To make the 3D-printable fluidic device, Berkeley Lab researchers designed a specially patterned glass substrate. When two liquids - one containing nanoscale clay particles, another containing polymer particles - are printed onto the substrate, they come together at the interface of the two liquids and within milliseconds form a very thin channel or tube about 1 millimeter in diameter.
Stefan Freunberger, researcher at the Institute for Chemistry and Technology of Materials at Graz University of Technology, is one of the world's leading researchers in his field of battery research.
Chemical structures of the previous (left) and new amphiphile (right). Light irradiation induces a structural change from the open to the closed form of the amphiphile.
Philip Zuk, Vice President, Worldwide Technical Marketing, Transphorm
This graphic depicts oppositely charged, synthetic proteins combine to form novel hierarchically assembled symmetrical structures toward biotemplated advanced materials.
Researchers involved in the project include Dylan Shell, left, of Texas A&M University, project leader Aaron Becker of the University of Houston, center, and Jason O'Kane of the University of South Carolina
NiCo-doped C-N hollow nanotube composites prepared through direct pyrolysis of Ni/Co salt, dicyandiamide and glucose, present excellent performance as the cathode catalysts of neutral Zn-air battery.
John Wilson, Silicon Labs
Top panels: snapshots of the system at the temperature and at different times from start of crystallization: (a) glassy system without the crystallization centers; (b) two-phase state of the system containing crystalline nuclei; (c) polycrystalline system consisting of separate crystalline domains. Bottom panels: -projections of the glassy system (d), the two-phase system (e) and the polycrystalline system (f). Inset to panel (f) shows the diffraction pattern obtained by transmission electron microscopy for polycrystalline foil.
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Figure 1: Voltage (blue) and current (red) for a reactive load (left) and non-linear load (right)
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Figure 1. Mobile robots like Omron’s LD series provide a much more flexible means for connecting various production modules together without obstructing traffic throughout the plant.
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Figure 1. A sampling of the many software APIs
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Figure 1. Reference table on voltage class requirements from the IEC61000-4-5
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Figure 1: Ethernet PHY Connection with MAC and Physical Medium
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Figure 1. Delta-Q’s ICL Series is designed to optimally charge lithium battery systems with any lithium-ion chemistry
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Figure 1. An illustration of the compact sensor form factors that are available today
Kevin Parmenter, Field Applications Manger, Taiwan Semiconductor
