RAD*WARE, Incorporated Las Vegas, NevadaHealth Physics Information At Your Fingertips |
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RAD*TOOLS
The RAD*TOOLS software is an
evolution of two software packages that were written around the
1990 time frame to make radionuclide emission data and half life
data inteactively available for personal computers. The two
packages were RAD*Search and Decay and were written in BASIC. These
data packages were completely redone to use WINDOWS as the
operating platform and many items were added to use the data. The
following is a description of some of the capability of
RAD*TOOLS:
Current Version: 3.1.9 -
2/15/2007
Project Start Date:
8/4/1999
Decay calulation utilities
Radionuclide database RQ and Exempt quantities Element properties
Radiation Properties
Properties of Detection Gases Labeling Exempt Activity of Radionuclides Respirator Information Conversion of Units Material density Range of Alpha particles in air Range of Beta particles in any material Learning radioactive decay Dose estimates using DACs Exposure extimates using specific gamma constants External dose estimates using gamma dose constants A listing of physical constants A listing of natural elements Several new ways of looking at specific activity Human Composition Human Organs and Weighting Factors Linear Range of Beta Particles in Material Inverse Square Law Calculations Radiation Properties Attenuation Coefficients and HVLs for gamma emissions Attenuation of beta and beta+ particles in any material A1 and A2 Values for Transportation Reportable Quantities for Transportation Natural Decay Chains Learning Daughter Product Formation
Radiological unit conversion
Decay in storage date calculations for any radionuclide Table 2 and 3 values from 10 CFR Part 20 with notes for Class D, W, or Y Calculation of allowable releases (water, air, sewer) Tritiated liquids to activity limits for limited quantity Instruments and Articles Range of beta emissions in materials (by selection) Determination of activity from radionuclide mass.
Radiation related definitions
Determination of radionuclide mass from activity References for gamma, beta-, beta+, and alpha emissions.
Internal dose estimates with ALI,
DAC, and calculation routine with a respirator.
Intake and excretion values for elements (ICRP-23 data). Stay time calculator and time and rate conversions. Transportation data list (International). Line source emission calculation from activity and length - on axis. Disk source emission calculation from activity and radius. Individual References for each gamma, beta-, beta+, and alpha emission. Detection gas properties form improved - calculation of charge carriers.
and many more!!
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