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. Worksheets, Cells(1 + J, 2)Value = "log xP" WorksheetsCells(1 + J, 3).Value

. Worksheets, Cells(1 + J, 4)Value

. Worksheets, Cells(1 + J, 5).Value

. Worksheets, Cells(1 + J, 6).Value

. Worksheets, Cells(1 + J, 7).Value = "log pSi(bar

. Worksheets, Cells(1 + J, 8).Value = "log pSi2(bar

. Worksheets, Cells(1 + J, 9).Value = "log pSi3(bar

. Worksheets, Cells(1 + J, 10).Value = "log pP3(bar

. Worksheets, Cells(1 + J, 11).Value = "log pO(bar

. Worksheets, Cells(1 + J, 12).Value = "log pO2(bar

. Worksheets, Cells(1 + J, 13).Value = "log pO3(bar

. Worksheets, Cells(1 + J, 14).Value = "log pP(bar

. Worksheets, Cells(1 + J, 15).Value = "log pP2(bar

. Worksheets, Cells(1 + J, 16).Value = "log pP4(bar

. Worksheets, Cells(1 + J, 17).Value = "log pPSi(bar

. Worksheets, Cells(1 + J, 18).Value = "log pPSi2(bar

. Worksheets, Cells(1 + J, 19).Value = "log pP2Si2(bar

. Worksheets, Cells(1 + J, 20).Value = "log pSiO(bar

. Worksheets, Cells(1 + J, 21).Value = "log pSiO2(bar

. Worksheets, Cells(1 + J, 22).Value = "log pSi2O2(bar

. Worksheets, Cells(1 + J, 23).Value = "log pPO(bar

. Worksheets, Cells(1 + J, 24).Value = "log pPO2bar

. Worksheets, Cells(1 + J, 25).Value = "log pP2O3(bar

. Worksheets, Cells(1 + J, 26).Value = "log pP2O4(bar

. Worksheets, Cells(1 + J, 27).Value = "log pP2O5(bar

. Worksheets, Cells(1 + J, 28).Value = "log pP4O6(bar

. Worksheets, Cells(1 + J, 29).Value = "log pP4O7(bar

. Worksheets, Cells(1 + J, 30).Value = "log pP4O8(bar

. Worksheets, Cells(1 + J, 31).Value = "log pP4O9(bar

. Worksheets, Cells(1 + J, 32).Value = "log pP4O10(bar

. Worksheets, Cells(1 + J, 33).Value = "log(NP_SiOP

. Worksheets, Cells(1 + J, 34).Value = "log(NSi_SiOP

. Worksheets, Cells(1 + J, 35).Value = "log(NO_SiOP

. Worksheets, Cells(1 + J, 36).Value =, log NP_SiOP / NSi_SiOP

. Worksheets, CellsValue = "log Flux P evapCells(1 + J, 38)Value = "log Flux Si evap" WorksheetsCells(1 + J, 39)Value = "log Flux O evap" WorksheetsCells(1 + J, 40)Value = "log Flux P/Flux Si evap" WorksheetsCells(1 + J, 41).Value = "log Flux O inc" WorksheetsCells(1 + J, 42).Value = "log Flux O evap, Cells(1 + J, 43).Value = "log x(O)" Worksheets("calc_four2").Cells(1 + J, 44).Value = "M" Line2

. Worksheets, CellsCellsCellsCellsCellsCells(1 + J, 7)Value = LogCells(1 + J, 8)Value = LogCells(1 + J, 9)Value = LogCells(1 + J, 10)Value = LogCells(1 + J, 11)Value = Log(pO) / Log(10) WorksheetsCells(1 + J, 12)Value = Log(pO2) / Log(10) WorksheetsCells(1 + J, 13)Value = Log(pO3) / Log(10) WorksheetsCells(1 + J, 14)Value = Log(pP) / Log(10) WorksheetsCells(1 + J, 15)Value = Log(pP2) / Log(10) WorksheetsCells(1 + J, 16)Value = Log(pP4) / Log(10) Worksheets("calc_four2")Cells(1 + J, 17)Value = Log(pPSi) / Log(10) Worksheets("calc_four2")Cells(1 + J, 18)Value = Log(pPSi2) / Log(10) Worksheets("calc_four2")Cells(1 + J, 19)Value = Log(pP2Si2) / Log(10) Worksheets("calc_four2")Cells(1 + J, 20)Value = Log(pSiO) / Log(10) Worksheets("calc_four2")Cells(1 + J, 21)Value = Log(pSiO2) / Log(10) WorksheetsCells(1 + J, 22)Value = Log(pSi2O2) / Log(10) WorksheetsCells(1 + J, 23)Value = Log(pPO) / Log(10) WorksheetsCells(1 + J, 24)Value = Log(pPO2) / Log(10) WorksheetsCells(1 + J, 25)Value = Log(pP2O3) / Log(10) WorksheetsCells(1 + J, 26)Value = Log(pP2O4) / Log(10) WorksheetsCells(1 + J, 27)Value = Log(pP2O5) / Log(10) WorksheetsCells(1 + J, 28)Value = Log(pP4O6) / Log(10) WorksheetsCells(1 + J, 29)Value = Log(pP4O7) / Log(10) WorksheetsCells(1 + J, 30)Value = Log(pP4O8) / Log(10) WorksheetsCells(1 + J, 36)Value = LogCells(1 + J, 37)Value = Log(fluxP) / Log(10) Worksheets("calc_four2").Cells(1 + J, 38)Value = Log(fluxSi) / Log(10) Worksheets("calc_four2").Cells(1 + J, 39)Value = Log(fluxO) / Log(10) Worksheets("calc_four2").Cells(1 + J, 25)Cells(1 + J, 33)Cells(1 + J, 34), Cells(1 + J, 5).Value = aSi WorksheetsCells(1 + J, 31).Value = Log(pP4O9) / Log(10) Worksheets("calc_four2").Cells(1 + J, 32).Value = Log(pP4O10) / Log(10) Worksheets("calc_four2").Cells(1 + J, 33).Value = Log(NP_SiOP) / Log(10) Worksheets("calc_four2").Cells(1 + J, 34).Value = Log(NSi_SiOP) / Log(10) Worksheets("calc_four2").Cells(1 + J, 35).Value = LogpP2O3) / Log(10) Worksheets("calc_four2").Cells(1 + J, 26).Value = Log(pP2O4) / Log(10) Worksheets("calc_four2").Cells(1 + J, 27).Value = Log(pP2O5) / Log(10) Worksheets("calc_four2").Cells(1 + J, 28).Value = Log(pP4O6) / Log(10) Worksheets("calc_four2").Cells(1 + J, 29).Value = Log(pP4O7) / Log(10) Worksheets("calc_four2").Cells(1 + J, 30).Value = Log(pP4O8) / Log(10) Worksheets("calc_four2").Cells(1 + J, 31).Value = Log(pP4O9) / Log(10) Worksheets("calc_four2").Cells(1 + J, 32).Value = LogCells(1 + J, 35).Value = Log(NO_SiOP) / Log(10) Worksheets("calc_four2").Cells(1 + J, 36).Value = Log(NP_SiOP / NSi_SiOP) / Log(10) Worksheets("calc_four2").Cells(1 + J, 37).Value = Log(fluxP) / Log(10) Worksheets("calc_four2").Cells(1 + J, 38).Value = Log(fluxSi) / Log(10) Worksheets("calc_four2").Cells(1 + J, 39).Value = Log(fluxO) / Log(10) Worksheets("calc_four2").Cells(1 + J, 40).Value = Log(fluxP / fluxSi) / Log(10) Worksheets("calc_four2").Cells(1 + J, 41).Value = Log(fluxO_inc) / Log(10) Worksheets("calc_four2").Cells(1 + J, 42).Value = Log(fluxO / fluxO_inc) / Log(10) Worksheets("calc_four2").Cells(1 + J, 43).Value = Log(xO) / Log(10) Worksheets("calc_four2").Cells(1 + J, 44).Value = M Next L

. Worksheets, Cells(1 + J, 1)Value WorksheetsCells(1 + J, 2).Value = "m0Si(kg)" WorksheetsCells(1 + J, 3)Value, p.0

. Worksheets, Cells(1 + J, 4).Value = "x0P(fraction molaire

. Worksheets, Cells(1 + J, 5)Value = "dxP (pas) WorksheetsCells(1 + J, 6)Value = "masse Si" WorksheetsCells(1 + J, 7).Value = "Delta mSi" Worksheets, Cells(1 + J, 8).Value = "Delta t

. Worksheets, Cells(1 + J, 9)Value = "XP (frac molaire à tout instant WorksheetsCells(1 + J, 10).ValueCells(1 + J, 11)Value = "Temps(h)

. Worksheets, Cells(1 + J, 12).Value =, log XP

. Worksheets, Cells(1 + J, 13).Value = "rayon

. Worksheets, Cells(1 + J, 14).Value =, Sbille

E. Tps, (. , and +. Tps, K -1) minitSi(K + 1) = minitSi(K) -dmSi rayon(K + 1) = (3 * minitSi

. Worksheets, CellsCells(1 + J, 2)Value = m0Si WorksheetsCells(1 + J, 3)Value = m0P WorksheetsCells(1 + J, 4)Value = x0P WorksheetsCells(1 + J, 5)Value = dxP WorksheetsCells(1 + J, 6)Value = minitSi(K) WorksheetsCells(1 + J, 7)Value = dmSi WorksheetsCells(1 + J, 8)Value = dt WorksheetsCells(1 + J, 9)Value = X(K) Worksheets("bille").Cells(1 + J, 10).Value = K Worksheets, Cells(1 + J, 11).Value = Tps(K) Worksheets("bille").Cells(1 + J, 12).Value = Log(X(K)) / Log(10) Worksheets("bille").Cells(1 + J, 13).Value = rayon(K) Worksheets("bille").Cells(1 + J, 14).Value = Sbille(K)

. Worksheets, Cells(1 + J, 1).Value

. Worksheets, Cells(1 + J, 2).Value = "m0Si(kg

. Worksheets, Cells(1 + J, 3).Value = "m0P(kg

. Worksheets, Cells(1 + J, 4).Value = "x0P(fraction molaire

. Worksheets, Cells(1 + J, 5).Value = "dxP (pas

. Worksheets, Cells(1 + J, 6)Value = "masse Si" WorksheetsCells(1 + J, 7).Value = "Delta mSi" WorksheetsCells(1 + J, 8)Value =, Delta t

. Worksheets, Cells(1 + J, 9)Value = "XP (frac molaire à tout instant WorksheetsCells(1 + J, 10).ValueCells(1 + J, 11)Value = "Temps(h)

. Worksheets, Cells(1 + J, 12).Value =, log XPP

. Worksheets, Cells(1 + J, 13).Value = "rayon

. Worksheets, Cells(1 + J, 14).Value =, Sbille

. Worksheets, Cells(1 + J, 15).Value = "log pSi(bar

. Worksheets, Cells(1 + J, 16).Value = "log pSi2(bar

. Worksheets, Cells(1 + J, 17).Value = "log pSi3(bar

. Worksheets, Cells(1 + J, 18).Value = "log pP3(bar

. Worksheets, Cells(1 + J, 19).Value = "log pO(bar

. Worksheets, Cells(1 + J, 20).Value = "log pO2(bar

. Worksheets, Cells(1 + J, 21).Value = "log pO3(bar

. Worksheets, Cells(1 + J, 22).Value = "log pP(bar

. Worksheets, Cells(1 + J, 23).Value = "log pP2(bar

. Worksheets, Cells(1 + J, 24).Value = "log pP4(bar

. Worksheets, Cells(1 + J, 25).Value = "log pPSi(bar

. Worksheets, Cells(1 + J, 26).Value = "log pPSi2(bar

. Worksheets, Cells(1 + J, 27).Value = "log pP2Si2(bar

. Worksheets, Cells(1 + J, 28).Value = "log pSiO(bar

. Worksheets, Cells(1 + J, 29).Value = "log pSiO2(bar

. Worksheets, Cells(1 + J, 30).Value = "log pSi2O2(bar

. Worksheets, Cells(1 + J, 31).Value = "log pPO(bar

. Worksheets, Cells(1 + J, 32).Value = "log pPO2bar

. Worksheets, Cells(1 + J, 33).Value = "log pP2O3(bar

. Worksheets, Cells(1 + J, 34).Value = "log pP2O4(bar

. Worksheets, Cells(1 + J, 35).Value = "log pP2O5(bar

. Worksheets, Cells(1 + J, 36).Value = "log pP4O6(bar

. Worksheets, Cells(1 + J, 37).Value = "log pP4O7(bar

. Worksheets, Cells(1 + J, 38).Value = "log pP4O8(bar

. Worksheets, Cells(1 + J, 39).Value = "log pP4O9(bar

. Worksheets, Cells(1 + J, 40).Value = "log pP4O10(bar

. Worksheets, CellsCells(1 + J, 42)Value = "xO1(K) WorksheetsCells(1 + J, 43)Value = "xP" WorksheetsCells(1 + J, 44)Value = "EpsilonOP" WorksheetsCells(1 + J, 45).Value = "EpsilonPP" WorksheetsCells(1 + J, 46).Value = "GammaInfiniP" Worksheets, Cells(1 + J, 47).Value = "GammaInfiniO" DEPHOSPHORIZATION If K = 0 Then Tps(K) = dt minitSi(K + 1) = m0Si -dmSi rayon(K + 1) = (3 * minitSi(K + 1) / (4 * Pi * dSi)) ^

E. Tps, (. , and +. Tps, K -1) minitSi(K + 1) = minitSi(K) -dmSi rayon(K + 1) = (3 * minitSi

. Worksheets, CellsCellsCells(1 + J, 6)Value = minitSiCells(1 + J, 7)Value = dmSi WorksheetsCells(1 + J, 8)Value = dt WorksheetsCells(1 + J, 9)Value = xP WorksheetsCells(1 + J, 10)Value = K WorksheetsCells(1 + J, 11)Value = Tps(K) WorksheetsCells(1 + J, 12)Value = Log(xPP(K)) / Log(10) WorksheetsCells(1 + J, 13)Value = rayon(K) WorksheetsCells(1 + J, 14)Value = Sbille(K) WorksheetsCells(1 + J, 15)Value = Log(pSi) / Log(10) Worksheets("billeO2")Cells(1 + J, 16)Value = Log(pSi2) / Log(10) Worksheets("billeO2")Cells(1 + J, 17)Value = Log(pSi3) / Log(10) Worksheets("billeO2")Cells(1 + J, 18)Value = Log(pP3) / Log(10) Worksheets("billeO2")Cells(1 + J, 19)Value = Log(pO) / Log(10) WorksheetsCells(1 + J, 20)Value = Log(pO2) / Log(10) WorksheetsCells(1 + J, 21)Value = Log(pO3) / Log(10) WorksheetsCells(1 + J, 22)Value = Log(pP) / Log(10) WorksheetsCells(1 + J, 23)Value = Log(pP2) / Log(10) WorksheetsCells(1 + J, 24)Value = Log(pP4) / Log(10) WorksheetsCells(1 + J, 25)Value = Log(pPSi) / Log(10) WorksheetsCells(1 + J, 26)Value = Log(pPSi2) / Log(10) WorksheetsCells(1 + J, 31)Value = Log(pPO) / Log(10) Worksheets("billeO2").Cells(1 + J, 32)Value = Log(pPO2) / Log(10) Worksheets("billeO2").Cells(1 + J, 33)Value = Log(pP2O3) / Log(10) Worksheets("billeO2").Cells(1 + J, 34), Cells(1 + J, 2).Value = m0Si WorksheetsCells(1 + J, 3).Value = m0P WorksheetsCells(1 + J, 4).Value = x0P WorksheetsCells(1 + J, 27).Value = Log(pP2Si2) / Log(10) Worksheets("billeO2").Cells(1 + J, 28).Value = Log(pSiO) / Log(10) Worksheets("billeO2").Cells(1 + J, 29).Value = Log(pSiO2) / Log(10) Worksheets("billeO2").Cells(1 + J, 30).Value = Log(pSi2O2) / Log(10) WorksheetspP2O4) / Log(10) Worksheets("billeO2").Cells(1 + J, 35).Value = Log(pP2O5) / Log(10) Worksheets("billeO2").Cells(1 + J, 36).Value = Log(pP4O6) / Log(10) Worksheets("billeO2").Cells(1 + J, 37).Value = Log(pP4O7) / Log(10) Worksheets("billeO2").Cells(1 + J, 38).Value = Log(pP4O8) / Log(10) Worksheets("billeO2").Cells(1 + J, 39).Value = Log(pP4O9) / Log(10) Worksheets("billeO2").Cells(1 + J, 40).Value = Log(pP4O10) / Log(10) Worksheets("billeO2").Cells(1 + J, 41).Value = Rapp Worksheets("billeO2").Cells(1 + J, 42).Value = xO1(K) Worksheets("billeO2").Cells(1 + J, 43).Value = xP Worksheets("billeO2").Cells(1 + J, 44).Value = EpsilonOP Worksheets("billeO2").Cells(1 + J, 45).Value = EpsilonPP Worksheets("billeO2").Cells(1 + J, 46).Value = GammaInfiniP Worksheets("billeO2").Cells(1 + J, 47).Value = GammaInfiniO Worksheets("billeO2").Cells(1 + J, 48).Value = GammaPter Worksheets("billeO2").Cells(1 + J, 49).Value = GammaOter Worksheets("billeO2").Cells(1 + J, 50).Value = aO Worksheets("billeO2").Cells(1 + J, 51).Value = Lmax Worksheets("billeO2").Cells(1 + J, 52).Value = pO2lim K = K + 1 'Next L 'Stop Next I Line3

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