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Update 14_doping_and_devices.md

Umut Kalkan authored 3 years ago

minor edit: replaced E_G with E_c ;

The exponent above it is not dependent on E_G. I think this is something that was used in previous years when E_G was the same as E_c

Please check if this is correct before implementing

bf9db492

bf9db492 3 years ago

Name	Last commit	Last update
.gitlab/issue_templates
src
theme
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.gitlab-ci.yml
.mailmap
AUTHORS.md
LICENSE.md
README.md
convert_timetable.py
diagram_14.png
execute.py
extra_markdown.tpl
mkdocs.yml
mytimetable_export.ics
nbconvert_fix.py
requirements.txt

Solid state lectures

Lecture notes and teaching material used for the Delft University of Technology course Solid State Physics (Vaste Stof Fysica, TN2844).

The compiled materials are available at http://solidstate.quantumtinkerer.tudelft.nl

How to compile

To compile it is advised to use a separate environment. We use miniconda for environment management, which can be found at https://docs.conda.io/en/latest/miniconda.html

First create a new conda environment named lectures with Python 3.6 and activate it. You can also use another environment manager of your choice.

conda create -n lectures python=3.6
conda activate lectures

Clone this repository and enter the directory.

git clone https://gitlab.kwant-project.org/solidstate/lectures.git
cd lectures

Install the required packages from requirements.txt.

pip install -r requirements.txt

And finally run execute.py to prepare the source files for mkdocs.

python execute.py

Now that all the files are where they should be, you can either run a development server or build the files for deployment using mkdocs. The commands to achieve this are:

mkdocs serve  # Run a development server
mkdocs build  # Build for deployment