The vector equation is the best model known for describing the diffusion of incoherent photon beams. In this article, a brief overview of the Boltzmann transport equation (scalar and vector) will be given. Then, it will be described the state-of-the-art of the transport codes we developed at Bologna based on this model. Finally, the application of the codes will be illustrated with some examples
There are a Iot of physical and technical problems that need to calculate photon density distributio...
The present investigation of three-dimensional radiative transfer accounts for polarization and mult...
Abstract: The new mathematical model of the polarized radiation transfer in the two-media ...
The vector equation is the best model known for describing the diffusion of incoherent photon beams....
The vector equation is the best model known for describing the diffusion of incoherent photon beams ...
The Boltzmann–Chandrasekhar vector equation is the best model known for describing the diffusion of ...
Studies on radiative transfer lead to a clean formulation of polarised photon transport in terms of ...
Abstract The vector equation is the best model known for describing the diffusion of incoherent ph...
The vector equation is the best model known for describing the diffusion of incoherent photon beams....
When X-rays penetrate in the matter, they interact with the atoms, producing secondary radiation tha...
It is presented the Monte Carlo code MCSHAPE developed at Bologna which furnishes a detailed descrip...
Photon radiation transport is described by the Boltzmann equation. Because this equation is difficul...
Deterministic and Monte Carlo techniques compete to provide the best description of transport proble...
Particles passing through a medium can be described by the Boltzmann transport equation. Therein, al...
Abstract del volume: The problem of particle transport in extended systems is addressed in this book...
There are a Iot of physical and technical problems that need to calculate photon density distributio...
The present investigation of three-dimensional radiative transfer accounts for polarization and mult...
Abstract: The new mathematical model of the polarized radiation transfer in the two-media ...
The vector equation is the best model known for describing the diffusion of incoherent photon beams....
The vector equation is the best model known for describing the diffusion of incoherent photon beams ...
The Boltzmann–Chandrasekhar vector equation is the best model known for describing the diffusion of ...
Studies on radiative transfer lead to a clean formulation of polarised photon transport in terms of ...
Abstract The vector equation is the best model known for describing the diffusion of incoherent ph...
The vector equation is the best model known for describing the diffusion of incoherent photon beams....
When X-rays penetrate in the matter, they interact with the atoms, producing secondary radiation tha...
It is presented the Monte Carlo code MCSHAPE developed at Bologna which furnishes a detailed descrip...
Photon radiation transport is described by the Boltzmann equation. Because this equation is difficul...
Deterministic and Monte Carlo techniques compete to provide the best description of transport proble...
Particles passing through a medium can be described by the Boltzmann transport equation. Therein, al...
Abstract del volume: The problem of particle transport in extended systems is addressed in this book...
There are a Iot of physical and technical problems that need to calculate photon density distributio...
The present investigation of three-dimensional radiative transfer accounts for polarization and mult...
Abstract: The new mathematical model of the polarized radiation transfer in the two-media ...