Add to ORKGThe relative biological effectiveness of several radiations of differing specific ionizations was determined. The radiation effect studied was impairment of bone marrow function, and the biological test system used was the depression of Fe59 uptake by the red blood cells of male Sprague-Dawley rats. The effectiveness of the mixed radiations in the thermal column of a homogeneous reactor was compared with 250-KVP X radiation, and the effect of the beta particles of tritium was compared with that of Co60 gamma rays. The effect of the alpha particles of Pu and Ra on bone marrow function was also determined
It has been long known that high-Linear Energy Transfer (LET) radiation, such as charged particles, ...
Electromagnetic radiation (photons) or particle beam (protons or heavy ions) have similar biological...
Abstract. It has been discussed ever since among the sci-entific communities, whether non-ionising r...
The objective of microdosimetry was, and still is, to identify physical descriptions of the initial ...
It has been discussed ever since among the scientific communities, whether non-ionising radiation ca...
In this contribution several features will be discussed of relations between biological effects prod...
In general, radiobiology is mostly concerned with X-rays that are widely used in medical diagnosis l...
Research continued on relative biological effectiveness, in the following areas: radial distribution...
Relations between the relative biological effectiveness and the linear energy transfer of heavy char...
The relative biological effectiveness (RBE) based on the induction of dicentrics in any cell type is...
In current clinical practice, the physical proton dose is converted to a biological equivalent photo...
T H E monographs on the biologic action of roentgen-rays by Duggar1 and Scott2 and on the effects of...
Purpose: To comparatively study the genotoxicity induced by high LET HZE Fe particles to that by low...
Much of the early work in radiation biology was predicted on the assumption that radiation effects c...
Many physical factors influence the biological effect of exposure to ionizing radiation, including r...
It has been long known that high-Linear Energy Transfer (LET) radiation, such as charged particles, ...
Electromagnetic radiation (photons) or particle beam (protons or heavy ions) have similar biological...
Abstract. It has been discussed ever since among the sci-entific communities, whether non-ionising r...
The objective of microdosimetry was, and still is, to identify physical descriptions of the initial ...
It has been discussed ever since among the scientific communities, whether non-ionising radiation ca...
In this contribution several features will be discussed of relations between biological effects prod...
In general, radiobiology is mostly concerned with X-rays that are widely used in medical diagnosis l...
Research continued on relative biological effectiveness, in the following areas: radial distribution...
Relations between the relative biological effectiveness and the linear energy transfer of heavy char...
The relative biological effectiveness (RBE) based on the induction of dicentrics in any cell type is...
In current clinical practice, the physical proton dose is converted to a biological equivalent photo...
T H E monographs on the biologic action of roentgen-rays by Duggar1 and Scott2 and on the effects of...
Purpose: To comparatively study the genotoxicity induced by high LET HZE Fe particles to that by low...
Much of the early work in radiation biology was predicted on the assumption that radiation effects c...
Many physical factors influence the biological effect of exposure to ionizing radiation, including r...
It has been long known that high-Linear Energy Transfer (LET) radiation, such as charged particles, ...
Electromagnetic radiation (photons) or particle beam (protons or heavy ions) have similar biological...
Abstract. It has been discussed ever since among the sci-entific communities, whether non-ionising r...