Radiation therapy and nuclear medicine computations.
The app assists radiotherapists and medical physicists with computations for radiation therapy and nuclear medicine. It translates between radiation quality specifications, computes isotope decay, and calculates equivalent square fields.
by Mevis Informatica Medica Ltda.★ 5.02 ratingsMedical$2.99Data updated 2026-10-03
Calculate biological equivalent dose for radiation therapy using the linear-quadratic model. Select organs such as spine, heart, lung, liver, skin, or specify α/β ratios. Input dose and fractionation details to compute results.
The app provides a second check for calculated monitor units in X-ray radiotherapy treatment fields. It computes "MU verification" (MUV) using definitions from AAPM Task Group 114, offering independent results unrelated to main planning systems.
Calculate decayed activity using mCi or Bq units. View decay charts with tap-to-examine features and customizable input parameters. Save chart snapshots to camera roll. Estimate dose rates for isotopes as point sources at specified distances.
Calculate effective using the LQ model. Input radiation data to determine BED values. Provides academic calculations for research purposes only. Not intended for clinical use.
The app calculates the biologically effective dose (BED) for radiation therapy fractionation regimens. It computes BED for external beam radiation therapy and brachytherapy treatments based on dose per fraction and dose rate.
Helps students learn fractions, decimals, and percents by ordering equivalent values on a . Features include multiple levels, visual representations, and interactive exercises to reinforce concepts.
Allows users to plot functions, polar, and parametric graphs. Users can edit equations in the graph editor and view graphs. Features include tracing, finding intersections and extrema, displaying derivatives, and adding tangents.
Access chemical and nuclear data for and isotopes. View properties like density, melting point, and thermal conductivity. Explore nuclear details including half-life, decay mode, and daughter products.
The app computes exact optimal solutions for the traveling salesman problem. It can solve instances with 1,000 or more cities, with computations performed locally on the user's device.
Convert units across 35 categories including acceleration, angle, area, specific heat, electric charge, and heat transfer. Input values and select units for instant conversion. Save frequently used conversions for quick access.
Track real-time attendance at libraries, museums, swimming pools, and city halls. Predict crowds and queue lengths using an attendance prediction algorithm. Set reminders and view 24/7 updates to plan visits and avoid overcrowded spaces.
The app provides guidance for health care providers on the clinical diagnosis and treatment of radiation injury. It offers just-in-time, evidence-based information with background and context for complex issues.
Monitor radiation levels with real-time gamma energy and source analysis. View interactive dashboards for detailed metrics and tool navigation. Search for radiation data and analyze results. Sync device data for enhanced monitoring and reporting.
Calculator provides tools to analyze and convert and Civil parameters. Users can calculate critical bending moments for rectangular, open, and nonuniform cross sections. Additional calculators for stress and deflection are available via in- purchase.
Review images, contours, and treatment plans securely on mobile devices.
The app enables medical professionals to review and analyze various imaging modalities. The app supports secure data transfer and offers tools for image fusion and measurement.
Helps users visualize celestial objects through telescopes or cameras. It calculates magnification, actual field of view, and exit pupil. Users can simulate views with different eyepieces and optical aids.