Phillip DeVito Award Notification

This 1983 letter from Wine Spectator editor and publisher Marvin R. Shanken notifies Phillip DeVito that his wine cellar at Salishan Lodge is being honored with a Grand Award for having one of the best wine lists in America. DeVito served as maître d’hôtel and cellar master for the fine dining and wine program at Salishan in Gleneden Beach, Oregon for 22 years. This was the first of 12 consecutive Wine Spectator Grand Awards DeVito and Salishan received. As of 2014, these are the only Grand Awards given to an Oregon establishment

Aspects of SU(3) baryon extrapolation

We report on a recent chiral extrapolation, based on an SU(3) framework, of octet baryon masses calculated in 2+1-flavour lattice QCD. Here we further clarify the form of the extrapolation, the estimation of the infinite-volume limit, the extracted low-energy constants and the corrections in the strange-quark mass.Comment: 4 pages, 3 figures, pdftex, prepared for the proceedings of CIPANP 09, San Diego, USA, March 26-31, 200

The Daya Bay Reactor Neutrino Experiment

The Daya Bay reactor neutrino experiment is designed to study the disappearance of antineutrinos from the Daya Bay nuclear power plant in China. The goal of this experiment is to measure the remaining unknown neutrino mixing parameter theta13 with high precision: sin^2(2Θ_(13))<0.01. The experiment is presently under construction and it is anticipated that data acquisition will begin in 2011

The fuel cell in space: Yesterday, today and tomorrow

The past, present, and future of space fuel cell power systems is reviewed, starting with the first practical fuel cell by F.T. Bacon which led to the 1.5 kW Apollo alkaline fuel cell. However, the first fuel cell to be used for space power was the Gemini 1.0 kW Acid IEM fuel cell. The successor to the Apollo fuel cell is today's 12 kW Orbiter alkaline fuel cell whose technology is considerably different and considerably better than that of its ancestor, the Bacon cell. And in terms of specific weight there has been a steady improvement from the past to the present, from the close to 200 lb/kW of Apollo to the 20 lb/kW of the orbiter. For NASA future Lunar and Martian surface power requirements the regenerative fuel cell (RFC) energy storage system is enabling technology, with the alkaline and the PEM the leading RFC candidate systems. The U.S. Air Force continues to support fuel cell high power density technology development for its future short duration applications

QCD Effects in Cosmology

The cosmological evolution in the radiation dominated regimen is usually computed by assuming an ideal relativistic thermal bath. In this note, we discuss the deviation from the non-interaction assumption. In either the standard model (SM) and the minimal supersymmetric standard model (MSSM), the main contribution comes from the strong interaction. An understanding of these effects are important for precision measurements and for the evolution of scalar modes, where the commented corrections constitute the main source of the dynamics.Comment: 4 pages, 2 figures. Contributed to CIPANP 2009: Tenth Conference on the Intersections of Particle and Nuclear Physics, May 26-31, 2009, San Diego, Californi

Wake Vortex Attenuation Flight Tests: A Status Report

Flight tests were conducted to evaluate the magnitude of aerodynamic attenuation of the wake vortices of large transport aircraft that can be achieved through the use of static spoiler deflection and lateral control oscillation. These methods of attenuation were tested on Boeing B-747 and Lockheed L-1011 commercial transport aircraft. Evaluations were made using probe aircraft, photographic and visual observations, and ground based measurements of the vortex velocity profiles. The magnitude of attenuation resulting from static spoiler deflection was evaluated both in and out of ground effect. A remotely piloted QF-86 drone aircraft was used to probe the attenuated vortices in flight in and out of ground effect, and to make landings behind an attenuated B-747 airplane at reduced separation distances

UNDERSTANDING AGRICULTURE'S TRANSITION INTO THE 21ST CENTURY: CHALLENGES, OPPORTUNITIES, CONSEQUENCES AND ALTERNATIVES

Advances in production, communication and transportation technologies as well as expectations of consumers, taxpayers, business people and rural residents continue to cause changes in agriculture and rural areas. These changes pose challenges, such as increased competition, as well as offer opportunities to produce specialized products and reach new markets. The opportunities for production agriculture appear to be 1) low-cost, large-scale commodity production, 2) medium- or small-scale commodity production combined with non-farm sources of income, or 3) production and marketing of specialized products. Emerging opportunities for rural businesses appear to be in serving production agriculture and agribusinesses by meeting their unique needs. These firms also can use advancing communication technologies to reach distant markets. Many business managers are adopting strategies that will shift their firm away from perfect competition. Opportunities for rural communities lie in using technology to efficiently provide services to rural residents. The size and composition of rural communities also will be redefined by advances in communication and transportation technologies. The decision of how to pursue these opportunities require a thorough understanding of what is occurring and thoughtful deliberations.Agribusiness, Production Economics,