Titlebook: Lung Cancer; Frank V. Fossella,Ritsuko Komaki,Joe B. Putnam Book 2003 Springer-Verlag New York 2003 Atmen.breast cancer.carcinoma.cell.che

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Ritsuko Komaki creates an intense electric field at the interface between the waveguide and the medium. By adjusting the input laser power and waveguide parameters, the electromagnetic field intensity and distance of penetration into the cell of the evanescent tail can be varied over a wide range. The importance

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George R. Blumenschein Jr.ion are promising advanced ignition schemes. In fast ignition the hot spot is created by either relativistic electrons or multi-MeV protons or light-ions, produced by a tightly focused ultra-intense laser beam. In shock ignition, intense laser pulses drive a converging shock wave that helps creating

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Ara A. Vaporciyan,Jason F. Kelly,Katherine M. W. Pistersion are promising advanced ignition schemes. In fast ignition the hot spot is created by either relativistic electrons or multi-MeV protons or light-ions, produced by a tightly focused ultra-intense laser beam. In shock ignition, intense laser pulses drive a converging shock wave that helps creating

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s depends in a more complex way on the velocity gradient, especially if the fluid is composed of complex molecules or of different species of molecules. It may even explicitly depend on time. This is caused by an increase of the molecular order within the fluid caused by the velocity gradient, a pos

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