Nuclear track detector response to energetic heavy ions: study case

P. Pereyra; M. E. López Herrera; D. Palacios; T. Viloria; E. Vadillo; B. Pérez; L. Sajo-Bohus

doi:10.1007/s10967-020-07114-8

Nuclear track detector response to energetic heavy ions: study case

P. Pereyra, M. E. López Herrera, D. Palacios, T. Viloria, E. Vadillo, B. Pérez, L. Sajo-Bohus

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1 Scopus citations

Abstract

Nuclear track methodology (NTM), is employed to analyze PADC detectors response to different energetic ion beams. Due to the passive device linearity response to heavy ions with LET-value > 30 keV μm⁻¹, they are employed in several fields e.g. nuclear industry, medical, environmental radiation and aircraft dosimetry. To further improve application, PADC-detectors were irradiated by beams of ⁴He (150 MeV nucleon⁻¹), ¹²C (390 MeV nucleon⁻¹) and ⁵⁶Fe (465 MeV nucleon⁻¹), in relatively low-dose range ≤ 1 mGy. Results provided, through etched track analysis, valuable information of interest for NTM when high LET ionizing radiation is involved.

Original language	English
Pages (from-to)	609-614
Number of pages	6
Journal	Journal of Radioanalytical and Nuclear Chemistry
Volume	324
Issue number	2
DOIs	https://doi.org/10.1007/s10967-020-07114-8
State	Published - 1 May 2020

Keywords

Etch rate
Ion beams
LET
PADC
Passive dosimeter
Track area distribution

UN SDGs

This output contributes to the following UN Sustainable Development Goals (SDGs)

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10.1007/s10967-020-07114-8

Cite this

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title = "Nuclear track detector response to energetic heavy ions: study case",

abstract = "Nuclear track methodology (NTM), is employed to analyze PADC detectors response to different energetic ion beams. Due to the passive device linearity response to heavy ions with LET-value > 30 keV μm−1, they are employed in several fields e.g. nuclear industry, medical, environmental radiation and aircraft dosimetry. To further improve application, PADC-detectors were irradiated by beams of 4He (150 MeV nucleon−1), 12C (390 MeV nucleon−1) and 56Fe (465 MeV nucleon−1), in relatively low-dose range ≤ 1 mGy. Results provided, through etched track analysis, valuable information of interest for NTM when high LET ionizing radiation is involved.",

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T1 - Nuclear track detector response to energetic heavy ions

T2 - study case

AU - Pereyra, P.

AU - López Herrera, M. E.

AU - Palacios, D.

AU - Viloria, T.

AU - Vadillo, E.

AU - Pérez, B.

AU - Sajo-Bohus, L.

PY - 2020/5/1

Y1 - 2020/5/1

N2 - Nuclear track methodology (NTM), is employed to analyze PADC detectors response to different energetic ion beams. Due to the passive device linearity response to heavy ions with LET-value > 30 keV μm−1, they are employed in several fields e.g. nuclear industry, medical, environmental radiation and aircraft dosimetry. To further improve application, PADC-detectors were irradiated by beams of 4He (150 MeV nucleon−1), 12C (390 MeV nucleon−1) and 56Fe (465 MeV nucleon−1), in relatively low-dose range ≤ 1 mGy. Results provided, through etched track analysis, valuable information of interest for NTM when high LET ionizing radiation is involved.

AB - Nuclear track methodology (NTM), is employed to analyze PADC detectors response to different energetic ion beams. Due to the passive device linearity response to heavy ions with LET-value > 30 keV μm−1, they are employed in several fields e.g. nuclear industry, medical, environmental radiation and aircraft dosimetry. To further improve application, PADC-detectors were irradiated by beams of 4He (150 MeV nucleon−1), 12C (390 MeV nucleon−1) and 56Fe (465 MeV nucleon−1), in relatively low-dose range ≤ 1 mGy. Results provided, through etched track analysis, valuable information of interest for NTM when high LET ionizing radiation is involved.

KW - Etch rate

KW - Ion beams

KW - LET

KW - PADC

KW - Passive dosimeter

KW - Track area distribution

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Nuclear track detector response to energetic heavy ions: study case

Abstract

Keywords

UN SDGs

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