USSenatorJohnMcCainDBBarber2007

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David Barber

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DataFeedWatch presentation 2015

Monica Axinte

The goal of presentation on carbon nanotubes(CNTs) is to briefly introduce to this growing novel area of material science. I feel it is important to create an awareness of the nanosciences and their potential applications in the future of nanotechnology. The typical question of “when are we going to use this stuff”,? If some one ask such a question, then they are also responsible for finding answers to satisfy their curiosity. In the case of carbon nanotubes and their properties, hopefully this paper will help them in their quest. This ppt is focussed on the discovery, synthesis,growth processes, properties and the latest research advances of carbon nanotubes developed over the past 12 years. Because of their remarkable electronic and mechanical properties, carbon nanotubes are unique and exciting. The field has been developed rapidly, and the number of publications per year is increasing almost exponentially. Various technological applications are likely to arise using nanotubes for fabrication of flat panel displays, gas storage devices, toxic gas sensors, Li+ batteries, robust and light weight composites, conducting paints, electronic nanodevices etc. Further experimental and theoretical research is still necessary so these novel technologies will become a reality in the early 21 century. Carbon has four electrons in its outer valence shell; the ground state configuration is 2s2 2p2. Diamond and graphite are considered as two natural crystalline forms of pure carbon. In diamond, carbon atoms exhibit sp3 hybridization, in which four bonds are directed toward the corners of a regular tetrahedron. The resulting three-dimensional network (diamond) is extremely rigid, which is one reason for its hardness. The bond length between sp3 carbons (e.g., diamond) is 1.56 ˚A. In graphite, sp2 hybridization occurs, in which each atom is connected evenly to three carbons (120◦) in their plane, and a weak π bond is present in the z axis. The C–C sp2 bond length is 1.42 ˚A. The sp2 set forms the hexagonal (honeycomb) lattice typical of a sheet of graphite.

Carbon nanotube

ANURAG TIWARI

1.8

Amo Oliverio

MathAlive! at the Space Foundation Discovery Center

Space Foundation

The University of Texas at Austin has the second largest University campus in the United States. The Utilities and Energy Management group is responsible for managing the energy use from over 160 buildings, totaling almost 900 meters through the campus. As the first phase of this project energy meters were installed in 2010, and the Department needed a means to display energy data in a meaningful and easy to access way. After looking into different HMI programs; UT decided to partner with Indusoft to leverage the superior web-based software of InduSoft Web Studio. The software offered all the capabilities the department was looking for plus more.

Energy Management with InduSoft Web Studio and the University of Texas - Robe...

AVEVA

Ti cs en la educacion

Marilynhe

MadanRiva_Thesis

Riva Madan

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Diego Lema

PRESENTACIÓN ECOESCUELA IES AL ÁNDALUS (ALMERÍA)

RedAndaluzadeEcoescuelas

Engineering & Project Management

James Gilmore

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