Part I.
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Differential Equations in the Real Domain |
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I. |
Introduction |
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II. |
Elementary Methods of Integration |
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III. |
The Existence and Nature of Solutions of Ordinary Differential Equations |
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IV. |
Continuous Transformation-Groups |
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V. |
The General Theory of Linear Differential Equations |
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VI. |
Linear Equations with Constant Coefficients |
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VII. |
The Solution of Linear Differential Equations in an Infinite Form |
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VIII. |
The Solution of Linear Differential Equations by Definite Integrals |
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IX. |
The Algebraic Theory of Linear Differential Systems |
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X. |
The Sturmian Theory and its Later Developments |
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XI. |
Further Developments in the Theory of Boundary Problems |
Part II. |
Differential Equations in the Complex Domain |
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XII. |
Existence Theorems in the Complex Domain |
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XIII. |
Equations of the First Order But Not of the First Degree |
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XIV. |
Non-Linear Equations of Higher Order |
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XV. |
Linear Equations in the Complex Domain |
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XVI. |
The Solution of Linear Differential Equations in Series |
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XVII. |
Equations with Irregular Singular Points |
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XVIII. |
The Solution of Linear Differential Equations by Methods of Contour Integration |
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XIX. |
Systems of Linear Equations of the First Order |
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XX. |
Classification of Linear Differential Equations of the Second Order with Rational Coefficients |
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XXI. |
Oscillation Theorems in the Complex Domain |
Appendix A. |
Historical Note on Formal Methods of Integration |
Appendix B. |
Numerical Integration of Ordinary Differential Equations |
Appendix C. |
List of Journals Quoted in Footnotes to the Text |
Appendix D. |
Bibliography |
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Index of Authors; General index |
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