STARTRACK is the acronym of an experiment that aims to measure ionisation cluster distributions in nanometric sites placed at different distances from an accelerated charged particle track. STARTRACK will first use the 20 nm wall-less detector, already used for studying the nanometric track structure of an alpha particle, and then a new detector designed for measuring ionisation clusters in 10 nm sites. The experiment is mounted on the beam line of the Tandem-Alpi accelerator facility of the Legnaro Laboratories, which supplies ion beams from hydrogen to gold up to energy ranging from 7 to 28 MeV/amu. Track nanodosimetry aims to measure ionisation clusters along and aside the ion track down to occurrence probability of 10(-5). To reach such...
Clustered DNA damages are considered the critical lesions in the pathways leading from the initial e...
To study the track structure of light ions, a measuring device has been developed at the Legnaro Nat...
In this paper, we describe a gas counter able to measure electron cluster distributions in nanometri...
Track nanodosimetry is the theoretical and experimental research which studies the stochastic aspect...
The STARTRACK experimental set-up, mounted on the +50° beam line of the Tandem-Alpi particle acceler...
STARTRACK is a track nanodosimetry experiment the installation of which is in progress by the Legnar...
At Legnaro INFN Laboratories a track nanodosimetry experiment (STARTRACK) is installed in order to i...
The object of investigation in nanodosimetry is the physical characteristics of the microscopic stru...
We conceived and developed an experimental apparatus able to measure the track structure (the spatia...
Experimental measurements and calculations are described of ionisation distributions in propane wall...
Clustered DNA damages are considered the critical lesions in the pathways leading from the initial e...
The spatial distribution of radiation-induced ionisations in sub-cellular structures plays an import...
The measurable radiobiological effects of ionizing radiation strongly depend on the clustering of da...
A nanodosimeter is a type of detector which measures single ionizations in a small gaseous volume in...
Nanodosimetry is a branch of dosimetry for investigation and modeling of the interaction pattern of ...
Clustered DNA damages are considered the critical lesions in the pathways leading from the initial e...
To study the track structure of light ions, a measuring device has been developed at the Legnaro Nat...
In this paper, we describe a gas counter able to measure electron cluster distributions in nanometri...
Track nanodosimetry is the theoretical and experimental research which studies the stochastic aspect...
The STARTRACK experimental set-up, mounted on the +50° beam line of the Tandem-Alpi particle acceler...
STARTRACK is a track nanodosimetry experiment the installation of which is in progress by the Legnar...
At Legnaro INFN Laboratories a track nanodosimetry experiment (STARTRACK) is installed in order to i...
The object of investigation in nanodosimetry is the physical characteristics of the microscopic stru...
We conceived and developed an experimental apparatus able to measure the track structure (the spatia...
Experimental measurements and calculations are described of ionisation distributions in propane wall...
Clustered DNA damages are considered the critical lesions in the pathways leading from the initial e...
The spatial distribution of radiation-induced ionisations in sub-cellular structures plays an import...
The measurable radiobiological effects of ionizing radiation strongly depend on the clustering of da...
A nanodosimeter is a type of detector which measures single ionizations in a small gaseous volume in...
Nanodosimetry is a branch of dosimetry for investigation and modeling of the interaction pattern of ...
Clustered DNA damages are considered the critical lesions in the pathways leading from the initial e...
To study the track structure of light ions, a measuring device has been developed at the Legnaro Nat...
In this paper, we describe a gas counter able to measure electron cluster distributions in nanometri...