Calcination des Sédiments de Dragage Contaminés - Thèses de l ...
Calcination des Sédiments de Dragage Contaminés - Thèses de l ... Calcination des Sédiments de Dragage Contaminés - Thèses de l ...
Bibliographie mechanical treatment of dredged material from Hamburg harbour Water Science and Technology, 37, (6-7), 337-343, 1993 [61] C.A. FLETCHER, T.N. BURT, Decontamination of dreged material – is it really feasible? CASTIII Congress – Oostende, 18-20 March 1996? 3-14, 1996 [62] G. VERSTEEG, M. ADRIAANS, H.J. BOLK, F.M. SCHOTEL, Thermal, treatment of contaminated Harbour sludge. CAST II Congress – Antwerp 15-17 November, Poster, 43-48, 1993 [63] V. LAPERCHE, S.J. TRAIN, P. GADDAM, T.J. LOGAN, Chemical and Mineralogical Characterizations of Pb in a contaminated soil : Reactions with synthetic Apatite. Environ. Sci. Technol, 30 ? 3321-3326, 1996 ; [64] T. CRANNELL, S. BRADLEY, T. TAYLOR, J.E. KRZANOWSKI, J. DYKSTRA, J. EUSDEN, L. ELISABETH, L. SHAW, A. CARL, A. FRANCIS, Heavy metal stabilization in municipal solid waste combustion bottom ash using soluble phosphate, Waste management, 20, 133-148, 2000 [65] H.D.DETZNER,W. SCHRAMM, U. DORING, W. BODE, New technology of mechanical treatment of dredged material from Hamburg harbour Water Science and Technology, 37, (6-7), 337-343, 1993 [66] M. SCHNITZER, I. HOFFMANN, Thermogravimetric analysis of the salts and metal complexes of a soil fulvic acid. Geochimica et Cosmochimica Acta 31, 1, 7- 15, 1967 [67] Y.L.TAN, Rapid simple sample preparation technique for analyzing polynuclear aromatic hydrocarbons in sediments by gas chromatography-mass spectrometry Journal of Chromatography A, 176,319-327 1978 ; [68] DODD & TONGUE, Thermal Methods, Wiley/Interscience, London, 1987 [69] I.O FRITSKY, R.D. LAMPEKA, V.K. KRAVVSTOV, Y.A. SIMONOV, Structure ofcatena-poly[tris(pyridine)copper- -{N-(2-hydroxyiminopropionyl)-Lmethioninato(1-)-O'',N':O}], Acta. Cryst., 49, 1041-1044, 1994 [70] Z. HU, R. NAVARRO, N. NOMURA, H. KONG, S. WIJESEKARA, M. MATSUMURA, Changes in chlorinated organic polluants and heavy metal content of sediments during pyrolysis, Env Sci Pollut Res, , 1, 12-18, 2007 [71] S.TANIGUCHI, A. MURAKAMI, M. HOSOMI, A. MIYAMURA, Chemical decontamination of PCB-contaminated soil, Chemosphere, 34, 5-7, 1631-1637, 174
Bibliographie 1997 [72] X.SHU, X. XU, H. FA N, S. WANG, D. YAN, Application of TG–DTG analysis and centrifugal separation in the investigation of less combustible constituents in coals Thermochimica Acta 381, 1, 73-81,2002 [73] S. LEODAKIS, D BAKIRTZIS, A. DIMITRAKOPOULOS, Ignition characteristics of forest species in relation to thermal analysis data. Thermochimica Acta 390, 1- 2, 83-91, 2002 [74] N. BARROS, J. SALGADO, S. FEIJOO, Calorimetry and soil, Thermochimica Acta, 458, 11-17, 2007. [75] I. BISUTTI, I. HILKE, J. SCHUMACHER, M. RAESSLER, Anovel singleirun dual temperature combustion method for the determination of organic, in-organic and total carbon in soil samples, Talanta, 71 , 521-528, 2007]: [76] S. RIO, C. VERWILGHEN, J. RAMAROSON, A. NZIHOU, P. SHARROCK, Heavy metal vaporization and abatement during thermal treatment of modified wastes; Journal of Hazardous Materials, 148, (3), 30,521-528 2007 [77] S-Y. PARK, D-H. CHO, Effect of grain shape on grain growth behaviour of oxide ceramics during liquid phase sintering, Journal of materials science letters, 21, 1533- 1535, 2002 [78] D.KOCH, L. ANDRESEN, T. SCHMEDDERS, G. GRATHWOHL, Evolution of porosity by freeze casting and sintering of sol-gel derived ceramics, Journal of solgel science technology 26, 149-152, 2003 ; [79] C. FALAMAKI, M.S. AFARANI, A. AGHAIE. Initial sintering stage pore growth mechanism applied to the manufacture of ceramic membrane supports. Journal of Européan ceramic Soc.; 24,2285-2292, 2004 [80] S.N. MONTERIO, C.M.F. VIEIRA, Solid state sintering of red ceramics at lower temperature, Ceramics Intern. 30, 381-387, 2004 [81] S. MASCHIO, A. BACHIORRINI, E. LUCCHINI, S. BRUCKNER, Synthesis, sintering and thermal expansion of porous low expansion ceramics, Journal of European Ceramic Society, 24, 3535-3540, 2004 [82] G. BERNARD-GRANGER, N. MONCHALIN, C. GUIZARD, Sintering of ceramic powders : determination of the densification and grain growth mechanisms from the grain size/relative density“ trajectory. Acta Materialia Inc. 57 ,137-140, 2007 [83] B.P. POKHAREL, M.K. DATTA, D. PANDEY, Influence of calcinations and 175
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Bibliographie<br />
1997<br />
[72] X.SHU, X. XU, H. FA N, S. WANG, D. YAN, Application of TG–DTG analysis<br />
and centrifugal separation in the investigation of less combustible constituents in<br />
coals Thermochimica Acta 381, 1, 73-81,2002<br />
[73] S. LEODAKIS, D BAKIRTZIS, A. DIMITRAKOPOULOS, Ignition characteristics<br />
of forest species in relation to thermal analysis data. Thermochimica Acta 390, 1-<br />
2, 83-91, 2002<br />
[74] N. BARROS, J. SALGADO, S. FEIJOO, Calorimetry and soil, Thermochimica<br />
Acta, 458, 11-17, 2007.<br />
[75] I. BISUTTI, I. HILKE, J. SCHUMACHER, M. RAESSLER, Anovel singleirun dual<br />
temperature combustion method for the <strong>de</strong>termination of organic, in-organic and<br />
total carbon in soil samples, Talanta, 71 , 521-528, 2007]:<br />
[76] S. RIO, C. VERWILGHEN, J. RAMAROSON, A. NZIHOU, P. SHARROCK,<br />
Heavy metal vaporization and abatement during thermal treatment of modified<br />
wastes; Journal of Hazardous Materials, 148, (3), 30,521-528 2007<br />
[77] S-Y. PARK, D-H. CHO, Effect of grain shape on grain growth behaviour of oxi<strong>de</strong><br />
ceramics during liquid phase sintering, Journal of materials science letters, 21,<br />
1533- 1535, 2002<br />
[78] D.KOCH, L. ANDRESEN, T. SCHMEDDERS, G. GRATHWOHL, Evolution of<br />
porosity by freeze casting and sintering of sol-gel <strong>de</strong>rived ceramics, Journal of solgel<br />
science technology 26, 149-152, 2003 ;<br />
[79] C. FALAMAKI, M.S. AFARANI, A. AGHAIE. Initial sintering stage pore growth<br />
mechanism applied to the manufacture of ceramic membrane supports. Journal of<br />
Européan ceramic Soc.; 24,2285-2292, 2004<br />
[80] S.N. MONTERIO, C.M.F. VIEIRA, Solid state sintering of red ceramics at lower<br />
temperature, Ceramics Intern. 30, 381-387, 2004<br />
[81] S. MASCHIO, A. BACHIORRINI, E. LUCCHINI, S. BRUCKNER, Synthesis,<br />
sintering and thermal expansion of porous low expansion ceramics, Journal of<br />
European Ceramic Society, 24, 3535-3540, 2004<br />
[82] G. BERNARD-GRANGER, N. MONCHALIN, C. GUIZARD, Sintering of ceramic<br />
pow<strong>de</strong>rs : <strong>de</strong>termination of the <strong>de</strong>nsification and grain growth mechanisms from the<br />
grain size/relative <strong>de</strong>nsity“ trajectory. Acta Materialia Inc. 57 ,137-140, 2007<br />
[83] B.P. POKHAREL, M.K. DATTA, D. PANDEY, Influence of calcinations and<br />
175
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