operando_cell_registry.json

[
  {
    "id": "cell_001",
    "name": "POLARIS",
    "type": "Coin adjacent",
    "contact_info": {
      "primary_email": "gabriel.perez@stfc.ac.uk"
    },
    "compatibility": {
      "instruments": ["POLARIS", "GEM", "WISH"],
      "techniques": ["Neutron Diffraction"]
    },
    "specifications": {
      "sample_size": "2x4cm aperture",
      "window_materials": ["Vanadium", "Aluminium", "Nickel", "Copper"],
      "operating_limits": {
        "max_temp_c": 80,
        "pressure_control": false
      }
    },
    "limitations_3r": {
      "reliability": ["Unquantified stack pressure", "Electrolyte settling"],
      "representativeness": ["High mass loading affects ion diffusion"],
      "reproducibility": ["Pressure inconsistency from PEEK screws"]
    },
    "digital_twin": {
      "cad_available": true
    }
  },
  {
    "id": "cell_002",
    "name": "BAM",
    "type": "Coin adjacent",
    "contact_info": {
      "primary_email": "peter.baker@stfc.ac.uk"
    },
    "compatibility": {
      "instruments": ["EMU", "SINQ"],
      "techniques": ["Muon spectroscopy", "SANS"]
    },
    "specifications": {
      "sample_size": "18mm diameter",
      "window_materials": ["Stainless Steel", "Aluminium"],
      "operating_limits": {
        "max_temp_c": 100,
        "pressure_control": false
      }
    },
    "limitations_3r": {
      "reliability": ["Unquantified stack pressure", "Electrolyte settling"],
      "representativeness": ["High mass loading limits C-rate"],
      "reproducibility": ["Non-standard in-house design"]
    },
    "digital_twin": {
      "cad_available": true
    }
  },
  {
    "id": "cell_003",
    "name": "DRIX",
    "type": "Radial / Capillary",
    "contact_info": {
      "primary_email": "daniel.irving@diamond.ac.uk"
    },
    "compatibility": {
      "instruments": ["I15-1", "DIAD"],
      "techniques": ["XPDF", "XAS", "XRS"]
    },
    "specifications": {
      "sample_size": "2.9mm ID",
      "window_materials": ["Quartz"],
      "operating_limits": {
        "max_temp_c": 180,
        "pressure_control": false
      }
    },
    "limitations_3r": {
      "reliability": ["Background variation if misaligned", "Fragile capillaries"],
      "representativeness": ["Small sample size"],
      "reproducibility": ["Difficult assembly", "Unsuited to pressure"]
    },
    "digital_twin": {
      "cad_available": false
    }
  },
  {
    "id": "cell_004",
    "name": "Spectro-echem Flow Cell",
    "type": "Flow Cell",
    "contact_info": {
      "primary_email": "santosh.kumar@diamond.ac.uk"
    },
    "compatibility": {
      "instruments": ["B07", "B22"],
      "techniques": ["Soft XPS", "NEXAFS", "XAS"]
    },
    "specifications": {
      "sample_size": "3-12mm electrode",
      "window_materials": ["Silicon nitride", "Graphene", "Nafion"],
      "operating_limits": {
        "max_temp_c": 25,
        "pressure_control": false
      }
    },
    "limitations_3r": {
      "reliability": ["Beam damage artifacts", "Flow-induced vibrations"],
      "representativeness": ["Thin sample requirement"],
      "reproducibility": ["Membrane prep difficulty", "Flow optimisation required"]
    },
    "digital_twin": {
      "cad_available": false
    }
  },
  {
    "id": "cell_006a",
    "name": "B18 Static Cell",
    "contact_info": {
      "primary_email": "james.le-houx@stfc.ac.uk"
    },
    "type": "Static",
    "compatibility": {
      "instruments": ["B18"],
      "techniques": ["Hard X-ray XAS (Fluorescence)"]
    },
    "specifications": {
      "sample_size": "Variable",
      "window_materials": ["Kapton"],
      "operating_limits": {
        "max_temp_c": 25,
        "pressure_control": false
      }
    },
    "limitations_3r": {
      "reliability": ["Beam damage risk"],
      "representativeness": ["Static conditions only"],
      "reproducibility": ["Non-standard design"]
    },
    "digital_twin": {
      "cad_available": false
    }
  },
  {
    "id": "cell_006b",
    "name": "B18 Flow Cell",
    "contact_info": {
      "primary_email": "james.le-houx@stfc.ac.uk"
    },
    "type": "Flow",
    "compatibility": {
      "instruments": ["B18"],
      "techniques": ["Hard X-ray XAS (Fluorescence & Transmission)"]
    },
    "specifications": {
      "sample_size": "Variable",
      "window_materials": ["Kapton"],
      "operating_limits": {
        "max_temp_c": 25,
        "pressure_control": false
      }
    },
    "limitations_3r": {
      "reliability": ["Window damage risk"],
      "representativeness": ["Controlled mass transport"],
      "reproducibility": ["Requires pump optimisation"]
    },
    "digital_twin": {
      "cad_available": false
    }
  },
  {
    "id": "cell_007a",
    "name": "M3.0 (Nanoprobe)",
    "contact_info": {
      "primary_email": "miguel.gomez-gonzalez@diamond.ac.uk"
    },
    "type": "Modular Stack",
    "compatibility": {
      "instruments": ["I14"],
      "techniques": ["Nano-focus XRF", "XANES"]
    },
    "specifications": {
      "sample_size": "Coin-type stack",
      "window_materials": ["Gorilla Glass", "PEEK"],
      "operating_limits": {
        "max_temp_c": 25,
        "pressure_control": false
      }
    },
    "limitations_3r": {
      "reliability": ["Window bulging affects pressure uniformity"],
      "representativeness": ["Trade-off: uniformity vs pressure"],
      "reproducibility": ["Piston seal is tricky"]
    },
    "digital_twin": {
      "cad_available": true
    }
  },
  {
    "id": "cell_007b",
    "name": "M4.0 (Nanoprobe)",
    "contact_info": {
      "primary_email": "miguel.gomez-gonzalez@diamond.ac.uk"
    },
    "type": "Modular Stack",
    "compatibility": {
      "instruments": ["I14", "B18"],
      "techniques": ["Nano-focus XRF", "XANES"]
    },
    "specifications": {
      "sample_size": "Coin-type stack",
      "window_materials": ["Silicon Nitride", "FFKM Gasket"],
      "operating_limits": {
        "max_temp_c": 25,
        "pressure_control": true
      }
    },
    "limitations_3r": {
      "reliability": ["Risk of electrical shorting from Al plates"],
      "representativeness": ["Reproducible stack pressure"],
      "reproducibility": ["Limited availability of FFKM gaskets"]
    },
    "digital_twin": {
      "cad_available": true
    }
  },
  {
    "id": "cell_008",
    "name": "Standard Coin Cell (Mod)",
    "contact_info": {
      "primary_email": "james.le-houx@stfc.ac.uk"
    },
    "type": "Baseline",
    "compatibility": {
      "instruments": ["Various"],
      "techniques": ["Ex-situ", "XCT"]
    },
    "specifications": {
      "sample_size": "2032 Standard",
      "window_materials": ["Stainless Steel (Thinned)"],
      "operating_limits": {
        "max_temp_c": 60,
        "pressure_control": true
      }
    },
    "limitations_3r": {
      "reliability": ["High attenuation if not thinned"],
      "representativeness": ["Gold standard for electrochemistry"],
      "reproducibility": ["High"]
    },
    "digital_twin": {
      "cad_available": false
    }
  },
  {
    "id": "cell_009",
    "name": "Standard Pouch Cell",
    "contact_info": {
      "primary_email": "james.le-houx@stfc.ac.uk"
    },
    "type": "Baseline",
    "compatibility": {
      "instruments": ["NIMROD", "POLARIS"],
      "techniques": ["Neutron Diffraction"]
    },
    "specifications": {
      "sample_size": "Flexible",
      "window_materials": ["Polymer/Aluminium"],
      "operating_limits": {
        "max_temp_c": 60,
        "pressure_control": false
      }
    },
    "limitations_3r": {
      "reliability": ["Deformation under vacuum"],
      "representativeness": ["High"],
      "reproducibility": ["Lower than coin cells"]
    },
    "digital_twin": {
      "cad_available": false
    }
  }
]