The Thermal Spike Model in Materials at Irradiation by High Energy Heavy Ions with the Radiant Function Depending on the Ion Velocity

I V Amirkhanov; Амирханов Илькизар Валиевич; A Yu Didyk; Дидык Александр Юрьевич; D Z Muzafarov; Музафаров Дилшод Зикриёходжаевич; I V Puzynin; Пузынин Игорь Викторович; T P Puzynina; Пузынина Таисия Петровна; N R Sarker; Саркар Нил Ратан; I Sarhadov; Сархадов Иброхим; Z A Sharipov; Шарипов Зариф Алимжонович

The Thermal Spike Model in Materials at Irradiation by High Energy Heavy Ions with the Radiant Function Depending on the Ion Velocity

Authors: Amirkhanov IV¹, Didyk AY.¹, Muzafarov DZ¹, Puzynin IV¹, Puzynina TP¹, Sarker NR¹, Sarhadov I¹, Sharipov ZA¹
Affiliations:
1. Joint Institute for Nuclear Research
Issue: No 2.2 (2010)
Pages: 85-89
Section: Articles
URL: https://journals.rudn.ru/miph/article/view/8296

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Abstract

At passage of heavy ions through condensed media, their energy losses are generally spent on elastic and inelastic interactions. The SRIM-2008 computer program allows calculating the energy losses of heavy ions at their passage through condensed media. Of great importance for the investigation is the time from the ions hitting the target to its full stopping. The performed calculations (using the results of the SRIM-2008 program) have shown that the time of passage by a uranium ion of with the energy 700 MeV in a nickel target Δt ≈ 4 × 10−12c. In the previous investigations, the motion of an ion in a material was not considered and a source with the action time Δt ≈ 10−14s was used. In this paper the thermal spike model with a new source considering the motion of an ion within a material is proposed.

Keywords

thermal spike, tracks, modeling, numerical methods

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Vol 31, No 4 (2023)

The Thermal Spike Model in Materials at Irradiation by High Energy Heavy Ions with the Radiant Function Depending on the Ion Velocity

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Abstract

Keywords

About the authors

I V Amirkhanov

A Yu Didyk

D Z Muzafarov

I V Puzynin

T P Puzynina

N R Sarker

I Sarhadov

Z A Sharipov

References

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