Description:
"Spectroscopy" is a comprehensive and illuminating
guide that delves into the fascinating world of spectroscopic methods, offering
readers an in-depth understanding of how these techniques enable us to unravel
the mysteries of matter on a molecular and atomic level. This thoughtfully
crafted book is an essential resource for students, researchers, and
enthusiasts seeking to grasp the principles and applications of spectroscopy
across a range of scientific disciplines.
Divided into six meticulously structured chapters, this book provides a systematic and engaging exploration of various spectroscopic methods:
The journey begins with a comprehensive introduction to the fundamental
concepts of spectroscopy. It offers readers a solid foundation by explaining
the principles behind spectroscopic techniques and the interaction of light
with matter. This chapter also highlights the importance of spectroscopy in
different scientific fields and its role in advancing our understanding of the
physical and chemical properties of substances.
In this chapter, readers are immersed in the realm of
UV-Visible spectroscopy. The principles of absorption and emission of
ultraviolet and visible light by molecules are expounded upon, elucidating how
this technique aids in identifying compounds, quantifying their concentration,
and providing insights into their electronic structure.
Step into the realm of molecular vibrations with infrared
spectroscopy. This chapter unravels the intricacies of how molecules interact
with infrared radiation, facilitating the identification of functional groups,
elucidation of molecular structures, and the exploration of chemical bonding.
The spotlight turns to mass spectrometry, a powerful
technique that unveils the masses and structures of molecules. Readers are
guided through the intricacies of ionization, mass analysis, and detection,
showcasing how mass spectrometry contributes to the identification of compounds
and the study of molecular fragmentation.
Enter the world of magnetic fields and nuclear spins in this
chapter on NMR spectroscopy. This section elucidates how NMR provides
invaluable information about molecular structures, dynamic processes, and
interactions within complex systems.
Concluding the journey is a focus on atomic absorption
spectroscopy, a technique that investigates the absorption of light by
individual atoms. This chapter demonstrates how atomic absorption spectroscopy
facilitates the quantification of trace elements in various samples, playing a
pivotal role in fields such as environmental monitoring and clinical analysis.
Price : RM 6.00
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