Georg Kastlunger

Chemistry

1. Potential 100%
2. Chemical Reaction 86%
3. Reaction Selectivity 66%
4. Catalyst 60%
5. Chemical Reaction Product 54%
6. Procedure 48%
7. Reduction 46%
8. Energy 43%
9. Chemical Kinetics Characteristics 40%
10. Electrolyte 38%
11. Carbon Dioxide Reduction 36%
12. Carbon Dioxide 36%
13. Density Functional Theory 34%
14. Surface 34%
15. Atom 31%
16. Analytical Method 31%
17. Molecule 30%
18. Force 27%
19. First Principle 27%
20. Electrochemistry 27%
21. Buffer Solution 25%
22. Electrocatalyst 25%
23. Hydrogen 25%
24. Proton 24%
25. Electrochemical Reaction 24%
26. Acetate 24%
27. Transition Element 21%
28. Porphyrin 21%
29. Rate 21%
30. Energy Conversion 21%
31. Carbon Dioxide Electroreduction 21%
32. Adsorption Energy 21%
33. Canonical Ensemble 21%
34. Alloy 21%
35. X-Ray 21%
36. Aldehyde 21%
37. Energetics 21%
38. Fuel 20%
39. Simulation 19%
40. Concentration 17%
41. Ethylene 16%
42. Reaction Activation Energy 16%
43. Chemisorption 16%
44. Anion 15%
45. CO2 Reduction Reaction 15%
46. Donor 13%
47. Ethanol 13%
48. Doping 10%
49. Catalyst Design 10%
50. Carbon 10%