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The application NuklidCalc is an handy tool for the radiation protection experts

NuklidCalc

by NPTech

What is it about?

The application NuklidCalc is an handy tool for the radiation protection experts. It provides a swift access to the data found in the annex 3 of the Radiological Protection Ordinance (RPO) of April 27, 2017 (status as of January 1, 2018) and to the D-value of the IAEA document "Dangerous Quantities of Radioactive Material". Moreover, the application calculates different quantities relat-ed to operational radiation protection described below:

App Details

Version
1.4
Rating
(1)
Size
18Mb
Genre
Utilities Productivity
Last updated
January 26, 2019
Release date
December 21, 2016
More info

App Screenshots

App Store Description

The application NuklidCalc is an handy tool for the radiation protection experts. It provides a swift access to the data found in the annex 3 of the Radiological Protection Ordinance (RPO) of April 27, 2017 (status as of January 1, 2018) and to the D-value of the IAEA document "Dangerous Quantities of Radioactive Material". Moreover, the application calculates different quantities relat-ed to operational radiation protection described below:

Working areas: for the selected nuclide, the limits of the activities that can be handled and stored in a working area of type A, B, C are calculated.

Numbers of LE/LA: for the selected nuclide, the numbers of LE and LA of the entered activity are calculated.

Dose rate/activity: for the selected nuclide, the activity as a function of the dose rate and the distance, and the dose rate as a function of the activity and the distance are calculated.

Activity at time t: for the selected nuclide, the activity at time t as a function of time t0 and activity A0 at time t0 is calculated.

Activity (t) < 1 kg.LL < 10 kg.LL: for the selected nuclide, the necessary decay time for the activity of the source to be lower than 1 kg.LL (respectively 10 kg.LL) as a function of time t0 and activity A0 at time t0 is calculated.

Conversion Ci/Bq: conversion of the entered activity in curie/becquerel in the other unit and its multiples.

Extremity dose: for the selected nuclide, the extremity dose as a function of the handled activity is calculated.


Terms and conditions: https://www.admin.ch/gov/en/start/terms-and-conditions.html

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