#### Location

Brunswick, ME

#### Start Date

1-1-1997 12:00 AM

#### Description

There are a lot of physical and technical problems that need to calculate photon density distribution functions for the photon flow passing materials of different type. This flow can be described by a type of transport equations similar to the Boltzmann equation. Notwithstanding the huge number of equation types depending upon the particularities of the photon-matter interactions, the main properties of their trajectories are similar. Therefore it is possible to find a generalized model description for the photon trajectories which can be used to solve a large number of other problems.

#### Book Title

Review of Progress in Quantitative Nondestructive Evaluation

#### Volume

16A

#### Chapter

Chapter 1: Standard Techniques

#### Section

Radiation Techniques

#### Pages

309-316

#### DOI

10.1007/978-1-4615-5947-4_40

#### Copyright Owner

Springer-Verlag US

#### Copyright Date

January 1997

#### Language

en

#### File Format

application/pdf

Simulation of Scattering Process in Radiation Techniques Exploiting the Theory of Markovian Processes with Random Structure

Brunswick, ME

There are a lot of physical and technical problems that need to calculate photon density distribution functions for the photon flow passing materials of different type. This flow can be described by a type of transport equations similar to the Boltzmann equation. Notwithstanding the huge number of equation types depending upon the particularities of the photon-matter interactions, the main properties of their trajectories are similar. Therefore it is possible to find a generalized model description for the photon trajectories which can be used to solve a large number of other problems.