Titlebook: Materials Challenges and Testing for Manufacturing, Mobility, Biomedical Applications and Climate; Werasak Udomkichdecha,Thomas Böllinghau

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Fabrication of Three-Dimensional Nanostructured Materials by Interference Lithography and Inversion graphy, multi-beam interference produces multi-dimensional intensity profile of light in space. The interference-induced intensity profile can be transferred to photosensitive materials in very short exposure times, typically less than 1 sec. More importantly, interference lithography allows for pre

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大火

Recent progresses in R&D of methods to fabricate inch-sized diamond wafersarea. Artificial growth of the bulk crystals and a lift-off process to synthesize the freestanding wafers from the seed wafers can be successfully conducted. In this paper, motive forces of our research as well as presented status of related techniques are briefly summarized, as well as our recent p

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Anodic TiO2 Nanotube Arrays: Effect of Electrolyte Properties on Self Ordering of Pore Cellslogies and properties. Electrochemical anodization process has attracted considerable attention due to its simplicity, low cost, and reliable fabrication technique for the arrayed nanotubular films. This work presents a facile pathway to achieve the uniform anodic TiO. nanotube arrays with open pore

Water-Brash

Multiscale Multiphysics Simulations for Development of High Temperature Alloys in Jet Enginesle multiphysics simulations to be used for development of such high temperature alloys, which combine theoretical and empirical methods, are described in this paper. In addition, a new phase-field method coupling with the CALPHAD method to simulate gamma-prime precipitation of multicomponent Ni-base

Carbon-Monoxide

Low friction slip-rolling contacts—influences of alternative steels, high performance thin film coatomotive industry anticipates a benefit in applying such coatings in association with the lightweight construction of mechanical parts, for instance in gears and engines. Further improvements in creating low-friction contacts were achieved in the present work using alternative, available steel metall

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Characterization of Randomly Branched Polymers Utilizing Liquid Chromatography and Mass Spectrometryis a challenge in polymer analysis. In this work, liquid adsorption chromatography methods are developed for a commercially available hyperbranched polyester (Boltorn.). This chromatographic techniques was then coupled to offline MALDI-TOF MS analysis, a first in the analysis of randomly branched po

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