RN_bin_screen_phot {radsafer}

Search for radioisotopes that dominate a specified energy bin

Description

Identify photon emitters that represent a target range of energies, while screening out other selected energy ranges. This may be helpful for identifying radionuclides in low-definition spectroscopy or in selecting representative spectra for modeling shielding.

Usage

RN_bin_screen_phot(
  E_min = 0,
  E_max = 10,
  min_prob = 0,
  min_half_life_seconds = NULL,
  max_half_life_seconds = NULL,
  no_E_min = 0,
  no_E_max = 10,
  no_min_prob = 100,
  no_E_min2 = 0,
  no_E_max2 = 10,
  no_min_prob2 = 100
)

Arguments

E_min

target energy range minimum in MeV, default = 0

E_max

target energy range maximum in MeV, default = 10

min_prob

minimum probability of selected range with default = 0.

min_half_life_seconds

minimum half-life in seconds. Use multiplier as needed, e.g. 3 * 3600 for 3 hours. Default = NULL,

max_half_life_seconds

maximum half-life. See min_half_life_seconds.

no_E_min, no_E_min2

minimum energies in ranges to minimize in MeV, default = 0

no_E_max, no_E_max2

maximum energies in bins to minimize in MeV, default = 10

no_min_prob, no_min_prob2

minimum probability to minimize with default = 100 (no minimum).

Value

radionuclides that match selection criteria

See Also

RN_plot_spectrum()

Other radionuclides: RN_Spec_Act(), RN_index_screen(), RN_info(), RN_plot_search_results(), RN_plot_spectrum(), RN_save_spectrum(), RN_search_alpha_by_E(), RN_search_beta_by_E(), RN_search_phot_by_E()

Examples

RN_bin_screen_phot(
  E_min = 0.1, E_max = 0.3,
  min_prob = 0.4, min_half_life_seconds = 30 * 24 * 3600,
  max_half_life_seconds = 3.153e7, no_E_min = 0.015,
  no_E_max = 0.0999, no_min_prob = 0.05, no_E_min2 = 0.301, no_E_max2 = 10, no_min_prob2 = 0.01
)