Rancourt DG (1998) Mossbauer spectroscopy
in clay science.
Petridis, "Iron(III) oxides from thermal processes synthesis, structural and magnetic properties, Mossbauer spectroscopy
characterization, and applications," Chemistry of Materials, vol.
measurements confirmed that carbon entered the bulk of the alloy.
To prove the conversion from [Fe.sup.0] to [Fe.sup.+3], Mossbauer spectroscopy
was done to the particles after 60 minutes of reaction and it is shown in Figure 3(b).
An increasing species size with increasing iron loading (DR-UV-Vis and Mossbauer spectroscopy
) correlated with a decreasing apparent activation energy of reduction for the nitrate samples.
The results of the applications of Mossbauer spectroscopy
to study industrial samples such as ferrous fumarate, ferrous gluconate, and a dietary supplement demonstrate a wide possibility of this technique.
After exposure periods corresponding to 1, 2, 3, 6, and 9 months, one specimen from each atmospheric site was characterized to identify its corrosion products by Raman spectroscopy, Mossbauer spectroscopy
, and X-ray diffractometry.
The application of the Mossbauer effect to the investigation of the physical properties of solids started from around 1960, initiating the era of Mossbauer spectroscopy
Keywords: Clay fraction, vertisols, clay minerals, X ray fluorescence, transmission Mossbauer spectroscopy
, X-ray diffractometry.
Using a synchrotron Mossbauer spectroscopy
technique, Jackson et al., 2005 studied the electronic environments of the Fe ions in the ([Mg.sub.1-x][Fe.sub.x])Si[O.sub.3] (x=0.05 and 0.10) samples at pressures up to about 120 GPa and concluded that there are two kinds of [Fe.sup.2+] ions and one kind of Fe3+ ions (the so-called 'three-double' model) in the samples.
Estep et al., 1968; Painter et al., 1981) and/or Mossbauer spectroscopy
(Huffman and Huggins, 1978; Evans et al., 1990) have much less significance in studying minerals in coal and they are used to identify specific minerals, e.g.
Chemists mostly in the US discuss inorganic and bioinorganic spectroscopy, 57Fe Mossbauer spectroscopy
in chemistry and biology, magnetochemical methods and models, cryoadiolysis as a method for mechanistic studies, absolute chiral structures of inorganic compounds, the flash photolysis and chemistry of transients and excited states, using high pressure to elucidate inorganic and bioinorganic reaction mechanisms, chemical kinetics as a mechanistic tool, heavy atom isotope effects as probes of small molecule activation, and computational studies of reactivity in transition metal chemistry.