Abstract: The present paper is devoted to the description of statistical models of electron transport in substance and their realization while solving problems on electron emission from the surface of the objects irradiated by ionizing radiation. The main attention is paid to the description of new “thickened paths” model (MTP). Advantage of new model of the existing ones is in refusal to use approximate distributions of multiple scattering theory in keeping effectiveness of calculations. The work also presents the simplified engineering model of electron emission from the surface of the object under ionizing radiation. This model is less accurate compared to MTP; however its advantage is calculating rapidity.Note: Resea...
The analytical theory creation of the secondary emission of electrons and atomic particles from non-...
In this paper it was performed a comparison the standard characteristics of depth-dose distributions...
A computational procedure for describing transport of electrons in condensed media has been formulat...
The thesis ‘An Emission Model for the Particle-in-Cell Method‘, presents a comprehensive approach in...
This thesis provides a deeper understanding of the physics behind the process of various electron em...
We provide a detailed description of a model and its computational algorithm for the secondary elect...
We provide a detailed description of a model and its computational algorithm for the secondary elect...
Electron emission is both a fundamental phenomenon and an enabling component that lies at the very h...
We provide a detailed description of a model and its computational algorithm for the secondary elect...
We have implemented a Monte Carlo simulation method to study electron emission from solid surfaces u...
Abstract: The mathematical modeling of the ionizing radiation’s electromagnetic fields in ...
In modern physics we are interested in systems with many degrees of freedom. The Monte Carlo (MC) me...
We provide a detailed description of a model and its computational algorithm for the secondary elect...
P(論文)A theoretical model calculation has been performed for the electron yield from a Au surface by ...
An improved method is reported for deriving the equations for cold field electron emission from a fr...
The analytical theory creation of the secondary emission of electrons and atomic particles from non-...
In this paper it was performed a comparison the standard characteristics of depth-dose distributions...
A computational procedure for describing transport of electrons in condensed media has been formulat...
The thesis ‘An Emission Model for the Particle-in-Cell Method‘, presents a comprehensive approach in...
This thesis provides a deeper understanding of the physics behind the process of various electron em...
We provide a detailed description of a model and its computational algorithm for the secondary elect...
We provide a detailed description of a model and its computational algorithm for the secondary elect...
Electron emission is both a fundamental phenomenon and an enabling component that lies at the very h...
We provide a detailed description of a model and its computational algorithm for the secondary elect...
We have implemented a Monte Carlo simulation method to study electron emission from solid surfaces u...
Abstract: The mathematical modeling of the ionizing radiation’s electromagnetic fields in ...
In modern physics we are interested in systems with many degrees of freedom. The Monte Carlo (MC) me...
We provide a detailed description of a model and its computational algorithm for the secondary elect...
P(論文)A theoretical model calculation has been performed for the electron yield from a Au surface by ...
An improved method is reported for deriving the equations for cold field electron emission from a fr...
The analytical theory creation of the secondary emission of electrons and atomic particles from non-...
In this paper it was performed a comparison the standard characteristics of depth-dose distributions...
A computational procedure for describing transport of electrons in condensed media has been formulat...