Hasil untuk "Modern"

T. Parsons

J. Fraden

R. Kegan

M. Banton, G. Myrdal

Swami Krishnananda

V. Dubowitz

Jonathan Crary

M. Palmer, J. Edmond

T. Hanemann, D. Szabó

The addition of inorganic spherical nanoparticles to polymers allows the modification of the polymers physical properties as well as the implementation of new features in the polymer matrix. This review article covers considerations on special features of inorganic nanoparticles, the most important synthesis methods for ceramic nanoparticles and nanocomposites, nanoparticle surface modification, and composite formation, including drawbacks. Classical nanocomposite properties, as thermomechanical, dielectric, conductive, magnetic, as well as optical properties, will be summarized. Finally, typical existing and potential applications will be shown with the focus on new and innovative applications, like in energy storage systems.

Barbara Czarniawska

M. Ricklefs

Syngcuk Kim, S. Kratchman

Kevin Lane Keller

T. Goebel, M. Waters, D. O’Rourke

R. Gould

I have taught an undergraduate applied regression course for several years, and found few textbooks that are appropriate for modern students. To reveal my prejudices up front, what I want in an applied regression text are data, graphics, and computation. Data, because an applied regression course should give students an approach for understanding the world as it is revealed through data; the regression model is an end to a means but should not be treated as the end itself. Graphics, because not only are they important to modern regression, but they can help students develop a conceptual understanding of regression models. Computation, because data analysis via graphical and numerical regression is not possible without statistical software. The choice of software not only determines the sort of diagnostics and visualizations available to one’s students, but also influences how students understand regression itself.

T. Thiemann

K. Roelants, D. Gower, M. Wilkinson et al.

Vincent Goossaert, D. Palmer

W. Johnson, E. Eizirik, J. Pecon-Slattery et al.

N. Spaldin

The so-called Modern Theory of Polarization, which rigorously defines the spontaneous polarization of a periodic solid and provides a route for its computation in electronic structure codes through the Berry phase, is introduced in a simple qualitative discussion.