Part 1, Pages 1 - 89, 5.73 MB |
|
Introduction |
vii |
Preface |
viii |
1. |
Applications of Explosions |
None |
2. |
Biology and Medicine |
1 |
3. |
Chemical High Explosives |
5 |
4. |
Chemical Separations Processes for Plutonium and Uranium |
6 |
5. |
Chemistry |
7 |
6. |
Coal Conversion and Utilization – Coal Gasification |
12 |
7. |
Coal Conversion and Utilization – Coal Science and Analysis |
None |
8. |
Coal Conversion and Utilization – Environmental Protection, Waste Utilization, and Safety |
13 |
9. |
Criticality Studies |
14 |
10. |
Electric Energy Systems – Systems Development and Control |
14 |
11. |
Energy Conservation – Systems Modeling and Performance Assessment |
15 |
12. |
Energy Projections and Statistical Information 17 |
|
13. |
Energy Storage |
18 |
14. |
Engineering and Equipment |
19 |
15. |
Environment and Safety Analyses |
None |
16. |
Environment Control Technology and Earth Sciences |
23 |
17. |
Experimental Plasma Physics |
26 |
18. |
Fusion Systems |
28 |
19. |
Geothermal Energy – Drilling Technology |
29 |
20. |
Geothermal Energy – Environmental Research |
None |
21. |
Geothermal Energy – Exploration Technology |
30 |
22. |
Geothermal Energy – Resource Development |
31 |
23. |
Gas Cooled Reactor Technology |
None |
24. |
General Reactor Technology |
32 |
25. |
General, Miscellaneous, and Progress Reports (Non-nuclear) |
33 |
26. |
General, Miscellaneous, and Progress Reports (Nuclear) |
35 |
27. |
Geothermal Energy |
37 |
28. |
Health and Safety |
38 |
29. |
Heating and Cooling – Residential and Commercial Applications |
40 |
30. |
Inertial Confinement Fusion |
41 |
31. |
Instruments |
43 |
32. |
Isotope Separation |
46 |
33. |
Light Water Reactor Technology |
47 |
34. |
Liquid Metal Fast Breeder Reactors: Technology |
None |
35. |
LMFBR – Fuels and Materials Engineering and Development: Base Technology |
49 |
36. |
LMFBR – Safety Technology |
50 |
37. |
Magnetic Fusion Energy |
51 |
38. |
Materials |
52 |
39. |
Mathematics and Computers |
55 |
40. |
Nuclear Propulsion Systems and Aerospace Safety |
61 |
41. |
Nuclear Raw Materials |
None |
42. |
Nuclear Waste Management |
62 |
43. |
Oil Shales and Tar Sands |
64 |
44. |
Particle Accelerators and High Voltage Machines |
65 |
45. |
Petroleum and Natural Gas |
69 |
46. |
Petroleum and Natural Gas Production |
None |
47. |
Physics – Atomic and Molecular |
70 |
48. |
Physics – Cosmic and Terrestrial |
74 |
49. |
Physics – General |
81 |
Part 2, Pages 90 - 164, 4.58 MB |
50. |
Physics – Nuclear |
90 |
51. |
Physics – Particles and Fields |
99 |
52. |
Radioisotopes and Radiation Applications |
102 |
53. |
Safeguards – Nuclear Materials Security |
103 |
54. |
Solar Energy |
None |
55. |
Solar Thermal |
107 |
56. |
Theoretical Plasma Physics |
108 |
57. |
Transportation of Property and Nuclear Materials |
109 |
Author Index |
110 |
Numeric Index |
155 |
Publication Tabulation |
163 |