Sputtering of Cu single-crystal, polycrystal and amorphous targets by 5 keV Ar ions has been studied by the binary collision lattice simulation code Cosipo. The sputtering yields, angular distributions and the space distributions of the original positions of the sputtered Cu atoms have been calculated. The results are discussed within the framework of cascade generations
Both binary-collision and molecular-dynamics simulations of sputtering properties usually are carrie...
The multiple interaction, molecular dynamics code SPUT1 has been used to simulate the effects of iso...
The multiple interaction, molecular dynamics code SPUT1 has been used to simulate the effects of iso...
Sputtering of Cu single-crystal, polycrystal and amorphous targets by 5 keV Ar ions has been studied...
Sputtering of Cu targets by 5 keV Ar ions has been studied by the binary collision lattice simulatio...
The sputtering mechanisms of monocrystalline Cu are studied using the binary-collision lattice-simul...
The binary collision lattice simulation code COSIPO has been used and developed further in order to ...
The binary collision lattice simulation code COSIPO has been used and developed further in order to ...
Cu ejection and sputtering by Ar ions have been studied in the specific case of 5 KeV Ar impinging t...
The distributions of the recoil vector fluxes are studied using the binary collision lattice simulat...
The sputtering of Cu atoms from liquid targets by normally incident 5 keV Ar^+ ions was simulated us...
The sputtering of Cu atoms from liquid targets by normally incident 5 keV Ar^+ ions was simulated us...
The article of record as published may be found at http://dx.doi.org/10.1080/00337578508222508The en...
Non-resonant multiphoton ionization combined with quadrupole and time-of-flight analysis has been us...
Both binary-collision and molecular-dynamics simulations of sputtering properties usually are carrie...
Both binary-collision and molecular-dynamics simulations of sputtering properties usually are carrie...
The multiple interaction, molecular dynamics code SPUT1 has been used to simulate the effects of iso...
The multiple interaction, molecular dynamics code SPUT1 has been used to simulate the effects of iso...
Sputtering of Cu single-crystal, polycrystal and amorphous targets by 5 keV Ar ions has been studied...
Sputtering of Cu targets by 5 keV Ar ions has been studied by the binary collision lattice simulatio...
The sputtering mechanisms of monocrystalline Cu are studied using the binary-collision lattice-simul...
The binary collision lattice simulation code COSIPO has been used and developed further in order to ...
The binary collision lattice simulation code COSIPO has been used and developed further in order to ...
Cu ejection and sputtering by Ar ions have been studied in the specific case of 5 KeV Ar impinging t...
The distributions of the recoil vector fluxes are studied using the binary collision lattice simulat...
The sputtering of Cu atoms from liquid targets by normally incident 5 keV Ar^+ ions was simulated us...
The sputtering of Cu atoms from liquid targets by normally incident 5 keV Ar^+ ions was simulated us...
The article of record as published may be found at http://dx.doi.org/10.1080/00337578508222508The en...
Non-resonant multiphoton ionization combined with quadrupole and time-of-flight analysis has been us...
Both binary-collision and molecular-dynamics simulations of sputtering properties usually are carrie...
Both binary-collision and molecular-dynamics simulations of sputtering properties usually are carrie...
The multiple interaction, molecular dynamics code SPUT1 has been used to simulate the effects of iso...
The multiple interaction, molecular dynamics code SPUT1 has been used to simulate the effects of iso...