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Mdssbauer spectroscopy applications

Dickson, D. P. E. Applications to biological systems, in Mdssbauer Spectroscopy Applied to Inorganic Chemistry, (ed.)Long, G. L., Vol. l,p. 339, New York—London, Plenum Press 1984... [Pg.173]

Anionic Rearrangement of Organosilicon and Germanium Compounds, 16, I Application of, 3C-NMR Spectroscopy to Organo-Transition Metal Complexes, 19, 257 Applications of """Sn Mdssbauer Spectroscopy to the Study of Oiganotin Compounds, 9, 21... [Pg.323]

Plenary Lecture, Symposium Recent Chemical Applications of Mdssbauer Spectroscopy , 179th Nat. Meet. Amer. Chem. Soc. Houston (Texas), March 1980... [Pg.180]

Chemical Applications of Mdssbauer Spectroscopy / Ed. by V.I. Goldanskii and R.H. Herber, Academic Press, New York, 1968. [Pg.411]

Huray PG, Spaar MT, Nave SE, Legan JM, Boatner LA, Abraham MM (1982) The Application of Fe Mdssbauer spectroscopy to the characterization of nuclear waste forms. In Scientific Basis for Nnclear Waste Management. Topp SV (ed) Elsevier, North Holland, p 59-66 Jarosewich E and Boatner LA (1991) Rare-earth element reference samples for electron nucroprobe analysis. Geostandards Newsletter 15 397-399... [Pg.118]

Magnetic resonance plays a role in biophysical spectroscopy of ever increasing importance and diversity. The topic is conveniently and conventionally divided into three domains (1) nuclear magnetic resonance (NMR) spectroscopy, (2) Mdssbauer spectroscopy, and (3) electron paramagnetic resonance (EPR) spectroscopy. All three of these methods depend on the presence of a magnetic moment, either that of a nucleus or of an unpaired electron. This overview is confined to the topic of EPR as the biological applications of NMR are so extensive that they receive dedicated reviews (e.g.. Volume 239 in this series) and the biochemical applications of Mdssbauer spectroscopy have been reviewed elsewhere in this series. ... [Pg.529]

P. A. Montano, "Mdssbauer Spectroscopy and its Chemical Applications" American Chemical Society Washington,... [Pg.258]

Characteristic applications of Mdssbauer spectroscopy considered as analytical studies... [Pg.1442]

Kostikas A, Simopoulos A, Gangas NH (1976) In Cohen RL (ed) Applications of Mdssbauer spectroscopy. Academic, New York, San Francisco, London Kriplani U, Regehr MW, Fultz B (2002) Hyperfine Interact 139 667... [Pg.1444]

Jaen, J. A. De Obaldia, J. Rodriguez. M V. (2011). Application of Mdssbauer Spectroscopy to the Study of Tannins Inhibition of Iron and Steel Corrosion. Hyperfine Interactions, (August 2011), DOI 10.1007/sl0751-011-0337-10nline First. [Pg.468]

As shall be discussed in sections 4 and 5, the change in electronic structure properties under the application of external pressure gives important information. It may lead to novel phenomena and in addition the volume dependence is a crucial parameter in testing theoretical models. For example, certain intermetallics may be driven from a localized to an itinerant magnetic state with reduced volume. Mdssbauer spectroscopy is well suited for such studies. [Pg.570]

In the absence of a 3-dimensional crystal strodure a rathd detailed picture of the active site of aconitase has been generated by the application of a variety of qrectro-scopic techniques. Most important of these has been the melding of informadmi from EPR, Mdssbauer and ENDOR spectroscopy. The future determination of the... [Pg.367]

Mdssbauer RL (1958a) Z Physik 151 124 Mossbauer RL (1958b) Naturwissenschaften 45 538 Mossbauer RL, Wiedemann W (1960) Z Physik 159 33 Mossbauer RL, Parak F, Hoppe W (1981) In Gonser U (ed) Mossbauer spectroscopy II - the exotic side of the method. Springer, Berlin Moshkovskii Yu Sh (1968) In Goldanskii VI, Herber RH (eds) Chemical applications of Mossbauer spectroscopy, Academic, New York and London Muir A, Ando KJ, Coogan HM (1958-1965) MOssbauer effect data index. Inter Science, New York, London, Sydney... [Pg.1445]

The existence of a proper y-ray transition is an outcome of nuclear structure. Therefore, a Mdssbauer transition is coupled to a certain isotope of the atom of interest. A low isotopic abundance of the resonant isotope may be a serious restriction. Next, if the excited state is rather short lived then F becomes wide and the resolution for hyperfine spectroscopy (see section 2.3) becomes too limited. The same effect can be caused by unfortunate values of nuclear moments of the two states involved in the Mdssbauer transition. Finally, difficulties to produce the source activity may hinder a wider application of measurements with that particular isotope. Difficulties in source preparation and poor resolution are, for example, present in and have prevented Mdssbauer spectroscopic studies of compounds of this most interesting actinide. [Pg.547]

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See also in sourсe #XX -- [ Pg.14 ]



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