Titlebook: Laser Technology in Biomimetics; Basics and Applicati Volker Schmidt,Maria Regina Belegratis Book 2013 Springer-Verlag Berlin Heidelberg 20

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Wande Zhang,Peter H. Chung,Aping Zhang,Shaochen Chenque electron structures, high light absorption coefficient and other physical properties, which have been widely used in novel photodetectors and photovoltaic devices. While fullerenes are typical n-type semiconductors and metallic SWCNTs (or graphene) usually behave as carrier transport channel due

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Emmanuel Stratakis,Anthi Ranella,Costas Fotakisd graphene, which plays an important role in the controlled growth, physical property research and applications. In this chapter, we mainly introduce several typical optical and electron microscopy techniques to characterize the structural information of single-walled CNTs (SWCNTs) and graphene. Esp

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Biomimetic Photonic Materials by Direct Laser Writing,anophotonic devices has been the major application of this technology to date. However, recent growth in the adoption of this technology and even commercialization of direct laser writing systems has extended the access of this nanofabrication method to a broader range of researchers including those

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Biomimetic Assemblies by Matrix-Assisted Pulsed Laser Evaporation,aser Deposition (PLD) in view of transferring organic materials onto solid substrates. In contrast to PLD, MAPLE proved to be a less harmful approach for transporting and depositing delicate, heat sensitive molecules. Since origin, MAPLE developed fast and was generally applied for organic biomateri

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Biomimetic Coatings by Pulsed Laser Deposition,interaction was initially described as vaporization, sputtering, desorption, etching or laser ablation. Ablation was used for the first time in connection with lasers for introducing material expulsion by visible-infrared (VIS-IR) sources. The advent of the short pulsed sources in visible and especi