Spectroscopic techniques for studying

Beden B 1995 On the use of in situ UV-visible and infrared spectroscopic techniques for studying corrosion products and corrosion inhibitors Mater. Sc/. Forum 192-4 277... 

Spectroscopic Techniques for Studying Cyclopropane Radical Cations ... 

SPECTROSCOPIC TECHNIQUES FOR STUDYING CYCLOPROPANE RADICAL CATIONS EPR, CIDNP, AND ELECTRONIC SPECTROSCOPY... 

We have seen that inelastic neutron scattering at steady state reactors provides a spectroscopic technique for studying the dynamics of adsorbed molecules over a wide energy range, 10-5 V to... 

NMR is a versatile spectroscopic technique for studying opaque heterogeneous samples, which has already been proven to have a number of useful applications in dairy research (Duce et al., 1995). The technique is also suitable for at-line and on/in-line process control. NMR is based on the magnetic properties of the nucleus of certain atoms, such as the nucleus of the hydrogen atom, lH, the nucleus of carbon-13, 13C, and the nucleus of phosphorus-31, 31P. It is convenient to divide the parameters obtained from NMR spectra into static and dynamic parameters. 

The early work of Miyazawa [109] described the normal modes of vibration for a polypeptide backbone in terms of the normal modes of 77-methyl acetamide (NMA). This established the basis for understanding these complex spectra in terms of normal coordinate analysis (NCA) f 7/0]. A detailed review of the development of this methodology is given by Krimm [7/7]. The foundation for the use of NCA resides in the useful approximation that the atomic displacements in many of the vibrational modes of a large molecule are concentrated in the motions of atoms in small chemical groups, and that these localized modes are transferrable to other molecules. This concept of transferability is the basic principle for the use of spectroscopic techniques for studying problems associated with peptide structure [777],... 

Recently, there has been a surge in applying gas phase spectroscopic techniques for studies of biologically relevant species [1-9]. Laser desorption with supersonic cooling has fundamentally solved the problem of vaporization of non-volatile species [5, 7], Electrospray ionization coupled with ion trapping and cooling has... 

Williams, A. C., et al., A critical comparison of some Raman spectroscopic techniques for studies of human stratum comeum. Pharmaceutical Research 70(11) 1642-1647, 1993. 

OVERVIEW DIFFRACTION AND SPECTROSCOPIC TECHNIQUES FOR STUDYING TRANSITIONS... 

SPECTROSCOPIC TECHNIQUES FOR STUDYING METAL-HUMIC COMPLEXES IN SOIL... 

Table 4.1 Summary of spectroscopic techniques for studying the liquid/liquid interfaces.

The three spectroscopic techniques for studying molecular orientation in polymers described in detail use polarised electromagnetic radiation. The principles of the techniques are outlined, relevant theory and experimental details described, and a selection of results presented. 79 refs. 

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