You are under no obligation to use any of the following, we never ever interfere with legal user content, this is just to highlight some cool features we have:

1) if you start the article with `{wiki}` you get a wiki link to https://ourbigbook.com/pioyi/claus-process as in https://ourbigbook.com/cirosantilli/hydrogen On web UI just put:

```
{wiki}

The body of the article
```

separated by double newline. Docs: https://docs.ourbigbook.com/#h-wiki-argumen

I want to make it possible to add this kind of header metadata via UI checkboxes as well at one point: https://docs.ourbigbook.com/todo/web-header-metadata-to-widgets

2) You can also create topic links such as:

\OurBigBookExample[[
I like <#Carl Friedrich Claus>{p} he's cool.
]]

This way you don't have to actually have to create articles you have nothing to say about to save some typing, and hopefully someone will have written about the topic for you.

That is a bit of an unfortunate case where `{p}` (pluralize) is needed because without it we miss the `s` at the end:

\OurBigBookExample[[
I like <#Carl Friedrich Claus> he's cool.
]]

it misses the trailing 's' because we want <#apples> to go to singular "apple" more often than not.

3) You can interlink:

```
The Claus process served as a better replacement of the Frasch process
```

to your other articles with:

```
The <Claus process> served as a better replacement of the <#Frasch process>
```

4) For the chemical formulas, we have two resaonable ways:

LaTeX math:

\OurBigBookExample[[
$$H_2S + SO_2 \to 3S + 2H_20$$
]]

or using the `sub` and `sup` arguments:

\OurBigBookExample[[
H\sub[2]S + SO\sub[2] -> 3S + 2H\sub[2]0
]]

It would be cool one day to have a more specialized macro for chemistry like Wikipedia does: https://en.wikipedia.org/wiki/Template:Chem2


Some random tips

Created by the german chemist Carl Friedrich Claus, it makes it possible to convert hydrogen sulfide (from natural gas) to elemental sulfur.The overall reaction can be descibed as follows: $$
2 H_2S + SO_2 \rightarrow 3S + 2H_20.
$$

The Claus' process served as a better replacement of the Frasch process, which obtained elemental sulfur from naturally found deposits underground.


Discussion on "Claus process"by pioyi (@pioyi, 5)