SRNIEL–7 calculators for TNID doses of electrons, protons, ions and neutrons in elemental absorbes and compounds; SRframework for electronic stopping powers, restricted energylosses and TID doses; residual particle energy or fluence after traversing shielding materials; large energy deposition effects in devices – e.g., single event effects (SEE) and Weibull functional form – for unidirectionally and isotropically distributed particles; solar modulated spectra for ions with Z up to 28 at 1 AU and along mission orbits in deep space using HelMod4 model; ASIF dedicated calculators
Available srniel calculators are listed grouped in sections:
 SRNIEL Calculators and TNID doses
 Hardness Parameter Calculator
 SR Nuclear Stopping Power and Nuclear Recoil Probability
 Energy Partition Functions
 Electronic Stopping Power Calculators (and TID doses) for protons, ions and electrons; Radiative Stopping Power for electrons
 Restricted EnergyLoss (and TID doses) Calculators within SRframework of electronic stopping power
 Residual Energy for monoenergetic or spectral distribution of protons, ions and electrons traversing shielding materials due to Electronic Stopping Power and  for electrons  additionally due to Radiative Stopping Power
 Effects due to a large energy deposition in devices (e.g., SEE) and cosmic rays fluences
 HelMod4 cosmic rays fluences
 Fluence to Dose (TID and TNID) Converter dedicated to ASIF (ASI Supported Irradiation facilities)
 Particle Spectral Fluence
 Notes
SRNIEL Calculators and TNID doses
for Single Particles:
 NIEL and dose calculator for electrons, protons and ions
 NIEL and dose Calculator for electrons, protons & ions using both Akkerman and Robinson Partition Functions
 NIEL and dose (NJOY based) Calculator in selected semiconductor materials for neutrons
 NIEL and dose calculator for neutrons using ASTM standards
 NIEL and dose (NJOY based) Calculator for neutrons using both Akkerman and Robinson Partition Functions
for Spectral Fluences:
 NIEL and dose calculator for spectral fluence of electrons, protons and ions
 NIEL and dose calculator for spectral fluence of electrons, protons and ions using both Akkerman and Robinson Partition Functions
 NIEL and dose (NJOY based) Calculator in selected semiconductor materials for Neutron Spectral Fluence
 NIEL and dose calculator for neutron spectral fluence using ASTM standards
 NIEL and dose (NJOY based) Calculator for Neutron Spectral Fluence using both Akkerman and Robinson Partition Functions
SR Nuclear Stopping Power and Nuclear Recoil Probability
for Single Particles:
for Spectral Fluences:
Electronic Stopping Power Calculators (and TID doses) for protons, ions and electrons; Radiative Stopping Power for electrons
for Single Particles:
 Electronic stopping powers, i.e., energy lost by incoming particles
for Spectral Fluences:
 Electronic stopping powers, i.e., energy lost by incoming particles
 Electronic stopping power calculator, ionizing dose converter for spectral fluence of protons and ions
 Electronic stopping power calculator with extension to high energies for spectral fluence of protons and ions; ionizing dose converter
 Electronic and Radiative stopping power calculator, ionizing dose converter for spectral fluence of electrons
Restricted EnergyLoss (and TID doses) Calculators within SRframework of electronic stopping power
for Single Particles:
 Restricted energy loss, i.e., accounting for ionizing energy deposited by incoming particles
for Spectral Fluences:
 Restricted energy loss, i.e., accounting for ionizing energy deposited by incoming particles
Residual Energy for monoenergetic or spectral distribution of protons, ions and electrons traversing shielding materials due to Electronic Stopping Power and  for electrons  additionally due to Radiative Stopping Power
 Residual energies of unidirectional particles  impinging perpendicularly on the absorber front face  resulting from the passage in shielding materials
 Residual spectral fluences or residual energies of unidirectional protons and ions traversing shielding materials
 Residual spectral fluences or residual energies of unidirectional protons and ions traversing shielding materials with extension to high energies
 Residual spectral fluences or residual energies of unidirectional electrons traversing shielding materials
 Residual energies of isotropically distributed particles resulting from the passage in spherical shielding materials

 Residual spectral fluences or residual energies of isotropic protons and ions traversing spherical shielding mterials
 Residual spectral fluences or residual energies of isotropic protons and ions traversing spherical shielding materials with extension to high energies
 Residual spectral fluences or residual energies of isotropic electrons traversing spherical shielding materials
Effects due to a large energy deposition in devices (e.g., SEE) and cosmic rays fluences
for unidirectional particle impinging perpendidicularly on the device front face:
 Weibull Function
 Large energy depositions induced by particles impinging perpendiculalrly on the front face of a device or absorber

 Occurrence probability calculator of events due to a large energy deposition in devices, e.g., single event effects (SEE)
 Occurrence probability calculator of events due to a large energy deposition in devices, e.g., single event effects (SEE), for space missions and cosmic rays fluences at 1 AU from HelMod Model
 Large energy depositions induced by recoil nuclei generated by particles impinging perpendiculalrly on the front face of a device or absorber
for isotropically distributed inpinging particles:
 SEE cross section for isotropically distributed particles
 Modulated galactic cosmic rays spectral fluences from HelMod4 Model at 1 AU
 Transfer Orbit Differential Fluence for Deep Space Missions from HelMod4 Model
Fluence to Dose (TID and TNID) Converter dedicated to ASIF (ASI Supported Irradiation facilities)
for TNID Doses:
for TID Doses:
 Fluence to TID dose converter for protons and ions
 Fluence to TID dose converter for protons and ions with extension to high energies
 Fluence to TID dose determìnation using the restricted energy loss
 The TNID dose is the total nonionizing energy loss (NIEL) dose.
 The TID dose is the total ionizing energy loss dose.
 SEE (Single Event Effect)
The data generated by using Calculators may be used by SRNIEL developers for statistical purpose.