Matsuda / Ge / Furukawa / Ó 2011 Elsevier B.V. / Morozov A.S. / P.A. Franken A.E. / /
Country
Sweden / Japan / /
Currency
pence / / /
Facility
Royal Institute of Technology / Harvard University / /
IndustryTerm
optical telecommunications / planar wafer processing / energy conservation relation x1 / high energy frequency conversion / waveguide fabrication using chemical processing / technology development / ultraviolet applications / subsequent laser technology development / structured nonlinear media / homogeneous media / important tool / dielectric media / laser applications / nd analytic solutions / nonlinear media / inertial fusion systems / non-crystalline media / capacity optical communications systems / energy / gas-filled corrugated capillaries / power applications / technology refinement / 2D-structured nonlinear media / optical telecommunications wavelength / mind applications / early laser technology development / chemical etching / waveguide technology / laser technology arena / twin-patterning technology / web version / efficient nonlinear media / /
Organization
Harvard University / Carlota Canalias Department of Applied Physics / Alice and Knut Wallenberg / Swedish Research Council / Institute of Technology / /
Person
R. Siano / V / Crystal Bibliography / W. Van Stryland / G.E. Fenner / Gustav Strömqvist / F. Laurell / V / A. Fragemann / V / G. Van Uitert / B. Jacobsson / V / A. Piskarskas / V / Fredrik Laurell / M. Martinelli / V / C. Canalias / V / Carlota Canalias / B. Bourliaguet / V / W.H. Long Jr. / F.C. Zumsteg / S.M. Russell / S.J. Holmgren / V / J. Hellström / V / / /
Quasi-phase matched nonlinear media: Progress towards nonlinear optical engineering