Oliver Lodge
Lightning Conductors and Lightning Guards
Oliver Lodge
Lightning Conductors and Lightning Guards
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An eminent physicist's systematic 1892 study of the protection of buildings, cables and telegraphic instruments from lightning strikes.
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An eminent physicist's systematic 1892 study of the protection of buildings, cables and telegraphic instruments from lightning strikes.
Hinweis: Dieser Artikel kann nur an eine deutsche Lieferadresse ausgeliefert werden.
Hinweis: Dieser Artikel kann nur an eine deutsche Lieferadresse ausgeliefert werden.
Produktdetails
- Produktdetails
- Verlag: Cambridge University Press
- Seitenzahl: 590
- Erscheinungstermin: 13. Juli 2012
- Englisch
- Abmessung: 216mm x 140mm x 34mm
- Gewicht: 822g
- ISBN-13: 9781108052153
- ISBN-10: 1108052150
- Artikelnr.: 37458652
- Verlag: Cambridge University Press
- Seitenzahl: 590
- Erscheinungstermin: 13. Juli 2012
- Englisch
- Abmessung: 216mm x 140mm x 34mm
- Gewicht: 822g
- ISBN-13: 9781108052153
- ISBN-10: 1108052150
- Artikelnr.: 37458652
Preface
1. General considerations concerning atmospheric electricity and lightning
2. General considerations regarding damage by lightning
3. General considerations concerning conductors for house protection
4. Further details regarding conductors
5. Experiments establishing the importance of electrical inertia
6. General explanation of these experiments
7. Application of the above mode of experimenting top determine further details
8. Further experiments
9. Liability of objects to be struck
10. Experiments bearing on the 'return stroke' and other unexpected vagaries of lightning
11. Conclusion of the Society of Arts lecture
12. Previous experiments of Messrs Hughes and Guillemin, and of Rood
13. On the theory of lightning conductors
14. Proceedings of the British Association meeting in Bath
15. Experimental lightning conductors and other observational matters
16. Summary and repetition of important points
17. Instructive extracts from reports of damage by lightning
18. Practical questions
19. Discussions
20. Theory of B circuits, of 'alternative path' experiments, and of side-flash
21. Resistance and impedance for frequencies comparable to a million per second
22. On the melting of conductors
23. On conditions under which points can be preferentially struck in Case B
24. Electric radiation
25. On the influence of self-conduction on the rate of discharge of a condenser or cloud
26. Theory and record of the experiment of the alternative path
27. Other experiments on the discharge of Leyden jars
28. Lightning conductors from a modern point of view
29. On lightning guards for telegraphic purposes , and on the protection of cables from lightning
30. Reply to criticisms
31. Construction and use of instruments
Appendices
Index.
1. General considerations concerning atmospheric electricity and lightning
2. General considerations regarding damage by lightning
3. General considerations concerning conductors for house protection
4. Further details regarding conductors
5. Experiments establishing the importance of electrical inertia
6. General explanation of these experiments
7. Application of the above mode of experimenting top determine further details
8. Further experiments
9. Liability of objects to be struck
10. Experiments bearing on the 'return stroke' and other unexpected vagaries of lightning
11. Conclusion of the Society of Arts lecture
12. Previous experiments of Messrs Hughes and Guillemin, and of Rood
13. On the theory of lightning conductors
14. Proceedings of the British Association meeting in Bath
15. Experimental lightning conductors and other observational matters
16. Summary and repetition of important points
17. Instructive extracts from reports of damage by lightning
18. Practical questions
19. Discussions
20. Theory of B circuits, of 'alternative path' experiments, and of side-flash
21. Resistance and impedance for frequencies comparable to a million per second
22. On the melting of conductors
23. On conditions under which points can be preferentially struck in Case B
24. Electric radiation
25. On the influence of self-conduction on the rate of discharge of a condenser or cloud
26. Theory and record of the experiment of the alternative path
27. Other experiments on the discharge of Leyden jars
28. Lightning conductors from a modern point of view
29. On lightning guards for telegraphic purposes , and on the protection of cables from lightning
30. Reply to criticisms
31. Construction and use of instruments
Appendices
Index.
Preface
1. General considerations concerning atmospheric electricity and lightning
2. General considerations regarding damage by lightning
3. General considerations concerning conductors for house protection
4. Further details regarding conductors
5. Experiments establishing the importance of electrical inertia
6. General explanation of these experiments
7. Application of the above mode of experimenting top determine further details
8. Further experiments
9. Liability of objects to be struck
10. Experiments bearing on the 'return stroke' and other unexpected vagaries of lightning
11. Conclusion of the Society of Arts lecture
12. Previous experiments of Messrs Hughes and Guillemin, and of Rood
13. On the theory of lightning conductors
14. Proceedings of the British Association meeting in Bath
15. Experimental lightning conductors and other observational matters
16. Summary and repetition of important points
17. Instructive extracts from reports of damage by lightning
18. Practical questions
19. Discussions
20. Theory of B circuits, of 'alternative path' experiments, and of side-flash
21. Resistance and impedance for frequencies comparable to a million per second
22. On the melting of conductors
23. On conditions under which points can be preferentially struck in Case B
24. Electric radiation
25. On the influence of self-conduction on the rate of discharge of a condenser or cloud
26. Theory and record of the experiment of the alternative path
27. Other experiments on the discharge of Leyden jars
28. Lightning conductors from a modern point of view
29. On lightning guards for telegraphic purposes , and on the protection of cables from lightning
30. Reply to criticisms
31. Construction and use of instruments
Appendices
Index.
1. General considerations concerning atmospheric electricity and lightning
2. General considerations regarding damage by lightning
3. General considerations concerning conductors for house protection
4. Further details regarding conductors
5. Experiments establishing the importance of electrical inertia
6. General explanation of these experiments
7. Application of the above mode of experimenting top determine further details
8. Further experiments
9. Liability of objects to be struck
10. Experiments bearing on the 'return stroke' and other unexpected vagaries of lightning
11. Conclusion of the Society of Arts lecture
12. Previous experiments of Messrs Hughes and Guillemin, and of Rood
13. On the theory of lightning conductors
14. Proceedings of the British Association meeting in Bath
15. Experimental lightning conductors and other observational matters
16. Summary and repetition of important points
17. Instructive extracts from reports of damage by lightning
18. Practical questions
19. Discussions
20. Theory of B circuits, of 'alternative path' experiments, and of side-flash
21. Resistance and impedance for frequencies comparable to a million per second
22. On the melting of conductors
23. On conditions under which points can be preferentially struck in Case B
24. Electric radiation
25. On the influence of self-conduction on the rate of discharge of a condenser or cloud
26. Theory and record of the experiment of the alternative path
27. Other experiments on the discharge of Leyden jars
28. Lightning conductors from a modern point of view
29. On lightning guards for telegraphic purposes , and on the protection of cables from lightning
30. Reply to criticisms
31. Construction and use of instruments
Appendices
Index.