Predefinição:Física navegação/doc

This template creates a navigation template for a larger subject when supplied with the desired topic and subtopics. It is especially purposed for browsing in a physics subfield, while mentioning all necessary topics

Uso

Please remove the parameters that are left blank.

{{Física navegação
|Name       =
|Image      =
|Label      =
|KeyItems   =
|Topic1     =
|Items1     =
|Topic2     =
|Items2     =
  ...
|Topic8     =
|Items8     =
|Cientistas =
}}

Parameters

Mandatory

Name

The name of the template, which is needed for the "v · d · e" ("view · discuss · edit") links to work properly on all pages where the template is used. You can enter {{subst:PAGENAME}} for this value as a shortcut.

Topic1

The Name or Category of the Subfields, can also be a link

Items1

The links to the subfield, please use <br \> for new line and {{·}} for separating the fields.

Optional

Image

An image under the name of the template. Use either Image or Label

Label

A general Label, most likely a math formula like

<math>\part \int L ds = 0</math>. Use either Label or Image

LabelId

Description or link of the Image or Label

KeyItems

Important links for the field at large, that will be out of collapsible boxes.

Topic2

Other subfields. Up to 8 topics (Topic2..Topic8) are supported.

Items2

The links to the subfields, please use <pre><br \> for new line and · for separating the fields

Scientists

A List of Scientists with important contributions in this field.

Examples

Example 1

{{Física navegação
|Name  = Plasmaphysics
|Image = Plasma.jpg
|LabelId = [[Plasma lamp]]
|KeyItems = [[Plasma]] · [[MHD]]
|Topic1 = Description
|Items1 = [[Vlasov]] · [[MHD]]<br \> [[Two-Fluid]]
}}

Example 2

{{Física navegação
|Name = Continuum mechanics
|Image = BernoullisLawDerivationDiagram.png
|KeyItems = [[Conservation of mass]]<br />[[Conservation of momentum]]<br />
[[Navier-Stokes equations]]
|Topic1 = [[Classical mechanics]]
|Items1 = [[Stress (physics)|Stress]] · [[Strain (materials science)|Strain]]
 · [[Tensor]]<br />
|Topic2 = [[Solid mechanics]]
|Items2 = [[Solid]]s · [[Elasticity (physics)|Elasticity]]<br />
[[Plasticity (physics)|Plasticity]] · [[Hooke's law]]<br />[[Rheology]] · [[Viscoelasticity]]
|Topic3 = [[Fluid mechanics]]
|Items3 = [[Fluid]]s · [[Fluid statics]]<br />[[Fluid dynamics]]
 · [[Viscosity]] · [[Newtonian fluid]]s<br />[[Non-Newtonian fluid]]s<br />[[Surface tension]]
|Cientistas = [[Isaac Newton|Newton]] · [[George Gabriel Stokes|Stokes]]
 · [[Claude-Louis Navier|Navier]]
|}}

Example 3

That the navigation box automatically collapses if the user views an item which is defined inside a <italic>Topic<italic/>. You have to pass the cTopic variable to PhysicsNavigation.

cTopic = {{{cTopic}}}

for example

{{Física navegação
|Nome = String theory
|Imagem = Point&string.png
|KeyItems = [[Superstring theory]]
|Topic1 = Theory
|Items1 = [[Bosonic string theory]]<br />[[M-theory]] ([[M-theory (simplified)|simplified]])<br />
[[type I string theory|Type I string]] · [[type II string theory|Type II string]]<br />
[[String field theory]] · [[Heterotic string]]
|Topic2 = Concepts
|Items2 = [[String (physics)|Strings]] · [[Branes]] 
|Topic3 = Related Topics
|Items3 = [[Supersymmetry]] · [[Supergravity]] · [[Quantum gravity]]
|Cientistas = [[Edward Witten|Witten]]
|cTopic = {{{cTopic}}}
}}

inside the article's page, add the template plus the parameter cTopic= which is named after the browsed topic. Note both names have to match exactly ! For example, in the page about Branes add

{{String-theory|cTopic=Concepts}}

and the topic Concepts uncollapses

Resultados

Exemplo 1	Exemplo 2	Exemplo 3
Plasmaphysics Plasma lamp Plasma · MHD Descrição Vlasov · MHD Two-Fluid	Continuum mechanics Conservation of mass Conservation of momentum Navier-Stokes equations Classical mechanics Stress · Strain · Tensor Solid mechanics Solids · Elasticity Plasticity · Hooke's law Rheology · Viscoelasticity Fluid mechanics Fluids · Fluid statics Fluid dynamics · Viscosity · Newtonian fluids Non-Newtonian fluids Surface tension Cientistas Newton · Stokes · Navier	Série de artigos sobre Teoria das cordas História Objetos fundamentais Corda Corda cósmica P-brana D-brana Teoria de perturbações Cordas bosônicas Supercordas: Tipo I Tipo II Cordas heteróticas Não perturbativos S-dualidade T-dualidade U-dualidade Teoria-M Teoria-F Correspondência AdS/CFT Fenomenologia Fenomenologia Cosmologia Paisagem Equações e teorias Teoria de tudo Monstrous moonshine Álgebra de Kac-Moody P-brana negra E8 Conceitos Teoria de tudo Teoria do campo conformal Gravitação quântica Supersimetria Supergravitação Teoria Twistor (Cordas Twistor) Teoria supersimétrica N = 4 de Yang-Mills Teoria de Kaluza–Klein Multiverso Princípio holográfico Variedade de Calabi-Yau Teóricos Aganagić Arkani-Hamed Atiyah Banks Berenstein Bousso Cleaver Curtright Dijkgraaf Distler Douglas Duff Ferrara Fischler Friedan Gates Gliozzi Gopakumar Green Greene Gross Gubser Gukov Guth Hanson Harvey Hořava Horowitz Gibbons Kachru Kaku Kallosh Kaluza Kapustin Klebanov Knizhnik Kontsevich Klein Linde Maldacena Mandelstam Marolf Martinec Minwalla Moore Motl Mukhi Myers Nanopoulos Năstase Nekrasov Neveu Nielsen van Nieuwenhuizen Novikov Olive Ooguri Ovrut Polchinski Polyakov Rajaraman Ramond Randall Randjbar-Daemi Roček Rohm Sagnotti Scherk Schwarz Seiberg Sen Shenker Siegel Silverstein Sơn Staudacher Steinhardt Strominger Sundrum Susskind 't Hooft Townsend Trivedi Turok Vafa Veneziano Verlinde Verlinde Wess Witten Yau Yoneya Zamolodchikov Zamolodchikov Zaslow Zumino Zwiebach

Ver também

• {{Navbox}}