Monte Carlo track chemistry simulations were used to investigate the effects of multiple ionization (MI) of water on the yields (G-values) of the ferrous sulfate (Fricke) dosimeter which was irradiated with low-energy α and lithium ion recoils from theThe accepted manuscript in pdf format is listed with the files at the bottom of this page. The presentation of the authors' names and (or) special characters in the title of the manuscript may differ slightly between what is listed on this page and what is listed in the pdf file of the accepted manuscript; that in the pdf file of the accepted manuscript is what was submitted by the author
Radioactivity was measured in a micellar gel dosimeter, a polymer gel dosimeter, and water was irrad...
FLASH radiotherapy delivers a high dose (≥10 Gy) at a high rate (≥40 Gy/s). In this way, particles a...
Abstract: The 10B(n,α)7Li nuclear reaction is very important for the nuclear industry as well as in ...
Monte-Carlo calculations are used to simulate the stochastic effects of fast neutron-induced chemica...
A re-examination of our Monte-Carlo modeling of the high-temperature radiolysis of liquid water by l...
Monte Carlo multi-track chemistry simulations were carried out to study the effects of high dose rat...
Absolute measurements of the radiolytic yield of Fe3+ in a ferrous sulphate dosimeter formulation (6...
We evaluate the track segment yield G′ of typical water radiolysis products (eaq−, ·OH and H2O2) und...
A heavy-particle track model suggested by considerations presented in a companion paper is used in a...
Monte Carlo track chemistry simulations were used to study the effects of high dose rates on the rad...
A fit to the experimental data for the response of the Fricke dosimeter to energetic heavy ions is o...
The paper investigates the characteristics of the chemical Fricke dosimeter (with the standard compo...
Monte Carlo track structure simulation is a powerful method for estimating damage induced by water r...
Monte Carlo track structure simulation is a powerful method for estimating damage induced by water r...
Historical data for the Fricke G-value in photon and electron beams are reviewed and the resul...
Radioactivity was measured in a micellar gel dosimeter, a polymer gel dosimeter, and water was irrad...
FLASH radiotherapy delivers a high dose (≥10 Gy) at a high rate (≥40 Gy/s). In this way, particles a...
Abstract: The 10B(n,α)7Li nuclear reaction is very important for the nuclear industry as well as in ...
Monte-Carlo calculations are used to simulate the stochastic effects of fast neutron-induced chemica...
A re-examination of our Monte-Carlo modeling of the high-temperature radiolysis of liquid water by l...
Monte Carlo multi-track chemistry simulations were carried out to study the effects of high dose rat...
Absolute measurements of the radiolytic yield of Fe3+ in a ferrous sulphate dosimeter formulation (6...
We evaluate the track segment yield G′ of typical water radiolysis products (eaq−, ·OH and H2O2) und...
A heavy-particle track model suggested by considerations presented in a companion paper is used in a...
Monte Carlo track chemistry simulations were used to study the effects of high dose rates on the rad...
A fit to the experimental data for the response of the Fricke dosimeter to energetic heavy ions is o...
The paper investigates the characteristics of the chemical Fricke dosimeter (with the standard compo...
Monte Carlo track structure simulation is a powerful method for estimating damage induced by water r...
Monte Carlo track structure simulation is a powerful method for estimating damage induced by water r...
Historical data for the Fricke G-value in photon and electron beams are reviewed and the resul...
Radioactivity was measured in a micellar gel dosimeter, a polymer gel dosimeter, and water was irrad...
FLASH radiotherapy delivers a high dose (≥10 Gy) at a high rate (≥40 Gy/s). In this way, particles a...
Abstract: The 10B(n,α)7Li nuclear reaction is very important for the nuclear industry as well as in ...