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InfoPeriodicTableElements.pl - List atomic properties of elements
InfoPeriodicTableElements.pl ElementID(s)...
InfoPeriodicTableElements.pl [-h, --help] [-m, --mode ElementID | AmericanGroupLabel | EuropeanGroupLabel | GroupNumber | GroupName | PeriodNumber | All] [--outdelim comma | tab | semicolon] [--output STDOUT | File] [--outputstyle ElementBlock | ElementRows] [-o, --overwrite] [--precision number] [--propertiesmode Categories | Names | All] [-p, --properties CategoryName,[CategoryName,...] | PropertyName,[PropertyName,...]] [--propertieslinting ByGroup | Alphabetical] [-q, --quote yes | no] [-r, --root rootname] [-w, --workingdir dirname] ElementID(s)...
List atomic properties of elements in the periodic table. A variety of methods are available to specify elements of interest: atomic numbers, element symbols, American or European style group labels, IUPAC group numbers, period numbers, and group names.
Atomic properties data, in addition to basic information about the periodic table elements, is also available for these categories: atomic radii, bulk properties, common valences, electronegativities, electron affinities, historical data, ionization energies, natural isotopes, oxidation states, and thermal properties.
Natural isotopes data include mass number, relative atomic mass and percent natural abundance for each isotope of an element.
For ElementID mode, input value format is: AtomicNumber [ElementSymbol ...]. Default: H. Examples:
For AmericanGroupLabel mode, input value format is: GroupLabel [GroupLabel ...]. Default: IA. Possible group label values are: IA IIA IIIB IVB VB VIB VIIB VIII or VIIIB IB IIB IIIA IVA VA, VIA, VIIA, VIIA. Examples:
For EuropeanGroupLabel mode, input value format is: GroupLabel [GroupLabel ...]. Default: IA. Possible group label values are: IA IIA IIIA IVA VA VIA VIIA VIII or VIIIA IB IIB IIIB IVB VB, VIB VIIB VIIB. Examples:
For IUPAC GroupNumber mode, input value format is: GroupNumber [GroupNumber...]. Default: 1. Possible group label values are: 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18. Examples:
For GroupName mode, input value format is: GroupName [GroupName...]. Default: AlkaliMetals. Possible group name values are: AlkaliMetals AlkalineEarthMetals Chalcogens CoinageMetals Halogens NobleGases Pnictogens Lanthanides or Lanthanoids, Actinides or Actinoids. Examples:
For PeriodNumber mode, input value format is: PeriodNumber [PeriodNumber,...]. Default: 1. Possible group label values are: 1 2 3 4 5 6 7. Examples:
For All mode, no input value is needed and atomic properties information is listed for all the elements.
Possible values: ElementID, AmericanGroupLabel, EuropeanGroupLabel, GroupNumber, GroupName, PeriodNumber, All. Default: ElementID
Possible values: ElementBlock | ElementRows. Default: ElementBlock
An example for ElementBlock output style:
An example for ElementRows output style:
This option is used in conjunction with -p, --properties option to specify properties of interest.
Specify which atomic properties information to list for the elements specified using command line parameters: list basic and/or isotope information; list all available information; or specify a comma separated list of atomic property names.
Possible values: Basic| BasicAndNaturalIsotope | NaturalIsotope | PropertyName,[PropertyName,...]. Default: Basic.
Basic includes: AtomicNumber, ElementSymbol, ElementName, AtomicWeight, GroundStateConfiguration, GroupNumber, PeriodNumber, FirstIonizationEnergy.
NaturalIsotope includes: AtomicNumber, ElementSymbol, ElementName, MassNumber, RelativeAtomicMass, NaturalAbundance.
Here is a complete list of available properties: AllenElectronegativity, AllredRochowElectronegativity, AtomicNumber, AtomicRadiusCalculated, AtomicRadiusEmpirical, AtomicWeight, Block, BoilingPoint, BondLength, BrinellHardness, BulkModulus, Classification, CoefficientOfLinearExpansion, Color, CommonValences, CovalentRadiusEmpirical, CriticalTemperature, DensityOfSolid, DiscoveredAt, DiscoveredBy, DiscoveredWhen, ElectricalResistivity, ElectronAffinity, ElementName, ElementSymbol, EnthalpyOfAtmization, EnthalpyOfFusion, EnthalpyOfVaporization, FirstIonizationEnergy, GroundStateConfiguration, GroundStateLevel, GroupName, GroupNumber, NaturalIsotopeData, MeltingPoint, MineralHardness, MolarVolume, MostCommonOxidationNumbers, MullikenJaffeElectronegativity, OriginOfName, PaulingElectronegativity, PeriodNumber, PoissonsRatio, Reflectivity, RefractiveIndex, RigidityModulus, SandersonElectronegativity, StandardState, SuperconductionTemperature, ThermalConductivity, VanderWaalsRadius, VelocityOfSound, VickersHardness, YoungsModulus.
Default file name: PeriodicTableElementsInfo<mode>.<Ext>. The csv, and tsv <Ext> values are used for comma/semicolon, and tab delimited text files respectively.
To list basic atomic properties information for element H, type:
To list basic atomic properties information for elements C,N,O and F, type:
To list all available atomic properties information for elements C,N,O and F, type:
To list basic and natural isotope information for elements C,N,O and F, type:
To list AtomicNumber, ElementName, AtomicWeight and CommonValences information for elements C,N,O and F, type:
To alphabetically list basic and natural isotope information for elements C,N,O and F in rows instead of element blocks with quotes around the values, type:
To alphabetically list all available atomic information for elements C,N,O and F in rows instead of element blocks with quotes around the values and write them into a file ElementProperties.csv, type:
To list basic atomic properties information for elements in groups IA and VIA using American style group labels, type:
To list basic atomic properties information for elements in groups IA and VB using European style group labels, type:
To list basic atomic properties information for elements in groups Halogens and NobleGases, type:
InfoAminoAcids.plInfoNucleicAcids.pl
Copyright (C) 2004-2008 Manish Sud. All rights reserved.
This file is part of MayaChemTools.
MayaChemTools is free software; you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License as published by the Free Software Foundation; either version 3 of the License, or (at your option) any later version.