Научно-исследовательская часть

Chemical Compounds

1. Catalysts 100%
2. Oxidation 52%
3. Carbon Monoxide 51%
4. Hydrogen 39%
5. Oxides 33%
6. Hydrogenation 30%
7. Nickel 28%
8. Temperature 28%
9. Photocatalysts 27%
10. X ray photoelectron spectroscopy 26%
11. Catalyst activity 25%
12. Gases 22%
13. Aluminum Oxide 21%
14. Oxygen 20%
15. Nanoparticles 20%
16. Carbon 18%
17. Metals 17%
18. Methane 16%
19. Propane 15%
20. Furaldehyde 15%
21. Zeolites 15%
22. Catalyst supports 14%
23. X ray diffraction 14%
24. Solid solutions 14%
25. Palladium 13%
26. Chemical analysis 13%
27. Sulfides 13%
28. Irradiation 13%
29. Graphite 12%
30. Catalysis 12%
31. Steam cracking 12%
32. Decomposition 12%
33. Nitrogen 12%
34. Catalyst selectivity 12%
35. Salts 11%
36. Ions 11%
37. Alkanes 11%
38. Water 11%
39. Catalytic cracking 10%
40. Composite materials 10%
41. Hydrocarbons 10%
42. Kinetics 10%
43. Oils 9%
44. Heavy Ions 9%
45. Acetone 9%
46. Raman spectroscopy 9%
47. Carbon Nanotubes 9%
48. Calcination 9%
49. Copper 9%
50. Rhodium 9%
51. Steam 9%
52. Nuclear magnetic resonance 9%
53. Polystyrenes 8%
54. Powders 8%
55. Nanoclusters 8%
56. Transmission electron microscopy 8%
57. Metal foil 8%
58. Hydrogen production 8%
59. Reforming reactions 8%
60. Ethanol 8%
61. Crude oil 7%
62. Volatile Organic Compounds 7%
63. Crystallization 7%
64. Adsorption 7%
65. Platinum 7%
66. Defects 7%
67. Molecules 7%
68. Substrates 7%
69. Pyrolysis 7%
70. Manganese 7%
71. Light emitting diodes 7%
72. Germanium 7%
73. Annealing 7%
74. Atoms 7%
75. Biomass 6%
76. Acids 6%
77. Coatings 6%
78. Asphaltenes 6%
79. Silicon 6%
80. Cations 6%
81. Molybdenum 6%
82. Anions 6%
83. Impregnation 6%
84. Silver 6%
85. Alcohols 6%
86. Gas oils 6%
87. Vacuum 6%
88. formic acid 6%
89. Feedstocks 6%
90. Heat treatment 6%
91. Benzene 6%
92. Cerium compounds 6%
93. Processing 6%
94. Air purification 6%
95. Heterojunctions 5%
96. Vapors 5%
97. Aluminum 5%
98. Liquids 5%
99. Ruthenium 5%
100. Coking 5%

Engineering & Materials Science

1. Catalysts 96%
2. Oxidation 45%
3. Hydrogen 33%
4. Photocatalysts 27%
5. Temperature 27%
6. Hydrogenation 26%
7. X ray photoelectron spectroscopy 25%
8. Oxides 23%
9. Nanoparticles 22%
10. Catalyst activity 20%
11. Nickel 20%
12. Oxygen 16%
13. Crude oil 14%
14. Gases 13%
15. Solid solutions 13%
16. Palladium 13%
17. Catalyst supports 12%
18. Catalysis 12%
19. Steam cracking 12%
20. Chemical analysis 12%
21. Irradiation 12%
22. Decomposition 12%
23. Alumina 12%
24. Methane 12%
25. Kinetics 12%
26. Carbon 11%
27. Furfural 11%
28. X ray diffraction 11%
29. Alcohols 11%
30. Nitrogen 11%
31. Hydrogen production 11%
32. Catalytic cracking 10%
33. Metals 10%
34. Propane 10%
35. Catalyst selectivity 10%
36. Rhodium 10%
37. Water 9%
38. Calcination 9%
39. Pyrolysis 9%
40. Composite materials 9%
41. Transmission electron microscopy 9%
42. Raman spectroscopy 9%
43. Metal foil 9%
44. Paraffins 9%
45. Copper 9%
46. Hydrocarbons 8%
47. Biomass 8%
48. Acids 8%
49. Reforming reactions 8%
50. Salts 7%
51. Adsorption 7%
52. Ions 7%
53. Nanoclusters 7%
54. Molybdenum 7%
55. Nuclear magnetic resonance 7%
56. Asphaltenes 7%
57. Light emitting diodes 7%
58. Carbon monoxide 7%
59. Nitrates 7%
60. Atoms 7%
61. Annealing 6%
62. Crystallization 6%
63. Molecules 6%
64. Carbon nanotubes 6%
65. Ethanol 6%
66. Volatile organic compounds 6%
67. Feedstocks 6%
68. Liquids 6%
69. Defects 6%
70. Impregnation 6%
71. Acetone 6%
72. Processing 6%
73. Carbides 6%
74. Gas oils 6%
75. Air purification 6%
76. Powders 6%
77. Vacuum 5%
78. Sodium 5%
79. Quantum efficiency 5%
80. Heat treatment 5%
81. Copper oxides 5%
82. Heavy ions 5%
83. Coatings 5%
84. Platinum 5%
85. Coking 5%
86. Nanocrystals 5%
87. Aluminum 5%
88. Scanning electron microscopy 5%
89. Steam 5%
90. Crystal structure 5%
91. Esters 5%
92. Fuel cells 5%
93. Phase transitions 5%
94. Propylene 5%
95. Graphite 5%
96. Hydrocracking 5%
97. Peat 5%
98. Substrates 5%
99. Vortex flow 5%
100. Crystalline materials 5%

Physics & Astronomy

General

1. catalysts 33%
2. synthesis 11%
3. wire cloth 7%
4. spinel 6%
5. salts 6%
6. defects 6%
7. vapor phases 5%
8. transmission electron microscopy 5%
9. preparation 5%
10. furfuryl alcohol 5%
11. nanocrystals 5%
12. steam 5%

Chemistry and Materials

1. oxidation 18%
2. hydrogen 13%
3. hydrogenation 13%
4. oxides 11%
5. composite materials 9%
6. oxygen 9%
7. catalysis 7%
8. copper 6%
9. solid solutions 6%
10. methane 6%
11. crystallization 5%
12. diamonds 5%
13. propane 5%
14. silver 5%
15. carbon 5%
16. germanium 5%
17. nitrates 5%
18. gases 5%

Physics

1. nanoparticles 12%
2. diffraction 9%
3. temperature 6%
4. heavy ions 6%
5. relativistic electron beams 5%

Engineering

1. x rays 8%
2. irradiation 6%
3. nanoclusters 6%

Aerospace Sciences

1. Raman spectroscopy 7%
2. spectroscopy 6%