Experiment Repository Creation Request for Characterization of Materials - IITK

[sheetalsingh08]

Repository Creation Request

Use this to get your experiment repository created or updated on GitHub under Virtual Labs organization.

1. Coordinating Institute: IIT Kanpur

2. Approver’s Name: Prof. Kantesh Balani and Prof. Sudhanshu S Singh

3. Approved Proposal: https://github.com/sheetalsingh08/Ph-4-Characterization-of-materials-IITK/blob/main/PHY_SCI-10-Characterization_of_materials_proposal_PH-IV.pdf

4. Hosted url:

5. Primary GitHub Handle Details:

   Name: vlabiitk

   GitHub Handle: @vlabiitk

   Email id: vlabiitk@gmail.com

6. Secondary GitHub Handle Details:

   Name: Sheetal Singh

   GitHub Handle: @sheetalsingh08

   Email id: sheetal.singh458@gmail.com

   Name: Dhananjay Umrao

   GitHub Handle: @umraodhananjay

   Email id: umraodhananjay@gmail.com

[pavanchow]

@sheetalsingh08 Please find the links for Characterization of Materials experiments and populate the repositories with sources of the experiments as detailed in Step 4 of the migration document

1. Determination of Crystal Structure using power X-ray diffraction - https://github.com/virtual-labs/exp-power-x-ray-diffraction-iitk
2. Determination of Crystallite Size of a polycrystalline sample using X-ray diffraction - https://github.com/virtual-labs/exp-x-ray-diffraction-iitk
3. Determination of Precious Lattice Parameter of FCC and BCC phases using X-ray diffraction - https://github.com/virtual-labs/exp-precious-lattice-parameter-iitk
4. Advanced Imaging modes of SEM (BSE (Compositional & Topograpgy), TLD, Multiple Elemental mapping and Selected area electron channeling, EBSD) - https://github.com/virtual-labs/exp-advanced-imaging-modes-iitk
5. Quantitative X-ray Metallography using Electron Microprobe Analyzer [Compositional Measurements of Steels (plain carbon, stainless, tool, high speed, interstitial free steels)] - https://github.com/virtual-labs/exp-quantitative-x-ray-metallography-iitk
6. Advanced Imaging in TEM (centered dark field, weak beam dark field, HAADF, high resolution) - https://github.com/virtual-labs/exp-advanced-imaging-in-tem-iitk
7. Interpretation of Selected area Diffraction Patterns (spots vs. ring, effect of defect structure) - https://github.com/virtual-labs/exp-selected-area-diffraction-patterns-iitk
8. Observation and interpretation of defect structure in cold rolled aluminum, copper and zinc - https://github.com/virtual-labs/exp-interpretation-of-defect-structure-iitk
9. Measurements of dislocation density in cold rolled metals - https://github.com/virtual-labs/exp-measurements-of-dislocation-density-iitk
10. Estimation of Precipitation size and Precipitate Volume Fractions in Age hardenable alloys - https://github.com/virtual-labs/exp-age-hardenable-alloys-iitk

[vlabiitk]

@pavanchow & @ecthiender :This proposal encompasses a total of 13 experiments, with 10 already incorporated. However, we kindly request the inclusion of the remaining 3 experiments. The main proposal link and corresponding experiment names are provided below for your convenience. Thank you. https://github.com/sheetalsingh08/Ph-4-Characterization-of-materials-IITK/blob/main/PHY_SCI-10-Characterization_of_materials_proposal_PH-IV.pdf Remaining Experiments for Inclusion:

1. X-ray Fluoresce microscopy for determination of chemical composition of materials (metals, alloys, ceramics)
2. Electron Microprobe analyses of alloy for precise determination of chemical composition
3. Determination of stacking fault energy in FCC alloys

[ravikiran2020]

@vlabiitk Please find the links for Characterization of Materials experiments and populate the repositories with sources of the experiments as detailed in Step 4 of the migration document

1. X-ray Fluoresce microscopy for determination of chemical composition of materials (metals, alloys, ceramics) - https://github.com/virtual-labs/exp-x-ray-fluoresce-microscopy-iitk
2. Electron Microprobe analyses of alloy for precise determination of chemical composition - https://github.com/virtual-labs/exp-electron-microprobe-analyses-iitk
3. Determination of stacking fault energy in FCC alloys - https://github.com/virtual-labs/exp-stacking-fault-energy-iitk