Energy Systems Engineering

Keyphrases

1. Photosystem II 100%
2. Photosynthesis 35%
3. Water Oxidation 33%
4. Cyanobacteria 32%
5. Hydrogen Production 31%
6. Manganese 19%
7. Water-oxidizing Complex 17%
8. Oxygen Evolution Reaction 17%
9. Chlorophyll a (Chl a) 16%
10. Photosystem I (PS I) 14%
11. Exergy Efficiency 14%
12. Mn Oxides 13%
13. Water Splitting 13%
14. Photoinhibition 13%
15. Synechocystis 13%
16. Reaction Center 12%
17. Photosynthetic Apparatus 12%
18. Nano-sized Manganese Oxide 11%
19. Hydrogen Energy 11%
20. Photosynthetic Activity 11%
21. Nanosize 10%
22. Artificial Photosynthesis 10%
23. Chloroplast 10%
24. Salt Stress 10%
25. Photosynthesis Research 10%
26. Renewable Energy 9%
27. Thylakoid Membrane 9%
28. Pheophytin 9%
29. Microalgae 9%
30. Red Light 9%
31. International Conference 9%
32. Energy Efficiency 9%
33. Bicarbonate 8%
34. Fossil Fuels 8%
35. H2 Production 7%
36. Chlorophyll Fluorescence 7%
37. Arabidopsis Thaliana 7%
38. Solar Energy 7%
39. Blue Light 7%
40. Hydrogen Production Process 7%
41. Donor Side 7%
42. Photodamage 7%
43. Manganese Complex 7%
44. Reactor 7%
45. Oxygen-evolving Complex 6%
46. Photosynthetic Process 6%
47. Photosynthetic Organisms 6%
48. Electron Transfer 6%
49. Energy Research 6%
50. Carbonic Anhydrase 6%
51. Photosynthetic Machinery 6%
52. Electrocatalyst 6%
53. Spinach 6%
54. Energy Sources 6%
55. Electron Transport 6%
56. Reactive Oxygen Species 6%
57. Qubit 6%
58. Manganese Oxide 6%
59. Rutile 6%
60. Cyanobacterial Strains 5%
61. Hydrogen Production System 5%
62. Photoreduction 5%
63. PCC 6803 5%
64. Gene Expression 5%
65. Exergy Destruction 5%
66. Internet of Things 5%
67. Environmental Impact 5%
68. Photoelectrochemical Hydrogen Production 5%
69. Photosystem II Activity 5%
70. Thylakoid 5%
71. Hydrogen Peroxide 5%
72. Heat Stress 5%
73. Triticum Aestivum 5%
74. Glycine betaine 5%
75. High-intensity Light 5%
76. Phytochrome 5%
77. Hybrid System 5%
78. Electrolysis 5%
79. Clean Energy 5%
80. Light-induced 5%