Applied Chemical Sciences Research Excellence Group

Keyphrases

1. Cryogel 100%
2. Lipids 77%
3. Carbon Black 74%
4. Ti3C2Tx 74%
5. Electrochemical Sensor 73%
6. Serotonin 71%
7. Ketones 67%
8. Phospholipid Homeostasis 66%
9. 5-hydroxytryptamine 61%
10. Electrode Surface 57%
11. Self-assembled Monolayer 57%
12. Fluorination 57%
13. Lipidomics 57%
14. Chemical Warfare Agents 57%
15. Simulant 57%
16. Medical Applications 57%
17. Absorbent Hygiene Products 57%
18. Dopamine 56%
19. Air Quality 55%
20. Biotechnological Applications 50%
21. MEH-PPV 50%
22. Printed Electrochemical Sensor 47%
23. Hydrogen Donor 47%
24. Adsorbent 47%
25. Melatonin 46%
26. Bioreactor 46%
27. Biocompatibility 45%
28. Air Pollution 44%
29. Electrochemical Performance 44%
30. Soman 44%
31. Pluronic 44%
32. Electrically Conductive 44%
33. Electrospun Nanofibers 44%
34. Electrical Stimulation 44%
35. Macroporous 43%
36. Membrane Curvature 42%
37. Ti3C2Tx MXene 42%
38. Senescence 41%
39. Elastic Energy 41%
40. 3D Printing 41%
41. Lockdown 40%
42. Oxidative Stress 40%
43. Atmospheric Composition 40%
44. MXene-based Composites 39%
45. Pore Size 39%
46. Trifluoromethyl Ketones 38%
47. Liquid Spreading 38%
48. Metallic Mesh 38%
49. Lipid Membrane 38%
50. Medical Waste 38%
51. COVID-19 Lockdown 38%
52. Hurricanes 38%
53. Pollution Hotspots 38%
54. Oxalic Acid 38%
55. Quality Composition 38%
56. Atmospheric Reactivity 38%
57. Ambient Air Quality 38%
58. Protective Antigen 38%
59. Anthrax Toxin 38%
60. Porous Carbon 38%
61. Drop Impact 38%
62. Emulsion 38%
63. Additive Manufacturing 38%
64. Liquid Penetration 38%
65. Ophelia 38%
66. Saharan Dust 38%
67. Biomass Burning Aerosols 38%
68. Aerosol Events 38%
69. Nanocarriers 38%
70. Binding Affinity 38%
71. Spatiotemporal Evolution 38%
72. Three-dimensional (3D) 38%
73. Propylene Oxide 38%
74. Overflow 38%
75. Contact Lens 38%
76. Nappies 38%
77. Three-dimensional-printed 38%
78. Copolymer 38%
79. Pheochromocytoma Cells 38%
80. Polycaprolactone 38%
81. Oxide-oxide 38%
82. Tri-functional 38%
83. Ethylene-propylene Copolymer 38%
84. Ethylene-to-propylene 38%
85. Accommodating Intraocular Lens 38%
86. Membrane Order 38%
87. 3D Print 38%
88. Polylactic Acid 35%
89. Fluorinated Analogs 34%
90. Gastrointestinal Tract 33%
91. Nanomaterials 33%
92. Inflammation 32%
93. Aging Process 32%
94. Enolates 31%
95. Global Warming 31%
96. Small-angle Neutron Scattering 31%
97. Bovine Pancreatic Trypsin Inhibitor 31%
98. Nanoparticles 31%
99. Senescent Cells 31%
100. Environmental Applications 31%