ഫലകം:Chembox Properties/doc/parameter list

This parameter list:

| Section2 = {{Chembox Properties | Reference = | Formula = | MolarMass = | MolarMassRound = | MolarMass_ref = | MolarMass_notes = | Appearance = | Odor = | Odour = | Density = | MeltingPt = | MeltingPtC = | MeltingPt_ref = | MeltingPt_notes = | BoilingPt = | BoilingPtC = | BoilingPt_ref = | BoilingPt_notes = | SublimationConditions = | Solubility = | SolubilityProduct = | SolubilityProductAs = | SolubleOther = | Solvent = | Solubility1 = | Solvent1 = | Solubility2 = | Solvent2 = | Solubility3 = | Solvent3 = | Solubility4 = | Solvent4 = | Solubility5 = | Solvent5 = | LogP = | VaporPressure = | HenryConstant = | AtmosphericOHRateConstant = | pKa = | pKb = | IsoelectricPt = | LambdaMax = | Absorbance = | BandGap = | ElectronMobility = | SpecRotation = | MagSus = | ThermalConductivity = | RefractIndex = | Viscosity = | CriticalRelativeHumidity = | Dipole = | OrbitalHybridisation = | SpecificSurfaceArea = | PoreVolume = | AveragePoreSize = }}

{{Chembox Properties}} - complete list Reference Chemical formula MolarMass MolarMassRound MolarMass_ref MolarMass_notes Appearance Odor, Odour Density MeltingPt, any text Number, formatted as Celcius. And is converted to F and K Also possible: MeltingPtF=, or MeltingPtK=   BoilingPt, any text Number, formatted as Celcius. And is converted to F and K Also possible: BoilingPtF=, or BoilingPtK=   SublimationConditions Solubility in water (Aqueous solution) SolubilityProduct SolubilityProductAs SolubleOther Solvent Solubility1 [[{{{Solvent1}}}]] Solubility2 [[{{{Solvent2}}}]] Solubility3 [[{{{Solvent3}}}]] Solubility4 [[{{{Solvent4}}}]] Solubility5 [[{{{Solvent5}}}]] LogP VaporPressure HenryConstant AtmosphericOHRateConstant pKa pKb IsoelectricPt LambdaMax Absorbance BandGap ElectronMobility SpecRotation MagSus ThermalConductivity RefractIndex Viscosity CriticalRelativeHumidity Dipole OrbitalHybridisation SpecificSurfaceArea PoreVolume AveragePoreSize

Deprecated:

• Melting: use MeltingPt (like MeltingPtC/F/K MeltingPt_ref MeltingPt_notes)
• Boiling: use BoilingPt (BoilingPtC/F/K BoilingPt_ref BoilingPt_notes)