Searched for: subject%3A%22Electronics%22
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de Korte, kasper (author)
Wind farms are currently built in the North Sea in the Netherlands. The grid connecting the off-shore wind farm to the main-land distribution grid must be protected against short-circuits and other electrical disturbances. In this project is studied if electrical protection of a grid is suitable for grids connecting renewable energy sources to...
master thesis 2019
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Giannoulakis, Evangelos (author)
Background: The domain of Reverse Logistics, which is lately coming more in the forefront, will serve as the focal point of this project. In the electronics industry, the importance of facilitating safe movements is constantly increasing. In order to prevent escalating the chances of damage, products have to be transported with adequate...
master thesis 2018
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Salentijn, Jaco (author)
Quantum computers are able to deal with large problems, like molecular modelling, financial prediction and cryptography. A classical controller is used to control the qubits of the quantum computer. A proposed controller, operating at 4K, needs a clean voltage supply in order to function well. The long interconnects between the room temperature...
master thesis 2018
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van Staveren, Job (author)
Quantum computers seem very promising in solving problems that are too large to be solved by classical computers that are available today. However, to generate reasonable amounts of computing power, many qubits will be required. Each of the qubits has to be individually controlled and needs to be kept at cryogenic temperatures. To allow for the...
master thesis 2018
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Schriek, Edwin (author)
With the advances towards a quantum computer incorporating many qubits, the demand for a scalable readout and control platform rises. Recent proposals for such a platform exploit the maturity of CMOS technology, to implement the various analog, RF and digital circuits required. To allow for scaling, the electronics that constitute this platform...
master thesis 2018
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Wu, Diane (author)
The Flex-to-Rigid (F2R) platform is a generic IC-based technology platform that allows flexible sensors and electronics to be fabricated and integrated onto the catheters or guidewires of minimally invasive medical instruments. In this thesis, a process flow was developed for the fabrication of flexible metal interconnects based on the F2R...
master thesis 2018
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Garzon Amortegui, Juan Felipe (author)
W/C is a fundamental parameter for concrete mix design, it defines the properties in the fresh and hardened state as well as the durability of the material. Nevertheless, once the concrete has hardened, it is very difficult to estimate the W/C in the original mix design, so far only 2 methodologies has been accepted as a standards. Because of...
master thesis 2018
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Kanhai, Arshaad (author)
F2R is a generic IC fabrication based platform that allows for the fabrication of miniature and flexible sensing functionalities for minimally invasive medical instruments. Examples of these minimally invasive medical instruments are catheters and guidewires. By introducing more materials to the F2R technology, it can be extended to more...
master thesis 2018
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Albuquerque, Rahul (author)
The electrical output of a solar panel can be optimised in several ways, through the inclusion of bypass diodes (BPDs) or to have a maximum power point (MPP) tracker or DC optimiser to ensure that the panel is always operating at its global MPP. However most of these systems have to be implemented externally to the panel. A new system, the...
master thesis 2018
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Miog, Jeffrey (author)
This report covers the development of the Locomotion system for the Lunar Zebro that is responsible for the positioning control of the six legs and the operating of the solar panel. It covers the initial problem analysis, requirement discovery, conceptual design, part identification for implementation, implementation and the first tests, their...
master thesis 2018
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Wang, Shaotong (author)
In order to enable the current cordless kitchen system to the 3.68 kW power level, measures needs to be taken to reduce the mains harmonics. The problem is that with the increase of the power level from 2.40 kW to 3.68 kW, the amplitude of the undesired harmonics in mains current will exceed the limit according the mains harmonics standard (IEC)...
master thesis 2018
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Ligeon, Manon (author)
Due to competition of host and bacterial cells to adhere and grow on implant surfaces, implants are frequently associated with a high risk of peri-implant infections. The microorganisms that are abundantly present during peri-implant infections are Staphylococcus bacteria and a variety of other less abundant bacteria as for example Escherichia...
master thesis 2018
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Goossen, Levar (author)
<br/>Nanocatalysis has received considerable attention in the scientific community due to their superior reactivity compared to their macro-sized counterparts. MEMS nanoreactors allow scientists to view these reactions in-situ. This opens up doors to finally understanding the underlying mechanisms of the nanocatalyst's effectiveness, which may...
master thesis 2018
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Nelissen, Jannes (author)
This thesis describes the research on design measures and new recycling methods to enable the recycling of 3D printed electronics. By looking into methods to release metals from polymer substrate and design interventions to enable predictable fracturing of 3D printed structures in a shredder, a step towards the recycling of valuable metals from...
master thesis 2018
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Spruit, Ronald (author)
Transmission electron microscopy is a powerful and commonly used tool to study nanoparticles, nanowires and 2D materials. It provides static information from the sample with atomic resolution, in high vacuum and at ambient temperature. However, in real processes, the environment is often different and dynamic.<br/><br/> MEMS-based sample...
master thesis 2017
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Dwisetya Safirna Widyaratih, Dwisetya Safirna (author)
The presence of implants in the body is frequently associated with a high risk of peri-implant infections. The host and the bacterial cells compete to adhere and grow on the implant surface. Therefore, producing an implant that can promote the stem cells function (e.g., osteogenic differentiation) while reducing bacterial colonization is vital....
master thesis 2017
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Ah Sen, Mike (author)
With the fast expanding photovoltaic (PV) industry, we are currently witnessing an unprecedented evolution of high-efficiency PV technologies in laboratories. The topic of this thesis is certainly among the novel technologies that could eventually break through on the market. Ultra-thin molybdenum oxide (MoOx) layer, as a hole-selective contact...
master thesis 2017
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van der Kaay, Michel (author)
Flex-to-rigid (F2R) is a technology platform for the fabrication of miniature partially flexible sensor systems for minimally invasive medical instruments. Because of the flexibility, these sensor systems can be wrapped around cylindrical medical instruments such as catheters or guidewires. F2R is a postprocessing technology whereby flexible...
master thesis 2017
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Galnares de la Garza, F.O. (author)
In this work, gas phase toluene was degraded as model contaminant in an annular LED-based photocatalytic reactor under various light irradiance and illumination modes as a means to enhance the efficiency in illumination. The effect of controlled periodic illumination was first studied by exploring the effect of the duty cycle and the period and...
master thesis 2017
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Anantapantula, Alekhya (author)
Companies and governments use information technology standards to conduct data exchange, the concept being called Business to Government (B2G) data exchange. Companies use these standards to report their financial and business data to the government and governments collect these data for regulatory purposes. This research analyses two such...
master thesis 2017
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