Wikipedia:Formatvorlage Chemische Elemente

Neues Schema

Übernommen von der englischen Wikipedia, wo es sich bewährt hat!

Vorgehensweise

Für jedes Element wird eine Seite Element/Temp erstellt. Dort wird die Anpassung an das neue Schema vorgenommen. Wenn das fertig ist, wird der Inhalt verschoben und dir Temp-Seite gelöscht.

Das alte Schema ist auf Wikipedia Diskussion:Formatvorlage Chemische Elemente.

Vorlage für die Kopfzeile der temporären Seite

''Diese temporäre Seite wurde nur für die Anpassung des vorhandenen [[_]]-Artikels an das neue Format erstellt. Über das Format selbst wird/wurde z.B. auf ???[[Wikipedia:WikiProjekt Elemente]] diskutiert. Nach Abschluss dieses Prozesses wird der Inhalt dieses Artikels den alten Artikel ersetzen, sodass die Versionshistorie erhalten bleibt. Anschließend wird diese temporäre Seite aus der Datenbank gelöscht. Als Anschauungsbeispiel wird ein Besuch bei ???[[Beryllium]] empfohlen, die leere Vorlage findet sich auf ???[[Wikipedia:Formatvorlage Elemente]]. Siehe auch [[Periodensystem der Elemente]] für das Farbschema.''

Farbschema
Die Tabellenüberschriften werden alle die Hintergrundfarbe haben, die für die Serie des chemischen Elements benutzt wird.

Alkalimetalle #FF6666	Sehr reaktiv und daher rot
Erdalkalimetalle #FFDEAD	nice earthy color = easy to remember.
Lanthanides #ffbfff	Suggestions? The current color was chosen arbitrarily.
Actinides #d0d0ff	Suggestions? The current color was chosen arbitrarily.
Transition metals #ffc0c0	Another shade of gray (or even silver) would work here. But that would make to table a bit drap and the colors of the metals and transitions metals too similar. I am up for suggestions. Does any other common property of the transition metals have a color associated?
Metalle #cccccc	true metals are closest in color to gray
Semimetals #cccc99	Intermediate color between above and below
Nichtmetalle #a0ffa0	Elements most essential to life. Most life on Earth (measured by biomass) is photosynthetic and chlorophyll is green
Halogene #ffff99	Fluorine gas is yellowish as are many precipitates of halogens
Edelgase #c0ffff	Non-reacative for practical purposes. Light-blue is soft and soothing (it is also the opposite of red)

Data acquisition guide for filling in the table templates.
These instructions assume you have made active the links at the bottom of the template and are using those links to gather data.

General

Series, Period, Block

WebElements.com -- click on "Key data; description" on side panel

Density

WebElements.com -- click on "Density"

Hardness (Mohs)

EnvironmentalChemistry.com -- 2/3 down "Physical Properties"

Appearance

WebElements.com -- click on "Key data; description" on side panel

Atomic

Atomic weight

WebElements.com -- click on "Key data; description" on side panel

Atomic, Covalent, van der Waals radii

WebElements.com -- click on "Van der Waals radius"

Electron configuration & e- 's per energy level

WebElements.com -- click on "Electron configuration"

Oxidation states

EnvironmentalChemistry.com -- next to last in "Atomic Structure"
Oxide is.... http://chemlab.pc.maricopa.edu/periodic/periodic.html

Crystal structure

EnvironmentalChemistry.com -- 1/4 through "Atomic Structure"

Physical

State of matter at STP

WebElements.com -- click on "Key data; description" on side panel

Melting and Boiling point at SP

WebElements.com -- click on "Boiling point"

Molar volume

WebElements.com -- click on "Molar Volume"

Heat of vaporization

EnvironmentalChemistry.com -- 3/4 through "Physical Properties"

Heat of fusion

EnvironmentalChemistry.com -- 1/2 through "Chemical Properties"

Vapor pressure

EnvironmentalChemistry.com -- at the end of "Physical Properties"
- add 273 to the Celsius temperature to get Kelvin.

Velocity of Sound
http://www.allmeasures.com/Formulae/static/materials/

Miscellaneous

Electronegativity

EnvironmentalChemistry.com -- third entry under "Chemicl Properties".

Specific heat capacity

EnvironmentalChemistry.com -- second to last in "Physical Properties"

multiply numeric value by 1000

compare with http://www.allmeasures.com/Formulae/static/materials/

Electrical conductivity and Thermal conductivity

EnvironmentalChemistry.com -- 1/5 down "Physical Properties"

multiply each numeric value by 100

ionization potentials

WebElements.com -- click on "Ionization energies"

Isotopic

EnvironmentalChemistry.com -- click on the link at the bottom of the page going to "Nuclides" (Under "Part Two")

Choose all the stable forms and only the most stable isotopes -- Please don't include any isotopes with half-lifes less than a week

TEMPLATE

To make the links at the bottom of this template active the underscore within the links needs to be replaced. For Los Alamos National Lab replace the _ with the atomic number. For the other two links replace the _ with the element's symbol.

This is a temporary page created for the sole purpose of converting the current [[_]] article over to the new format agreed upon in talk:WikiProject Elements. When this process is complete the content in this page will be moved to the main article and any relevant edits made to that version will be incorporated into this version (this page will then be deleted from the database). For an example of what this article will look like when complete, please visit Beryllium, for a clean copy of the template used here please visit WikiProject Elements. See also periodic table to view the color scheme.

__ ist ein chemisches Element im Periodensystem der Elemente mit dem Symbol __ und der Ordnungszahl __.

Eigenschaften

Allgemein

Name, Symbol, Ordnungszahl

__, __, __

Serie

____________

Gruppe,

Periode,

Block

_(_),

_,