Laboratory for Synthesis and New Materials Research in Resource Efficient Catalytic and Absorption Processes

Chemical Compounds

1. Catalysts 100%
2. Oxidation 64%
3. Carbon Monoxide 31%
4. Nickel 26%
5. Polymerization 25%
6. Aminopyridines 25%
7. Oxides 23%
8. Oxygen 23%
9. Methane 19%
10. Catalyst activity 19%
11. Oxidants 19%
12. Catalyst supports 19%
13. Hydrogen Peroxide 18%
14. Epoxidation 18%
15. Alkenes 16%
16. Propane 16%
17. Zeolites 16%
18. Ligands 16%
19. Temperature 15%
20. Metals 15%
21. Hydrogen 15%
22. Bearings (structural) 14%
23. Iron 14%
24. Chemical activation 14%
25. Aluminum Oxide 13%
26. X ray photoelectron spectroscopy 13%
27. Adsorption 13%
28. Hydroxylation 12%
29. Kinetics 12%
30. Nanoparticles 12%
31. Titanium 12%
32. Catalysis 11%
33. Cerium compounds 11%
34. Substrates 10%
35. Carbon 10%
36. Impregnation 10%
37. Chemical analysis 9%
38. Polymers 9%
39. Nuclear magnetic resonance 9%
40. Catalytic oxidation 9%
41. Oxygenation 8%
42. Paramagnetic resonance 8%
43. Transmission electron microscopy 8%
44. Silver 8%
45. Rate constants 8%
46. Vanadium 8%
47. Reforming reactions 8%
48. Silicon Dioxide 8%
49. Silicates 8%
50. Palladium 8%
51. Molecules 7%
52. Epoxy Compounds 7%
53. Electrons 7%
54. Copper 7%
55. Ions 7%
56. Metal foil 7%
57. Magnesium 6%
58. Discrete Fourier transforms 6%
59. X ray diffraction 6%
60. Alcohols 6%
61. Aromatic Hydrocarbons 6%
62. Carbon Nanotubes 6%
63. Carboxylic Acids 6%
64. Water 6%
65. Liquids 6%
66. Steam 6%
67. Catalyst selectivity 6%
68. Transition metals 6%
69. Atoms 6%
70. Nanocomposites 6%
71. Benzene 6%
72. Niobium 5%
73. Molecular weight 5%
74. Thermodynamic stability 5%
75. Heat storage 5%
76. Derivatives 5%
77. Mass spectrometry 5%
78. Infrared spectroscopy 5%
79. Molecular weight distribution 5%
80. Molybdenum 5%
81. Cations 5%
82. Nuclear magnetic resonance spectroscopy 5%
83. Nitrogen 5%
84. Ethanol 5%
85. Cobalt 5%
86. formic acid 5%
87. Solid solutions 5%
88. Gases 5%

Engineering & Materials Science

1. Catalysts 84%
2. Oxidation 50%
3. Adsorption 32%
4. Ethylene 24%
5. Polymerization 23%
6. Temperature 22%
7. Adsorbents 21%
8. Catalyst supports 20%
9. Heat storage 18%
10. Nickel 17%
11. Oxygen 16%
12. Catalyst activity 16%
13. Methane 16%
14. Epoxidation 15%
15. Oxides 15%
16. Bearings (structural) 14%
17. Kinetics 14%
18. X ray photoelectron spectroscopy 13%
19. Iron 13%
20. Methanol 12%
21. Olefins 12%
22. Nanoparticles 12%
23. Titanium 12%
24. Ligands 12%
25. Propane 11%
26. Hydroxylation 11%
27. Sorption 11%
28. Hydrogen peroxide 11%
29. Cerium compounds 11%
30. Impregnation 10%
31. Hydrogen 10%
32. Silica 10%
33. Reforming reactions 10%
34. Sorbents 10%
35. Composite materials 10%
36. Chemical analysis 9%
37. Water 9%
38. Energy storage 9%
39. Carbon 9%
40. Oxidants 9%
41. Chemical activation 9%
42. Catalytic oxidation 9%
43. Propylene 8%
44. Transmission electron microscopy 8%
45. Molybdenum 8%
46. Rate constants 8%
47. Metals 7%
48. Pyridine 7%
49. Carbon nanotubes 7%
50. Metal foil 7%
51. Alcohols 7%
52. Magnesium 7%
53. Alumina 7%
54. Discrete Fourier transforms 7%
55. Substrates 7%
56. Thermal energy 6%
57. Catalysis 6%
58. Desorption 6%
59. Vanadium 6%
60. Hot Temperature 6%
61. Butenes 6%
62. Silicates 6%
63. Silver 6%
64. Electrons 6%
65. Molecules 6%
66. Protons 6%
67. Paramagnetic resonance 6%
68. Dehydration 6%
69. Zeolites 5%
70. Nitrogen 5%
71. X ray diffraction 5%
72. Molecular weight 5%
73. Salts 5%
74. Nanocomposites 5%
75. Carboxylic acids 5%
76. Mass spectrometry 5%
77. Molecular weight distribution 5%
78. Acids 5%
79. Atoms 5%
80. Polymers 5%
81. Polyethylenes 5%
82. Self assembly 5%
83. Dehydrogenation 5%
84. Monolayers 5%
85. Water vapor 5%
86. Nuclear magnetic resonance spectroscopy 5%

Physics & Astronomy

General

1. catalysts 42%
2. polymerization 13%
3. synthesis 9%
4. selectivity 8%
5. kinetics 7%
6. catalytic activity 6%
7. ligands 6%
8. upgrading 6%
9. activation 6%

Chemistry and Materials

1. oxidation 26%
2. ethylene 13%
3. adsorption 9%
4. iron 8%
5. nickel 7%
6. oxides 7%
7. epoxidation 7%
8. oxygen 7%
9. alkenes 7%
10. hydrogen peroxide 6%
11. alcohols 6%
12. titanium 5%
13. pyridines 5%

Physics

1. nanoparticles 9%
2. reactivity 8%
3. nuclear magnetic resonance 6%

Aerospace Sciences

1. spectroscopy 5%