79. Sustainability Assessment 24%
80. Environmental Sustainability 24%