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This book explores terahertz time domain spectroscopic characterisation of six different aminopyridine based organic materials. It also introduces two novel terahertz wave generating organic nonlinear optical crystals and makes a detailed comparison of its efficiency with the well known inorganic material GaP. This book will be a good read for those who pursue research in the field of nonlinear optics, more specifically for those who work on terahertz wave generation from nonlinear optical crystals. This book provides a short simple explanation of the process of terahertz wave generation from…mehr

Produktbeschreibung
This book explores terahertz time domain spectroscopic characterisation of six different aminopyridine based organic materials. It also introduces two novel terahertz wave generating organic nonlinear optical crystals and makes a detailed comparison of its efficiency with the well known inorganic material GaP. This book will be a good read for those who pursue research in the field of nonlinear optics, more specifically for those who work on terahertz wave generation from nonlinear optical crystals. This book provides a short simple explanation of the process of terahertz wave generation from a nonlinear optical crystal via optical rectification along with a short, general introduction to nonlinear optics.
This book explores terahertz time domain spectroscopic characterisation of six different aminopyridine based organic materials. It also introduces two novel terahertz wave generating organic nonlinear optical crystals and makes a detailed comparison of its efficiency with the well known inorganic material GaP. This book will be a good read for those who pursue research in the field of nonlinear optics, more specifically for those who work on terahertz wave generation from nonlinear optical crystals. This book provides a short simple explanation of the process of terahertz wave generation from a nonlinear optical crystal via optical rectification along with a short, general introduction to nonlinear optics.

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Autorenporträt
Dr. Hijas KM has completed his Ph.D. in Physics from NIT Trichy in 2020 and currently working as Assistant Professor for Physics in UIT, Coimbatore, India.Dr. R. Nagalakshmi received her Ph.D. from BDU, Trichy in 2007. She pursued her postdoc research in TIFR, Mumbai. Currently she is working as Associate professor of Physics in NIT Trichy, India.