What is the best method to solve a given analytical problem? How does a Fourier transform spectrometer really work? Why is it advantageous to use the resonance Raman effect?
If you ever used spectroscopic techniques, questions like these will sound familiar to you - and there are probably many more you always wanted to ask.
Finally, here is the world of spectroscopy at your fingertips! Presented in a handy format, the Encyclopedia of Spectroscopy offers a wealth of information: clear, comprehensive and richly illustrated accounts cover spectroscopic principles, methods and applications, ranging from atomic to molecular spectroscopy. Keywords from infrared, Raman, AAS, NMR, and UV-VIS spectroscopy, just to mention a few, are included - from Abb?'s number to Zeeman effect, from ATR to XPS, from absorbance to zero-zero transition...
Additionally, many entries on instrumentation will help you when you are trouble-shooting at your spectrometer. This book will find its place on your desk rather than on your shelf.
If you ever used spectroscopic techniques, questions like these will sound familiar to you - and there are probably many more you always wanted to ask.
Finally, here is the world of spectroscopy at your fingertips! Presented in a handy format, the Encyclopedia of Spectroscopy offers a wealth of information: clear, comprehensive and richly illustrated accounts cover spectroscopic principles, methods and applications, ranging from atomic to molecular spectroscopy. Keywords from infrared, Raman, AAS, NMR, and UV-VIS spectroscopy, just to mention a few, are included - from Abb?'s number to Zeeman effect, from ATR to XPS, from absorbance to zero-zero transition...
Additionally, many entries on instrumentation will help you when you are trouble-shooting at your spectrometer. This book will find its place on your desk rather than on your shelf.
