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* Crystallographic structure of a perovskite: [https://3dprint.nih.gov/discover/3dpx-008106 Link to crystal the files]. Link to the project's page in the L3999 Fall2017 course wiki: [[OpenSCAD Crystal Structure Project]]. | * Crystallographic structure of a perovskite: [https://3dprint.nih.gov/discover/3dpx-008106 Link to crystal the files]. Link to the project's page in the L3999 Fall2017 course wiki: [[OpenSCAD Crystal Structure Project]]. | ||
* Customization of tweezers for handling of thin pieces (for instance silicon wafers): [https://www.youmagine.com/designs/tweezers-26-25#information Link to the tweezers' files]. Link to the project's page in the L3999 Fall2017 course wiki: [[L3999 Customization project]]. | * Customization of tweezers for handling of thin pieces (for instance silicon wafers): [https://www.youmagine.com/designs/tweezers-26-25#information Link to the tweezers' files]. Link to the project's page in the L3999 Fall2017 course wiki: [[L3999 Customization project]]. | ||
* Positioning | * Positioning device for contactless CV measurements: [https://3dprint.nih.gov/discover/3DPX-008207 Link to the device files]. Link to the project's page in the L3999 Fall2017 course wiki: [[L3999 Final project]]. | ||
Revision as of 08:40, 27 October 2017
Info
Guillaume's personal page.
Projects
- Crystallographic structure of a perovskite: Link to crystal the files. Link to the project's page in the L3999 Fall2017 course wiki: OpenSCAD Crystal Structure Project.
- Customization of tweezers for handling of thin pieces (for instance silicon wafers): Link to the tweezers' files. Link to the project's page in the L3999 Fall2017 course wiki: L3999 Customization project.
- Positioning device for contactless CV measurements: Link to the device files. Link to the project's page in the L3999 Fall2017 course wiki: L3999 Final project.