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Nr. Titel Autor Jahr
1 Fatigue Delamination Study of Parylene as Electronic Packaging Material Rincon, Carlos et al. 2025
2 Parylene C based memristors for the realization of ultra-thin and flexible smart systems Selbmann, Franz et al. 2025
3 Advances in Parylene Adhesive Bonding for the Realization of Biocompatible Microsystems Selbmann, Franz et al. 2024
4 Hot Embossing to Fabricate Parylene-Based Microstructures and Its Impact on the Material Properties Glauche, Florian et al. 2024
5 Parylene as a Novel Packaging Material for Adhesive Bonding, Flexible Electronics and Wafer Level Packaging Selbmann, Franz et al. 2024
6 Fabrication and Integration of Quantum Dot Based Emitters for Smart Mechanical Watches Langenickel, Jörn et al. 2023
7 Greenhouse Monitoring with Biocompatible Humidity Sensor for Smart Farming Schlagmann, Moritz et al. 2023
8 Hollow Microneedle Fabrication and Characterization for Interstitial Fluid Extraction in Minimally Invasive Sensors Enderlein, Tom et al. 2023
9 Paradigm Changing Integration Technology for the Production of Flexible Electronics by Transferring Structures, Dies and Electrical Components from Rigid to Flexible Substrates Selbmann, Franz* et al. 2023
10 Miniaturized and Highly Integrated Humidity Sensor with Biocompatible Sensing Material for Smart Farming Schlagmann, Moritz et al. 2022
11 An ultra-thin and highly flexible multilayer Printed Circuit Board based on Parylene Selbmann, Franz et al. 2021
12 Investigation of biocompatible Parylene as triboelectric layer for wearable energy harvesting Selbmann, Franz* et al. 2021
13 Parylene C Based Adhesive Bonding on 6" and 8" Wafer Level for the Realization of Highly Reliable and Fully Biocompatible Microsystems Selbmann, Franz et al. 2020
14 Parylene C Based Adhesive Bonding on 6" and 8" Wafer Level for the Realization of Highly Reliable and Fully Biocompatible Microsystems Selbmann, Franz et al. 2020
15 Challenges in transferring quantum dot sensitized solar cells on technical textiles Heinrich, Kathleen et al. 2018
16 Integration of quantum dot sensitized solar cells onto technical textiles Heinrich, Kathleen et al. 2018
17 Parylene as a dielectric material for electronic applications in space Selbmann, Franz* et al. 2018
18 Dünnfilmverkapselungen für medizinische Anwendungen Selbmann, Franz et al. 2017
19 Investigations on Parylene C for its Integrability into MEMS Selbmann, Franz et al. 2017
20 Deposition of Parylene C and Characterization of its Hermeticity for the Encapsulation of MEMS and Medical Devices Selbmann, Franz et al. 2016
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