This note covers the following topics: Coherent Spectroscopy and the
Nonlinear Polarization, Diagrammatic Perturbation Theory, Third-Order onlinear
Spectroscopy, Characterizing Fluctuations with Nonlinear Spectroscopy,
Introduction and Nonlinear Polarization, Diagrammatic Perturbation Theory,
Third-Order and Two-Dimensional Spectroscopy, Fluctuations in Nonlinear and 2D
Spectroscopy, Two-dimensional Spectroscopy.
This note
covers the following topics: Electromagnetic spectrum, Basic 1H NMR, Combining
NMR with other spectroscopic methods to solve structure problems - IR, UV, MS,
Carbon-13 NMR, Proton Chemical Shifts, Coupling Constants involving carbon, 2D
NMR, Relaxation, Multinuclear NMR, Dynamic NMR, Measurement of conformational
and chemical exchange rates.
Magnetic Resonance
Spectroscopy is a unique tool to probe the biochemistry in vivo providing
metabolic information non-invasively. In this book, topics of MRS both relevant
to the clinic and also those that are beyond the clinical arena are covered. The
book consists of two sections. The first section is entitled 'MRS inside the
clinic' and is focused on clinical applications of MRS while the second section
is entitled 'MRS beyond the clinic' and discusses applications of MRS in other
academic fields.
This note explains the
Principles Behind Different Spectroscopic Techniques and propose the expected
Spectroscopic Features Of Organic Molecules. Topics covered includes: UV-VIS
Spectroscopy, IR Spectroscopy, C.A.T, NMR Spectroscopy, Mass Spectroscopy,
Practice in Structure Determination.
This is a great book from Indian
author, Shatendra K. Sharma. The book consists of selected chapters on the
recent applications of x-ray spectroscopy that are of great interest to the
scientists and engineers working in the fields of material science, physics,
chemistry, astrophysics, astrochemistry, instrumentation, and techniques of
x-ray based characterization. The chapters have been grouped into two major
sections based upon the techniques and applications.
This note covers the following
topics: Electronic structure of atoms, Atoms and radiation, Selection rules,
Atomic applications, Rotational spectroscopy, Vibrational spectroscopy,
Electronic spectroscopy, Molecular processes and Molecular applications.
This
note covers the following topics: introduction to spectroscopy, classical model
of spectroscopy, time and frequency domain spectroscopy, principles for
describing molecular spectroscopy, vibrational and rotational spectroscopy,
electronic spectroscopy, nitrogen scission with molybdenum complex, magnetic
resonance spectroscopy, supplemental magnetic resonance.