Fakulteten för naturvetenskaper och teknik

Keyphrases

1. Adsorbent 100%
2. Biochar 73%
3. Adsorption 68%
4. Heat Shock Factor 1 (HSF1) 64%
5. Aqueous Solution 43%
6. Physicochemical Properties 39%
7. Rare Earth Elements 37%
8. Activated Carbon 32%
9. Thermodynamic Kinetics 32%
10. Diclofenac Sodium 31%
11. Activated Biochar 31%
12. Kinetic Equilibrium 30%
13. Maximum Adsorption Capacity 30%
14. Regret 29%
15. Equilibrium Thermodynamics 29%
16. Adsorption Process 28%
17. High Efficiency 27%
18. Heat Shock Factor 27%
19. Mesoporous 26%
20. Hydrogen Peroxide 24%
21. Efficient Adsorbent 24%
22. Cellular Stress 24%
23. Zinc Chloride 24%
24. Clay 23%
25. Adsorption Mechanism 22%
26. Kinetic Data 22%
27. Apologizing 22%
28. Inconvenience 22%
29. Alcohol Oxidation 22%
30. Spirulina Platensis 22%
31. Kinetic Mechanism 22%
32. Equilibrium Mechanism 22%
33. Dye Removal 22%
34. Hydroquinone 22%
35. SUMOylation 22%
36. Clopidogrel 22%
37. Non-canonical 22%
38. Methylene Blue 21%
39. Carbon Materials 21%
40. Synthetic Effluent 20%
41. Biomass Carbon 19%
42. Dye Adsorption 19%
43. Stress-inducible 18%
44. Specific Surface Area 18%
45. Thermodynamics 18%
46. Catalytic Activity 18%
47. Statistical Physics 18%
48. HSF2 18%
49. Phosphogypsum Leachate 18%
50. Adsorptive Property 18%
51. Qmax 17%
52. Leachate 17%
53. Adsorption Capacity 17%
54. Alcohol 17%
55. Emerging Pollutants 17%
56. Heat Shock 17%
57. Transcriptional Response 17%
58. Aqueous Effluents 17%
59. Highly Porous 17%
60. Rosin 17%
61. Nd3+ 17%
62. Heat Shock Protein 90 (Hsp90) 17%
63. Stress-induced 16%
64. Ag + 16%
65. Amoxicillin 16%
66. Kinetic Model 16%
67. Liu Isotherm 16%
68. Norway Spruce Bark 16%
69. Rare Earth Element La 16%
70. Efficient Removal 16%
71. Early Detection 16%
72. Transcription Factor 16%
73. Adsorption Performance 15%
74. Wastewater 15%
75. Microwave Pyrolysis 15%
76. Screening Approach 15%
77. Wastewater Effluent 15%
78. Chaperone 15%
79. Kinetic Study 15%
80. Thermodynamic Study 15%
81. Non-doped 15%
82. Ethanol 15%
83. EGFET 14%
84. Label-free 14%
85. Lignin-based Materials 14%
86. Cutaneous Regeneration 14%
87. Burn Wound 14%
88. Nanofibrous Matrix 14%
89. Hydrotalcite-like 14%
90. Product-service Systems 14%
91. Gold Nanoparticles 14%
92. ZnAl2O4 14%
93. Coke Resistance 14%
94. Solid State 14%
95. Microreactor Technology 14%
96. Isobutane Dehydrogenation 14%
97. Lignin Fractionation 14%
98. Primary Alcohols 14%
99. Process Intensification 14%
100. CCR5 Receptor 14%