Titlebook: Computational Methods for Nanoscale Applications; Particles, Plasmons Igor Tsukerman Book 20081st edition Springer-Verlag New York 2008 Co

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書目名稱Computational Methods for Nanoscale Applications網(wǎng)絡公開度學科排名




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The Finite Element Method, overview of such methods. This section emphasizes the importance of the variational approach to computation: it can be claimed — with only a small bit of exaggeration — that all numerical methods are variational.

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Applications in Nano-Photonics,propagation of light through materials is affected greatly by their submicron features and structures. Moreover, the ability to create and control such small features has led to amazing new physical effects, technologies and devices, as discussed later in this chapter.

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1571-5744 ering, chemistry, and applied mathematics. In addition, several advanced topics will be of particular interest to the expert reader...Key Features:.....Utilizes a two-tiered style of exposition with?intuitive e978-0-387-74778-1Series ISSN 1571-5744 Series E-ISSN 2197-7976

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Book 20081st editionte students in diverse areas of nanoscale science and technology, includingphysics, engineering, chemistry, and applied mathematics. In addition, several advanced topics will be of particular interest to the expert reader...Key Features:.....Utilizes a two-tiered style of exposition with?intuitive e

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The Finite Element Method, overview of such methods. This section emphasizes the importance of the variational approach to computation: it can be claimed — with only a small bit of exaggeration — that all numerical methods are variational.

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Long-Range Interactions in Heterogeneous Systems,niques. One case in point is long-range electro- or magnetostatic multiparticle interactions in . media, with applications in molecular dynamics, polymer and biomolecular simulation. Ewald summation and related algorithms (Chapter 5) are very effective for this type of problem and exemplify the blending of numerical techniques with applications.

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Applications in Nano-Photonics,propagation of light through materials is affected greatly by their submicron features and structures. Moreover, the ability to create and control such small features has led to amazing new physical effects, technologies and devices, as discussed later in this chapter.

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