Mössbauer spectroscopy is used extensively in the study of corrosion. Below is a listing of recent (≥2003) Mössbauer research papers in the MEDC database dealing with this subject. The number given below each reference is the reference identification number for the MEDC database.

Application of Mössbauer spectroscopy to the study of corrosion.    
D. C. Cook    
    Hyperfine Interact.     153(1-4), 61-82 (2004)    
04C016    
   
Dhar iron pillar.    
R. Balasubramaniam    
    Kenzoku Hakubutsukan Kiyo     36, 23-44 (2003)    
03B016    
   
Simulation of a long term atmospheric corrosion process on plain and weathering steels.    
F. Bolivar, A. L. Morales Aramburo, C. E. Arroyave    
    Rev. Metal. (Madrid)     Extr., 265-9 (2003)    
03B017    
   
Corrosion resistance of the Dhar iron pillar.    
R. Balasubramaniam, A. V. Ramesh Kumar    
    Corros. Sci.     45, 2451-65 (2003)    
03B020    
   
On the analysis of the Mössbauer spectra of the rust converted by tannic and phosphoric acids.    
C. A. Barrero Meneses, J. F. Ríos, A. L. Morales Aramburo, A. Bohórquez Gallo, G. A. Pérez Alcázar    
    Hyperfine Interact.     148/149(1-4), 211-17 (2003)    
03B037    
   
Variable temperature Mössbauer study of some rust converters.    
F. Bolívar, C. A. Barrero Meneses, J. Minotas, A. L. Morales Aramburo, J. M. Grenèche    
    Hyperfine Interact.     148/149(1-4), 219-25 (2003)    
03B038    
   
Characterization of rust on ancient Indian iron.    
R. Balasubramaniam, A. V. Ramesh Kumar, P. Dillmann    
    Curr. Sci.     85(11), 1546-55 (2003)    
03B057    
   
Changes in acceleration rate of chloride ions depending on climatic conditions. Influence of rain.    
F. Corvo, C. E. Arroyave, M. Autié, J. Minotas, J. Balmaseda Era, J. Delgado, C. Haces    
    Rev. Metal. (Madrid)     Extr., 43-8 (2003)    
03C044    
   
Properties of TiN protective coatings on steel.    
P. Fornal, J. Stanek, J. Jaglarz, M. Dabrowski    
    Nukleonika     48(1), S21-4 (2003)    
03F019    
   
Mössbauer characterization of rust obtained in an accelerated corrosion test.    
K. E. García, A. L. Morales Aramburo, C. E. Arroyave, C. A. Barrero Meneses, D. C. Cook    
    Hyperfine Interact.     148/149(1-4), 177-83 (2003)    
03G033    
   
Material analysis in archaeology.    
R. Gebhard    
    Hyperfine Interact.     150(1-4), 1-5 (2003)    
03G048    
   
Corrosion investigation of the heat exchange in a Hungarian nuclear power plant. Part II. Chemical composition and stucture of tube surfaces.    
Z. Homonnay, E. Kuzmann, S. Stichleutner, E. Makó, K. Varga, Z. Németh, A. Szabó, K. Radó, P. Tilky, J. Schunk, G. Patek    
    Korroz. Figy.     43(3), 77-84 (2003)    
03H041    
   
Influence of metal ions on the structure of poorly crystallized iron oxide rusts.    
T. Ishikawa, T. Ueno, A. Yasukawa, K. Kandori, T. Nakayama, T. Tsubota    
    Corros. Sci.     45(5), 1037-49 (2003)    
03I001    
   
Study of the corrosion products formed on carbon steels in the tropical atmosphere of Panama.    
J. A. Jaén, M. S. de Villalaz, L. de Araque, C. Hernández, A. F. de Bósquez    
    Rev. Metal. (Madrid), 32-7 (2003)    
03J010    
   
Reactivity of tannic acid with common corrosion products and its influence on the hydrolysis of iron in alkaline solutions.    
J. A. Jaén, E. Y. Arauz, J. Iglesias, Y. Delgado    
    Hyperfine Interact.     148/149(1-4), 199-209 (2003)    
03J012    
   
Corrosion behavior of steel under wet and dry cycles containing Cr3+ ion.    
T. Kamimura, S. Nasu, T. Segi, T. Tazaki, S. Morimoto, H. Miyuki    
    Corros. Sci.     45(8), 1863-79 (2003)    
03K018    
   
An X-ray diffraction study of corrosion products from low carbon steel.    
A. L. Morales Aramburo    
    Rev. Metal. (Madrid)     Extr., 28-31 (2003)    
03M017    
   
Properties of goethite grown under the presence of Cr3+, Cu2+ and Mn2+ ions.    
A. L. Morales Aramburo, C. A. Barrero Meneses, F. Jaramillo, C. E. Arroyave, J. M. Grenèche    
    Hyperfine Interact.     148/149(1-4), 135-44 (2003)    
03M028    
   
A Mössbauer and electrochemical characterization of the corrosion products formed from marine and marine-Antarctic environments.    
M. Ohanian, R. Caraballo, E. A. Dalchiele, E. Quagliata    
    Hyperfine Interact.     148/149(1-4), 193-8 (2003)    
03O012    
   
Formation of the Fe(II)-Fe(III) hydroxysulphate green rust during marine corrosion of steel.    
P. Refait, J. B. Memet, C. Bon, R. Sabot, J. M. R. Génin    
    Corros. Sci.     45(4), 833-45 (2003)    
03R003    
   
Formation of 'ferric green rust' and/or ferrihydrite by fast oxidation of iron(II-III) hydroxychloride green rust.    
P. Refait, O. Benali, M. Abdelmoula, J. M. R. Génin    
    Corros. Sci.     45(11), 2435-49 (2003)    
03R024    
   
Kinetics of structural rust transformation in environments containing chloride and SO2.    
J. L. Rendón, A. Valencia    
    Rev. Metal. (Madrid)     Extr., 9-14 (2003)    
03R039    
   
Corrosion of Fe-based nanocrystalline alloys.    
J. Sitek, K. Sedlacková, M. Seberíni    
    NATO ASI Ser., Ser. C     94, 159-66 (2003)    
03S035    
   
Mössbauer spectroscopic study of inhibition of corrosion of carbon steel with ethylenethiourea (ETU) in an ammonium chloride solution.    
A. Samide, I. Bibicu, M. S. Rogalski, M. Preda    
    Rev. Chim. (Bucharest)     54(11), 927-31 (2003)    
03S090    
   
Concrete infrastructure corrosion.    
F. B. Waanders, S. W. Vorster    
    Hyperfine Interact.     148/149(1-4), 237-42 (2003)    
03W017    
   
Mössbauer studies of corrosion products developed in prohesion test over galvanized steel sheets.    
M. Zapponi, T. Pérez, C. Ramos, C. Saragovi    
    Hyperfine Interact.     148/149(1-4), 145-51 (2003)    
03Z013