NASA Space Technology Research Fellowships (NSTRF) Fall 2016 - Sydney Taylor

Physics & Astronomy

1. coatings 100%
2. picosatellites 91%
3. spacecraft 83%
4. spacecraft temperature 69%
5. space exploration 62%
6. radiative heat transfer 56%
7. management systems 48%
8. engineers 46%
9. hardware 43%
10. rockets 38%
11. thrust 38%
12. temperature 37%
13. aerospace engineering 36%
14. students 34%
15. waste heat 31%
16. test stands 27%
17. heat generation 26%
18. asteroids 26%
19. thermal emission 26%
20. propulsion 25%
21. cooling 23%
22. resources 22%
23. satellite temperature 22%
24. data acquisition 22%
25. spacecraft environments 20%
26. flight vehicles 19%
27. radiation 18%
28. hazardous wastes 18%
29. soil moisture 18%
30. servomotors 18%
31. thrust measurement 18%
32. heat transfer 17%
33. waste disposal 17%
34. astronautics 16%
35. spokes 16%
36. kits 16%
37. dynamic control 15%
38. accessories 15%
39. optical properties 14%
40. oxidizers 14%
41. irradiation 14%
42. absorptance 14%
43. research projects 14%
44. aerospace environments 14%
45. mass flow rate 13%
46. physical exercise 13%
47. supplements 13%
48. space missions 13%
49. assembling 13%
50. energy conservation 13%
51. solar energy 12%
52. thermal radiation 12%
53. learning 12%
54. moisture content 12%
55. budgets 12%
56. emissivity 12%
57. emittance 11%
58. electric batteries 11%
59. cleaning 11%
60. education 11%
61. transmitters 11%
62. metrology 11%
63. insulation 10%
64. flight 10%
65. transmittance 9%
66. broadband 8%
67. reflectance 8%
68. thermodynamics 7%
69. cycles 7%
70. heat 7%
71. heating 7%
72. fabrication 6%
73. oxygen 6%
74. profiles 6%
75. electric potential 6%
76. thin films 5%
77. wavelengths 5%
78. performance 5%