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Documentos en la biblioteca con la clasificación 529/.7 (1)



TÃtulo : Laser-Based Measurements for Time and Frequency Domain Applications : A Handbook Tipo de documento: documento electrónico Autores: Maddaloni, Pasquale ; Bellini, Marco (1964-) ; De Natale, Paolo Editorial: Taylor & Francis Group Fecha de publicación: 2016 Número de páginas: xx, p., [8] p. of plates : Il.: ill. (some col.). Palabras clave: Time measurements. Frequencies of oscillating systems Measurement. Lasers Scientific applications. Optical measurements. Spectrum analysis. Atmosphere Laser observations. Clasificación: 529/.7 Resumen: "Providing a self-contained introductory review of modern laser-based time and frequency measurement techniques, this text represents an interdisciplinary look at the recent developments and future directions of optical frequency meteorology, as well as a range of meteorological disciplines. Suitable for graduate students and practicing physicists and engineers, it discusses the most advanced laser-based spectroscopic measurement techniques, including UV, j1W, visible frequency, and IR laser. The authors, leading optical meteorologists, also cover advanced spectroscopic techniques, experimental quantum optics, and quantum information"-- Enlace de acceso : https://elibro-net.biblioproxy.umanizales.edu.co/es/lc/umanizales/titulos/143295 Laser-Based Measurements for Time and Frequency Domain Applications : A Handbook [documento electrónico] / Maddaloni, Pasquale ; Bellini, Marco (1964-) ; De Natale, Paolo . - Taylor & Francis Group, 2016 . - xx, p., [8] p. of plates : : ill. (some col.).
Palabras clave: Time measurements. Frequencies of oscillating systems Measurement. Lasers Scientific applications. Optical measurements. Spectrum analysis. Atmosphere Laser observations. Clasificación: 529/.7 Resumen: "Providing a self-contained introductory review of modern laser-based time and frequency measurement techniques, this text represents an interdisciplinary look at the recent developments and future directions of optical frequency meteorology, as well as a range of meteorological disciplines. Suitable for graduate students and practicing physicists and engineers, it discusses the most advanced laser-based spectroscopic measurement techniques, including UV, j1W, visible frequency, and IR laser. The authors, leading optical meteorologists, also cover advanced spectroscopic techniques, experimental quantum optics, and quantum information"-- Enlace de acceso : https://elibro-net.biblioproxy.umanizales.edu.co/es/lc/umanizales/titulos/143295