Loading...
{
"body": {},
"parameters": {},
"input_asset": {
"assetId": "9cc05802-e9a1-471a-9ab1-25167dd9aebb",
"assetType": "file"
},
"side_effects": false
}{
"body": {},
"parameters": {},
"input_asset": {
"assetId": "5b08be86-89db-47d4-b171-3c3c44daf0a6",
"assetType": "file"
},
"side_effects": false
}{
"body": {},
"parameters": {},
"input_asset": {
"assetId": "19a46761-c506-436d-afb7-6bb20565c064",
"assetType": "file"
},
"side_effects": false
}{
"e_above_hull": 0.041315,
"decomposition": {
"Ag": 0.1428571428571429,
"Pb": 0.8571428571428571
},
"predicted_stable": false,
"is_terminal_entry": true,
"reference_entries": [
"input_structure"
],
"input_is_lowest_energy": true,
"formation_energy_per_atom": 0.041315,
"num_entries_at_composition": 1,
"lowest_energy_at_composition": {
"energy": 0.041315,
"material_id": "input_structure"
}
}Calculate the energy above the convex hull (eV/atom) of a material
How this route is connected to other assets
Last week we introduced a few new routes to the Materials Science API from . This work is part of a broader effort to create a suite of tools that eventually can be commanded by an AI agent for automa
Discover other routes like this one
Predict the Curie temperature of a material
Create a supercell from a material
Relax a material structure