Add to ORKGUnanticipated late effects in neutron and heavy ion therapy, not attributable to overdose, imply a qualitative difference between low and high LET therapy. We identify that difference as ‘ion kill’, associated with the spectrum of z/β in the radiation field, whose measurement we label ‘ion-kill dosimetry’
The universal use of dose as a normalizing parameter in radiobiology is based entirely on the availa...
The biological effect of heavy ions is best described through the action cross section, as a functio...
Data for the loss of reproductive integrity of Tradescantia stamen hairs irradiated with 250 keV X r...
Unanticipated late effects in neutron and heavy ion therapy, not attributable to overdose, imply a q...
(LET) radiations varies with cellular radiosensitivity parameters and the radiation environment. Of ...
Many condensed matter dosimeters and detectors respond to the perspectives of track physics, a param...
Studies of the structure of particle tracks have led to models of track effects based on radial dose...
Radiation detection and damage data from several physical, chemical, and biological systems have bee...
The supralinear response of thermoluminescent dosimeters (TLDs) after irradiation with gamma- or bet...
The question of the appropriate extrapolation to low dose has long been a subject of controversy. A ...
Although dose is the simplest and most widely used measurement of a radiation field, it does not alw...
It is known that radiobiological effectiveness decrease with decrease of the dose-rate for gamma-ray...
Heavy ion tracks in Ilford K-2 emulsion are simulated with a computer program that makes use of the ...
Medical linear accelerators (linacs) are the most frequently applied radiation therapy machines in t...
The delta-ray theory of the inactivation of cells by energetic heavy ions describes cellular surviva...
The universal use of dose as a normalizing parameter in radiobiology is based entirely on the availa...
The biological effect of heavy ions is best described through the action cross section, as a functio...
Data for the loss of reproductive integrity of Tradescantia stamen hairs irradiated with 250 keV X r...
Unanticipated late effects in neutron and heavy ion therapy, not attributable to overdose, imply a q...
(LET) radiations varies with cellular radiosensitivity parameters and the radiation environment. Of ...
Many condensed matter dosimeters and detectors respond to the perspectives of track physics, a param...
Studies of the structure of particle tracks have led to models of track effects based on radial dose...
Radiation detection and damage data from several physical, chemical, and biological systems have bee...
The supralinear response of thermoluminescent dosimeters (TLDs) after irradiation with gamma- or bet...
The question of the appropriate extrapolation to low dose has long been a subject of controversy. A ...
Although dose is the simplest and most widely used measurement of a radiation field, it does not alw...
It is known that radiobiological effectiveness decrease with decrease of the dose-rate for gamma-ray...
Heavy ion tracks in Ilford K-2 emulsion are simulated with a computer program that makes use of the ...
Medical linear accelerators (linacs) are the most frequently applied radiation therapy machines in t...
The delta-ray theory of the inactivation of cells by energetic heavy ions describes cellular surviva...
The universal use of dose as a normalizing parameter in radiobiology is based entirely on the availa...
The biological effect of heavy ions is best described through the action cross section, as a functio...
Data for the loss of reproductive integrity of Tradescantia stamen hairs irradiated with 250 keV X r...