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E. Model, . Vba, and . Attribute, VBA-ModuleType=VBAModule Sub Module1 Sub Macro1() ' Macro1 Macro % Macro recorded 2, 2009.

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. Range, Select ActiveCellSelect ActiveCellSelect ActiveCellSelect ActiveCellSelect ActiveCellSelect ActiveCell.FormulaR1C1="nH2" RangeSelect ActiveCellSelect ActiveCell.FormulaR1C1="nN2" RangeSelect ActiveCell.FormulaR1C1="nMCH" RangeSelect ActiveCell.FormulaR1C1="nt" RangeSelect ActiveCell.FormulaR1C1="PH2" RangeSelect ActiveCell.FormulaR1C1="PTol" RangeSelect ActiveCell.FormulaR1C1="CÂ?" RangeSelect ActiveCell.FormulaR1C1="f(x) RangeSelect ActiveCell.FormulaR1C1="Time" RangeT2:T12").Select Selection.Merge ActiveCell.FormulaR1C1="CÂ?" RangeT2:T12").Select With Selection Cells, M1").Select ActiveCell.FormulaR1C1="PN2" Range("N1").Select ActiveCell.FormulaR1C1="PMCH" Range("O1").Select ActiveCell.FormulaR1C1="Pt" Range("P1").Select ActiveCell.FormulaR1C1="Gamma" Range10)·pt Cells(2,14)=Cells(2,9)/Cells(2,10)·pt Cells(2,15)=Cells(2,11)+Cells(2,12)+Cells(2,13)+Cells(2,14) Cells(2,21)=0 Cells(2,17)=Cells17))+kktol· Cells17)) · (ktol·Cells(2,12) ·thetao-kktol·Cells(2,17))/(ktol·Cells(2,12) ·thetao-kktol·Cells(2,17)+kh2·Cells(2,11) 0.5 ·thetao-kkh2 ·(ct-Cells(2,17))) theta1 = 3 · k · CellsCells(2, 17) + dt / 2 · fo)) + kktol · (Cells(2, 17) + dt / 2 · fo) + kkh2 · (ct -(Cells(2, 17) + dt / 2 · fo)) f1 = 3 · k · CellsCells(2, 17) + dt / 2 · fo)) · (ktol · Cells) + dt / 2 · fo)) / (ktol · Cells 12) · theta1 -kktol · (Cells(2, 17) + dt / 2 · fo) + kh2 · Cells, pp.2-3, 2002.

A. E. Model, ·. , and ·. Cells, 17) + dt / 2 · f1)) + kktol · (Cells(2, 17) + dt / 2 · f1) + kkh2 · (ct -(Cells(2, 17) + dt / 2 · f1)) f2 = 3 · k · Cells(2, 11) alpha · (ct -(Cells(2, 17) + dt / 2 · f1)) · (ktol · Cells, 12) · theta2 -kktol · (Cells(2, 17) + dt / 2 · f1)) / (ktol · Cells 12) · theta2 -kktol · (Cells(2, 17) + dt / 2 · f1) + kh2 · Cells(2, 11) 0.5 · theta2 -kkh2 · (ct -(Cells(2, 17) + dt / 2 · f1))) theta3 = 3 · k · CellsCells(2, 17) + dt · f2)) + kktol · (Cells, pp.11-17

A. E. Model and . Cells, · f1) + kh2 · Cells(n + 2, 11) 0.5 · theta2 -kkh2 · (ct (Cells(n + 2, 17) + dt / 2 · f1))) theta3 = 3 · k · Cells(n + 2, 11) alpha · (ct -(Cells(n + 2, 17) + dt · f2)) + kktol · (Cells(n + 2, 17) + dt · f2) + kkh2 · (ct -(Cells(n + 2, 17) + dt · f2)) f3 = 3 · k · Cells(n + 2, 11) alpha · (ct -(Cells(n + 2, 17) + dt · f2)) · (ktol · Cells, 12) · theta3 -kktol · (Cells(n + 2, 17) + dt · f2)) / (ktol · Cells(n + 2, 12) · theta3 -kktol · (Cells(n + 2, 17) + dt · f2) + kh2 · Cells(n + 2, 11) 0.5 · theta3 -kkh2 · (ct (Cells(n + 2, 17) + dt · f2)))

·. Cells, 11) 0.5 · thetao -kkh2 · (ct -Cells(n + 2, 17))) theta1 = 3 · k · Cells(n + 2, 11) alpha · (ct -(Cells(n + 2, 17) + dt / 2 · fo)) + kktol · (Cells(n + 2, 17) + dt / 2 · fo) + kkh2 · (ct -(Cells(n + 2, 17) + dt / 2 · fo)) f1 = 3 · k · Cells(n + 2, 11) alpha · (ct -(Cells(n + 2, 17) + dt / 2 · fo)) · (ktol · Cells(n + 2, 12) · theta1 -kktol · (Cells(n + 2, 17) + dt, ktol · Cells(n + 2, 12) · thetao -kktol · Cells(n + 2, 17) + kh2 · Cells))) theta2 = 3 · k · Cells)) + kktol · (Cells(n + 2, 17) + dt / 2 · f1) + kkh2 · (ct -(Cells(n + 2, 17) + dt / 2 · f1)) f2 = 3 · k · Cells(n + 2, 11) alpha · (ct -(Cells(n + 2, 17) + dt / 2 · f1)) · (ktol · Cells(n + 2, 12) · theta2 -kktol · (Cells(n + 2, 17) + dt / 2 · f1)) / (ktol · Cells(n + 2, 12) · theta2 -kktol · (Cells(n + 2, 17) + dt / 2 · f1) + kh2 · Cells(n + 2, 11) 0.5 · theta2 -kkh2 · (ct (Cells(n + 2, 17) + dt / 2 · f1)))