FAQ of the Month Top 5 Ways to Decrease your Exposure to Medical Radiation NOW AVAILABLE FREE DOWNLOAD:Patient Radiation Handout Updated on 2025-01-30Terms & ConditionsPrivacy Policy
Medical radiation calculator - how can I find the radiation dose? Let's have a look at this step-by-step example: Choose the procedure. You can select between five popular medical imaging techniques, let's pick the CT scan as an example. Select the type of the procedure. Assume you will...
Used BED calculator : radiation dose for iOS? Share your experience and help other users.Key Details of BED calculator : radiation dose This app has been designed to calculate B.E.D.(biological effective dose) based on LQ model.You can use This application only for academic... Last updated...
The dose distribution operator 9 can determine the dose distribution of a cross-section in a three-dimensional arbitrary plane: in this case, it is superposed on a view of arbitrary cross section obtained by cross-section's three-dimensional coordinates processor 8.OTA HIROSHI...
Let's assume you want to convert the effective dose, so choose the bottom part. Enter your given value into a proper box. For example, let's take the effective dose of a chest X-ray, which is 0.1 mSv. The calculator displays the value in two other units. Now you know that 0.1 ...
We all fear radiation yet life depends on it. We each are radioactive, living on a radioactive planet, in a radioactive solar system, in a radioactive universe, in a radioactive galaxy - Robert Peter Gale, MD and Eric Lax
The RTG4 FPGA Development Kit provides an evaluation and development platform for space applications such as data transmission, serial connectivity, bus interface and high-speed designs using RTG4 radiation-tolerant, high-density and high-performance FPGAs. ...
RTG4 FPGAs integrate our fourth-generation Flash-based FPGA fabric and high-performance interfaces, such as Serialization/Deserialization (SerDes), on a single chip.
Dose-difference DTA: Distance-to-agreement GPR: Gamma passing rate IMRT: Intensity modulated radiation therapy References Vilches M, Garcia-Pareja S, Guerrero R, et al. Monte Carlo simulation of the electron transport through thin slabs: A comparative study of PENELOPE, GEANT3, GEANT4, EG...
PURPOSE:To enable display of the positional relation among the structure of an in vivo radiation source, organs (regions), body contour, and so forth, by displaying an isodose distribution curve in an arbitrary inclined section in terms of superposition of the corresponding image of arbitrary incl...