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extends base/layout
include components/header
include components/content/intro
include components/content/image
include components/content/link
include components/content/project-teaser
include components/content/accordion
include components/content/tabs
include components/content/filtre
include components/content/authorinfo
include components/content/navigation
include components/content/infobox
block page-title
title EOA Templates | Formulas
block thirdparty-foot
script(type="text/javascript", src="https://cdnjs.cloudflare.com/ajax/libs/mathjax/2.7.5/latest.js")
block page-content
+header('../assets/images/icons/logo.png')
-
var breadItems = [
{
title : 'Home',
url : 'index.html'
},
{
title : 'Editions',
url : 'series_single.html'
},
{
title : 'Edition 8',
url : 'landingpage.html'
}
];
+breadcrumbs(breadItems, 'Formulas')
main.main.publications.publications2
.container
.main-content
p
a(href="chapter01.html" title="Unnumbered document structure")
|
|
a(href="chapter02.html" title="Document structure")
|
|
a(href="chapter03.html" title="Markup")
|
|
a(href="chapter04.html" title="LaTeX specifics")
|
|
a(href="chapter05.html" title="References and indices")
|
|
a(href="chapter06.html" title="Floating environments")
|
| █
|
|
a(href="chapter08.html" title="Facsimiles")
|
|
a(href="chapter09.html" title="Transcription and Translation")
|
|
a(href="chapter10.html" title="Facsimile and Text")
|
|
a(href="chapter11.html" title="Letters")
|
|
a(href="chapter12.html" title="References")
|
|
a(href="facsimilepage.html" title="Facsimile page")
|
|
a(href="facsimilepageenhanced.html" title="Enhanced Facsimile page")
section.publications__titleauthor
.row(id='chaptertitle')
h1.publication-detail__title 6 Formulas
section.publications__overview
+accordion
+accordion-item(
'Chapter structure',
'',
'accordion__item--border-top active'
)
.publications__list
ul
li
a(href="#2") 6.1 Mathematics
li
a(href="#17") 6.2 Chemistry
+link('#', 'Download Chapter', 'link--green', 'link__label--outer')
section.publication-detail
+accordion
.accordion__main
a(href="#").accordion__showall.show Close All
+publications-accordion-item(
'6.1 Mathematics',
'',
'active',
true,
['2',]
)
.row(id='3')
.flags
+infobox
p <b>My Theorem 1:</b> <em>Hier eine Instanz des Theorems</em>
.row(id='4')
.flags
+infobox
p Latex is very good in typesetting math. There are inline equations like $\sqrt{9} = 3$ and block equations (see below). Here is another equation: $2^2 = 4$.
.row(id='5')
.flags
+infobox
table.publication__equation__table
tbody
tr.publication__equation__row
td.publication__equation__cell $ 6 + 6 = 12$
td.publication__equation__number
p (6.1)
.row(id='6')
.flags
+infobox
table.publication__equation__table
tbody
tr.publication__equation__row
td.publication__equation__cell $g_{\mu \nu} = 7$
td.publication__equation__number
p (6.2)
.row(id='7')
.flags
+infobox
p Block equations can be unnumbered, as well.
.row(id='8')
.flags
+infobox
table.publication__equation__table
tbody
tr.publication__equation__row
td.publication__equation__cell $ 6 + 6 = 12 $
.row(id='9')
.flags
+infobox
p Formulas can be grouped in sub-equations.
.row(id='10')
.flags
+infobox
table.publication__equation__table
tbody
tr.publication__equation__row
td.publication__equation__cell $ 6 + 6 = 12$
td.publication__equation__number
p (6.3a)
tr.publication__equation__row
td.publication__equation__cell $12 + 12 = 24$
td.publication__equation__number
p (6.3b)
tr.publication__equation__row
td.publication__equation__cell $24 + 24 = 48 $
td.publication__equation__number
p (6.3c)
.row(id='11')
.flags
+infobox
p <b>My Theorem 2:</b> <em>A statement</em>
.row(id='12')
.flags
+infobox
p An array of equations. All of them numbered individually.
.row(id='13')
.flags
+infobox
table.publication__equation__table
tbody
tr.publication__equation__row
td.publication__equation__cell $1 + 1 = 2$
td.publication__equation__number
p (6.4)
tr.publication__equation__row
td.publication__equation__cell $2 + 2 = 4$
td.publication__equation__number
p (6.5)
tr.publication__equation__row
td.publication__equation__cell $4 + 4 = 8$
td.publication__equation__number
p (6.6)
.row(id='14')
.flags
+infobox
p An unnumbered array of equations:
.row(id='15')
.flags
+infobox
table.publication__equation__table
tbody
tr.publication__equation__row
td.publication__equation__cell $1 + 1 = 2$
tr.publication__equation__row
td.publication__equation__cell $2 + 2 = 4$
tr.publication__equation__row
td.publication__equation__cell $4 + 4 = 8$
.row(id='16')
.flags
+infobox
p <strong>My Theorem 3: </strong><em>Another statement.</em>
a(href="#").accordion__pageup
+publications-accordion-item(
'6.2 Chemistry',
'',
'active',
true,
['17',]
)
.row(id='18')
.flags
+infobox
p Here is an example of an inline chemical formula. We embed it in its original context: The deposition of calcite, the dominant mineral in karst environments, is controlled by the reversible chemical reaction $2HCO3^- + Ca^2+ &lt;=&gt; CaCO3 + CO2 + H2O$. Consequently, the dissolution or precipitation of calcium carbonate is strictly influenced by changes in the chemical equilibrium of this reaction.
a(href="#").accordion__pageup
.navigation
a(href="chapter06.html").navigation__button.navigation__button--prev 5 Floating environments
a(href="chapter08.html").navigation__button.navigation__button--next 7 Facsimiles