Annotation
literal: Stuart Chalk

Annotation
literal: The International Union of Pure and Applied Chemistry (IUPAC)

Annotation
literal: The International Union of Pure and Applied Chemistry (IUPAC)

Annotation
literal: Based off of the ThermoML Schema v4.0 at http://trc.nist.gov/ThermoML.xsd

Annotation
literal: 1.0

AnnotationAssertion
abbreviated IRI: obo:IAO_0000115
abbreviated IRI: obo:iao

AnnotationAssertion
abbreviated IRI: obo:IAO_0000115
literal: definition

AnnotationAssertion
abbreviated IRI: obo:IAO_0000119
abbreviated IRI: obo:iao

AnnotationAssertion
abbreviated IRI: obo:IAO_0000119
literal: definition source

AnnotationAssertion
abbreviated IRI: obo:NCIT_C158424
literal: Physical properties described in the PureOrMixtureData section of the ThermoML v4.0 schema.

AnnotationAssertion
abbreviated IRI: obo:NCIT_C158424
literal: Physical Property

AnnotationAssertion
abbreviated IRI: obo:NCIT_C17771
literal: Chemical properties described in the ReactionData section of the ThermoML v4.0 schema.

AnnotationAssertion
abbreviated IRI: obo:NCIT_C17771
literal: Chemical Property

AnnotationAssertion
abbreviated IRI: obo:NCIT_C25709
literal: Unit of Measure

AnnotationAssertion
IRI: http://purl.org/dc/elements/1.1/identifier
literal: id

AnnotationAssertion
abbreviated IRI: qudt:GM-PER-GM
literal: g/g

AnnotationAssertion
abbreviated IRI: qudt:J-PER-GM
literal: J/g

AnnotationAssertion
abbreviated IRI: qudt:J-PER-KiloGM-K
literal: J/kg.K

AnnotationAssertion
abbreviated IRI: qudt:J-PER-KiloPA-MOL
literal: J/kPa.mol*

AnnotationAssertion
abbreviated IRI: qudt:J-PER-M3-K
literal: J/m^3.K

AnnotationAssertion
abbreviated IRI: qudt:J-PER-MOL-K
literal: J/K.mol

AnnotationAssertion
abbreviated IRI: qudt:K
literal: K

AnnotationAssertion
abbreviated IRI: qudt:K-PER-KiloPA
literal: K/kPa*

AnnotationAssertion
abbreviated IRI: qudt:KiloGM-PER-M3
literal: kg/m^3

AnnotationAssertion
abbreviated IRI: qudt:KiloJ
literal: kJ

AnnotationAssertion
abbreviated IRI: qudt:KiloJ-PER-MOL
literal: kJ/mol

AnnotationAssertion
abbreviated IRI: qudt:KiloPA
literal: kPa

AnnotationAssertion
abbreviated IRI: qudt:KiloPA-KiloGM-PER-MOL
literal: kPa.kg/mol*

AnnotationAssertion
abbreviated IRI: qudt:KiloPA-L-PER-MOL
literal: kPa.L/mol*

AnnotationAssertion
abbreviated IRI: qudt:KiloPA-PER-K
literal: kPa/K

AnnotationAssertion
abbreviated IRI: qudt:L-PER-L
literal: L/L

AnnotationAssertion
abbreviated IRI: qudt:M-PER-SEC
literal: m/s

AnnotationAssertion
abbreviated IRI: qudt:M2-PER-SEC
literal: m^2/s

AnnotationAssertion
abbreviated IRI: qudt:M3-PER-KiloGM
literal: m^3/kg

AnnotationAssertion
abbreviated IRI: qudt:M3-PER-MOL
literal: m^3/mol

AnnotationAssertion
abbreviated IRI: qudt:M6-PER-MOL2
literal: m^6/mol^2*

AnnotationAssertion
abbreviated IRI: qudt:MOL-PER-KiloGM
literal: mol/kg

AnnotationAssertion
abbreviated IRI: qudt:MOL-PER-L
literal: mol/L

AnnotationAssertion
abbreviated IRI: qudt:MOL-PER-MOL
literal: mol/mol*

AnnotationAssertion
abbreviated IRI: qudt:N-PER-M
literal: N/m

AnnotationAssertion
abbreviated IRI: qudt:PA-SEC
literal: Pa.s

AnnotationAssertion
abbreviated IRI: qudt:PER-K
literal: 1/K

AnnotationAssertion
abbreviated IRI: qudt:PER-KiloPA
literal: 1/kPa

AnnotationAssertion
abbreviated IRI: qudt:PER-PA-SEC
literal: 1/Pa.s

AnnotationAssertion
abbreviated IRI: qudt:S-M2-PER-MOL
literal: S.m^2/mol

AnnotationAssertion
abbreviated IRI: qudt:S-PER-M
literal: S/m

AnnotationAssertion
abbreviated IRI: qudt:V
literal: V

AnnotationAssertion
abbreviated IRI: qudt:W-PER-M-K
literal: W/m.K

AnnotationAssertion
IRI: #ITO_0001
literal: Properties enumerated in the 'ReactionStateChangeProp" element in ThermoML v.4.0

AnnotationAssertion
IRI: #ITO_0001
literal: Reaction State Change Property

AnnotationAssertion
IRI: #ITO_0002
literal: Properties enumerated in the 'ReactionStateChangeProp" element in ThermoML v.4.0

AnnotationAssertion
IRI: #ITO_0002
literal: Reaction Equilibrium Property

AnnotationAssertion
IRI: #ITO_000215
literal: Composition Property

AnnotationAssertion
IRI: #ITO_000216
literal: Components are different and mass component can be a mixture of components.

AnnotationAssertion
IRI: #ITO_000216
literal: Amount of Substance of Component per Mass of Component

AnnotationAssertion
IRI: #ITO_0003
literal: Properties enumerated in the 'Criticals" element in ThermoML v.4.0

AnnotationAssertion
IRI: #ITO_0003
literal: Critical Property

AnnotationAssertion
IRI: #ITO_0004
literal: Properties enumerated in the 'VaporPBoilingTAzeotropTandP" element in ThermoML v.4.0

AnnotationAssertion
IRI: #ITO_0004
literal: Vapor Pressure, Boiling Temperature, and Azeotropic Temperature and Pressure Property

AnnotationAssertion
IRI: #ITO_0005
literal: Properties enumerated in the 'PhaseTransition" element in ThermoML v.4.0

AnnotationAssertion
IRI: #ITO_0005
literal: Phase Transition Property

AnnotationAssertion
IRI: #ITO_0006
literal: Properties enumerated in the 'CompositionAtPhaseEquilibrium" element in ThermoML v.4.0

AnnotationAssertion
IRI: #ITO_0006
literal: Composition at Phase Equilibrium Property

AnnotationAssertion
IRI: #ITO_0007
literal: Properties enumerated in the 'ActivityFugacityOsmoticProp" element in ThermoML v.4.0

AnnotationAssertion
IRI: #ITO_0007
literal: Activity, Fugacity or Osmotic Property

AnnotationAssertion
IRI: #ITO_0008
literal: Properties enumerated in the 'VolumetricProp" element in ThermoML v.4.0

AnnotationAssertion
IRI: #ITO_0008
literal: Volumetric Property

AnnotationAssertion
IRI: #ITO_0009
literal: Properties enumerated in the 'HeatCapacityAndDerivedProp" element in ThermoML v.4.0

AnnotationAssertion
IRI: #ITO_0009
literal: Heat Capacity or Derived Heat Capacity Property

AnnotationAssertion
IRI: #ITO_0010
literal: Properties enumerated in the 'ExcessPartialApparentEnergyProp" element in ThermoML v.4.0

AnnotationAssertion
IRI: #ITO_0010
literal: Excess, Partial or Apparent Energy Property

AnnotationAssertion
IRI: #ITO_0011
literal: Properties enumerated in the 'TransportProp" element in ThermoML v.4.0

AnnotationAssertion
IRI: #ITO_0011
literal: Transport Property

AnnotationAssertion
IRI: #ITO_0012
literal: Properties enumerated in the 'RefractionSurfaceTensionSoundSpeed" element in ThermoML v.4.0

AnnotationAssertion
IRI: #ITO_0012
literal: Refraction, Surface Tension or Sound Speed Property

AnnotationAssertion
IRI: #ITO_0013
literal: Properties enumerated in the 'BioProperties" element in ThermoML v.4.0

AnnotationAssertion
IRI: #ITO_0013
literal: Biochemical Property

AnnotationAssertion
IRI: #ITO_0015
literal: hasStandardUnitOfMeasure

AnnotationAssertion
IRI: #ITO_0016
literal: Enthalpy of process

AnnotationAssertion
IRI: #ITO_0017
literal: Specific internal energy of reaction at constant volume

AnnotationAssertion
IRI: #ITO_0018
literal: Molar internal energy of reaction at constant volume

AnnotationAssertion
IRI: #ITO_0019
literal: Molar Gibbs energy of reaction

AnnotationAssertion
IRI: #ITO_0020
literal: Molar entropy of reaction

AnnotationAssertion
IRI: #ITO_0021
literal: Potential difference of an electrochemical cell

AnnotationAssertion
IRI: #ITO_0022
literal: Thermodynamic equilibrium constant

AnnotationAssertion
IRI: #ITO_0023
literal: Equilibrium constant in terms of molality

AnnotationAssertion
IRI: #ITO_0024
literal: Equilibrium constant in terms of amount concentration (molarity)

AnnotationAssertion
IRI: #ITO_0025
literal: Equilibrium constant in terms of partial pressure

AnnotationAssertion
IRI: #ITO_0026
literal: Equilibrium constant in terms of mole fraction

AnnotationAssertion
IRI: #ITO_0027
literal: Natural logarithm of thermodynamic equilibrium constant

AnnotationAssertion
IRI: #ITO_0028
literal: Natural logarithm of equilibrium constant in terms of molality

AnnotationAssertion
IRI: #ITO_0029
literal: Natural logarithm of equilibrium constant in terms of amount concentration

AnnotationAssertion
IRI: #ITO_0030
literal: Natural logarithm of equilibrium constant in terms of partial pressure

AnnotationAssertion
IRI: #ITO_0031
literal: Natural logarithm of equilibrium constant in terms of mole fraction

AnnotationAssertion
IRI: #ITO_0032
literal: Decadic logarithm of thermodynamic equilibrium constant

AnnotationAssertion
IRI: #ITO_0033
literal: Decadic logarithm of equilibrium constant in terms of molality

AnnotationAssertion
IRI: #ITO_0034
literal: Decadic logarithm of equilibrium constant in terms of amount concentration

AnnotationAssertion
IRI: #ITO_0035
literal: Decadic logarithm of equilibrium constant in terms of partial pressure

AnnotationAssertion
IRI: #ITO_0036
literal: Decadic logarithm of equilibrium constant in terms of mole fraction

AnnotationAssertion
IRI: #ITO_0037
literal: Critical temperature

AnnotationAssertion
IRI: #ITO_0038
literal: Critical pressure

AnnotationAssertion
IRI: #ITO_0039
literal: Critical density

AnnotationAssertion
IRI: #ITO_0040
literal: Critical molar volume

AnnotationAssertion
IRI: #ITO_0041
literal: Critical specific volume

AnnotationAssertion
IRI: #ITO_0042
literal: Critical compressibility factor

AnnotationAssertion
IRI: #ITO_0043
literal: Lower consolute temperature

AnnotationAssertion
IRI: #ITO_0044
literal: Upper consolute temperature

AnnotationAssertion
IRI: #ITO_0045
literal: Lower consolute pressure

AnnotationAssertion
IRI: #ITO_0046
literal: Upper consolute pressure

AnnotationAssertion
IRI: #ITO_0048
literal: Vapor or sublimation pressure

AnnotationAssertion
IRI: #ITO_0049
literal: Normal boiling temperature

AnnotationAssertion
IRI: #ITO_0050
literal: Boiling temperature at pressure P

AnnotationAssertion
IRI: #ITO_0051
literal: Azeotropic pressure

AnnotationAssertion
IRI: #ITO_0052
literal: Azeotropic temperature

AnnotationAssertion
IRI: #ITO_0053
literal: Triple point temperature

AnnotationAssertion
IRI: #ITO_0054
literal: Triple point pressure

AnnotationAssertion
IRI: #ITO_0055
literal: Normal melting temperature

AnnotationAssertion
IRI: #ITO_0056
literal: Molar enthalpy of transition or fusion

AnnotationAssertion
IRI: #ITO_0057
literal: Molar entropy of transition or fusion

AnnotationAssertion
IRI: #ITO_0058
literal: Cryoscopic constant (mole fraction scale)

AnnotationAssertion
IRI: #ITO_0059
literal: Cryoscopic constant (molality scale)

AnnotationAssertion
IRI: #ITO_0060
literal: Molar enthalpy of vaporization or sublimation

AnnotationAssertion
IRI: #ITO_0061
literal: Molar entropy of vaporization or sublimation

AnnotationAssertion
IRI: #ITO_0062
literal: Molar Gibbs energy of vaporization or sublimation

AnnotationAssertion
IRI: #ITO_0063
literal: Quadruple (quintuple) point temperature

AnnotationAssertion
IRI: #ITO_0064
literal: Quadruple (quintuple) point pressure

AnnotationAssertion
IRI: #ITO_0065
literal: Solid-liquid equilibrium temperature

AnnotationAssertion
IRI: #ITO_0066
literal: Liquid-liquid equilibrium temperature

AnnotationAssertion
IRI: #ITO_0067
literal: Phase boundary pressure

AnnotationAssertion
IRI: #ITO_0068
literal: Eutectic temperature

AnnotationAssertion
IRI: #ITO_0069
literal: Peritectic temperature

AnnotationAssertion
IRI: #ITO_0070
literal: Monotectic temperature

AnnotationAssertion
IRI: #ITO_0071
literal: Molar lattice energy at 0 K

AnnotationAssertion
IRI: #ITO_0072
literal: Azeotropic composition: mole fraction

AnnotationAssertion
IRI: #ITO_0073
literal: Azeotropic composition: mass fraction

AnnotationAssertion
IRI: #ITO_0074
literal: Eutectic composition: mole fraction

AnnotationAssertion
IRI: #ITO_0075
literal: Eutectic composition: mass fraction

AnnotationAssertion
IRI: #ITO_0076
literal: Eutectic composition: volume fraction

AnnotationAssertion
IRI: #ITO_0077
literal: Monotectic composition: mole fraction

AnnotationAssertion
IRI: #ITO_0078
literal: Monotectic composition: mass fraction

AnnotationAssertion
IRI: #ITO_0079
literal: Lower consolute composition: volume fraction

AnnotationAssertion
IRI: #ITO_0080
literal: Lower consolute composition: mole fraction

AnnotationAssertion
IRI: #ITO_0081
literal: Lower consolute composition: mass fraction

AnnotationAssertion
IRI: #ITO_0082
literal: Mass concentration, kg/m3

AnnotationAssertion
IRI: #ITO_0083
literal: Ratio of amount of solute to mass of solution

AnnotationAssertion
IRI: #ITO_0084
literal: Mass ratio of solute to solvent

AnnotationAssertion
IRI: #ITO_0085
literal: Molality

AnnotationAssertion
IRI: #ITO_0086
literal: Amount concentration (molarity)

AnnotationAssertion
IRI: #ITO_0087
literal: Mole fraction

AnnotationAssertion
IRI: #ITO_0088
literal: Mole fraction in LLG critical state

AnnotationAssertion
IRI: #ITO_0089
literal: Amount ratio of solute to solvent

AnnotationAssertion
IRI: #ITO_0090
literal: Upper consolute composition: volume fraction

AnnotationAssertion
IRI: #ITO_0091
literal: Upper consolute composition: mole fraction

AnnotationAssertion
IRI: #ITO_0092
literal: Upper consolute composition: mass fraction

AnnotationAssertion
IRI: #ITO_0093
literal: Volume fraction

AnnotationAssertion
IRI: #ITO_0094
literal: Volume ratio of solute to solvent

AnnotationAssertion
IRI: #ITO_0095
literal: Mass fraction

AnnotationAssertion
IRI: #ITO_0096
literal: Mass fraction in LLG critical state

AnnotationAssertion
IRI: #ITO_0097
literal: Henry's Law constant (mole fraction scale)

AnnotationAssertion
IRI: #ITO_0098
literal: Henry's Law constant (molality scale)

AnnotationAssertion
IRI: #ITO_0099
literal: Henry's Law constant (amount concentration scale)

AnnotationAssertion
IRI: #ITO_0100
literal: Bunsen coefficient

AnnotationAssertion
IRI: #ITO_0101
literal: Volume Vg of an amount nlB of a dissolved gas calculated at given temperature T and pressure p divided by the volume of the dissolving liquid of volume Vl and containing an amount nA of solvent at the same temperature T and pressure p.

AnnotationAssertion
IRI: #ITO_0101
literal: https://doi.org/10.1351/pac200880020233

AnnotationAssertion
IRI: #ITO_0101
literal: Ostwald coefficient

AnnotationAssertion
IRI: #ITO_0102
literal: Partial pressure

AnnotationAssertion
IRI: #ITO_0103
literal: Relative activity

AnnotationAssertion
IRI: #ITO_0104
literal: Activity coefficient

AnnotationAssertion
IRI: #ITO_0105
literal: Mean ionic activity coefficient

AnnotationAssertion
IRI: #ITO_0106
literal: Mean ionic activity

AnnotationAssertion
IRI: #ITO_0107
literal: Fugacity

AnnotationAssertion
IRI: #ITO_0108
literal: Fugacity coefficient

AnnotationAssertion
IRI: #ITO_0109
literal: Osmotic pressure

AnnotationAssertion
IRI: #ITO_0110
literal: Osmotic coefficient

AnnotationAssertion
IRI: #ITO_0111
literal: Mass density

AnnotationAssertion
IRI: #ITO_0112
literal: Volume of a substance divided by its mass. It is the reciprocal of mass density.

AnnotationAssertion
IRI: #ITO_0112
IRI: https://doi.org/10.1351/goldbook.S05807

AnnotationAssertion
IRI: #ITO_0112
literal: ITO_0112

AnnotationAssertion
IRI: #ITO_0112
literal: Specific volume

AnnotationAssertion
IRI: #ITO_0113
literal: Amount density

AnnotationAssertion
IRI: #ITO_0114
literal: Molar volume

AnnotationAssertion
IRI: #ITO_0115
literal: Second virial coefficient

AnnotationAssertion
IRI: #ITO_0116
literal: 2nd acoustic virial coefficient

AnnotationAssertion
IRI: #ITO_0117
literal: Third virial coefficient

AnnotationAssertion
IRI: #ITO_0118
literal: 3rd acoustic virial coefficient

AnnotationAssertion
IRI: #ITO_0119
literal: 3rd interaction virial coefficient C112

AnnotationAssertion
IRI: #ITO_0120
literal: 3rd interaction virial coefficient C122

AnnotationAssertion
IRI: #ITO_0121
literal: Excess virial coefficient

AnnotationAssertion
IRI: #ITO_0122
literal: Interaction virial coefficient

AnnotationAssertion
IRI: #ITO_0123
literal: Excess molar volume

AnnotationAssertion
IRI: #ITO_0124
literal: Partial molar volume

AnnotationAssertion
IRI: #ITO_0125
literal: Relative partial molar volume

AnnotationAssertion
IRI: #ITO_0126
literal: Apparent molar volume

AnnotationAssertion
IRI: #ITO_0127
literal: In thermodynamics 'adiabatic' is used in a macroscopic sense to refer to a process occurring in a thermally insulated system, so that there is no flow of heat to or from the surroundings.

AnnotationAssertion
IRI: #ITO_0127
literal: https://doi.org/10.1351/goldbook.A00141

AnnotationAssertion
IRI: #ITO_0127
literal: Adiabatic compressibility

AnnotationAssertion
IRI: #ITO_0128
literal: Excess adiabatic compressibility

AnnotationAssertion
IRI: #ITO_0129
literal: Isothermal compressibility

AnnotationAssertion
IRI: #ITO_0130
literal: Excess isothermal compressibility

AnnotationAssertion
IRI: #ITO_0131
literal: Isobaric coefficient of expansion

AnnotationAssertion
IRI: #ITO_0132
literal: Excess coefficient of expansion

AnnotationAssertion
IRI: #ITO_0133
literal: Compressibility factor

AnnotationAssertion
IRI: #ITO_0134
literal: Thermal pressure coefficient

AnnotationAssertion
IRI: #ITO_0135
literal: Molar heat capacity at constant pressure

AnnotationAssertion
IRI: #ITO_0136
literal: Specific heat capacity at constant pressure

AnnotationAssertion
IRI: #ITO_0137
literal: Heat capacity at constant pressure per volume

AnnotationAssertion
IRI: #ITO_0138
literal: Molar heat capacity at saturation pressure

AnnotationAssertion
IRI: #ITO_0139
literal: Specific heat capacity at saturation pressure

AnnotationAssertion
IRI: #ITO_0140
literal: Heat capacity at saturation pressure per volume

AnnotationAssertion
IRI: #ITO_0141
literal: Molar heat capacity at constant volume

AnnotationAssertion
IRI: #ITO_0142
literal: Specific heat capacity at constant volume

AnnotationAssertion
IRI: #ITO_0143
literal: Heat capacity at constant volume per volume

AnnotationAssertion
IRI: #ITO_0144
literal: Heat capacity ratio cp/cv

AnnotationAssertion
IRI: #ITO_0145
literal: Molar entropy

AnnotationAssertion
IRI: #ITO_0146
literal: Molar enthalpy

AnnotationAssertion
IRI: #ITO_0147
literal: Molar enthalpy function {Hm(T)-Hm(0)}/T

AnnotationAssertion
IRI: #ITO_0148
literal: Molar Gibbs energy function {Gm(T)-Hm(0)}/T

AnnotationAssertion
IRI: #ITO_0149
literal: Molar Gibbs energy function {Gm(T)-Hm(298.15)}/T

AnnotationAssertion
IRI: #ITO_0150
literal: Molar Gibbs energy

AnnotationAssertion
IRI: #ITO_0151
literal: Molar Helmholtz energy

AnnotationAssertion
IRI: #ITO_0152
literal: Molar internal energy

AnnotationAssertion
IRI: #ITO_0153
literal: Joule-Thomson coefficient

AnnotationAssertion
IRI: #ITO_0154
literal: Pressure coefficient of molar enthalpy

AnnotationAssertion
IRI: #ITO_0155
literal: Apparent molar enthalpy

AnnotationAssertion
IRI: #ITO_0156
literal: Apparent molar entropy

AnnotationAssertion
IRI: #ITO_0157
literal: Apparent molar Gibbs energy

AnnotationAssertion
IRI: #ITO_0158
literal: Apparent molar heat capacity

AnnotationAssertion
IRI: #ITO_0159
literal: Excess molar enthalpy (molar enthalpy of mixing)

AnnotationAssertion
IRI: #ITO_0160
literal: Molar enthalpy of mixing with solvent

AnnotationAssertion
IRI: #ITO_0161
literal: Molar enthalpy of solution

AnnotationAssertion
IRI: #ITO_0162
literal: Molar enthalpy of dilution

AnnotationAssertion
IRI: #ITO_0163
literal: Excess molar entropy

AnnotationAssertion
IRI: #ITO_0164
literal: Excess molar Gibbs energy

AnnotationAssertion
IRI: #ITO_0165
literal: Excess molar heat capacity

AnnotationAssertion
IRI: #ITO_0166
literal: Partial molar enthalpy

AnnotationAssertion
IRI: #ITO_0167
literal: Partial molar entropy

AnnotationAssertion
IRI: #ITO_0168
literal: Partial molar Gibbs energy

AnnotationAssertion
IRI: #ITO_0169
literal: Partial molar heat capacity

AnnotationAssertion
IRI: #ITO_0170
literal: Relative partial molar enthalpy

AnnotationAssertion
IRI: #ITO_0171
literal: Relative partial molar entropy

AnnotationAssertion
IRI: #ITO_0172
literal: Relative partial molar Gibbs energy

AnnotationAssertion
IRI: #ITO_0173
literal: Relative partial molar heat capacity

AnnotationAssertion
IRI: #ITO_0174
literal: Standard state molar enthalpy

AnnotationAssertion
IRI: #ITO_0175
literal: Standard state molar entropy

AnnotationAssertion
IRI: #ITO_0176
literal: Standard state molar Gibbs energy

AnnotationAssertion
IRI: #ITO_0177
literal: Standard state molar heat capacity

AnnotationAssertion
IRI: #ITO_0178
literal: Referred to only as 'Viscosity' in ThermoML v4.0

AnnotationAssertion
IRI: #ITO_0178
literal: Dynamic viscosity

AnnotationAssertion
IRI: #ITO_0179
literal: Referred to only as 'Excess viscosity' in ThermoML v4.0

AnnotationAssertion
IRI: #ITO_0179
literal: Excess dynamic viscosity

AnnotationAssertion
IRI: #ITO_0180
literal: Kinematic viscosity

AnnotationAssertion
IRI: #ITO_0181
literal: Fluidity

AnnotationAssertion
IRI: #ITO_0182
literal: Thermal conductivity

AnnotationAssertion
IRI: #ITO_0183
literal: Thermal diffusivity

AnnotationAssertion
IRI: #ITO_0184
literal: Binary diffusion coefficient

AnnotationAssertion
IRI: #ITO_0185
literal: Self diffusion coefficient

AnnotationAssertion
IRI: #ITO_0186
literal: Tracer diffusion coefficient

AnnotationAssertion
IRI: #ITO_0187
literal: Electrical conductivity

AnnotationAssertion
IRI: #ITO_0188
literal: Molar conductivity

AnnotationAssertion
IRI: #ITO_0189
literal: Transport number

AnnotationAssertion
IRI: #ITO_0190
literal: Refractive index (Na D-line)

AnnotationAssertion
IRI: #ITO_0191
literal: Excess refractive index (Na D-line)

AnnotationAssertion
IRI: #ITO_0192
literal: Refractive index (other wavelength)

AnnotationAssertion
IRI: #ITO_0193
literal: Excess refractive index (other wavelength)

AnnotationAssertion
IRI: #ITO_0194
literal: Relative permittivity at zero frequency

AnnotationAssertion
IRI: #ITO_0195
literal: Excess relative permittivity at zero frequency

AnnotationAssertion
IRI: #ITO_0196
literal: Relative permittivity at various frequencies

AnnotationAssertion
IRI: #ITO_0197
literal: Complex relative permittivity (Real part) at various frequencies

AnnotationAssertion
IRI: #ITO_0198
literal: Complex relative permittivity (Imaginary part) at various frequencies

AnnotationAssertion
IRI: #ITO_0199
literal: Surface tension liquid-gas

AnnotationAssertion
IRI: #ITO_0200
literal: Excess surface tension liquid-gas

AnnotationAssertion
IRI: #ITO_0201
literal: Interfacial tension

AnnotationAssertion
IRI: #ITO_0202
literal: Speed of sound

AnnotationAssertion
IRI: #ITO_0203
literal: Excess speed of sound

AnnotationAssertion
IRI: #ITO_0204
literal: Temperature of 1/2 conversion

AnnotationAssertion
IRI: #ITO_0205
literal: Peak temperature

AnnotationAssertion
IRI: #ITO_0206
literal: Zero-Gibbs energy temperature

AnnotationAssertion
IRI: #ITO_0207
literal: Heat capacity change at transition

AnnotationAssertion
IRI: #ITO_0208
literal: van't Hoff enthalpy of transition

AnnotationAssertion
IRI: #ITO_0210
literal: General Property

AnnotationAssertion
IRI: #ITO_0212
literal: Pressure

AnnotationAssertion
IRI: #ITO_0213
literal: Molar enthalpy of reaction

AnnotationAssertion
IRI: #ITO_0214
literal: Temperature