With RadiCalc perform dosimetry and radiation effects calculations
fast and efficiently. It contains the 32 most commonly used
radionuclides for industrial and medical application.
Input a nuclide activity distance time points and others to calculate:
● Gamma Dose Rate (for point sources)
● Radioactive Decay (based on half life of the nuclide)
The app lets you select the data to be calculated and for example derive from dose rate. Based on your input the according empty field is filled.
It also looks quite stylish when compared to other calculators. RadiCalc is designed to be of easy use and enables you to switch between calculations in an efficient way without too much clicking.
RadiCalc is interesting for officials or any persons regularly dealing with nuclide specific radiation effects. RadiCalc is a radiation protection officers daily companion.
Supported radionuclides: Ag-110m Am-241 Ar-41 C-14 Co-58 Co-60 Cr-51 Cs-134 Cs-137 Cu-64 Eu-152 F-18 Fe-59 Ga-68 H-3 I-131 Ir-192 K-40 K-42 La-140 Lu-177 Mn-54 Mn-56 Mo-99 Na-24 P-32 Ru-103 Sr-90 Ta-182 Tc-99m Y-90 Zn-65
Input a nuclide activity distance time points and others to calculate:
● Gamma Dose Rate (for point sources)
● Radioactive Decay (based on half life of the nuclide)
The app lets you select the data to be calculated and for example derive from dose rate. Based on your input the according empty field is filled.
It also looks quite stylish when compared to other calculators. RadiCalc is designed to be of easy use and enables you to switch between calculations in an efficient way without too much clicking.
RadiCalc is interesting for officials or any persons regularly dealing with nuclide specific radiation effects. RadiCalc is a radiation protection officers daily companion.
Supported radionuclides: Ag-110m Am-241 Ar-41 C-14 Co-58 Co-60 Cr-51 Cs-134 Cs-137 Cu-64 Eu-152 F-18 Fe-59 Ga-68 H-3 I-131 Ir-192 K-40 K-42 La-140 Lu-177 Mn-54 Mn-56 Mo-99 Na-24 P-32 Ru-103 Sr-90 Ta-182 Tc-99m Y-90 Zn-65
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RadiCalc Radiation Calculator / What's New in vUnknown
● Updated Android version, updated libraries, increased
performance
● Added new isotopes Gallium (Ga68), Lutetium (Lu177) and Yttrium (Y90)
● Supporting now 32 most relevant isotopes in industrial and medical application or nuclear radiation protection: Ag110m, Am241, Ar41, C14, Co58, Co60, Cr51, Cs134, Cs137, Cu64, Eu152, F18, Fe59, Ga68, H3, I131, Ir192, K40, K42, La140, Lu177, Mn54, Mn56, Mo99, Na24, P32, Ru103, Sr90, Ta182, Tc99m, Y90, Zn65
● Added new isotopes Gallium (Ga68), Lutetium (Lu177) and Yttrium (Y90)
● Supporting now 32 most relevant isotopes in industrial and medical application or nuclear radiation protection: Ag110m, Am241, Ar41, C14, Co58, Co60, Cr51, Cs134, Cs137, Cu64, Eu152, F18, Fe59, Ga68, H3, I131, Ir192, K40, K42, La140, Lu177, Mn54, Mn56, Mo99, Na24, P32, Ru103, Sr90, Ta182, Tc99m, Y90, Zn65