前瞻微波光電與矽基光電整合科技應用之研究－子計畫三：用於光子-微波系統並以矽晶光電為平台的光慢波結構之高速調製器和相移器開發(3/3)

Engineering & Materials Science

1. Surface emitting lasers 100%
2. Avalanche photodiodes 55%
3. Phase shifters 55%
4. Bipolar transistors 48%
5. Bandwidth 42%
6. Laser modes 39%
7. Avalanche diodes 38%
8. Amplitude modulation 37%
9. Silicon photonics 34%
10. Optical radar 34%
11. Luminance 33%
12. Oxides 33%
13. High temperature operations 33%
14. Photons 27%
15. Optical communication 27%
16. Modulation 27%
17. Electric fields 26%
18. Foundries 26%
19. Fibers 26%
20. Bias currents 25%
21. Modulators 23%
22. Full width at half maximum 23%
23. Optical waveguides 20%
24. Capacitance 20%
25. Plasmas 19%
26. Temperature 18%
27. Refractive index 17%
28. Dark currents 17%
29. Electric power utilization 17%
30. Transmitters 16%
31. Electric potential 16%
32. Mach number 15%
33. Laser resonators 13%
34. Laser pulses 12%
35. Amplitude shift keying 9%
36. Light modulation 9%
37. Scattering parameters 8%
38. Wavelength 8%
39. Acoustic impedance 8%
40. Insertion losses 8%
41. Equivalent circuits 7%
42. Composite materials 6%
43. Signal processing 6%
44. Phase shift 6%
45. Light emission 6%
46. Communication 5%
47. Diodes 5%

Physics & Astronomy

1. avalanches 56%
2. bandwidth 54%
3. photodiodes 53%
4. surface emitting lasers 49%
5. high speed 44%
6. optical radar 38%
7. multiplication 35%
8. junction transistors 32%
9. foundries 30%
10. dynamic range 29%
11. cavities 28%
12. laser arrays 28%
13. saturation 25%
14. bipolar transistors 25%
15. output 24%
16. apertures 24%
17. performance 22%
18. continuous radiation 21%
19. brightness 20%
20. platforms 19%
21. capacitance 18%
22. oxides 17%
23. photonics 16%
24. products 15%
25. degradation 14%
26. room temperature 13%
27. receivers 12%
28. electric potential 12%
29. silicon 12%
30. dark current 12%
31. keying 9%
32. oscillators 8%
33. fibers 8%
34. high gain 8%
35. laser cavities 8%
36. equivalent circuits 8%
37. transmitters 7%
38. low noise 7%
39. signal processing 7%
40. composite materials 7%
41. augmentation 7%
42. divergence 6%
43. space charge 6%
44. screening 6%
45. amplifiers 6%
46. impedance 5%
47. optical waveguides 5%