This is the Linux app named XRD CUBIC whose latest release can be downloaded as XRDCUBIC.zip. It can be run online in the free hosting provider OnWorks for workstations.
Download and run online this app named XRD CUBIC with OnWorks for free.
Follow these instructions in order to run this app:
- 1. Downloaded this application in your PC.
- 2. Enter in our file manager https://www.onworks.net/myfiles.php?username=XXXXX with the username that you want.
- 3. Upload this application in such filemanager.
- 4. Start the OnWorks Linux online or Windows online emulator or MACOS online emulator from this website.
- 5. From the OnWorks Linux OS you have just started, goto our file manager https://www.onworks.net/myfiles.php?username=XXXXX with the username that you want.
- 6. Download the application, install it and run it.
SCREENSHOTS
Ad
XRD CUBIC
DESCRIPTION
This is a basic computer program (coded in Python) to simulate possible unit crystal cell length (a), Miller indices - {h, k, l} and interplanar spacing (d) for cubic crystals from observed (experimental) X-ray diffraction (XRD) angle, 2-theta.
It can simulate all these possible crystal lattice parameters for cubic crystal systems between the given 2–theta values within the range of specified cell length (a) limits.
1. Enter wavelength of X-ray (in Angstroms)
2. Enter minimum and maximum diffraction angle as 2-theta (in Degrees)
3. Enter minimum and maximum unit cell length (in Angstroms)
All the possible cubic crystal parameters, as well as diffraction angle with reference to d-spacing between the given Miller indices (h k l planes), will be simulated.
Designed by:
Dr. M Kanagasabapathy, Asst. Professor, Department of Chemistry
Rajus’ College, Madurai Kamaraj University, Rajapalayam, (TN) INDIA 626117
Home Page: https://www.enote.page/2021/12/XRD-Cubic.html
Features
- Simulate unit cell length (a) from the observed X-ray diffraction (XRD) angle, 2-theta.
- Simulate possible d-spacing values for the given Miller indices (h, k, l planes) from the observed X-ray diffraction (XRD) angle, 2-theta.
- Estimate possible X-ray diffraction (XRD) angles, 2-theta for the Miller indices {h k l} planes..
- Estimate lattice parameters such as 2-theta, cell dimension, d-spacing, Miller indices {h,k,l} for cubic crystals
Audience
Science/Research
Programming Language
Python
Categories
This is an application that can also be fetched from https://sourceforge.net/projects/xrd-cubic/. It has been hosted in OnWorks in order to be run online in an easiest way from one of our free Operative Systems.