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  "members": [
    {
      "token": "ABGV",
      "registryToken": "ABGV",
      "displayName": "ABGV",
      "registered": true,
      "description": {
        "de": "",
        "en": ""
      },
      "headlines": [
        {
          "de": "",
          "en": ""
        },
        {
          "de": "Abgasverluste",
          "en": "Waste gas losses"
        }
      ],
      "source": {
        "de": "Energietechnische Arbeitsmappe 14. Auflage: 1995",
        "en": "",
        "neutral": ""
      }
    },
    {
      "token": "BIL",
      "registryToken": "BIL",
      "displayName": "BIL",
      "registered": true,
      "description": {
        "de": "",
        "en": ""
      },
      "headlines": [
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          "de": "",
          "en": ""
        },
        {
          "de": "Stoff- und Wärmebilanzierung",
          "en": "Material and heat balancing"
        }
      ],
      "source": {
        "de": "",
        "en": "",
        "neutral": ""
      }
    },
    {
      "token": "FLAM",
      "registryToken": "FLAM",
      "displayName": "FLAM",
      "registered": true,
      "description": {
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        "en": ""
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          "en": ""
        },
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          "de": "",
          "en": ""
        }
      ],
      "source": {
        "de": "",
        "en": "",
        "neutral": ""
      }
    },
    {
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      "registryToken": "FN",
      "displayName": "FN",
      "registered": true,
      "description": {
        "de": "",
        "en": ""
      },
      "headlines": [
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          "de": "",
          "en": ""
        },
        {
          "de": "Reale logarithmische Temperaturdifferenz verschiedener Wärmeübertragertypen",
          "en": "Real logarithmic temperature difference for different heat exchanger types"
        }
      ],
      "source": {
        "de": "",
        "en": "",
        "neutral": ""
      }
    },
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      "token": "JTHO",
      "registryToken": "JTHO",
      "displayName": "JTHO",
      "registered": true,
      "description": {
        "de": "Das Modul JTHO berechnet für vorgegebene Erdgaszusammensetzungen (Erdgas H, Erdgas L und beliebige Zuzsammensetzung) bei Eingabe des Eintritts- und Austrittsdruckes sowie der Eintrittstemperatur die Endtemperatur bei einer adiabaten Drosselung (isenthalpe Zustandsänderung).",
        "en": "The JTHO module calculates the final temperature for an adiabatic throttling (isenthalpe change of state) for given natural gas compositions (natural gas H, natural gas L and any composition) by entering the inlet and outlet pressure as well as the inlet temperature."
      },
      "headlines": [
        {
          "de": "",
          "en": ""
        },
        {
          "de": "Austrittstemperatur bei adiabater Drosselung von Erdgas",
          "en": "Outlet temperature for adiabatic flow control of natural gas"
        }
      ],
      "source": {
        "de": "",
        "en": "",
        "neutral": ""
      }
    },
    {
      "token": "MIFL",
      "registryToken": "MIFL",
      "displayName": "MIFL",
      "registered": true,
      "description": {
        "de": "",
        "en": ""
      },
      "headlines": [
        {
          "de": "",
          "en": ""
        },
        {
          "de": "Mischen zweier feuchter Luftströme",
          "en": "Mixing of two humid air streams"
        }
      ],
      "source": {
        "de": "",
        "en": "",
        "neutral": ""
      }
    },
    {
      "token": "PSYC",
      "registryToken": "PSYC",
      "displayName": "PSYC",
      "registered": true,
      "description": {
        "de": "Das Modul Psyc berechnet aus den am feuchten und trockenen Thermometer eines Aspirationspsychrometers gemessenen Temperaturen und dem Gesamtdruck den Zustand feuchter Luft.",
        "en": "The PSYC module calculates the properties of moist air from measurement of the wet and dry bulb temperatures by an aspiration-type psychrometer at the total pressure."
      },
      "headlines": [
        {
          "de": "",
          "en": ""
        },
        {
          "de": "Aspirationspsychrometer",
          "en": "Psychrometer"
        }
      ],
      "source": {
        "de": "",
        "en": "",
        "neutral": ""
      }
    },
    {
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      "registryToken": "RG",
      "displayName": "RG",
      "registered": true,
      "description": {
        "de": "",
        "en": ""
      },
      "headlines": [
        {
          "de": "",
          "en": ""
        },
        {
          "de": "Rauchgaswerte für feste Brennstoffe, Heizöle und Erdgase",
          "en": "Properties of flue gases of solid fuels, fuel oils and gases"
        }
      ],
      "source": {
        "de": "Energietechnische Arbeitsmappe 14. Auflage: 1995",
        "en": "",
        "neutral": ""
      }
    },
    {
      "token": "TIME",
      "registryToken": "TIME",
      "displayName": "TIME",
      "registered": true,
      "description": {
        "de": "Berechnung der instationären Vorgänge beim Abkühlen oder Aufheizen",
        "en": "Calculation of transient processes during cooling or heating"
      },
      "headlines": [
        {
          "de": "",
          "en": ""
        },
        {
          "de": "Instationäre Prozesse",
          "en": "Unsteady processes"
        }
      ],
      "source": {
        "de": "",
        "en": "",
        "neutral": ""
      }
    },
    {
      "token": "KOKU",
      "registryToken": "KOKU",
      "displayName": "KOKU",
      "registered": true,
      "description": {
        "de": "Berechnung der Kondensationskurve eines Mehrstoffgemisches zwischen Eintritts- und Austrittszustand; alternativ kann die Kondensationskurve von Hand eingegeben werden. Die Kurve kann gespeichert und in anderen Modulen weiterverwendet werden.",
        "en": "Calculation of the condensation curve of a multi-component mixture between inlet and outlet state; alternatively the condensation curve can be entered manually. The curve can be stored and reused by other modules."
      },
      "headlines": [
        {
          "de": "",
          "en": ""
        },
        {
          "de": "Kondensationskurve von Gemischen",
          "en": "Condensation curve of mixtures"
        }
      ],
      "source": {
        "de": "",
        "en": "",
        "neutral": ""
      }
    },
    {
      "token": "KONR",
      "registryToken": "KONR",
      "displayName": "KONR",
      "registered": true,
      "description": {
        "de": "Bestimmung der Anzahl der Kondensatorrohre und der Größe der Kondensatorkühlfläche aus Kühlwassermassenstrom, Rohrgeometrie und Wärmelast.",
        "en": "Determination of the number of condenser tubes and the size of the condenser cooling area from cooling water mass flow, tube geometry and heat load."
      },
      "headlines": [
        {
          "de": "",
          "en": ""
        },
        {
          "de": "Anzahl der Kondensatorrohre und Größe der Kondensatorkühlfläche",
          "en": "Number of condenser tubes and size of condenser area"
        }
      ],
      "source": {
        "de": "",
        "en": "",
        "neutral": ""
      }
    },
    {
      "token": "KPRE",
      "registryToken": "KPRE",
      "displayName": "KPRE",
      "registered": true,
      "description": {
        "de": "Wirtschaftlichkeitsvergleich von Trocken- und Nasskühlung: Ermittlung des Kühlwassergrenzpreises aus Brennstoffkosten, Anlagemehrkosten, Annuität und Betriebsdaten wie Benutzungsdauer der Nennlast und Verdunstungsverlust.",
        "en": "Economic comparison of dry versus wet cooling: determination of the marginal cooling water price from fuel costs, additional plant costs, annuity and operating data such as annual nominal load and evaporation loss."
      },
      "headlines": [
        {
          "de": "",
          "en": ""
        },
        {
          "de": "Kühlwassergrenzpreis",
          "en": "Cooling water running costs"
        }
      ],
      "source": {
        "de": "Energietechnische Arbeitsmappe 14. Auflage: 1995",
        "en": "",
        "neutral": ""
      }
    },
    {
      "token": "PLRE",
      "registryToken": "PLRE",
      "displayName": "PLRE",
      "registered": true,
      "description": {
        "de": "Das Modul berechnet den Leistungsverlust durch Rezirkulation von heißer Luft in luftgekühlten Wärmeübertragern, u.a. in Abhängigkeit der geometrischen Größen des Apparats (Aufstellungshöhe, Höhe der Luftleiteinrichtung, ...).",
        "en": "The module calculates the performance loss caused by recirculation of hot air in air-cooled heat exchangers, depending on the physical dimensions of the unit (installation height, height of the air guiding device, etc.)."
      },
      "headlines": [
        {
          "de": "",
          "en": ""
        },
        {
          "de": "Rezirkulation von Heißluft in durchströmten Rohrregister-Wärmeübertragern",
          "en": "Recirculation of hot air in tube bank heat exchangers (air coolers)"
        }
      ],
      "source": {
        "de": "",
        "en": "",
        "neutral": "K. Duvenhagen und D. G. Kröger: \"Plume recirculation in mechanical-draft air-cooled heat exchangers\" / HTE (Heat Transfer Engineering) vol.16 no.4 oct-dec 1995"
      }
    },
    {
      "token": "RKS",
      "registryToken": "RKS",
      "displayName": "RKS",
      "registered": true,
      "description": {
        "de": "Berechnung von Phasengleichgewichten von Mehrstoffgemischen nach der Redlich-Kwong-Soave-(RKS-)Zustandsgleichung. Die Komponenten werden über Name, Formel oder laufende Nummer nach dem VDI-Wärmeatlas ausgewählt.",
        "en": "Calculation of phase equilibria of multi-component mixtures according to the Redlich-Kwong-Soave (RKS) equation of state. Components are selected by name, formula or ID according to the VDI Heat Atlas."
      },
      "headlines": [
        {
          "de": "",
          "en": ""
        },
        {
          "de": "Phasengleichgewichte nach der RKS-Gleichung",
          "en": "Phase equilibria according to RKS equation of state"
        }
      ],
      "source": {
        "de": "",
        "en": "",
        "neutral": ""
      }
    },
    {
      "token": "NETZ",
      "registryToken": "NETZ",
      "displayName": "NETZ",
      "registered": true,
      "description": {
        "de": "Berechnung und Simulation von Wärmeübertrager- und Anlagennetzen mit dem stationären SOLVNET-Solver. Netze werden grafisch im Netzplan-Editor \"NETZ.Plan\" erstellt und mit Berechnungsmodulen wie WTS oder AC kombiniert; Austrittstemperaturen und Wirkungsgrad des Netzes werden bestimmt.",
        "en": "Calculation and simulation of heat exchanger and plant networks with the stationary SOLVNET solver. Networks are created graphically in the NETZ.Plan editor and combined with calculation modules such as WTS or AC; outlet temperatures and network efficiency are determined."
      },
      "headlines": [
        {
          "de": "",
          "en": ""
        },
        {
          "de": "Anlagen- und Netzberechnung",
          "en": "Network and plant calculation"
        }
      ],
      "source": {
        "de": "",
        "en": "",
        "neutral": ""
      }
    }
  ],
  "fieldDefinitions": {
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      "1": {
        "labelDe": "Massenstrom innen",
        "unit": "kg/s"
      },
      "2": {
        "labelDe": "Massenstrom außen",
        "unit": "kg/s"
      },
      "3": {
        "labelDe": "Volumenstrom innen",
        "unit": "m³/s"
      },
      "4": {
        "labelDe": "Volumenstrom außen",
        "unit": "m³/s"
      },
      "5": {
        "labelDe": "Dichte innen",
        "unit": "kg/m³"
      },
      "6": {
        "labelDe": "Dichte außen",
        "unit": "kg/m³"
      },
      "7": {
        "labelDe": "Spez. Wärmekapazität innen",
        "unit": "J/(kg·K)"
      },
      "8": {
        "labelDe": "Spez. Wärmekapazität außen",
        "unit": "J/(kg·K)"
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        "unit": "°C"
      },
      "10": {
        "labelDe": "Austrittstemperatur Medium innen",
        "unit": "°C"
      },
      "11": {
        "labelDe": "Eintrittstemperatur Medium außen",
        "unit": "°C"
      },
      "12": {
        "labelDe": "Austrittstemperatur Medium außen",
        "unit": "°C"
      },
      "13": {
        "labelDe": "Wärmestrom innen",
        "unit": "W"
      },
      "14": {
        "labelDe": "Wärmestrom außen",
        "unit": "W"
      },
      "15": {
        "labelDe": "Verlustwärmestrom",
        "unit": "W"
      },
      "16": {
        "labelDe": "Wärmeübergangskoeffizient innen",
        "unit": "W/(m²·K)"
      },
      "17": {
        "labelDe": "Wärmeübergangskoeffizient außen",
        "unit": "W/(m²·K)"
      },
      "18": {
        "labelDe": "Wärmeleitfähigkeit Übertragerfläche",
        "unit": "W/(m·K)"
      },
      "19": {
        "labelDe": "Dicke der Übertragerfläche",
        "unit": "m"
      },
      "20": {
        "labelDe": "Verschmutzungswiderstand",
        "unit": "m²·K/W"
      },
      "21": {
        "labelDe": "Erforderliche Übertragerfläche A",
        "unit": "m²"
      },
      "22": {
        "labelDe": "log. Temperaturdifferenz",
        "unit": "K (diff)"
      },
      "23": {
        "labelDe": "Wärmedurchgangskoeffizient",
        "unit": "W/(m²·K)"
      },
      "24": {
        "labelDe": "Rohrdurchmesser außen",
        "unit": "m"
      },
      "25": {
        "labelDe": "Rohrdurchmesser innen",
        "unit": "m"
      },
      "26": {
        "labelDe": "1-Gegenstrom, 2-Gleichstrom, 3-Kreuzstrom",
        "unit": "-"
      },
      "27": {
        "labelDe": "NN",
        "unit": "−"
      },
      "28": {
        "labelDe": "NN",
        "unit": "−"
      },
      "29": {
        "labelDe": "Mittl. Berechnungstemperatur innen",
        "unit": "°C"
      },
      "30": {
        "labelDe": "Mittl. Berechnungstemperatur außen",
        "unit": "°C"
      },
      "31": {
        "labelDe": "Mittl. Wandtemperatur innen",
        "unit": "°C"
      },
      "32": {
        "labelDe": "Mittl. Wandtemperatur außen",
        "unit": "°C"
      },
      "33": {
        "labelDe": "Verdampfungsenthalpie innen",
        "unit": "J/kg"
      },
      "34": {
        "labelDe": "Verdampfungsenthalpie außen",
        "unit": "J/kg"
      },
      "35": {
        "labelDe": "Anteil verdampft bzw kondensiert",
        "unit": "−"
      },
      "36": {
        "labelDe": "Anteil verdampft bzw kondensiert",
        "unit": "−"
      },
      "37": {
        "labelDe": "Wärmeübergangskoeffizient innen Strahlung",
        "unit": "W/(m²·K)"
      },
      "38": {
        "labelDe": "Wärmeübergangskoeffizient außen Strahlung",
        "unit": "W/(m²·K)"
      },
      "39": {
        "labelDe": "FN-Faktor",
        "unit": "-"
      },
      "40": {
        "labelDe": "Eintrittsdruck innen",
        "unit": "Pa"
      },
      "41": {
        "labelDe": "Eintrittsdruck außen",
        "unit": "Pa"
      },
      "42": {
        "labelDe": "Stoffart innen",
        "unit": "-"
      },
      "43": {
        "labelDe": "Stoffart aussen",
        "unit": "-"
      },
      "44": {
        "labelDe": "Mantelwanddicke",
        "unit": "m"
      },
      "45": {
        "labelDe": "Gesamte Rohrzahl R",
        "unit": "-"
      },
      "46": {
        "labelDe": "Rohrlänge",
        "unit": "m"
      },
      "47": {
        "labelDe": "Übertragerfläche A vorhanden",
        "unit": "m²"
      },
      "48": {
        "labelDe": "Flächenreserve",
        "unit": "%"
      },
      "49": {
        "labelDe": "Druckverlust innen",
        "unit": "Pa"
      },
      "50": {
        "labelDe": "Druckverlust außen",
        "unit": "Pa"
      },
      "51": {
        "labelDe": "Geometrie",
        "unit": "-"
      },
      "52": {
        "labelDe": "Übertragerfläche A innen vorhanden",
        "unit": "m²"
      },
      "53": {
        "labelDe": "Formfaktor",
        "unit": "-"
      }
    },
    "PSYC": {
      "1": {
        "labelDe": "Molekulargewicht Luft",
        "unit": "kg/kmol"
      },
      "2": {
        "labelDe": "Molekulargewicht Wasser",
        "unit": "kg/kmol"
      },
      "3": {
        "labelDe": "Verdampfungsenthalpie",
        "unit": "J/kg"
      },
      "4": {
        "labelDe": "Spez. Gaskonstante Luft",
        "unit": "J/(kg·K)"
      },
      "5": {
        "labelDe": "Spez. Gaskonstante Wasser",
        "unit": "J/(kg·K)"
      },
      "6": {
        "labelDe": "Temperatur 1",
        "unit": "°C"
      },
      "7": {
        "labelDe": "Temperatur 2",
        "unit": "°C"
      },
      "8": {
        "labelDe": "Gesamtdruck 1",
        "unit": "Pa"
      },
      "9": {
        "labelDe": "Gesamtdruck 2",
        "unit": "Pa"
      },
      "10": {
        "labelDe": "rel. Feuchte 1",
        "unit": "%"
      },
      "11": {
        "labelDe": "rel. Feuchte 2",
        "unit": "%"
      },
      "12": {
        "labelDe": "Spez. Wärmekapazität Luft 1",
        "unit": "J/(kg·K)"
      },
      "13": {
        "labelDe": "Spez. Wärmekapazität Luft 2",
        "unit": "J/(kg·K)"
      },
      "14": {
        "labelDe": "Spez. Wärmekapazität Wasserdampf 1",
        "unit": "J/(kg·K)"
      },
      "15": {
        "labelDe": "Spez. Wärmekapazität Wasserdampf 2",
        "unit": "J/(kg·K)"
      },
      "16": {
        "labelDe": "Spez. Wärmekapazität Wasser 1",
        "unit": "J/(kg·K)"
      },
      "17": {
        "labelDe": "Spez. Wärmekapazität Wasser 2",
        "unit": "J/(kg·K)"
      },
      "18": {
        "labelDe": "Sättigungsdruck 1",
        "unit": "Pa"
      },
      "19": {
        "labelDe": "Sättigungsdruck 2",
        "unit": "Pa"
      },
      "20": {
        "labelDe": "Partialdruck 1",
        "unit": "Pa"
      },
      "21": {
        "labelDe": "Partialdruck 2",
        "unit": "Pa"
      },
      "22": {
        "labelDe": "Feuchtegrad 1",
        "unit": "kg/kg"
      },
      "23": {
        "labelDe": "Feuchtegrad 2",
        "unit": "kg/kg"
      },
      "24": {
        "labelDe": "Feuchtegrad Sättigung 1",
        "unit": "kg/kg"
      },
      "25": {
        "labelDe": "Feuchtegrad Sättigung 2",
        "unit": "kg/kg"
      },
      "26": {
        "labelDe": "Sättigungsgrad 1",
        "unit": "-"
      },
      "27": {
        "labelDe": "Sättigungsgrad 2",
        "unit": "-"
      },
      "28": {
        "labelDe": "Enthalpie 1",
        "unit": "J/kg"
      },
      "29": {
        "labelDe": "Enthalpie 2",
        "unit": "J/kg"
      },
      "30": {
        "labelDe": "Volumen 1",
        "unit": "m³/kg"
      },
      "31": {
        "labelDe": "Volumen 2",
        "unit": "m³/kg"
      },
      "32": {
        "labelDe": "_Dichte feucht Rho1",
        "unit": "kg/m³"
      },
      "33": {
        "labelDe": "_Dichte feucht Rho2",
        "unit": "kg/m³"
      },
      "34": {
        "labelDe": "Temperatur T1",
        "unit": "K"
      },
      "35": {
        "labelDe": "Temperatur T2",
        "unit": "K"
      },
      "36": {
        "labelDe": "reduzierte Temperatur tr1",
        "unit": "-"
      },
      "37": {
        "labelDe": "reduzierte Temperatur tr2",
        "unit": "-"
      },
      "38": {
        "labelDe": "reduzierter Druck pr1",
        "unit": "-"
      },
      "39": {
        "labelDe": "reduzierter Druck pr2",
        "unit": "-"
      }
    },
    "MIFL": {
      "1": {
        "labelDe": "Molekulargewicht Gas",
        "unit": "kg/kmol"
      },
      "2": {
        "labelDe": "Molekulargewicht Wasser",
        "unit": "kg/kmol"
      },
      "3": {
        "labelDe": "Verdampfungsenthalpie Wasser",
        "unit": "J/kg"
      },
      "4": {
        "labelDe": "Spezifische Gaskonstante Gas",
        "unit": "J/(kg·K)"
      },
      "5": {
        "labelDe": "Spezifische Gaskonstante Wasser",
        "unit": "J/(kg·K)"
      },
      "6": {
        "labelDe": "Temperatur 1",
        "unit": "°C"
      },
      "7": {
        "labelDe": "Temperatur 2",
        "unit": "°C"
      },
      "8": {
        "labelDe": "Mischungstemperatur",
        "unit": "°C"
      },
      "9": {
        "labelDe": "Kelvintemperatur 1",
        "unit": "K"
      },
      "10": {
        "labelDe": "Kelvintemperatur 2",
        "unit": "K"
      },
      "11": {
        "labelDe": "Kelvintemperatur der Mischung",
        "unit": "K"
      },
      "12": {
        "labelDe": "Gesamtdruck 1",
        "unit": "Pa"
      },
      "13": {
        "labelDe": "Gesamtdruck 2",
        "unit": "Pa"
      },
      "14": {
        "labelDe": "Gesamtdruck Mischung",
        "unit": "Pa"
      },
      "15": {
        "labelDe": "Relative Feuchte 1",
        "unit": "%"
      },
      "16": {
        "labelDe": "Relative Feuchte 2",
        "unit": "%"
      },
      "17": {
        "labelDe": "Relative Feuchte Mischung",
        "unit": "%"
      },
      "18": {
        "labelDe": "Partialdruck 1 Wasser",
        "unit": "Pa"
      },
      "19": {
        "labelDe": "Partialdruck 2 Wasser",
        "unit": "Pa"
      },
      "20": {
        "labelDe": "Partialdruck Wasser Mischung",
        "unit": "Pa"
      },
      "21": {
        "labelDe": "Sättigungsdruck Wasser 1",
        "unit": "Pa"
      },
      "22": {
        "labelDe": "Sättigungsdruck Wasser 2",
        "unit": "Pa"
      },
      "23": {
        "labelDe": "Sättigungsdruck Wasser Mischung",
        "unit": "Pa"
      },
      "24": {
        "labelDe": "Feuchtegrad 1",
        "unit": "kg/kg"
      },
      "25": {
        "labelDe": "Feuchtegrad 2",
        "unit": "kg/kg"
      },
      "26": {
        "labelDe": "Feuchtegrad Mischung",
        "unit": "kg/kg"
      },
      "27": {
        "labelDe": "Feuchtegrad Sättigung 1",
        "unit": "kg/kg"
      },
      "28": {
        "labelDe": "Feuchtegrad sättigung 2",
        "unit": "kg/kg"
      },
      "29": {
        "labelDe": "Feuchtegrad Sättigung Mischung",
        "unit": "kg/kg"
      },
      "30": {
        "labelDe": "Massenstrom 1 feuchte Luft",
        "unit": "kg/s"
      },
      "31": {
        "labelDe": "Massenstrom 2 feuchte Luft",
        "unit": "kg/s"
      },
      "32": {
        "labelDe": "Massenstrom Mischung feuchte Luft",
        "unit": "kg/s"
      },
      "33": {
        "labelDe": "Massenstrom 1 trockene Luft",
        "unit": "kg/s"
      },
      "34": {
        "labelDe": "Massenstrom 2 trockene Luft",
        "unit": "kg/s"
      },
      "35": {
        "labelDe": "Massenstrom Mischung trockene Luft",
        "unit": "kg/s"
      },
      "36": {
        "labelDe": "Massenstrom 1 Wasser",
        "unit": "kg/s"
      },
      "37": {
        "labelDe": "Massenstrom 2 Wasser",
        "unit": "kg/s"
      },
      "38": {
        "labelDe": "Massenstrom Mischung Wasser",
        "unit": "kg/s"
      },
      "39": {
        "labelDe": "Spez. Wärmekapazität Gas 1",
        "unit": "J/(kg·K)"
      },
      "40": {
        "labelDe": "Spez. Wärmekapazität Gas 2",
        "unit": "J/(kg·K)"
      },
      "41": {
        "labelDe": "Spez. Wärmekapazität Gas Mischung",
        "unit": "J/(kg·K)"
      },
      "42": {
        "labelDe": "Spez. Wärmekapazität Dampf 1",
        "unit": "J/(kg·K)"
      },
      "43": {
        "labelDe": "Spez. Wärmekapazität Dampf 2",
        "unit": "J/(kg·K)"
      },
      "44": {
        "labelDe": "Spez. Wärmekapazität Dampf Mischung",
        "unit": "J/(kg·K)"
      },
      "45": {
        "labelDe": "Spez. Wärmekapazität Wasser 1",
        "unit": "J/(kg·K)"
      },
      "46": {
        "labelDe": "Spez. Wärmekapazität Wasser 2",
        "unit": "J/(kg·K)"
      },
      "47": {
        "labelDe": "Spez. Wärmekapazität Wasser Mischung",
        "unit": "J/(kg·K)"
      },
      "48": {
        "labelDe": "Spez. Enthalpie 1",
        "unit": "J/kg"
      },
      "49": {
        "labelDe": "Spez. Enthalpie 2",
        "unit": "J/kg"
      },
      "50": {
        "labelDe": "Spez. Enthalpie Mischung",
        "unit": "J/kg"
      },
      "51": {
        "labelDe": "Dichte 1 feucht",
        "unit": "kg/m³"
      },
      "52": {
        "labelDe": "Dichte 2 feucht",
        "unit": "kg/m³"
      },
      "53": {
        "labelDe": "Dichte Mischung feucht",
        "unit": "kg/m³"
      },
      "54": {
        "labelDe": "Kondensierte Wassermenge",
        "unit": "kg/s"
      },
      "55": {
        "labelDe": "Siedetemp in ºC zum Gesamtdruck1",
        "unit": "°C"
      },
      "56": {
        "labelDe": "Siedetemp in ºC zum Gesamtdruck2",
        "unit": "°C"
      },
      "57": {
        "labelDe": "Siedetemp in ºC zum Gesamtdruck Mischung",
        "unit": "°C"
      },
      "58": {
        "labelDe": "Siedetemp in K zum Gesamtdruck1",
        "unit": "K"
      },
      "59": {
        "labelDe": "Siedetemp in K zum Gesamtdruck2",
        "unit": "K"
      },
      "60": {
        "labelDe": "Siedetemp in K zum Gesamtdruck Misch",
        "unit": "K"
      },
      "61": {
        "labelDe": "Volumenstrom 1",
        "unit": "m³/s"
      },
      "62": {
        "labelDe": "Volumenstrom 2",
        "unit": "m³/s"
      },
      "63": {
        "labelDe": "Volumenstrom M",
        "unit": "m³/s"
      },
      "64": {
        "labelDe": "Temperatur groß",
        "unit": "°C"
      },
      "65": {
        "labelDe": "Temperatur klein",
        "unit": "°C"
      }
    },
    "JTHO": {
      "1": {
        "labelDe": "Stoffdateiname  ('.str')",
        "unit": "-"
      },
      "2": {
        "labelDe": "Temperatur vor der Drossel",
        "unit": "°C"
      },
      "3": {
        "labelDe": "Temperatur nach der Drossel",
        "unit": "°C"
      },
      "4": {
        "labelDe": "Druck vor der Drossel",
        "unit": "Pa"
      },
      "5": {
        "labelDe": "Druck nach der Drossel",
        "unit": "Pa"
      },
      "6": {
        "labelDe": "N2 Konzentration",
        "unit": "mol-%"
      },
      "7": {
        "labelDe": "CH4 Konzentration",
        "unit": "mol-%"
      },
      "8": {
        "labelDe": "CO2 Konzentration",
        "unit": "mol-%"
      },
      "9": {
        "labelDe": "C2H6 Konzentration",
        "unit": "mol-%"
      },
      "10": {
        "labelDe": "C3H8 Konzentration",
        "unit": "mol-%"
      },
      "11": {
        "labelDe": "C4H10 Konzentration",
        "unit": "mol-%"
      },
      "12": {
        "labelDe": "_Stoffname 1",
        "unit": "-"
      },
      "13": {
        "labelDe": "_Stoffname 2",
        "unit": "-"
      },
      "14": {
        "labelDe": "_Stoffname 3",
        "unit": "-"
      },
      "15": {
        "labelDe": "_Stoffname 4",
        "unit": "-"
      },
      "16": {
        "labelDe": "_Stoffname 5",
        "unit": "-"
      },
      "17": {
        "labelDe": "_Stoffname 6",
        "unit": "-"
      },
      "18": {
        "labelDe": "Flag: WTS, KOND oder VERD",
        "unit": "-"
      },
      "19": {
        "labelDe": "Bemerkung",
        "unit": "-"
      },
      "20": {
        "labelDe": "Erdgas",
        "unit": ""
      },
      "22": {
        "labelDe": "H2 Konzentration",
        "unit": "mol-%"
      },
      "23": {
        "labelDe": "H2 Zumischung",
        "unit": "−"
      },
      "24": {
        "labelDe": "Pentan Konzentration",
        "unit": "mol-%"
      },
      "25": {
        "labelDe": "Hexan Konzentration",
        "unit": "mol-%"
      },
      "26": {
        "labelDe": "Flag for old value of variable 20",
        "unit": ""
      }
    },
    "ABGV": {
      "1": {
        "labelDe": "gemessener Kohlendioxidgehalt",
        "unit": "−"
      },
      "2": {
        "labelDe": "gemessener Kohlenmonoxidgehalt",
        "unit": "−"
      },
      "3": {
        "labelDe": "Rauchgastemperatur",
        "unit": "°C"
      },
      "4": {
        "labelDe": "absolute Feuchte der Verbrennungsluft",
        "unit": "kg/kg"
      },
      "5": {
        "labelDe": "Heizwert",
        "unit": "J/kg"
      },
      "6": {
        "labelDe": "mittlere spez. Wärmekap. des Rauchgases",
        "unit": "J/(kg·K)"
      },
      "7": {
        "labelDe": "mittlere spez. Wärmekapazität der Luft",
        "unit": "J/(kg·K)"
      },
      "8": {
        "labelDe": "spez. Enthalpie des Rauchgases",
        "unit": "J/kg"
      },
      "9": {
        "labelDe": "spez. Rauchgasenthalpie bei Abgastemp.",
        "unit": "J/kg"
      },
      "10": {
        "labelDe": "Abgasverlust",
        "unit": "−"
      },
      "11": {
        "labelDe": "bez. Rauchgasvolumen (trocken)",
        "unit": "m³/kg"
      },
      "12": {
        "labelDe": "Verlust durch unvollständ. Verbrennung",
        "unit": "−"
      },
      "13": {
        "labelDe": "bez. CO2-Gehalt des Rauchgases",
        "unit": "kg/kg"
      },
      "14": {
        "labelDe": "CO2-Gehalt des feuchten Rauchgases",
        "unit": "−"
      },
      "15": {
        "labelDe": "bez. Wasserdampfgehalt des Rauchgases",
        "unit": "kg/kg"
      },
      "16": {
        "labelDe": "bez. Wasserdampfgehalt (trocken)",
        "unit": "kg/kg"
      },
      "17": {
        "labelDe": "H2O-Gehalt des feuchten Rauchgases",
        "unit": "−"
      },
      "18": {
        "labelDe": "bez. trockene Verbrennungsluftmasse",
        "unit": "kg/kg"
      },
      "19": {
        "labelDe": "bez. trockene Rauchgasmasse",
        "unit": "kg/kg"
      },
      "20": {
        "labelDe": "bez. Rauchgasmasse",
        "unit": "kg/kg"
      },
      "21": {
        "labelDe": "bez. CO2-Volumen",
        "unit": "m³/kg"
      },
      "22": {
        "labelDe": "Sauerstoffgehalt",
        "unit": "−"
      },
      "23": {
        "labelDe": "bez. stöchiometr. tr. Rauchgasvolumen",
        "unit": "m³/kg"
      },
      "24": {
        "labelDe": "Korrekturfaktor 1",
        "unit": "J/kg"
      },
      "25": {
        "labelDe": "Korrekturfaktor 2",
        "unit": "J/kg"
      },
      "26": {
        "labelDe": "Brennstoff",
        "unit": ""
      }
    },
    "NETZ": {
      "1": {
        "labelDe": "Nr. der Wärmeübertragers    1",
        "unit": ""
      },
      "2": {
        "labelDe": "Bezeichnung des Übertragers 1",
        "unit": ""
      },
      "3": {
        "labelDe": "Übertragerfläche            1",
        "unit": "m²"
      },
      "4": {
        "labelDe": "Massenstrom innen           1",
        "unit": "kg/s"
      },
      "5": {
        "labelDe": "Massenstrom aussen          1",
        "unit": "kg/s"
      },
      "6": {
        "labelDe": "Eintrittstemperatur innen  WÜT 1",
        "unit": "°C"
      },
      "7": {
        "labelDe": "Austrittstemperatur innen  WÜT 1",
        "unit": "°C"
      },
      "8": {
        "labelDe": "Eintrittstemperatur aussen WÜT 1",
        "unit": "°C"
      },
      "9": {
        "labelDe": "Austrittstemperatur aussen WÜT 1",
        "unit": "°C"
      },
      "10": {
        "labelDe": "Wärmeübergangszahl k WÜT 1",
        "unit": "W/(m²·K)"
      },
      "11": {
        "labelDe": "Druckverlust innen WÜT 1",
        "unit": "Pa"
      },
      "12": {
        "labelDe": "Druckverlust aussen WÜT 1",
        "unit": "Pa"
      },
      "13": {
        "labelDe": "Delta Theta log korrigiert WÜT 1",
        "unit": "K (diff)"
      },
      "14": {
        "labelDe": "Wirkungsgrad Phi innen WÜT 1",
        "unit": ""
      },
      "15": {
        "labelDe": "Wirkungsgrad Phi aussen WÜT 1",
        "unit": ""
      },
      "16": {
        "labelDe": "Nr. der Wärmeübertragers     2",
        "unit": ""
      },
      "17": {
        "labelDe": "Bezeichnung des Übertragers  2",
        "unit": ""
      },
      "18": {
        "labelDe": "Übertragerfläche             2",
        "unit": "m²"
      },
      "19": {
        "labelDe": "Massenstrom innen            2",
        "unit": "kg/s"
      },
      "20": {
        "labelDe": "Massenstrom aussen           2",
        "unit": "kg/s"
      },
      "21": {
        "labelDe": "Eintrittstemperatur innen WÜT 2",
        "unit": "°C"
      },
      "22": {
        "labelDe": "Austrittstemperatur innen WÜT 2",
        "unit": "°C"
      },
      "23": {
        "labelDe": "Eintrittstemperatur aussen WÜT 2",
        "unit": "°C"
      },
      "24": {
        "labelDe": "Austrittstemperatur aussen WÜT 2",
        "unit": "°C"
      },
      "25": {
        "labelDe": "Wärmeübergangszahl k WÜT 2",
        "unit": "W/(m²·K)"
      },
      "26": {
        "labelDe": "Druckverlust innen WÜT 2",
        "unit": "Pa"
      },
      "27": {
        "labelDe": "Druckverlust aussen WÜT 2",
        "unit": "Pa"
      },
      "28": {
        "labelDe": "Delta Theta log korrigiert WÜT 2",
        "unit": "K (diff)"
      },
      "29": {
        "labelDe": "Wirkungsgrad Phi innen WÜT 2",
        "unit": ""
      },
      "30": {
        "labelDe": "Wirkungsgrad Phi aussen WÜT 2",
        "unit": ""
      },
      "31": {
        "labelDe": "Nr. der Wärmeübertragers    3",
        "unit": ""
      },
      "32": {
        "labelDe": "Bezeichnung des Übertragers 3",
        "unit": ""
      },
      "33": {
        "labelDe": "Übertragerfläche             3",
        "unit": "m²"
      },
      "34": {
        "labelDe": "Massenstrom innen           3",
        "unit": "kg/s"
      },
      "35": {
        "labelDe": "Massenstrom aussen          3",
        "unit": "kg/s"
      },
      "36": {
        "labelDe": "Eintrittstemperatur innen WÜT 3",
        "unit": "°C"
      },
      "37": {
        "labelDe": "Austrittstemperatur innen WÜT 3",
        "unit": "°C"
      },
      "38": {
        "labelDe": "Eintrittstemperatur aussen WÜT 3",
        "unit": "°C"
      },
      "39": {
        "labelDe": "Austrittstemperatur aussen WÜT 3",
        "unit": "°C"
      },
      "40": {
        "labelDe": "Wärmeübergangszahl k WÜT 3",
        "unit": "W/(m²·K)"
      },
      "41": {
        "labelDe": "Druckverlust innen WÜT 3",
        "unit": "Pa"
      },
      "42": {
        "labelDe": "Druckverlust aussen WÜT 3",
        "unit": "Pa"
      },
      "43": {
        "labelDe": "Delta Theta log korrigiert WÜT 3",
        "unit": "K (diff)"
      },
      "44": {
        "labelDe": "Wirkungsgrad Phi innen WÜT 3",
        "unit": ""
      },
      "45": {
        "labelDe": "Wirkungsgrad Phi aussen WÜT 3",
        "unit": ""
      },
      "46": {
        "labelDe": "Nr. der Wärmeübertragers    4",
        "unit": ""
      },
      "47": {
        "labelDe": "Bezeichnung des Übertragers 4",
        "unit": ""
      },
      "48": {
        "labelDe": "Übertragerfläche            4",
        "unit": "m²"
      },
      "49": {
        "labelDe": "Massenstrom innen           4",
        "unit": "kg/s"
      },
      "50": {
        "labelDe": "Massenstrom aussen          4",
        "unit": "kg/s"
      },
      "51": {
        "labelDe": "Eintrittstemperatur innen WÜT 4",
        "unit": "°C"
      },
      "52": {
        "labelDe": "Austrittstemperatur innen WÜT 4",
        "unit": "°C"
      },
      "53": {
        "labelDe": "Eintrittstemperatur aussen WÜT 4",
        "unit": "°C"
      },
      "54": {
        "labelDe": "Austrittstemperatur aussen WÜT 4",
        "unit": "°C"
      },
      "55": {
        "labelDe": "Wärmeübergangszahl k WÜT 4",
        "unit": "W/(m²·K)"
      },
      "56": {
        "labelDe": "Druckverlust innen WÜT 4",
        "unit": "Pa"
      },
      "57": {
        "labelDe": "Druckverlust aussen WÜT 4",
        "unit": "Pa"
      },
      "58": {
        "labelDe": "Delta Theta log korrigiert WÜT 4",
        "unit": "K (diff)"
      },
      "59": {
        "labelDe": "Wirkungsgrad Phi innen WÜT 4",
        "unit": ""
      },
      "60": {
        "labelDe": "Wirkungsgrad Phi aussen WÜT 4",
        "unit": ""
      },
      "61": {
        "labelDe": "Nr. der Wärmeübertragers    5",
        "unit": "-"
      },
      "62": {
        "labelDe": "Bezeichnung des Übertragers 5",
        "unit": "-"
      },
      "63": {
        "labelDe": "Übertragerfläche            5",
        "unit": "m²"
      },
      "64": {
        "labelDe": "Massenstrom innen           5",
        "unit": "kg/s"
      },
      "65": {
        "labelDe": "Massenstrom aussen          5",
        "unit": "kg/s"
      },
      "66": {
        "labelDe": "Eintrittstemperatur innen WÜT 5",
        "unit": "°C"
      },
      "67": {
        "labelDe": "Austrittstemperatur innen WÜT 5",
        "unit": "°C"
      },
      "68": {
        "labelDe": "Eintrittstemperatur aussen WÜT 5",
        "unit": "°C"
      },
      "69": {
        "labelDe": "Austrittstemperatur aussen WÜT 5",
        "unit": "°C"
      },
      "70": {
        "labelDe": "Wärmeübergangszahl k WÜT 5",
        "unit": "W/(m²·K)"
      },
      "71": {
        "labelDe": "Druckverlust innen WÜT 5",
        "unit": "Pa"
      },
      "72": {
        "labelDe": "Druckverlust aussen WÜT 5",
        "unit": "Pa"
      },
      "73": {
        "labelDe": "Delta Theta log korrigiert WÜT 5",
        "unit": "K (diff)"
      },
      "74": {
        "labelDe": "Wirkungsgrad Phi innen WÜT 5",
        "unit": ""
      },
      "75": {
        "labelDe": "Wirkungsgrad Phi aussen WÜT 5",
        "unit": ""
      },
      "76": {
        "labelDe": "Nr. der Wärmeübertragers    6",
        "unit": "-"
      },
      "77": {
        "labelDe": "Bezeichnung des Übertragers 6",
        "unit": "-"
      },
      "78": {
        "labelDe": "Übertragerfläche            6",
        "unit": "m²"
      },
      "79": {
        "labelDe": "Massenstrom innen WÜT 6",
        "unit": "kg/s"
      },
      "80": {
        "labelDe": "Massenstrom aussen WÜT 6",
        "unit": "kg/s"
      },
      "81": {
        "labelDe": "Eintrittstemperatur innen WÜT 6",
        "unit": "°C"
      },
      "82": {
        "labelDe": "Austrittstemperatur innen WÜT 6",
        "unit": "°C"
      },
      "83": {
        "labelDe": "Eintrittstemperatur aussen WÜT 6",
        "unit": "°C"
      },
      "84": {
        "labelDe": "Austrittstemperatur aussen WÜT 6",
        "unit": "°C"
      },
      "85": {
        "labelDe": "Wärmeübergangszahl k WÜT 6",
        "unit": "W/(m²·K)"
      },
      "86": {
        "labelDe": "Druckverlust innen WÜT 6",
        "unit": "Pa"
      },
      "87": {
        "labelDe": "Druckverlust aussen WÜT 6",
        "unit": "Pa"
      },
      "88": {
        "labelDe": "Delta Theta log korrigiert WÜT 6",
        "unit": "K (diff)"
      },
      "89": {
        "labelDe": "Wirkungsgrad Phi innen WÜT 6",
        "unit": ""
      },
      "90": {
        "labelDe": "Wirkungsgrad Phi aussen WÜT 6",
        "unit": ""
      },
      "91": {
        "labelDe": "Nr. der Wärmeübertragers    7",
        "unit": "-"
      },
      "92": {
        "labelDe": "Bezeichnung des Übertragers 7",
        "unit": "-"
      },
      "93": {
        "labelDe": "Übertragerfläche            7",
        "unit": "m²"
      },
      "94": {
        "labelDe": "Massenstrom innen           7",
        "unit": "kg/s"
      },
      "95": {
        "labelDe": "Massenstrom aussen          7",
        "unit": "kg/s"
      },
      "96": {
        "labelDe": "Eintrittstemperatur innen WÜT 7",
        "unit": "°C"
      },
      "97": {
        "labelDe": "Austrittstemperatur innen WÜT 7",
        "unit": "°C"
      },
      "98": {
        "labelDe": "Eintrittstemperatur aussen WÜT 7",
        "unit": "°C"
      },
      "99": {
        "labelDe": "Austrittstemperatur aussen WÜT 7",
        "unit": "°C"
      },
      "100": {
        "labelDe": "Wärmeübergangszahl k WÜT 7",
        "unit": "W/(m²·K)"
      },
      "101": {
        "labelDe": "Druckverlust innen WÜT 7",
        "unit": "Pa"
      },
      "102": {
        "labelDe": "Druckverlust aussen WÜT 7",
        "unit": "Pa"
      },
      "103": {
        "labelDe": "Delta Theta log korrigiert WÜT 7",
        "unit": "K (diff)"
      },
      "104": {
        "labelDe": "Wirkungsgrad Phi innen WÜT 7",
        "unit": ""
      },
      "105": {
        "labelDe": "Wirkungsgrad Phi aussen WÜT 7",
        "unit": ""
      },
      "106": {
        "labelDe": "Nr. der Wärmeübertragers    8",
        "unit": "-"
      },
      "107": {
        "labelDe": "Bezeichnung des Übertragers 8",
        "unit": "-"
      },
      "108": {
        "labelDe": "Übertragerfläche            8",
        "unit": "m²"
      },
      "109": {
        "labelDe": "Massenstrom innen           8",
        "unit": "kg/s"
      },
      "110": {
        "labelDe": "Massenstrom aussen          8",
        "unit": "kg/s"
      },
      "111": {
        "labelDe": "Eintrittstemperatur innen WÜT 8",
        "unit": "°C"
      },
      "112": {
        "labelDe": "Austrittstemperatur innen WÜT 8",
        "unit": "°C"
      },
      "113": {
        "labelDe": "Eintrittstemperatur aussen WÜT 8",
        "unit": "°C"
      },
      "114": {
        "labelDe": "Austrittstemperatur aussen WÜT 8",
        "unit": "°C"
      },
      "115": {
        "labelDe": "Wärmeübergangszahl k WÜT 8",
        "unit": "W/(m²·K)"
      },
      "116": {
        "labelDe": "Druckverlust innen WÜT 8",
        "unit": "Pa"
      },
      "117": {
        "labelDe": "Druckverlust aussen WÜT 8",
        "unit": "Pa"
      },
      "118": {
        "labelDe": "Delta Theta log korrigiert WÜT 8",
        "unit": "K (diff)"
      },
      "119": {
        "labelDe": "Wirkungsgrad Phi innen WÜT 8",
        "unit": ""
      },
      "120": {
        "labelDe": "Wirkungsgrad Phi aussen WÜT 8",
        "unit": ""
      },
      "121": {
        "labelDe": "Nr. der Wärmeübertragers    9",
        "unit": "-"
      },
      "122": {
        "labelDe": "Bezeichnung des Übertragers 9",
        "unit": "-"
      },
      "123": {
        "labelDe": "Übertragerfläche            9",
        "unit": "m²"
      },
      "124": {
        "labelDe": "Massenstrom innen           9",
        "unit": "kg/s"
      },
      "125": {
        "labelDe": "Massenstrom aussen          9",
        "unit": "kg/s"
      },
      "126": {
        "labelDe": "Eintrittstemperatur innen WÜT 9",
        "unit": "°C"
      },
      "127": {
        "labelDe": "Austrittstemperatur innen WÜT 9",
        "unit": "°C"
      },
      "128": {
        "labelDe": "Eintrittstemperatur aussen WÜT 9",
        "unit": "°C"
      },
      "129": {
        "labelDe": "Austrittstemperatur aussen WÜT 9",
        "unit": "°C"
      },
      "130": {
        "labelDe": "Wärmeübergangszahl k WÜT 9",
        "unit": "W/(m²·K)"
      },
      "131": {
        "labelDe": "Druckverlust innen WÜT 9",
        "unit": "Pa"
      },
      "132": {
        "labelDe": "Druckverlust aussen WÜT 9",
        "unit": "Pa"
      },
      "133": {
        "labelDe": "Delta Theta log korrigiert WÜT 9",
        "unit": "K (diff)"
      },
      "134": {
        "labelDe": "Wirkungsgrad Phi innen WÜT 9",
        "unit": ""
      },
      "135": {
        "labelDe": "Wirkungsgrad Phi aussen WÜT 9",
        "unit": ""
      },
      "136": {
        "labelDe": "Nr. der Wärmeübertragers    10",
        "unit": "-"
      },
      "137": {
        "labelDe": "Bezeichnung des Übertragers 10",
        "unit": "-"
      },
      "138": {
        "labelDe": "Übertragerfläche            10",
        "unit": "m²"
      },
      "139": {
        "labelDe": "Massenstrom innen           10",
        "unit": "kg/s"
      },
      "140": {
        "labelDe": "Massenstrom aussen          10",
        "unit": "kg/s"
      },
      "141": {
        "labelDe": "Eintrittstemperatur innen WÜT 10",
        "unit": "°C"
      },
      "142": {
        "labelDe": "Austrittstemperatur innen WÜT 10",
        "unit": "°C"
      },
      "143": {
        "labelDe": "Eintrittstemperatur aussen WÜT 10",
        "unit": "°C"
      },
      "144": {
        "labelDe": "Austrittstemperatur aussen WÜT 10",
        "unit": "°C"
      },
      "145": {
        "labelDe": "Wärmeübergangszahl k WÜT 10",
        "unit": "W/(m²·K)"
      },
      "146": {
        "labelDe": "Druckverlust innen WÜT 10",
        "unit": "Pa"
      },
      "147": {
        "labelDe": "Druckverlust aussen WÜT 10",
        "unit": "Pa"
      },
      "148": {
        "labelDe": "Delta Theta log korrigiert WÜT 10",
        "unit": "K (diff)"
      },
      "149": {
        "labelDe": "Wirkungsgrad Phi innen WÜT 10",
        "unit": ""
      },
      "150": {
        "labelDe": "Wirkungsgrad Phi aussen WÜT 10",
        "unit": ""
      },
      "200": {
        "labelDe": "Spez. Wärmekapazität innen WÜT 1",
        "unit": "J/(kg·K)"
      },
      "201": {
        "labelDe": "Spez. Wärmekapazität innen WÜT 2",
        "unit": "J/(kg·K)"
      },
      "202": {
        "labelDe": "Spez. Wärmekapazität innen WÜT 3",
        "unit": "J/(kg·K)"
      },
      "203": {
        "labelDe": "Spez. Wärmekapazität innen WÜT 4",
        "unit": "J/(kg·K)"
      },
      "204": {
        "labelDe": "Spez. Wärmekapazität innen WÜT 5",
        "unit": "J/(kg·K)"
      },
      "205": {
        "labelDe": "Spez. Wärmekapazität innen WÜT 6",
        "unit": "J/(kg·K)"
      },
      "206": {
        "labelDe": "Spez. Wärmekapazität innen WÜT 7",
        "unit": "J/(kg·K)"
      },
      "207": {
        "labelDe": "Spez. Wärmekapazität innen WÜT 8",
        "unit": "J/(kg·K)"
      },
      "208": {
        "labelDe": "Spez. Wärmekapazität innen WÜT 9",
        "unit": "J/(kg·K)"
      },
      "209": {
        "labelDe": "Spez. Wärmekapazität innen WÜT 10",
        "unit": "J/(kg·K)"
      },
      "220": {
        "labelDe": "Spez. Wärmekapazität aussen WÜT 1",
        "unit": "J/(kg·K)"
      },
      "221": {
        "labelDe": "Spez. Wärmekapazität aussen WÜT 2",
        "unit": "J/(kg·K)"
      },
      "222": {
        "labelDe": "Spez. Wärmekapazität aussen WÜT 3",
        "unit": "J/(kg·K)"
      },
      "223": {
        "labelDe": "Spez. Wärmekapazität aussen WÜT 4",
        "unit": "J/(kg·K)"
      },
      "224": {
        "labelDe": "Spez. Wärmekapazität aussen WÜT 5",
        "unit": "J/(kg·K)"
      },
      "225": {
        "labelDe": "Spez. Wärmekapazität aussen WÜT 6",
        "unit": "J/(kg·K)"
      },
      "226": {
        "labelDe": "Spez. Wärmekapazität aussen WÜT 7",
        "unit": "J/(kg·K)"
      },
      "227": {
        "labelDe": "Spez. Wärmekapazität aussen WÜT 8",
        "unit": "J/(kg·K)"
      },
      "228": {
        "labelDe": "Spez. Wärmekapazität aussen WÜT 9",
        "unit": "J/(kg·K)"
      },
      "229": {
        "labelDe": "Spez. Wärmekapazität aussen WÜT 10",
        "unit": "J/(kg·K)"
      },
      "250": {
        "labelDe": "Stoffname innen WÜT 1",
        "unit": ""
      },
      "251": {
        "labelDe": "Stoffname innen WÜT 2",
        "unit": ""
      },
      "252": {
        "labelDe": "Stoffname innen WÜT 3",
        "unit": ""
      },
      "253": {
        "labelDe": "Stoffname innen WÜT 4",
        "unit": ""
      },
      "254": {
        "labelDe": "Stoffname innen WÜT 5",
        "unit": ""
      },
      "255": {
        "labelDe": "Stoffname innen WÜT 6",
        "unit": ""
      },
      "256": {
        "labelDe": "Stoffname innen WÜT 7",
        "unit": ""
      },
      "257": {
        "labelDe": "Stoffname innen WÜT 8",
        "unit": ""
      },
      "258": {
        "labelDe": "Stoffname innen WÜT 9",
        "unit": ""
      },
      "259": {
        "labelDe": "Stoffname innen WÜT 10",
        "unit": ""
      },
      "270": {
        "labelDe": "Stoffname aussen WÜT 1",
        "unit": ""
      },
      "271": {
        "labelDe": "Stoffname aussen WÜT 2",
        "unit": ""
      },
      "272": {
        "labelDe": "Stoffname aussen WÜT 3",
        "unit": ""
      },
      "273": {
        "labelDe": "Stoffname aussen WÜT 4",
        "unit": ""
      },
      "274": {
        "labelDe": "Stoffname aussen WÜT 5",
        "unit": ""
      },
      "275": {
        "labelDe": "Stoffname aussen WÜT 6",
        "unit": ""
      },
      "276": {
        "labelDe": "Stoffname aussen WÜT 7",
        "unit": ""
      },
      "277": {
        "labelDe": "Stoffname aussen WÜT 8",
        "unit": ""
      },
      "278": {
        "labelDe": "Stoffname aussen WÜT 9",
        "unit": ""
      },
      "279": {
        "labelDe": "Stoffname aussen WÜT 10",
        "unit": ""
      },
      "350": {
        "labelDe": "Netzdatei",
        "unit": ""
      },
      "370": {
        "labelDe": "Eintrittsdruck Rohrseite WÜT 1",
        "unit": "bar"
      },
      "371": {
        "labelDe": "Eintrittsdruck Rohrseite WÜT 2",
        "unit": "bar"
      },
      "372": {
        "labelDe": "Eintrittsdruck Rohrseite WÜT 3",
        "unit": "bar"
      },
      "373": {
        "labelDe": "Eintrittsdruck Rohrseite WÜT 4",
        "unit": "bar"
      },
      "374": {
        "labelDe": "Eintrittsdruck Rohrseite WÜT 5",
        "unit": "bar"
      },
      "375": {
        "labelDe": "Eintrittsdruck Rohrseite WÜT 6",
        "unit": "bar"
      },
      "376": {
        "labelDe": "Eintrittsdruck Rohrseite WÜT 7",
        "unit": "bar"
      },
      "377": {
        "labelDe": "Eintrittsdruck Rohrseite WÜT 8",
        "unit": "bar"
      },
      "378": {
        "labelDe": "Eintrittsdruck Rohrseite WÜT 9",
        "unit": "bar"
      },
      "379": {
        "labelDe": "Eintrittsdruck Rohrseite WÜT 10",
        "unit": "bar"
      },
      "380": {
        "labelDe": "Eintrittsdruck Mantelseite WÜT 1",
        "unit": "bar"
      },
      "381": {
        "labelDe": "Eintrittsdruck Mantelseite WÜT 2",
        "unit": "bar"
      },
      "382": {
        "labelDe": "Eintrittsdruck Mantelseite WÜT 3",
        "unit": "bar"
      },
      "383": {
        "labelDe": "Eintrittsdruck Mantelseite WÜT 4",
        "unit": "bar"
      },
      "384": {
        "labelDe": "Eintrittsdruck Mantelseite WÜT 5",
        "unit": "bar"
      },
      "385": {
        "labelDe": "Eintrittsdruck Mantelseite WÜT 6",
        "unit": "bar"
      },
      "386": {
        "labelDe": "Eintrittsdruck Mantelseite WÜT 7",
        "unit": "bar"
      },
      "387": {
        "labelDe": "Eintrittsdruck Mantelseite WÜT 8",
        "unit": "bar"
      },
      "388": {
        "labelDe": "Eintrittsdruck Mantelseite WÜT 9",
        "unit": "bar"
      },
      "389": {
        "labelDe": "Eintrittsdruck Mantelseite WÜT 10",
        "unit": "bar"
      }
    }
  },
  "reviewNotes": [
    "BIL is an inside/outside heat-exchanger material and heat balance, not an arbitrary process flowsheet or reaction stoichiometry solver.",
    "BIL V13/V14 retain signed sensible heat; Qinside=-(Qoutside-Qloss) in inspected source. No universal intuitive loss-sign convention is inferred.",
    "BIL locks mean calculation temperatures V29/V30 and area reserve V48 in source; historical flags V27/V28 are migration helpers, not recommended modern input controls.",
    "PSYC V6 is wet-bulb and V7 dry-bulb per actual mask headings; two columns are instrument-reference and measured-air states, not independent inlet/outlet streams.",
    "PSYC humidity ratio, enthalpy and specific volume use a dry-air basis. Moist density=(1+x)/v in source, so 1/v alone is not moist density.",
    "JTHO historical June fixture prescribes downstream temperature V3=50 C and solves upstream V2=50.36315 C. This is inverse evidence, not a forward outlet result.",
    "JTHO converts module Pa to internal bar; source explicitly aborts detected gas/liquid two-phase states before or after throttle.",
    "MIFL mixes enthalpy on dry-air mass-flow basis, distinguishes moist/dry/water flows and includes a condensed-water kg/s output V54.",
    "NETZ.Plan uses an interaction processor and stationary SOLVNET route; this is different from hydraulic RNET. Archived mask and registration do not prove current deployed editor availability.",
    "ABGV archive values with heating value 55 J/kg are not used as a valid combustion-design example. No runtime correction or new module replay performed."
  ]
}