The plastic density (ρpl) is calibrated to the physical thickness of the SP34 slab phantom to determine the density thickness.</p
Density of label for densin at the PSD (number of gold particles per μm PSD).</p
Abstract: A method for density and thickness measurements of a thin-film is described by the pressur...
Differences between the average penetration depth of ion m/z 304 to ion m/z 332. A positive value in...
The depth scaling factor (cpl) is calibrated to the density thickness of the SP34 slab phantom to de...
Percentage depth dose as a function of water-equivalent thickness using the ionization chamber.</p
Percentage depth dose as a function of water-equivalent thickness using film dosimetry.</p
Depth of bulk solids and the lateral pressure with the dipping angle of 85° (a-d).</p
Depth of bulk solids and the lateral pressure with the dipping angle of 80° (a-d).</p
Depth of bulk solids and the lateral pressure with the dipping angle of 90° (a-d).</p
<p>A numerical phantom composed of two materials (<i>M</i><sub><i>a</i></sub> and <i>M</i><sub><i>b<...
<p>The thickness of the film on each slide was calculated as the mean of the thicknesses of points A...
Calculated fluence scaling factor from ionometric measurement at the reference depth.</p
In this study, some confusing points about electron film dosimetry using white polystyrene suggested...
<p>Thickness and diameter shrinkage percentage of the samples as a function of heat treatment temper...
When converting fractional (percentage) depth doses to tissue-phantom ratios, one must use a factor ...
Density of label for densin at the PSD (number of gold particles per μm PSD).</p
Abstract: A method for density and thickness measurements of a thin-film is described by the pressur...
Differences between the average penetration depth of ion m/z 304 to ion m/z 332. A positive value in...
The depth scaling factor (cpl) is calibrated to the density thickness of the SP34 slab phantom to de...
Percentage depth dose as a function of water-equivalent thickness using the ionization chamber.</p
Percentage depth dose as a function of water-equivalent thickness using film dosimetry.</p
Depth of bulk solids and the lateral pressure with the dipping angle of 85° (a-d).</p
Depth of bulk solids and the lateral pressure with the dipping angle of 80° (a-d).</p
Depth of bulk solids and the lateral pressure with the dipping angle of 90° (a-d).</p
<p>A numerical phantom composed of two materials (<i>M</i><sub><i>a</i></sub> and <i>M</i><sub><i>b<...
<p>The thickness of the film on each slide was calculated as the mean of the thicknesses of points A...
Calculated fluence scaling factor from ionometric measurement at the reference depth.</p
In this study, some confusing points about electron film dosimetry using white polystyrene suggested...
<p>Thickness and diameter shrinkage percentage of the samples as a function of heat treatment temper...
When converting fractional (percentage) depth doses to tissue-phantom ratios, one must use a factor ...
Density of label for densin at the PSD (number of gold particles per μm PSD).</p
Abstract: A method for density and thickness measurements of a thin-film is described by the pressur...
Differences between the average penetration depth of ion m/z 304 to ion m/z 332. A positive value in...
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