SAL MicroFab

Physics & Astronomy

1. transducers 100%
2. chips 71%
3. etching 68%
4. microelectromechanical systems 59%
5. photonics 37%
6. harmonics 31%
7. gases 30%
8. masks 29%
9. silicon 28%
10. nitrides 28%
11. actuation 27%
12. ellipsometry 25%
13. acoustics 24%
14. aluminum nitrides 23%
15. plasma etching 23%
16. gyroscopes 22%
17. high aspect ratio 21%
18. microchannels 21%
19. photoresists 21%
20. silicon oxides 21%
21. packaging 21%
22. holders 20%
23. wafers 20%
24. molybdenum 20%
25. silicon nitrides 19%
26. scandium 19%
27. thin films 19%
28. vapor deposition 18%
29. contamination 18%
30. sodium 18%
31. heat generation 18%
32. selectivity 17%
33. waveguides 17%
34. trapping 15%
35. flux density 15%
36. ultrasonics 15%
37. vapors 15%
38. resonators 15%
39. engineering 15%
40. insulators 15%
41. low frequencies 14%
42. platforms 14%
43. performance 13%
44. optimization 13%
45. cavities 12%
46. fabrication 12%
47. nuclear magnetic resonance 12%
48. polymers 11%
49. cells 11%
50. gas flow 10%
51. paradoxes 10%
52. sensors 10%
53. deviation 9%
54. fluids 9%
55. elastic waves 8%
56. geometry 8%
57. oxides 8%
58. modes (standing waves) 8%
59. interactions 8%
60. standing waves 7%
61. costs 7%
62. coverings 7%
63. filters 7%
64. simulation 7%
65. aluminum 7%
66. resistors 6%
67. monitors 6%
68. shielding 6%
69. low pressure 5%
70. cavity resonators 5%
71. coefficients 5%
72. electric potential 5%
73. glass 5%
74. electronics 5%
75. argon 5%
76. temperature 5%
77. nitrogen 5%