Contributors:Edwin Cuperus, Marieke Bolling, Marlies de Graaf, Peter van den Akker, Marielle van Gijn, Marleen Simon, Vigfus Sigurdsson, Suzanne Pasmans
Supplementary Table S1 as part of the manuscript entitled: "Collodion babies: a 15-year retrospective multicenter study in the Netherlands. Evaluation of severity scores to predict the underlying disease" in the Journal of American Academy of Dermatology (JAAD).
Data accompanying "When did the Lhasa and Qiantang Terranes “divorce”: Constraints from Middle-Late Triassic Alkaline Trachytic Lavas" by Yang Song, Haifeng Li, Carl Guilmette, Ming Zheng, Douwe J.J. van Hinsbergen, Zhenyu Li, Faqiao Li. JGR: Solid Earth, 2020
The devices captures the energy of vorticity, an aerodynamic effect that has plagued structural engineers and architects for ages ( vortex sheddingeffect ).As the wind bypasses a fixed structure, its flow changes and generates a cyclical pattern of vortices. once these forces are strong enough, the fixed structure starts oscillating. Instead of avoiding these aerodynamic instabilities our design maximizes the resulting oscillation and captures that energy. India is having fifth largest installed wind power capacity in the world. As the regions with high wind speed are limited, the installation of conventional windmill is limited. Windmills that would provide safe, quite, simple, affordable and work on lesser.wind speeds are need of the hour. The Bladeless Windmill is such a concept which works on the phenomenon of vortex shedding to capture the energy produced.
The Vortex wind turbine has a straw shaped bladeless design. The turbine is designed to harness energy by exploiting the aerodynamic effect vorticity. The vortex uses the vibrations caused by vorticity in conjunction with a base of repelling magnets to generate electricity. The device in theory should have low maintenance costs because there are very few moving parts. The turbines can be placed closer together than conventional turbines are totally silent and cost less to manufacture. Vortex is also no danger to birds.
Contributors:Calvin Tsay, Adrian Caspari, Richard Pattison, Ted Johansson, Alexander Mitsos, Michael Baldea
Computational model of a single-product air separation unit (ASU) implemented in Modelica and gPROMS. This benchmark process can be used to test strategies for process control, production scheduling, and flexible operation. Several sample demand response operation scenarios are provided.
Research Data include sampling site information and meteorological parameters, sample collection and analytical methods of PM properties, 16S rRNA gene amplification, sequencing processing, analysis of heavy metals, water-soluble ions and PAHs, variable importance in the projection of OPLS-DA modeling, effects of reactive species, equations of specific surface area calculation, and the equations of bacterial index with specific surface areas.
The data concerns the diagnosis of the ways of using new media among students of pedagogy in Poland. The database includes self-evaluation of digital competences and issues relating to the experience of remote education.