1,721,301 research outputs found

    Sea-Wolves of the Mediterranean : the grand period of the moslem corsairs

    No full text
    Fecha de pubilicación aproximada extraida de la British Librar

    Jane Eyre

    No full text

    Richard Nelson Thomas

    No full text
    Richard Nelson Thomas Inducted: 2011 Citation: For his role in conceiving and creating JILA, then a new form of cooperative effort between a State and the Federal Government, and for contributions to our understanding stellar atmospheres. Tenure: 1957-1973 Birth: 1921, Omaha, Nebraska Death: 1994 Education: Harvard University, BS (Physics), 1942 Harvard University, PhD (Astrophysics), 1948 Positions held: Research Physicist, Consultant to the Director (Boulder) 1957-1961 Research Physicist and Senior Research Fellow, JILA (Boulder) 1962 – 1973 Honors: US Department of Commerce Gold Medal (1963) Fellow, JILA (1962) Sigma Xi 1947 Phi Beta Kappa 1942 Memberships: International Astronomical Union Commission 12, Radiation and Structure of the Solar Atmosphere Commission 36, Theories of Stellar Atmospheres, President 1970-73 Societe Royale des Sciences de Liege, Foreign Correspondent Royal Astronomical Society Annales d’Astrophysique (1959-67) Physics of Fluids (1960-63), Board of Editors Annual Reviews, Inc., Board of Directors Journal of Quantitative Spectroscopy, Board of Editors (1964-70) Medal Committee, Centre International d’Astrophysique de l’Observatoire de Nice Yale Series in Science, International Advisory Board University of Colorado-University of Sydney Astrophysics Association, Co-Chairman NASA-CNRS Monograph Series on Nonthermal Phenomena in Stellar Atmospheres, (The Orange Series), Organizer/Editor Publications: More than 250 publications on Astrophysics, non Equilibrium Thermodynamics, Astroballistics, including three books: Thomas, Richard, N. and Athay, R.G., Physics of the Solar Chromosphere, Interscience, New York (1961) and Russian Trans. State Publishing House for the Foreign Literature, Moscow (1965) Thomas, Richard, N., Some Aspects of Non-Equilibrium Thermodynamics in the Presence of a Radiation Field, University of Colorado Press, Boulder, Colorado (1965) Thomas, Richard, N., Stellar Atmospheric Structural Patterns, Series on Nonthermal Phenomena in Stellar Atmospheres - NASA/CNRS, Paris-Washington, D.C., National Aeronautics and Space Administration, Washington, DC (1983

    Literary studies for rhetoric classes

    No full text
    Ante

    Pot-pourri from a surrey garden

    No full text
    By arrangement with Messrs, Smith, Elder, and companyThomas Nelson and Sons ejerce ca. 1871-1913Il. xi

    Judgments of Learning Are Affected by the Kind of Encoding in Ways That Cannot Be Attributed to the Level of Recall

    No full text
    The authors investigated the theoretical question of whether different kinds of encoding can affect judgments of learning (JOLs) beyond any indirect effects arising from the differences those kinds of encoding produce on the likelihood of recall. They found that JOLs were more accurate after encoding by means of intentional learning than after encoding by means of incidental learning, even when the likelihood of recall did not differ for those kinds of encoding (Experiment 1), and were more accurate when intentional encoding occurred by generating the responses than by reading the responses (Experiment 2). An aggregation effect for JOLs was also discovered: Making JOLs about the likelihood of recall for an aggregate of items yielded less overconfidence (and even underconfidence) in contrast to the typical overconfidence of item-by-item JOLs. The overall pattern of findings suggests that JOLs are theoretically rich and are based on more than whatever underlies the likelihood of recall
    corecore