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Theories on Distributed Feedback Lasers Book

Theories on Distributed Feedback Lasers
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Theories on Distributed Feedback Lasers, This title presents the theory of distributed feedback, including standard linear theories such as the use of complex Hill equations (solved by coupled-wave theory or Floquet matrices) and novel formulations based on non-Hermitian spin Hamiltonians and gr, Theories on Distributed Feedback Lasers
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  • Theories on Distributed Feedback Lasers
  • Written by author F. K. Kneubuhl
  • Published by Harwood Academic (Medical, Reference and Social Sc, 1993/06/01
  • This title presents the theory of distributed feedback, including standard linear theories such as the use of complex Hill equations (solved by coupled-wave theory or Floquet matrices) and novel formulations based on non-Hermitian spin Hamiltonians and gr
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Authors

Introduction to the Series 1
1 Introduction
2 Linear Theories of Distributed Feedback in Continuous-Wave Lasers 7
3 Helical-Feedback Lasers 47
4 Nonlinear Theory of Continuous-Wave Distributed and Helical Feedback Lasers 61
5 Rate-Equation Models of Pulsed Distributed Feedback Lasers 67
6 Solitons in Periodic Structures 73
7 Conclusion 81
8 Acknowledgements 83
9 Bibliography 85
Index 93


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Theories on Distributed Feedback Lasers, This title presents the theory of distributed feedback, including standard linear theories such as the use of complex Hill equations (solved by coupled-wave theory or Floquet matrices) and novel formulations based on non-Hermitian spin Hamiltonians and gr, Theories on Distributed Feedback Lasers

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Theories on Distributed Feedback Lasers, This title presents the theory of distributed feedback, including standard linear theories such as the use of complex Hill equations (solved by coupled-wave theory or Floquet matrices) and novel formulations based on non-Hermitian spin Hamiltonians and gr, Theories on Distributed Feedback Lasers

Theories on Distributed Feedback Lasers

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Theories on Distributed Feedback Lasers, This title presents the theory of distributed feedback, including standard linear theories such as the use of complex Hill equations (solved by coupled-wave theory or Floquet matrices) and novel formulations based on non-Hermitian spin Hamiltonians and gr, Theories on Distributed Feedback Lasers

Theories on Distributed Feedback Lasers

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