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Multimodal Augmentation of Surfaces Using Conductive 3D Printing

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Last updated 23 junho 2024
Multimodal Augmentation of Surfaces Using Conductive 3D Printing
Stefanie Mueller is a PhD student at Patrick Baudisch
Multimodal Augmentation of Surfaces Using Conductive 3D Printing
Multimodal Augmentation of Surfaces Using Conductive 3D Printing
Multimodal Augmentation of Surfaces Using Conductive 3D Printing
A Review on Printed Electronics with Digital 3D Printing: Fabrication Techniques, Materials, Challenges and Future Opportunities
Multimodal Augmentation of Surfaces Using Conductive 3D Printing
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Multimodal Augmentation of Surfaces Using Conductive 3D Printing
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Multimodal Augmentation of Surfaces Using Conductive 3D Printing
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Multimodal Augmentation of Surfaces Using Conductive 3D Printing
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Multimodal Augmentation of Surfaces Using Conductive 3D Printing
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Multimodal Augmentation of Surfaces Using Conductive 3D Printing
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Multimodal Augmentation of Surfaces Using Conductive 3D Printing
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Multimodal Augmentation of Surfaces Using Conductive 3D Printing
Multimodal Augmentation of Surfaces Using Conductive 3D Printing
Multimodal Augmentation of Surfaces Using Conductive 3D Printing
Localizing strain via micro-cage structure for stretchable pressure sensor arrays with ultralow spatial crosstalk. - Abstract - Europe PMC
Multimodal Augmentation of Surfaces Using Conductive 3D Printing
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Multimodal Augmentation of Surfaces Using Conductive 3D Printing
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Multimodal Augmentation of Surfaces Using Conductive 3D Printing
Multimodal Augmentation of Surfaces Using Conductive 3D Printing
Multimodal Augmentation of Surfaces Using Conductive 3D Printing
Multimodal Augmentation of Surfaces Using Conductive 3D Printing
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