
Spectral Theory of Differential Operators
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Content
- Front Cover
- Spectral Theory of Differential Operators
- Copyright Page
- Contents
- Chapter 1. Transformations of ordinary differential operators
- Chapter 2. Finiteness criteria for the negative spectrum and nonoscillation theory for a class of higher order Elliptic Operators
- Chapter 3. A class of limit-point criteria
- Chapter 4. Bounds for the linearly perturbed eigenvalue problem
- Chapter 5. Analysis of Boltzmann equations in Hilbert space by means of a non-linear eigenvalue property
- Chapter 6. Some partial differential operators with discrete spectra
- Chapter 7. Spectral theory for hermitean differential systems
- Chapter 8. Wirtinger inequalities, dirichlet functional inequalities, and the spectral theory of linear operators and relations
- Chapter 9. A survey of some recent results in transmutation
- Chapter 10. Spectral theory and unbounded obstacle scattering
- Chapter 11. Almost periodic solutions for infinite delay systems
- Chapter 12. A Schrödinger operator with an oscillating potential
- Chapter 13. On certain regular ordinary differential expressions and related operators
- Chapter 14. An eigenfunction expansion associated with a two-parameter system of differential equations
- Chapter 15. Distribution of eigenvalues of operators of schrödinger type
- Chapter 16. The local asymptotics of continuum eigenfunction expansions
- Chapter 17. Some open problems on asymptotics of m-coefficients
- Chapter 18. Singular linear ordinary differential equations with non-zero second auxiliary polynomial
- Chapter 19. Distribution of the eigenvalues of operators of schrödinger type
- Chapter 20. Higher dimensional spectral factorization with applications to digital filtering
- Chapter 21. The limit point-limit circle problem for nonlinear equations
- Chapter 22. A model problem for the linear stability of nearly parallel flow
- Chapter 23. Titchmarsh-Weyl theory for Hamiltonian systems
- Chapter 24. Two parametric eigenvalue problems of differential equations
- Chapter 25. Schrödinger operators in the low energy limit: some recent results in L2 (R4)
- Chapter 26. Long-time behavior of a nuclear reactor
- Chapter 27. Remarks on the selfadjointness and related problems for differential operators
- Chapter 28. A Weyl theory for a class of elliptic boundary value problems on a half-space
- Chapter 29. On the correctness of boundary conditions for certain linear differential operators
- Chapter 30. Index and nonhomogeneous conditions for linear manifolds
- Chapter 31. On the positive spectrum of schrödinger operators with long range potentials
- Chapter 32. The spectra of some singular elliptic operators of second order
- Chapter 33. Recapturing solutions of an elliptic partial differential equation
- Chapter 34. Fourth order inverse eigenvalue problems
- Chapter 35. Sturm theory in n-space
- Chapter 36. Selfadjointness of matrix operators
- Chapter 37. Spectral properties of some nonselfadjoint operators and some applications
- Chapter 38. Dirichlet solutions of fourth order differential equations
- Chapter 39. Spectral and scattering theory for propagative systems
- Chapter 40. Spectral analysis of multiparticle schrödinger operators. schrödinger operators with almost periodic potentils
- Chapter 41. Estimates for eigenvalues of the Laplacian on compact Riemannian manifolds
- Chapter 42. The square integrable span of locally square integrable functions
- Chapter 43. On a conditionally convergent dirichlet integral associated with a differential expression
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