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Droplet Microfluidics: Magnetic Suspension Array Technology: Controlled Synthesis and Screening in Microfluidic Networks (Small 33/2016)
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Gungun Lin Dmitriy D. Karnaushenko Gilbert Santiago Cañón Bermúdez Oliver G. Schmidt Denys Makarov 《Small (Weinheim an der Bergstrasse, Germany)》2016,12(33):4580-4580
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Microfluidics: Inertial Microfluidic Cell Stretcher (iMCS): Fully Automated,High‐Throughput,and Near Real‐Time Cell Mechanotyping (Small 28/2017)
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Yanxiang Deng Steven P. Davis Fan Yang Kevin S. Paulsen Maneesh Kumar Rebecca Sinnott DeVaux Xianhui Wang Douglas S. Conklin Assad Oberai Jason I. Herschkowitz Aram J. Chung 《Small (Weinheim an der Bergstrasse, Germany)》2017,13(28)
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Monika Rawolle Matthias A. Ruderer Stefan M. Prams Qi Zhong David Magerl Jan Perlich Stephan V. Roth Philipp Lellig Jochen S. Gutmann Peter Müller‐Buschbaum 《Small (Weinheim an der Bergstrasse, Germany)》2011,7(7):834-834
Sol–gel templating of titania thin films with the amphiphilic diblock copolymer poly(dimethyl siloxane)‐block‐methyl methacrylate poly(ethylene oxide) is combined with microfluidic technology to control the structure formation. Due to the laminar flow conditions in the microfluidic cell, a better control of the local composition of the reactive fluid is achieved. The resulting titania films exhibit mesopores and macropores, as determined with scanning electron microscopy, X‐ray reflectivity, and grazing incidence small angle X‐ray scattering. The titania morphology has three features that are beneficial for application in photovoltaics: 1) a large surface‐to‐volume ratio important for charge generation with disordered hexagonally arranged mesopores of 25 nm size and a film porosity of up to 0.79, 2) enhanced light scattering that enables the absorption of more light, and 3) a dense titania layer with a thickness of about 6 nm at the substrate (bottom electrode) to prevent short circuits. An optical characterization complements the structural investigation. 相似文献