cell |
a = {$CellLengthA} Å
b = {$CellLengthB} Å
c = {$CellLengthC} Å
V = {$CellVolume} Å3
|
α = {$CellAngleAlpha}°
β = {$CellAngleBeta}°
γ = {$CellAngleGamma}°
|
|
From {$CellMeasurementReflnsUsed} reflections between θmin = {$CellMeasurementThetaMin}{if $CellMeasurementThetaMin !== 'N/A'}°{/if} and θmax = {$CellMeasurementThetaMax}{if $CellMeasurementThetaMax !== 'N/A'}°{/if}.
|
empirical formula sum |
{$ChemicalFormulaSum} |
{if $Zprime !== NULL}
Z', Z
{else}
Z
{/if}
|
{if $Zprime !== NULL}
{$Zprime}, {$CellFormulaUnitsZ}
{else}
{$CellFormulaUnitsZ}
{/if}
|
formula weight |
{$ChemicalFormulaWeight} {if $ChemicalFormulaWeight !== 'N/A'}g mol−1{/if} |
crystal system, space group |
{$SpaceGroupCrystalSystem}, {$SpaceGroupNameHMAlt} |
crystal size |
{if $ExptlCrystalSizeMax !== 'N/A' && $ExptlCrystalSizeMid !== 'N/A' && $ExptlCrystalSizeMin !== 'N/A'}
({$ExptlCrystalSizeMax} × {$ExptlCrystalSizeMid} × {$ExptlCrystalSizeMin}) mm3
{else}
N/A
{/if}
|
crystal color, morphology |
{$ExptlCrystalColour}, {$ExptlCrystalDescription} |
F(000) |
{$ExptlCrystalF000} |
calculated density |
{$ExptlCrystalDensityDiffrn} {if $ExptlCrystalDensityDiffrn !== 'N/A'}g cm−3{/if} |
θmin, θmax |
{$DiffrnReflnsThetaMin}, {$DiffrnReflnsThetaMax} |
completeness at θmax |
{$DiffrnMeasuredFractionThetaFull} {if $DiffrnMeasuredFractionThetaFull !== 'N/A'}%{/if} |
wavelength |
{if !empty($DiffrnRadiationTube)}{$DiffrnRadiationTube}{if $DiffrnRadiationTubeLine === 'Kalpha'} Kα{/if},{/if}
{$DiffrnRadiationWavelength} {if $DiffrnRadiationWavelength !== 'N/A'}Å{/if}
|
measurement temperature |
{$DiffrnAmbientTemperature} {if $DiffrnAmbientTemperature !== 'N/A'}K{/if} |
μ |
{$ExptlAbsorptCoefficientMu} {if $ExptlAbsorptCoefficientMu !== 'N/A'}mm−1{/if} |
diffractometer |
{$DiffrnMeasurementDeviceType} |
Tmin, Tmax |
{$ExptlAbsorptCorrectionTMin}, {$ExptlAbsorptCorrectionTMax} |
hkl range |
{if $DiffrnReflnsLimitHMin !== 'N/A' && $DiffrnReflnsLimitHMax !== 'N/A' && $DiffrnReflnsLimitKMin !== 'N/A' && $DiffrnReflnsLimitKMax !== 'N/A' && $DiffrnReflnsLimitLMin !== 'N/A' && $DiffrnReflnsLimitLMax !== 'N/A'}
h: {$DiffrnReflnsLimitHMin} → {$DiffrnReflnsLimitHMax}, k: {$DiffrnReflnsLimitKMin} → {$DiffrnReflnsLimitKMax}, l: {$DiffrnReflnsLimitLMin} → {$DiffrnReflnsLimitLMax}
{else}
N/A
{/if}
|
number of reflections |
{if $DiffrnReflnsNumber !== 'N/A' && $ReflnsNumberTotal !== 'N/A' && $ReflnsNumberTotal !== 'N/A'}
{$DiffrnReflnsNumber} [{$ReflnsNumberTotal} independent, {$ReflnsNumberGt} I > 2σ(I)]
{else}
N/A
{/if}
|
Rint |
{$DiffrnReflnsAvREquivalents} |
sin(θ) λ−1 |
{$SinThetaPerLambda} {if $SinThetaPerLambda !== 'N/A'}Å−1{/if} |
R1 [I > 2σ(I)] |
{$RefineLsRFactorGt} |
wR2 (all reflections) |
{$RefineLsWrFactorRef} |
{if !empty($RefineLsAbsStructureFlack)}
Flack parameter |
{$RefineLsAbsStructureFlack} |
{/if}
S |
{$RefineLsGoodnessOfFitRef} |
w |
{if $RefineLsWeightingDetailsP2 !== 'N/A' && $RefineLsWeightingDetailsP !== 'N/A'}
[σ2(Fo2) + ({$RefineLsWeightingDetailsP2}P)2
{if $RefineLsWeightingDetailsP !== 'N/A'}
+ {$RefineLsWeightingDetailsP}P
{/if}
]−1 with P = (Fo2 + 2Fc2)/3
{else}
N/A
{/if}
|
(Δ/σ)max |
{$RefineLsShiftPerSuMax} |
Δρmax, Δρmin |
{$RefineDiffDensityMax} {if $RefineDiffDensityMax !== 'N/A'}e Å−3{/if}, {$RefineDiffDensityMin} {if $RefineDiffDensityMin !== 'N/A'}e Å−3{/if} |
number of data, parameters, restraints |
{$RefineLsNumberReflns}, {$RefineLsNumberParameters}, {$RefineLsNumberRestraints} |