Debutant (beginner)

Ahmed

Bonsoir, j'ai trouvé par hazard ces programmes de calculs:
Question 1: Est ce que ces programmes fonctionnent sur Windows ?
Question 2: procedure d'installation ?
Question 3; Lesquels que je peux l'utiliser pour simuler les propriétés:
1)- Dielectriques des matériaux ?
2)- Magnétiques ?
Question 4: Tutoriels d'utilisation pour un débutant

Merci de me répondre

Hello, I found by chance these calculation programs:
Question 1: Do these programs work on Windows?
Question 2: installation procedure?
Question 3; Which ones I can use to simulate the properties:
1)- Dielectrics of the materials?
2)- Magnetic?
Question 4: How to use tutorials for a beginner
Thank you

sbohloul

Dear Ahmed,

Thanks for your interest in Nanoacademic's products. We have a range of atomistic simulations tools that could address your simulation needs. Here is a breaf answer to your questions, please feel free to contact us if you need more informaton:

Q1:
Yes, we have software that can be installed on windows as well as Linux platforms.

Q2:
We have an extensive documentation for users on our website https://docs.nanoacademic.com/ . For each software, please consult the installation section for more information.

RESCU: https://docs.nanoacademic.com/rescu/installation/installation/
RESCU+: https://docs.nanoacademic.com/rescupy/
NanoDCAL: https://docs.nanoacademic.com/nanodcal/installation/installation/
NanoDCAL+: https://docs.nanoacademic.com/rescupy/installation/installation/

Q3:
RESCU and RESCU+ are out DFT-based software that are capable of simulating variety of materials properties including dielectric and magnetic properties. Please see https://www.linkedin.com/pulse/introducing-rescu-dfpt-simulator-innovative-/?trackingId=9qUcuBqaTc6EzGufXA9Arg%3D%3D for an example of ion-clamped dielectric simulation with RESCU. If you could provide us more information about your research interests, we could help you finding the right tools for your workflows.

Q4:
As mentioned above, documentaions of our tools, including tutorials, are available are https://docs.nanoacademic.com/. For example, you can find more information regarding how to obtain dielectric constant with RESCU at https://docs.nanoacademic.com/rescu/getting_started/dfpt/dfpt/

For more information regarding our licenses or requesting a demo, please contact out sales department at https://nanoacademic.com/contact-us/

Please don't hesitate to contact us if you need more information about out products.

Best regards,
Nanoacademic team