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RadCluster
Graph-based cluster dynamics for irradiated materials
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Go to the source code of this file.
Namespaces | |
| namespace | py_utils |
| namespace | py_utils.materials |
| namespace | py_utils.materials.eurofer97 |
| namespace | py_utils.materials.eurofer97.declaration |
Functions | |
| np.ndarray | py_utils.materials.eurofer97.declaration._xi (np.ndarray n) |
| np.ndarray | py_utils.materials.eurofer97.declaration._coalescence_kernel (np.ndarray D_eff, float A_pref) |
| np.ndarray | py_utils.materials.eurofer97.declaration._absorb_kernel (np.ndarray D_partner, float A_pref) |
| np.ndarray | py_utils.materials.eurofer97.declaration._annihilation_kernel (np.ndarray D_v, np.ndarray D_i, float A_pref) |
| np.ndarray | py_utils.materials.eurofer97.declaration._source_array (np.ndarray P_indexed) |
| np.ndarray | py_utils.materials.eurofer97.declaration._trap_mutation_kernel (int V, float T) |
| np.ndarray | py_utils.materials.eurofer97.declaration._resolution_kernel (int V, float phi_dot, float b0) |
| py_utils.materials.eurofer97.declaration.build_eurofer_rag (input_data, reaction_rates, *str equations="discrete", str cascade="fission") | |