Program for an Abilene Philharmonic concert that ran from September 15th to October 27th (classical concert) during the 51st season. It includes information about the pieces performed, artists and musicians, and advertising from local companies.

State and alternative fuel provider fleets are updated on DOE's position on HEVs and LSVs.

Proceedings of a workshop to discuss coral reef research, monitoring, and marine protected area (MPA) management. It includes workshop summary information, specific papers presented during the event, and relevant appendixes.

Biweekly, comprehensive compilation of decisions, reports, public notices, and other documents of the U.S. Federal Communications Commission.

Biweekly, comprehensive compilation of decisions, reports, public notices, and other documents of the U.S. Federal Communications Commission.

Document discussing property and house insurance in Texas.

This brochure talks about Renewable Energy development in China. Advancing world energy security by helping China develop more diversified energy resources and mitigating environmental damage through deployment of renewable energy and energy efficiency measures.

A fact sheet that describes the advantages of using ethanol and biodiesel to solve local problems such as smog, ozone, and carbon monoxide.

New houses in the Sun Lakes at Banning subdivision are designed by Pulte Homes with technical support from the Building Science Consortium as part of the U.S. Department of Energy's Building America Program. These homes save their homeowners money by applying the principles of ''whole-building'' design, which considers the house as a complete system instead of separate components.

1,3-Propanediol is one of two ingredients used in producing polytrimethylene terephthalate (PTT), a polymer which can be used in polyester and nylon applications. Researchers are developing a process to ferment biomass feedstock to malonic acid using filamentous fungi and then catalytically convert malonic acid to 1,3-propanediol.

Clean Fractionation is a new technology that enables energy-efficient and environmentally-clean separation of cellulose, hemicellulose, and lignin from lignocellulosic biomass.

The Department of Energy launched the Education Initiative in 1999 to promote the establishment of multi-disciplinary, graduate-level education and research programs.

Vegetable oils such as soybean oil will be converted to novel polymers using hydroformylation and other catalytic processes. These polymers can be used in the construction, automotive, packaging, and electronic sectors.

Improved membrane filtration and separation technologies reduce energy use, capital and maintenance costs of separation and purification systems for biomass sugars. Other areas of application include waste treatment, and chemical and food processing.

Isosorbide is a new polymer additive derived from corn (via sorbitol) that when copolymerized with polyethylene terephthalate (PET), increases the strength and rigidity of the plastic. This project will develop an economically-viable, continuous catalytic process to convert sorbitol to isosorbide.

A brochure for local and state policymakers, informing them about the State and Local Initiatives team at the National Renewable Energy Laboratory. The brochure outlines the benefits of using renewables and energy efficiency, the benefits of using the State and Local Initiatives team as a liaison to the wealth of information at NREL, and some of the services and resources available.

Interview with Major General Frederick Haynes, a Marine WWII veteran from Dallas, Texas. Haynes discusses growing up, becoming an officer in the Marine Corps, being a small arms instructor, assignment to the 28th Marines and training for combat, various experiences fighting the Battle of Iwo Jima, and reflections on battle.

The development of automated systems supporting the production and application of PET radiopharmaceuticals has been an important focus of researchers since the first successes of using carbon-11 (Comar et al., 1979) and fluorine-18 (Reivich et al., 1979) labeled compounds to visualize functional activity of the human brain. These initial successes of imaging the human brain soon led to applications in the human heart (Schelbert et al., 1980), and quickly radiochemists began to see the importance of automation to support PET studies in humans (Lambrecht, 1982; Langstrom et al., 1983). Driven by the necessity of controlling processes emanating high fluxes of 511 KeV photons, and by the tedium of repetitive syntheses for carrying out these human PET investigations, academic and government scientists have designed, developed and tested many useful and novel automated systems in the past twenty years. These systems, originally designed primarily by radiochemists, not only carry out effectively the tasks they were designed for, but also demonstrate significant engineering innovation in the field of laboratory automation.

A description of diesel hybrid electric buses used at NYC Transit, the largest public transportation system in the United States. Clean fuel buses represent about 5% of NYC Transit's fleet.

Bi-annual newsletter features articles on HEV/LSV compliance advisory, biodiesel fuel use growth in 2000, Texas Department of Transportation, and the Credit Trades Bulletin Board.

Fact sheet describing NREL's work with Recombination Technologies and Optima Batteries to develop a current interrupt charging algorithm to extend the deep life cycle of valve-regulated lead-acid batteries.

The experimental and theoretical studies described above illustrate the complex nature of the heteronuclear metal-metal bond. In many cases, bimetallic bonding induces a significant redistribution of charge around the bonded metals. This redistribution of charge is usually linked to the strength of the bimetallic bond, affects the position of the core and valence levels of the metals, and can determine the chemical reactivity of the system under study. New concepts are emerging [22,23,34,36] and eventually the coupling of experiment and theory can be useful for designing more efficient bimetallic catalysts [98,106,107].