Titlebook: Environmental Release of and Exposure to Iron Oxide and Silver Nanoparticles; Prospective Estimati Henning Wigger Book 2017 Springer Fachme

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Background and motivation,d on nanomaterials address global challenges like energy, health care, clean water, and climate change (Palmberg et al. 2009) promising to satisfy the economical, social and environmental needs of the society. Consequently, nanotechnologies are often declared as the key technology of the 21. century

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Risk assessment of technological innovations,e defined and described and the relation to the precautionary principle and TA will be shown. Second, technology characterization is shown in the context of TA to systematically analyze technologies in early innovation stages.

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Current and future product applications of iron oxide and silver nanoparticles,ers. This is because of the fact that knowledge on research and development activities is generally available in decentralized form and is often restricted due to confidential issues (Watts and Porter 1997). Thus, plenty of methods exist that aim to provide information for technological forecasting

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Case study: Clothing textiles with incorporated silver nanoparticles,ic literature, it was selected for a more detailed investigation and exemplification of the prospective matrices developed in chapter 4.5. Hence, this chapter will describe shortly the background and the state‐of‐the-art of clothing textiles’ life cycles. Based on this, the product application scena

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Case Study: Magnetic resonance imaging based on iron oxide nanoparticles,ight play a major role in the near future (Wigger et al. 2015b). The MRI principle has been extensively described in literature and only an overview will be given here (cf. Laurent et al. 2008; Na et al. 2009). The fact that each atom has its own atomic spin can be used to visualize soft tissues and

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