4,402 research outputs found

    Effects of different field expansions on omnidirectional proton counting rate data

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    Field expansion effects on omnidirectional proton counting rate dat

    Plasma clouds in the magnetosphere

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    Injection of hot plasma clouds into magnetosphere during magnetospheric substorm

    Loose Housing Means Less Labor

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    Using a loose housing system for your dairy enterprise can mean a minimum of chore labor for you. But it takes careful planning and figuring to do the job right and avoid disappointment

    Relation of Partnership Law to Accounting

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    Criminal Law and Its Relation to Accountancy

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    Sixty Years of Change in Tree Numbers and Basal Area in Central Utah Aspen Stands

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    Plots established in three separate aspen stands in central Utah were inventoried at irregular periods over a 64 year period

    Evolution of Subjective Hurricane Risk Perceptions: A Bayesian Approach

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    This paper studies how individuals update subjective risk perceptions in response to hurricane track forecast information, using a unique data set from an event market, the Hurricane Futures Market (HFM). We derive a theoretical Bayesian framework which predicts how traders update their perceptions of the probability of a hurricane making landfall in a certain range of coastline. Our results suggest that traders behave in a way consistent with Bayesian updating but this behavior is based on the perceived quality of the information received.risk perceptions, learning, Bayesian learning, event markets, prediction markets, favorite-longshot bias, hurricanes

    A domain-specific analysis system for examining nuclear reactor simulation data for light-water and sodium-cooled fast reactors

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    Building a new generation of fission reactors in the United States presents many technical and regulatory challenges. One important challenge is the need to share and present results from new high-fidelity, high-performance simulations in an easily usable way. Since modern multiscale, multi-physics simulations can generate petabytes of data, they will require the development of new techniques and methods to reduce the data to familiar quantities of interest (e.g., pin powers, temperatures) with a more reasonable resolution and size. Furthermore, some of the results from these simulations may be new quantities for which visualization and analysis techniques are not immediately available in the community and need to be developed. This paper describes a new system for managing high-performance simulation results in a domain-specific way that naturally exposes quantities of interest for light water and sodium-cooled fast reactors. It describes requirements to build such a system and the technical challenges faced in its development at all levels (simulation, user interface, etc.). An example comparing results from two different simulation suites for a single assembly in a light-water reactor is presented, along with a detailed discussion of the system's requirements and design.Comment: Article on NiCE's Reactor Analyzer. 23 pages. Keywords: modeling, simulation, analysis, visualization, input-outpu

    The Stadium Interstate Freeway and Cedarburg Bog

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    Although the initially favored corridor for the Stadium interstate freeway was adjacent to Cedarburg Bog, the highway department is now favoring a route at least a mile from the Bog. Many different individuals had written highway officials stressing the scientific, educational and recreational value of the Bog. It is appropriate that the highway officials of a state which has been a leader in preserving natural areas for scientific and educational use should show concern with preserving Cedarburg Bog as a wilderness area. A hearing about the proposed route will be held July 10 in Ozaukee County, and testimony will be presented stressing the value of the Bog and the importance of not having a highway in close proximity

    Semi-relativistic charge-current density operator

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    The charge-current density and two-photon operators consistent with a single-particle semi-relativistic Hamiltonian are derived within a suitable functional derivative formalism which preserves gauge invariance. An application to electron scattering is presented and results are compared with a fully relativistic case and the non-relativistic cases corrected through fourth order in M^{-1}.Comment: 20 pages, 3 postscript figures, typos correcte
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