In the interaction between charged particles and matter, the stopping power or the average energy loss per unit path length plays an important role in many fields such as impurity atom implantation in producing semiconductor devices, plasma-first wall interactions in nuclear-fusion reactor, etc. Because of the great interest in this phenomenon, a web-based application has been developed to calculate the range and stopping power of electrons, positrons, protons, alphas, muons and heavy ions in a variety of different targets. The target materials can be selected from a variety of pre-defined elements and compounds. Alternatively, user defined compounds can be created and stored for later use. The module can be accessed through the NUCLEONICA ...
The stopping power of a material upon interaction with an energetic ion is the key measure of how fa...
Electronic stopping powers of heavy ions in several media are deduced from the corresponding proton ...
The determination of stopping powers for slow heavy ions in targets containing light elements is imp...
A PC package for calculating stopping powers and ranges of electrons, protons and helium ions Versio...
In this work, the X-PMSP program, a new user-friendly code for calculating the mass stopping power o...
In this work the stopping power and energy range for proton was found by using numerical method a...
The aim of this work is to present an overview of the state of artof the energy loss of ions in matt...
The retarding force of the charged particles when interacts with matter causing loss of particle en...
We have introduced some new empirical relations for stopping powers of protons and alpha particles i...
In this work we studied interaction electrons with matter; I calculated the stopping power (in MeV c...
In this research, the stopping powers due to ionization and excitation for alpha particles moving no...
This thesis describes the development of computer programs and the theory for the calculations of st...
This report describes a computer program (developed for analysis of Bevalac data) that calculates st...
The mean stopping power for high-energy muons in matter can be described by −dE/dx = a(E) + b(E)E, w...
The authors present a description of a new web-based software portal for simulation and analysis for...
The stopping power of a material upon interaction with an energetic ion is the key measure of how fa...
Electronic stopping powers of heavy ions in several media are deduced from the corresponding proton ...
The determination of stopping powers for slow heavy ions in targets containing light elements is imp...
A PC package for calculating stopping powers and ranges of electrons, protons and helium ions Versio...
In this work, the X-PMSP program, a new user-friendly code for calculating the mass stopping power o...
In this work the stopping power and energy range for proton was found by using numerical method a...
The aim of this work is to present an overview of the state of artof the energy loss of ions in matt...
The retarding force of the charged particles when interacts with matter causing loss of particle en...
We have introduced some new empirical relations for stopping powers of protons and alpha particles i...
In this work we studied interaction electrons with matter; I calculated the stopping power (in MeV c...
In this research, the stopping powers due to ionization and excitation for alpha particles moving no...
This thesis describes the development of computer programs and the theory for the calculations of st...
This report describes a computer program (developed for analysis of Bevalac data) that calculates st...
The mean stopping power for high-energy muons in matter can be described by −dE/dx = a(E) + b(E)E, w...
The authors present a description of a new web-based software portal for simulation and analysis for...
The stopping power of a material upon interaction with an energetic ion is the key measure of how fa...
Electronic stopping powers of heavy ions in several media are deduced from the corresponding proton ...
The determination of stopping powers for slow heavy ions in targets containing light elements is imp...