A Gas sensing using VASP software (computational physics)

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To determine if a material has gas sensing properties using VASP software, one should start by familiarizing themselves with the basics of computational physics and VASP. Key calculations include geometry optimization, electronic structure calculations, and adsorption energy assessments. Utilizing the resources available on the VASP website, such as introductory tutorials and forums, can provide valuable guidance and support. Engaging with specialized forums may yield more targeted assistance than general platforms. Building a solid foundation through these resources will enhance understanding and application of gas sensing property evaluations.
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I'm new to VASP and don't know the steps to follow for how to determine the gas sensing properties of a material.
Hello and thank you in advance for your help. I am new to VASP and computational physics and don't know what steps to follow to determine if a material has gas sensing properties and how to determine them. Could you please tell me what calculations to run, their steps and order in which I have to run the calculations? It would be helpful if you could recommend some tutorial or reference material that I can built upon.
 
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ramana3797 said:
It would be helpful if you could recommend some tutorial or reference material that I can built upon.
Totally unfamiliar territory for me but, out of curiosity (and the desire to delay starting some repair/painting work), I did a bit of a search.

If you haven’t already found it, this link
https://www.vasp.at
seems a good place to start. It provides, for example:

- a forum you could use to ask for help/guidance; this seems a very specialist area – so a specialist forum, rather than a general one like PF, may be more useful;

- introductory tutorials, e.g. https://www.vasp.at/tutorials/latest/molecules/part1

- links to relevant videos.
 
A relative asked me about the following article: Experimental observation of a time rondeau crystal https://www.nature.com/articles/s41567-025-03028-y I pointed my relative to following article: Scientists Discovered a Time Crystal That Reveals a New Way to Order Time https://www.yahoo.com/news/articles/scientists-discovered-time-crystal-reveals-180055389.html This area is outside of my regular experience. I'm interested in radiation effects in polycrystalline material, i.e., grain...

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