Page 16 - Lindens Handbook of Batteries

CONTENTS xv

Section B. Zinc/Silver Oxide Reserve Batteries / 34.26
34.8. General Characteristics of Zinc/Silver Oxide Reserve Batteries / 34.26
34.9. Chemistry / 34.26
34.10. Construction / 34.27
34.11. Performance Characteristics / 34.32
34.12. Cell and Battery Types and Sizes / 34.37
34.13. Special Features and Handling / 34.37
34.14. Cost / 34.40
References / 34.40
Bibliography / 34.41

Chapter 35. Reserve Military Batteries David L. Chua, Benjamin M. Meyer,
William J. Epply, Jeffrey A. Swank, and Michael Ding 35.1
Section A. Ambient-Temperature Lithium Anode Reserve Batteries / 35.1
35.1. General Characteristics / 35.1
35.2. Chemistry / 35.2
35.3. Construction / 35.4
35.4. Performance Characteristics / 35.14
35.5. Applications / 35.19
Section B. Spin-Dependent Reserve Batteries / 35.20
35.6. General Characteristics / 35.20
35.7. Chemistry / 35.21
35.8. Design Considerations / 35.22
35.9. Performance Characteristics / 35.25
References / 35.30
Bibliography / 35.30

Chapter 36. Thermal Batteries Charles M. Lamb 36.1

36.1. General Characteristics / 36.1
36.2. Description of Electrochemical Systems / 36.3
36.3. Cell Chemistry / 36.7
36.4. Cell Construction / 36.10
36.5. Cell-Stack Designs / 36.13
36.6. Performance Characteristics / 36.15
36.7. Testing and Surveillance / 36.18
36.8. New Developments / 36.18
References / 36.18
Bibliography / 36.19

Part 5 Fuel Cells and Electrochemical Capacitors

Chapter 37. Introduction to Fuel Cells David Linden and H. Frank Gibbard 37.3
37.1. General Characteristics / 37.3
37.2. Operation of the Fuel Cell / 37.5
37.3. Subkilowatt Fuel Cells / 37.9
37.4. Innovative Subkilowatt Designs: Solid Oxide Fuel Cells / 37.13
References / 37.14

Chapter 38. Small Fuel Cells Arthur Kaufman and H. Frank Gibbard 38.1
38.1. General / 38.1
38.2. Applicable Fuel Cell Technologies / 38.2