Search for dissertations about: "tissue MANUFACTURING"
Showing result 1 - 5 of 32 swedish dissertations containing the words tissue MANUFACTURING.
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1. Improvement of the tissue manufacturing process
Abstract : The creping process and the conditions on the Yankee cylinder are the key factors in the production process. They need to be kept under good control in order to maintain a high and uniform quality. READ MORE
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2. Evaluation of Furnishes for Tissue Manufacturing
Abstract : Water removal on a tissue machine becomes progressively more difficult and expensive in each successive zone. Since a big part of the cost is allocated to the drying section, improved water removal in the wet end may lead to huge savings in the manufacturing process. READ MORE
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3. Bright Lights: Innovative Micro- and Nano-Patterning for Sensing and Tissue Engineering
Abstract : Light is the primary source of energy on our planet and has been a significant driver in the evolution of human society and technology. Light finds applications in two-dimensional (2D) photolithography and three-dimensional (3D) printing, where a pattern is transferred to a material of interest by ultraviolet (UV) light exposure, and in laser scribing and cutting, where high power lasers are used to pattern the surface of objects or cut through the bulk of the material of interest. READ MORE
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4. Mass Transport in Apple Tissue: Effects of Tissue Structure and Osmotic Processing Conditions
Abstract : Osmotic processing can be a very useful processing step in today’s food industry enabling the production of high quality natural food ingredients out of plant tissues. The maintenance of high product quality is quite product specific with regard to quality attributes. These attributes include fresh/like appearance, taste, texture and composition. READ MORE
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5. Next generation bioengineering of lung tissue for transplantation
Abstract : Lung transplantation is the only option for end-stage lung diseases, but organ shortage remains problematic. Generating lungs ex vivo could overcome shortages with current approaches being explored for lung tissue engineering utilizing a biologically derived, synthetic or hybrid scaffold which is seeded with cells and cultured ex vivo. READ MORE