Frontmatter I
Contents V
Preface IX
Chapter 1. Monte Carlo modifications for solving problems of radiation transfer 1
Chapter 2. Generalized transport equation with highly peaked phase function 29
Chapter 3. Calculation of the correlation characteristics of radiation field in the stochastic medium by the Monte Carlo method 63
Chapter 4. Identification of the phase function 71
Chapter 5. Regularization in solving inverse problems of atmosphere optics 89
Chapter 6. Direct and inverse problems of radiation transfer in a plant canopy 101
Chapter 7. X-ray tomography in scattering media 127
Appendix Α. Integral equation of the second kind with stochastic kernel 145
Appendix Β. Computation of radiation field in optically thick medium by the Monte Carlo method 155
Appendix C. A new method for identification of the phase function 169
Bibliography 183

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Frontmatter I
Contents V
Preface IX
Chapter 1. Monte Carlo modifications for solving problems of radiation transfer 1
Chapter 2. Generalized transport equation with highly peaked phase function 29
Chapter 3. Calculation of the correlation characteristics of radiation field in the stochastic medium by the Monte Carlo method 63
Chapter 4. Identification of the phase function 71
Chapter 5. Regularization in solving inverse problems of atmosphere optics 89
Chapter 6. Direct and inverse problems of radiation transfer in a plant canopy 101
Chapter 7. X-ray tomography in scattering media 127
Appendix Α. Integral equation of the second kind with stochastic kernel 145
Appendix Β. Computation of radiation field in optically thick medium by the Monte Carlo method 155
Appendix C. A new method for identification of the phase function 169
Bibliography 183

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