3. Isotope¶
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class
npat.Isotope(istp)[source]¶ Isotopic data
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Parameters: - x : type
Description of parameter x.
Attributes: - Delta
- E_level
- J_pi
- N
- TeX
- Z
- mass
- meta
- stable
Methods
abundance([unc])Description alphas([I_lim, E_lim])Description beta_minus([I_lim, Endpoint_lim])Description beta_plus([I_lim, Endpoint_lim])Description decay_const([units, unc])Description decay_products([closest_SFY])Description dose_rate([activity, distance, units])Description electrons([I_lim, E_lim, CE_only, Auger_only])Description gammas([I_lim, E_lim, xrays, dE_511])Description get_SFY([unc, closest_SFY])Description half_life([units, unc])Description optimum_units()Description -
alphas(I_lim=(None, None), E_lim=(None, None))[source]¶ Description
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Parameters: - x : type
Description of parameter x.
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beta_minus(I_lim=(None, None), Endpoint_lim=(None, None))[source]¶ Description
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Parameters: - x : type
Description of parameter x.
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beta_plus(I_lim=(None, None), Endpoint_lim=(None, None))[source]¶ Description
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Parameters: - x : type
Description of parameter x.
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decay_const(units='s', unc=False)[source]¶ Description
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Parameters: - x : type
Description of parameter x.
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decay_products(closest_SFY=False)[source]¶ Description
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Parameters: - x : type
Description of parameter x.
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dose_rate(activity=1.0, distance=30.0, units='R/hr')[source]¶ Description
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Parameters: - x : type
Description of parameter x.
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electrons(I_lim=(None, None), E_lim=(None, None), CE_only=False, Auger_only=False)[source]¶ Description
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Parameters: - x : type
Description of parameter x.
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gammas(I_lim=[None, None], E_lim=[None, None], xrays=False, dE_511=3.5)[source]¶ Description
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Parameters: - x : type
Description of parameter x.
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get_SFY(unc=False, closest_SFY=False)[source]¶ Description
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Parameters: - x : type
Description of parameter x.