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Showing result 1 - 5 of 11 swedish dissertations matching the above criteria.
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1. Template-Based fabrication of Nanostructured Materials
Abstract : Materials prepared on the nanoscale often exhibit many different properties compared to the same materials in their bulk-state. Interest in nanostructured materials has increased because of these properties in fields such as microelectronics, catalysis, optics and sensors. READ MORE
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2. Process development and Reliability Study for System-in-a-Package by using a Liquid Crystal Polymer Substrate
Abstract : System-in-a-package (SiP) aims to integrate all of the system functions within a system-level package, containing multiple ICs and other components interconnected through a high-density substrate. SiP is characterized by dividing chip functions among several smaller chips, by connecting chips in the first stage of board manufacture, and by integrating passive components in the substrate. READ MORE
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3. Metal-assisted chemical etching for nanofabrication of hard X-ray zone plates
Abstract : Hard X-ray scanning microscopes, or nanoprobes, make it possible to image samples and probe their chemical, elemental and structural properties at nanoscale resolution. This is enabled by the use of nanofocusing optics. Commonly used optics in nanoprobes for high resolution X-ray experiments are zone plates. READ MORE
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4. Development of Process Technology for Photon Radiation Measurement Applications
Abstract : This thesis presents work related to new types of photo detectors and their applications. The focus has been on the development of process technology and methods by means of experimentation and measurements. READ MORE
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5. Interfacial Reactions and Low Cycle Fatigue of Lead-Free Solders for Electronic Packaging
Abstract : Two key technologies used by the electronics industry are chip technology and packaging technology. Solder plays a crucial role in both of them. During the last decade, there has been a strong worldwide environmental movement towards lead-free electronic products. READ MORE