Global ETD Search
Search theses and dissertations gathered from participating repositories worldwide. Every result links back to the library that holds it. No account is needed.
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Showing 1 to 5 of 5 for “"Photoablation"”.
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Stretchable, multimodal, large-area sensor arrays fabricated using excimer laser photoablation technologies
… layers and as in-situ masks for excimer laser photoablation. This approach reduces the number of processing steps and photomasks, is scalable for large-area arrays, and is adaptable for a variety of materials and designs. This novel process is used for interconnect and sensor fabrication. …
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Carbon nanotube strain sensors with wide dynamic range fabricated on flexible substrates by novel processing techniques
… techniques have been fabricated. Excimer laser photoablation was used for simultaneous patterning of the CNT layer and the polyimide substrate. A transferring technique utilizing sacrificial etching was used for clear material transfer. Clear patterns free of CNT-polymer composites were made and …
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Engineering the Optical Properties of Gold Nanostructures for Biomedical Applications
… biological tissues at deeper penetration and the photoablation of cancer. By replacing AuCl<sub>4</sub>- with AuCl<sub>2</sub>-, Au nanoframes were developed. With a series of discrete dipole approximation calculations: DDA), I illustrated how the edge length and ridge thickness of the nanoframe …
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Investigation of physical and electro-optic diffractive structures for energy-efficient smart window applications
… angle, for physical blazed gratings using angled photoablation and in-situ masking is also developed. Based on the results from physical blazed gratings, the novel concept is extended to electro-optic diffractive structures that can be incorporated into energy-efficient adaptive window systems …
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4D Control of Tissue Development and Blood Vasculature using Photo-mediated Chemistries
… vasculature, in aim 2, we develop a multiphoton photoablation fabrication technique and in the process create the first in vitro engineered human capillaries. Utilizing these devices, we then study the physiological and pathophysiological hemodynamics associated with severe malaria, probing the …