Substances humiques du sol et du compost analyse - Les thÃ¨ses en ...

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ANNEXESTableau 2- Pourcentages pondéraux des éléments C, H, N et O. Formules molaires et rapports entre nombres d’atomes.HYDROSOLUBLES (HS)Analyse élémentaire Fraction organique ramenée à 100% Formule molaire Formule pour N=1 Formule CHO sans NH Rapports atomiquesSérie CP code Constituant C % H % O % N % cd % C % H % O % N % C H O N C H O N C H O H/C O/C O/H49 CP13A t0 32.39 4.83 28.66 4.54 29.58 46.00 6.86 40.69 6.45 3.83 6.80 2.54 0.46 8.31 14.77 5.52 1 8.31 13.77 5.52 1.66 0.66 0.4052 CP13B t0 33.53 4.80 27.37 4.39 29.90 47.83 6.85 39.05 6.27 3.98 6.80 2.44 0.45 8.90 15.19 5.46 1 8.90 14.19 5.46 1.59 0.61 0.3855 CP23A t0 32.39 4.83 28.66 4.54 29.58 46.00 6.86 40.69 6.45 3.83 6.80 2.54 0.46 8.31 14.77 5.52 1 8.31 13.77 5.52 1.66 0.66 0.4058 CP23B t0 HS 32.39 4.83 28.66 4.54 29.58 46.00 6.86 40.69 6.45 3.83 6.80 2.54 0.46 8.31 14.77 5.52 1 8.31 13.77 5.52 1.66 0.66 0.4061 CP16A t0 Paille 32.39 4.83 28.66 4.54 29.58 46.00 6.86 40.69 6.45 3.83 6.80 2.54 0.46 8.31 14.77 5.52 1 8.31 13.77 5.52 1.66 0.66 0.4064 CP16B t0 31.26 4.85 29.94 4.69 29.26 44.18 6.86 42.32 6.64 3.68 6.81 2.65 0.47 7.77 14.37 5.58 1 7.77 13.37 5.58 1.72 0.72 0.4267 CP26A t0 32.39 4.83 28.66 4.54 29.58 46.00 6.86 40.69 6.45 3.83 6.80 2.54 0.46 8.31 14.77 5.52 1 8.31 13.77 5.52 1.66 0.66 0.4070 CP26B t0 32.39 4.83 28.66 4.54 29.58 46.00 6.86 40.69 6.45 3.83 6.80 2.54 0.46 8.31 14.77 5.52 1 8.31 13.77 5.52 1.66 0.66 0.40Pt0 moy 32.39 4.83 28.66 4.54 29.58 46.00 6.86 40.69 6.45 3.83 6.80 2.54 0.46 8.32 14.77 5.52 1 8.32 13.77 5.52 1.66 0.66 0.4050 CP13A t1 18.23 4.41 27.29 7.49 42.60 31.75 7.68 47.53 13.04 2.64 7.62 2.97 0.93 2.84 8.18 3.19 1 2.84 7.18 3.19 2.53 1.12 0.4453 CP13B t1 33.70 4.44 26.89 5.18 29.79 48.00 6.32 38.29 7.38 4.00 6.27 2.39 0.53 7.58 11.90 4.54 1 7.58 10.90 4.54 1.44 0.60 0.4256 CP23A t1 25.74 6.10 34.65 8.50 25.00 34.32 8.14 46.20 11.34 2.86 8.07 2.89 0.81 3.53 9.98 3.57 1 3.53 8.98 3.57 2.54 1.01 0.4059 CP23B t1 HS 31.81 6.38 30.66 7.50 23.65 41.66 8.36 40.16 9.83 3.47 8.29 2.51 0.70 4.94 11.82 3.58 1 4.94 10.82 3.58 2.19 0.72 0.3362 CP16A t1 Paille 25.95 4.90 30.72 7.79 30.64 37.41 7.07 44.29 11.23 3.11 7.01 2.77 0.80 3.88 8.75 3.45 1 3.88 7.75 3.45 1.99 0.89 0.4565 CP16B t1 34.40 4.85 28.55 5.64 26.56 46.83 6.61 38.87 7.68 3.90 6.56 2.43 0.55 7.11 11.95 4.43 1 7.11 10.95 4.43 1.54 0.62 0.4068 CP26A t1 26.32 5.51 30.05 8.83 29.30 37.22 7.80 42.50 12.49 3.10 7.74 2.66 0.89 3.48 8.68 2.98 1 3.48 7.68 2.98 2.21 0.86 0.3971 CP26B t1 29.96 5.81 26.79 7.84 29.59 42.56 8.25 38.05 11.14 3.54 8.19 2.38 0.80 4.46 10.30 2.99 1 4.46 9.30 2.99 2.09 0.67 0.32Pt1 moy 28.26 5.30 29.45 7.35 29.64 39.97 7.53 41.99 10.52 3.33 7.47 2.62 0.75 4.73 10.20 3.59 1 4.73 9.20 3.59 2.07 0.81 0.3951 CP13A t8 7.71 3.80 24.81 8.81 54.88 17.09 8.42 54.98 19.52 1.42 8.35 3.44 1.39 1.02 5.99 2.47 1 1.02 4.99 2.47 4.89 2.42 0.4954 CP13B t8 25.45 4.24 24.97 6.27 39.07 41.77 6.96 40.98 10.29 3.48 6.90 2.56 0.73 4.73 9.40 3.49 1 4.73 8.40 3.49 1.77 0.74 0.4257 CP23A t8 21.24 4.89 23.71 8.39 41.78 36.48 8.40 40.72 14.40 3.04 8.33 2.55 1.03 2.95 8.10 2.47 1 2.95 7.10 2.47 2.40 0.84 0.3560 CP23B t8 HS 25.36 5.40 23.89 7.94 37.42 40.52 8.63 38.17 12.68 3.37 8.56 2.39 0.91 3.73 9.46 2.63 1 3.73 8.46 2.63 2.27 0.71 0.3163 CP16A t8 Paille 17.80 4.85 29.04 10.25 38.06 28.73 7.83 46.89 16.55 2.39 7.77 2.93 1.18 2.02 6.57 2.48 1 2.02 5.57 2.48 2.75 1.22 0.4466 CP16B t8 26.30 4.88 29.56 7.60 31.66 38.48 7.14 43.26 11.12 3.20 7.08 2.70 0.79 4.03 8.91 3.40 1 4.03 7.91 3.40 1.96 0.84 0.4369 CP26A t8 23.80 4.95 29.17 8.55 33.54 35.81 7.44 43.88 12.87 2.98 7.38 2.74 0.92 3.24 8.03 2.99 1 3.24 7.03 2.99 2.17 0.92 0.4272 CP26B t8 32.21 5.82 37.07 6.32 18.58 39.56 7.15 45.53 7.76 3.29 7.09 2.85 0.55 5.94 12.80 5.13 1 5.94 11.80 5.13 1.99 0.86 0.44Pt8 moy 22.48 4.85 27.78 8.02 36.87 34.80 7.74 44.30 13.15 2.90 7.68 2.77 0.94 3.46 8.66 3.13 1 3.46 7.66 3.13 2.53 1.07 0.41Poids atomiques utilisésC 12.0112H 1.0079O 15.9994N 14.0067Thèse NDIRA Victor, 2006 - SH du sol et du compost …vers une approche thermodynamique 251
ANNEXESTableau 3- Pourcentages pondéraux des éléments C, H, N et O. Formules molaires et rapports entre nombres d’atomes.ACIDES FULVIQUES (AF)Analyse élémentaire Fraction organique ramenée à 100% Formule molaire Formule pour N=1 Formule CHO sans NH Rapports atomiquesSérie CP code Constituant C % H % O % N % cd % C % H % O % N % C H O N C H O N C H O H/C O/C O/H73 CP13A t0 15.84 2.60 16.42 1.54 63.60 43.52 7.13 45.11 4.24 3.62 7.08 2.82 0.30 11.97 23.38 9.32 1 11.97 22.38 9.32 1.87 0.78 0.4276 CP13B t0 14.14 2.36 16.91 1.27 65.33 40.78 6.81 48.76 3.66 3.39 6.75 3.05 0.26 12.99 25.83 11.66 1 12.99 24.83 11.66 1.91 0.90 0.4779 CP23A t0 15.84 2.60 16.42 1.54 63.60 43.52 7.13 45.11 4.24 3.62 7.08 2.82 0.30 11.97 23.38 9.32 1 11.97 22.38 9.32 1.87 0.78 0.4282 CP23B t0 AF 15.84 2.60 16.42 1.54 63.60 43.52 7.13 45.11 4.24 3.62 7.08 2.82 0.30 11.97 23.38 9.32 1 11.97 22.38 9.32 1.87 0.78 0.4285 CP16A t0 Paille 15.84 2.60 16.42 1.54 63.60 43.52 7.13 45.11 4.24 3.62 7.08 2.82 0.30 11.97 23.38 9.32 1 11.97 22.38 9.32 1.87 0.78 0.4288 CP16B t0 17.55 2.83 15.94 1.82 61.87 46.01 7.43 41.79 4.76 3.83 7.37 2.61 0.34 11.26 21.68 7.68 1 11.26 20.68 7.68 1.84 0.68 0.3791 CP26A t0 15.84 2.60 16.42 1.54 63.60 43.52 7.13 45.11 4.24 3.62 7.08 2.82 0.30 11.97 23.38 9.32 1 11.97 22.38 9.32 1.87 0.78 0.4294 CP26B t0 15.84 2.60 16.42 1.54 63.60 43.52 7.13 45.11 4.24 3.62 7.08 2.82 0.30 11.97 23.38 9.32 1 11.97 22.38 9.32 1.87 0.78 0.42Pt0 moy 15.84 2.60 16.42 1.54 63.60 43.49 7.13 45.15 4.23 3.62 7.07 2.82 0.30 12.01 23.48 9.40 1 12.01 22.48 9.40 1.87 0.78 0.4274 CP13A t1 6.77 1.19 7.53 0.85 83.66 41.44 7.25 46.09 5.22 3.45 7.20 2.88 0.37 9.26 19.31 7.73 1 9.26 18.31 7.73 1.98 0.84 0.4277 CP13B t1 4.47 0.87 5.39 0.53 88.74 39.68 7.73 47.89 4.70 3.30 7.67 2.99 0.34 9.85 22.87 8.93 1 9.85 21.87 8.93 2.22 0.91 0.4180 CP23A t1 11.44 1.94 9.75 0.73 76.14 47.93 8.15 40.88 3.05 3.99 8.08 2.55 0.22 18.34 37.15 11.74 1 18.34 36.15 11.74 1.97 0.64 0.3283 CP23B t1 AF 8.75 1.49 10.69 0.24 78.84 41.33 7.02 50.53 1.12 3.44 6.97 3.16 0.08 43.08 87.19 39.53 1 43.08 86.19 39.53 2.00 0.92 0.4686 CP16A t1 Paille 8.40 1.45 8.54 0.22 81.38 45.13 7.80 45.88 1.19 3.76 7.74 2.87 0.08 44.25 91.15 33.77 1 44.25 90.15 33.77 2.04 0.76 0.3789 CP16B t1 9.13 1.59 8.39 0.44 80.46 46.71 8.12 42.93 2.25 3.89 8.05 2.68 0.16 24.26 50.24 16.74 1 24.26 49.24 16.74 2.03 0.69 0.3492 CP26A t1 12.30 1.97 14.27 0.35 71.11 42.56 6.83 49.40 1.21 3.54 6.77 3.09 0.09 40.88 78.13 35.62 1 40.88 77.13 35.62 1.89 0.87 0.4695 CP26B t1 13.48 5.81 14.33 0.25 66.13 39.80 17.16 42.32 0.72 3.31 17.02 2.65 0.05 64.08 329.17 51.15 1 64.08 328.17 51.15 5.12 0.80 0.16Pt1 moy 9.34 2.04 9.86 0.45 78.31 43.07 8.76 45.74 2.43 3.59 8.69 2.86 0.17 31.75 89.40 25.65 1 31.75 88.40 25.65 2.41 0.80 0.3775 CP13A t8 6.19 2.06 26.97 4.49 60.28 15.60 5.19 67.91 11.31 1.30 5.15 4.24 0.81 1.61 6.37 5.25 1 1.61 5.37 5.25 3.34 3.27 0.9878 CP13B t8 4.44 1.68 20.87 4.39 68.62 14.15 5.36 66.51 13.98 1.18 5.32 4.16 1.00 1.18 5.33 4.16 1 1.18 4.33 4.16 3.67 3.53 0.9681 CP23A t8 3.02 1.00 9.06 2.24 84.69 19.69 6.52 59.18 14.61 1.64 6.47 3.70 1.04 1.57 6.20 3.54 1 1.57 5.20 3.54 3.31 2.26 0.6884 CP23B t8 AF 4.02 0.97 12.82 1.88 80.31 20.41 4.94 65.09 9.56 1.70 4.90 4.07 0.68 2.49 7.18 5.96 1 2.49 6.18 5.96 2.48 2.39 0.9687 CP16A t8 Paille 5.40 1.90 29.84 4.42 58.44 12.99 4.56 71.80 10.65 1.08 4.53 4.49 0.76 1.42 5.96 5.90 1 1.42 4.96 5.90 3.48 4.15 1.1990 CP16B t8 9.01 2.23 27.36 4.06 57.34 21.12 5.22 64.13 9.52 1.76 5.18 4.01 0.68 2.59 7.62 5.90 1 2.59 6.62 5.90 2.56 2.28 0.8993 CP26A t8 4.31 1.12 12.51 2.29 79.76 21.30 5.52 61.83 11.34 1.77 5.48 3.86 0.81 2.19 6.77 4.77 1 2.19 5.77 4.77 2.63 2.18 0.8396 CP26B t8 6.67 1.46 22.14 2.29 67.44 20.49 4.48 67.99 7.04 1.71 4.44 4.25 0.50 3.39 8.83 8.45 1 3.39 7.83 8.45 2.31 2.49 1.08Pt8 moy 5.38 1.55 20.20 3.26 69.61 18.22 5.22 65.55 11.00 1.52 5.18 4.10 0.79 2.06 6.78 5.49 1 2.06 5.78 5.49 2.97 2.82 0.95Poids atomiques utilisésC 12.0112H 1.0079O 15.9994N 14.0067Thèse NDIRA Victor, 2006 - SH du sol et du compost …vers une approche thermodynamique 252
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N° d’ordre : 2433……………
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TABLES DES MATIERES4- DESCRIPTION D
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TABLES DES MATIERES13- Evolution du
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Liste des abréviationsListe des ab
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PROBLEMATIQUEPROBLEMATIQUEThèse ND
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PROBLEMATIQUEPROBLEMATIQUEDe très
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Introduction GénéraleINTRODUCTION
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Introduction GénéraleINTRODUCTION
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Introduction GénéraleAinsi, à pa
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PREMIERE PARTIE-CHAPITRE I-REVUE BI
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PREMIERE PARTIE - CHAPITRE I -REVUE
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PREMIERE PARTIE - CHAPITRE 2 -REVUE
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DEUXIEME PARTIE : MATERIEL ET METHO
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TROISIEME PARTIE : RESULTATS & DISC
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Page 204 and 205: TROISIEME PARTIE : RESULTATS & DISC
Page 206 and 207: - CONCLUSION GENERALE- la matière
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Page 210 and 211: REFERENCES BIBLIOGRAPHIQUESRÉFÉRE
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Page 228 and 229: ANNEXESAnnexe 2 : Spectres UV-visib
Page 230 and 231: ANNEXESANNEXE 4Acides fulviques 30
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Page 236 and 237: ANNEXESAcides fulviques 30°Ctrajet
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Page 248 and 249: ANNEXESANNEXE 10 : Diagramme de Van
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Page 252 and 253: ANNEXESANNEXE 14Thèse NDIRA Victor
Page 256 and 257: ANNEXESTableau 4- Pourcentages pond
Page 258 and 259: ANNEXESTableau 6- Groupements atomi
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Page 264 and 265: ANNEXESTableau 16 - Rapports atomiq
Page 266 and 267: ANNEXESANNEXE 15Thèse NDIRA Victor
Page 268 and 269: RESUMETableau 2 : Longueur d’onde
Page 270 and 271: RESUMETableau 4 : Longueur d’onde
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