Related articles in HEDH:

1. Cooper correlation, for nucleate boiling, 2.7.2-7 - 2.7.2-8

2. Cooper, Anthony, 3.7.1-1 - 3.7.4-7

3. Copper, thermal and mechanical properties, 5.5.12-10

4. Copper alloys, 4.5.7-1 - 4.5.7-9

1. mechanical properties of, 4.5.7-1

2. thermal conductivity of, 4.5.7-1 - 4.5.7-2

3. selection of, 4.5.7-2 - 4.5.7-4

4. design and operational consideration for, 4.5.7-4 - 4.5.7-7

5. standard specification for, 4.5.7-7 - 4.5.7-9

6. as material of construction, 4.5.2-4 - 4.5.2-5

7. thermal and mechanical properties, 5.5.12-10

5. Correlation, general nature of, 1.2.3-5 - 1.2.3-6

6. Corresponding states principle

1. for density of pure gases, 5.1.2-2

2. for density of gas mixtures, 5.2.1-1 - 5.2.1-2

3. for surface tension of pure fluids, 5.5.1-3

4. for vapour pressure, 5.1.2-3 - 5.1.2-4

1. air-side, in air cooled heat exchangers, 3.18.3-2 - 3.18.3-3

2. associated with phase separation, 4.5.3-5

3. associated with welds, 4.5.3-5 - 4.5.3-6

4. erosion/corrosion, 4.5.3-1 - 4.5.3-2

1. of titanium and titanium alloys, 4.5.9-4 - 4.5.9-8

5. fouling by 3.17.2-2

6. fouling by 3.17.3-5

7. fretting, 4.5.3-2

8. gas-vapor phase, 4.5.3-6 - 4.5.3-7

9. materials of construction to avoid, 4.5.2-2 - 4.5.2-6

10. protection against, by paintings and coatings, 4.15.5-1

11. protection against, under insulation, 4.15.5-6

12. in shell-and-tube heat exchangers, 3.3.4-5

13. vapor blanketing as cause, 4.5.3-4

14. in various equipment: reboilers, 4.5.3-5

1. waste heat boilers, 4.5.3-4

15. of stainless steels, 4.5.6-10 - 4.5.6-14

1. crevice corrosion, 4.5.6-12 - 4.5.6-13

2. intergrannular corrosion, 4.5.6-12 - 4.5.6-13

3. pitting corrosion, 4.5.6-12 - 4.5.6-13

4. stress corrosion cracking, 4.5.6-13 - 4.5.6-14