| | PAGE |
| [Introduction] | 1 |
| |
| PART I | |
| [GENERAL STATEMENT] | |
| 1. | [Advantages of General View of Natural Operations] | 7 |
| 2. | [Separate Mass in Space] | 8 |
| 3. | [Advent of Energy—Distortional Effects] | 9 |
| 4. | [The Gravitation Field] | 11 |
| 5. | [Limits of Rotational Energy—Disruptional Phenomena] | 13 |
| 6. | [Passive Function and General Nature of Gravitation Field] | 17 |
| 7. | [Limit of Gravitation Transformation] | 18 |
| 8. | [Interactions of two Planetary Bodies—Equilibrium Phenomena] | 19 |
| 9. | [Axial Energy—Secondary Processes] | 22 |
| 10. | [Mechanism of Energy Return] | 27 |
| 11. | [Review of Cosmical System—General Function of Energy] | 29 |
| 12. | [Review of Cosmical System—Natural Conditions] | 31 |
| |
| PART II | |
| [PRINCIPLES OF INCEPTION] | |
| 13. | [Illustrative Secondary Processes] | 34 |
| 14. | [Incepting Energy Influences] | 40 |
| 15. | [Cohesion as an Incepting Influence] | 45 |
| 16. | [Terrestrial Gravitation as an Incepting Influence] | 48 |
| 17. | [The Gravitation Field] | 51 |
| 18. | [The Thermal Field] | 54 |
| 19. | [The Luminous Field] | 58 |
| 20. | [Transformations—Upward Movement of a Mass against Gravity] | 62 |
| 21. | [Transformations—The Simple Pendulum] | 67 |
| 22. | [Statical Energy Conditions] | 68 |
| 23. | [Transformations of the MovingPendulum—Energy of Motion to Energy of Position and Vice Versa] | 72 |
| 24. | [Transformations of the Moving Pendulum—Frictional Transformation at the Bearing Surfaces] | 77 |
| 25. | [Stability of Energy Systems] | 79 |
| 26. | [The Pendulum as a Conservative System] | 81 |
| 27. | [Some Phenomena of Transmission Processes—Transmission of Heat Energy by Solid Material] | 84 |
| 28. | [Some Phenomena of Transmission Processes—Transmission by Flexible Band or Cord] | 89 |
| 29. | [Some Phenomena of Transmission Processes—Transmission of Energy to Air Masses] | 92 |
| 30. | [Energy Machines and Energy Transmission] | 95 |
| 31. | [Identification of Forms of Energy] | 107 |
| 32. | [Complete Secondary Cyclical Operation] | 114 |
| |
| PART III | |
| [TERRESTRIAL CONDITIONS] | |
| 33. | [Gaseous Expansion] | 118 |
| 34. | [Gravitational Equilibrium of Gases] | 124 |
| 35. | [Total Energy of Gaseous Substances] | 131 |
| 36. | [Comparative Altitudes of Planetary Atmospheres] | 135 |
| 37. | [Reactions of Composite Atmosphere] | 139 |
| 38. | [Description of Terrestrial Case] | 143 |
| 39. | [Relative Physical Conditions of Atmospheric Constituents] | 150 |
| 40. | [Transmission of Energy from Aqueous Vapour to Air Masses] | 153 |
| 41. | [Terrestrial Energy Return] | 160 |
| 42. | [Experimental Analogy and Demonstration of the General Mechanism of Energy Transformation and Return in the Atmospheric Cycle] | 170 |
| 43. | [Application of Pendulum Principles] | 181 |
| 44. | [Extension of Pendulum Principles to Terrestrial Phenomena] | 188 |
| 45. | [Concluding Review of Terrestrial Conditions—Effects of Influx of Energy] | 192 |