Search for dissertations about: "QCM-D sensing"
Showing result 1 - 5 of 16 swedish dissertations containing the words QCM-D sensing.
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1. QCM-D based biosensing – exploring the possibilities
Abstract : We are constantly increasing our understanding of all biological systems and how these highly complex systems interact with each other. The high degree of complexity of these systems can be investigated in greater and greater detail by increasingly sophisticated sensing techniques. READ MORE
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2. QCM-D – with focus on biosensing in biomolecular and cellular systems
Abstract : The high degree of complexity in biological systems is being investigated in greater and greater detail by increasingly sophisticated sensing approaches. The quartz crystal microbalance with dissipation monitoring (QCM-D) technique stands out in this context, by probing the viscoelastic properties at interfaces. READ MORE
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3. Miniaturized cell and flow reactor for QCM-D measurements on fluids and soft matter
Abstract : Thin soft matter films are frequently used in many technical applications, where phenomena taking place in the interfacial regions, control film properties and functionality. In order to optimize the latter there is a clear need of methods and tools for probing diverse physical properties of thin soft matter films confined in a nano-sized region. READ MORE
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4. Nanoplasmonic sensing: from biology to catalysis
Abstract : Our continuously increasing concerns about our health, safety, environment and climate has brought about a need for more sophisticated sensors that enable reliable detection of a variety of events. Sensors are today omnipresent in daily life. READ MORE
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5. Small-Scale Sample Handling for Studies of Liquid Crystals and Lipid-Based Soft Matter
Abstract : In the field of sensing in general and biosensing in particular, there is a growing need for integratingminiaturised senor elements in microfluidic systems. The advantages are several, some of which being that the consumption of, often very expensive, sample material can be reduced; sampleexchange can be optimized; sensor performance in terms of detection limits can be improved and phenomena occurring on a very small, and even single-molecule, scale can be studied. READ MORE