Call number:
MOP 45315(3) / Mitte
In:
Progress in optics
Description / Table of Contents:
Contents: Preface. - CHAPTER I. THE ELEMENTS OF RADIATIVE TRANSFER. - 1. HISTORY OF RADIATIVE TRANSFER. - 2. INTRODUCTION. - 3. FUNDAMENTAL CONCEPTS. - 4. EQUATION OF RADIATIVE TRANSFER. - 5. FORMAL SOLUTION OF THE EQUATION OF RADIATIVE TRANSFER. - 6. SCHWARZSCHILD-MILNE INTEGRAL EQUATION. - 7. SCHUSTER-SCHWARZSCHILD APPROXIMATION. - 8. APPROXIMATE COMPUTATION OF THE SOURCE FUNCTION FROM THE TWO SCHUSTER EQUATIONS. - 9. BOUNDARY CONDITIONS FOR UNIFORMLY DIFFUSE INCIDENCE. - 10. SECOND APPROXIMATION. - 11. DISCUSSION. - 12. SPECIAL CASE: COMPARISON OF THE SCHUSTER-SCHWARZSCHILD APPROXIMATION AND THE EXACT SOLUTION OF THE SCHWARZSCHILD-MILNE EQUATION. - 13. RUSSIAN ANALOGY TO THE SCHUSTER-SCHWARZSCHILD APPROXIMATION. - 14. COLLIMATED INCIDENCE. - 15. BOUNDARY CONDITIONS FOR COLLIMATED INCIDENCE. - 16. FORMAL INTEGRATION FOR COLLIMATED INCIDENCE. - 17. CONCLUDING REMARKS. - REFERENCES. - CHAPTER II. APODISATION. - 1. INTRODUCTION. - 2. CLASSIFICATION OF CASES AND METHODS; 3. RESULTS FOR CERTAIN PUPIL FUNCTIONS T ( x ) OR T ( v ) CHOSEN A PRIOR 1. - 4. GENERAL PROPERTIES OF PUPILS WITH NON-UNIFORM TRANSMISSION T ( x ) OR T ( v ) AND THE ASSOCIATED DIFFRACTION PATTERN A( ) OR A ( p ). - 5. SYSTEMATIC SEARCH FOR PUPIL FUNCTIONS WITH APODISING PROPERTIES. - 6. NUMERICAL RESULTS AND DISCUSSION. - 7. THE APODISATION OF ANTENNA BEAMS. A COMPARISON WITH THE CORRESPONDING OPTICAL PROBLEM. - 8. MISCELLANEOUS PROBLEMS. - 9. PRODUCTION AND APPLICATIONS OF APODISERS. - 10. APODISATION A POSTERIORI (APODISATION BY CONVOLUTION). - APPENDIX A. APODISATION IN CLASSICAL SPECTROSCOPIC DEVICES. - APPENDIX B. APODISATION IN FOURIER TRANSFORM SPECTROSCOPY. - APPENDIX C. APODISATION IN THE CASE OF SISAM. - APPENDIX D. APODISATION IN THE CASE OF THE GIRARD SPECTROMETER. - ACKNOWLEDGEMENT. - REFERENCES. - CHAPTER III. MATRIX TREATMENT OF PARTIAL COHERENCE. - 1. INTRODUCTION. - 2. PRELIMINARY CONSIDERATIONS. - 3. ORTHOGONAL EXPANSIONS FOR WAVE AMPLITUDE. - 4. INTENSITY MATRIX. - 5. TRANSMISSION MATRIX. - 6. DETECTION MATRIX. - 7. PROBABILITY DISTRIBUTION OF WAVE AMPLITUDES AND THERMO- DYNAMIC ENTROPY. - 8. TWO-DIMENSIONAL WAVE FIELD. - 9. POLYCHROMATIC LIGHT. - 10. RELATED SUBJECTS. - ACKNOWLEDGEMENTS. - APPENDICES. - REFERENCES. - AUTHOR INDEX. - SUBJECT INDEX.
Type of Medium:
Monograph available for loan
Pages:
340 S.
Location:
MOP - must be ordered
Branch Library:
GFZ Library
