Author: "Massiani, P." / Journal: cheminform - Searchworks@Jio Institute Digital Library Search Results

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Your search keyword '"Massiani, P."' showing total 7 results

Start Over Author "Massiani, P." Journal cheminform

7 results on '"Massiani, P."'

1. ChemInform Abstract: Dealumination of Faujasite, Mazzite, and Offretite with Ammonium Hexafluorosilicate.

Author: CHAUVIN, B., primary, BOULET, M., additional, MASSIANI, P., additional, FAJULA, F., additional, FIGUERAS, F., additional, and DES COURIERES, T., additional
Published: 2010
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2. ChemInform Abstract: Mechanism of the Gas-Phase Isomerization of Dihalobenzenes over Zeolite β.

Author: PARDILLOS, J., primary, BRUNEL, D., additional, COQ, B., additional, MASSIANI, P., additional, DE MENORVAL, L. C., additional, and FIGUERAS, F., additional
Published: 1990
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3. ChemInform Abstract: Dealumination of Faujasite, Mazzite, and Offretite with Ammonium Hexafluorosilicate.

Author: CHAUVIN, B., BOULET, M., MASSIANI, P., FAJULA, F., FIGUERAS, F., and DES COURIERES, T.
Published: 1991
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4. New Materials with Basic Character for Heterogeneous Catalysis

Author: Besse, Jean‐Pierre, Brunel, Daniel, Massiani, Pascale, and Tichit, Didier
Abstract: For Abstract see ChemInform Abstract in Full Text.
Published: 2003
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5. ChemInform Abstract: Heavy Main Group Molecular Precursors of Oxides: Volatile and Soluble Lead(II) Alkoxides and Oxoalkoxides.

Author: PAPIERNIK, R., HUBERT‐PFALZGRAF, L. G., and MASSIANI, M.‐C.
Abstract: The formation of homoleptic lead(II) alkoxides is limited to (III), formed together with (IV).
Published: 1990
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6. ChemInform Abstract: Microbiological Battery Induced by Sulfate‐Reducing Bacteria.

Author: DAUMAS, S., MASSIANI, Y., and CROUSIER, J.
Abstract: The corrosion mechanism of steel by sulfate‐reducing bacteria is investigated using a bacteriological battery, consisting of two identical electrochemical cells, one being sterile and the other inoculated with bacteria isolated from geothermal media.
Published: 1989
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7. ChemInform Abstract: Study of the Behavior of a Cu‐Ni 70:30 Alloy in a 3% NaCl Solution by Determination of Its Polarization Resistance.

Author: MASSIANI, Y., PETETIN, S., GUY NGO NGOC, GUY NGO NGOC, and CROUSIER, J.‐P.
Abstract: It is demonstrated that a galvanostatic method allows to follow the evolution of the polarization resistance of a 70:30 Cu‐Ni alloy with time, in spite of the presence of a layer of corrosion products formed after a few days of immersion in 3% NaCl.
Published: 1987
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