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Selectivity to glyceric and glycolic acids in glycerol oxidationa
Selectivity to glyceric and glycolic acids in glycerol oxidationa
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Glycerol oxidation using Au, Pd and Aux–Pdy catalysts. Reaction conditions:...
Glycerol oxidation using Au, Pd and Aux–Pdy catalysts. Reaction conditions: glycerol 0.3 M, glycerol/NaOH = 4 mol/mol, glycerol/metal = 1000, pO2 = 3 atm, T = 50 °C.
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TOFs of AuxPdy bimetallic catalysts in glycerol oxidation. Reaction...
TOFs of AuxPdy bimetallic catalysts in glycerol oxidation. Reaction conditions: glycerol 0.3 M, glycerol/NaOH = 4 mol/mol, glycerol/metal = 1000, pO2 = 3 atm, T = 50 °C.
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Yield of formaldehyde with MoVWFe catalyst before and after activation.
Yield of formaldehyde with MoVWFe catalyst before and after activation.
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Conversion of methanol and Selectivity of formaldehyde at 640 K with before...
Conversion of methanol and Selectivity of formaldehyde at 640 K with before and after activation.
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FT-IR pattern of the MoVWFe catalyst activated at 813 K.
FT-IR pattern of the MoVWFe catalyst activated at 813 K.
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XRD analysis of the catalyst at different temperatures.
XRD analysis of the catalyst at different temperatures.
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EDX analysis of the thermally activated MoVWFe-mixed oxide catalyst.
EDX analysis of the thermally activated MoVWFe-mixed oxide catalyst.
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SEM image of the catalyst activated at 813 K.
SEM image of the catalyst activated at 813 K.
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Results of cyclohexane oxidation over Au/Al2O3 catalysts a
Results of cyclohexane oxidation over Au/Al2O3 catalysts a
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Physical properties of Al2O3 and Au/Al2O3 samples
Physical properties of Al2O3 and Au/Al2O3 samples
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Results of recycling test over Au/Al2O3 (1.0% Au).
Results of recycling test over Au/Al2O3 (1.0% Au).
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Cyclohexane oxidation over Au/Al2O3 (0.6% Au) with different reaction time.
Cyclohexane oxidation over Au/Al2O3 (0.6% Au) with different reaction time.
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TEM images of Au/Al2O3 catalysts of (a) 0.2%, (b) 0.6% and (c) 1.0% Au.
TEM images of Au/Al2O3 catalysts of (a) 0.2%, (b) 0.6% and (c) 1.0% Au.
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The standard Gibbs free energy and free enthalpy (in kJ/mol, T = 298.15 K)
The standard Gibbs free energy and free enthalpy (in kJ/mol, T = 298.15 K)
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Diffusivities of some elements in iron D 0 (cm2/s)/Q (kJ)
Diffusivities of some elements in iron D 0 (cm2/s)/Q (kJ)
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The calculations of CMnSi TRIP steel at ferritic annealing in a low dew...
The calculations of CMnSi TRIP steel at ferritic annealing in a low dew point N2-10%H2 atmosphere of −30 °C
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The experimental results of CMnSi TRIP steel at ferritic annealing in a low...
The experimental results of CMnSi TRIP steel at ferritic annealing in a low dew point N2-10%H2 atmosphere of −30 °C[31]
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The calculated concentration of oxygen at different annealing temperature in...
The calculated concentration of oxygen at different annealing temperature in grain boundary
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The calculated concentration of oxygen at different $$ P_{{{\text{H}}_{ 2}...
The calculated concentration of oxygen at different $$ P_{{{\text{H}}_{ 2} }} $$ in grain boundary and grain
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The calculated concentration of oxygen at different dew point in grain...
The calculated concentration of oxygen at different dew point in grain boundary and grain
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The calculated concentration of oxygen at different matrixes in grain...
The calculated concentration of oxygen at different matrixes in grain boundary and grain
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The calculated concentration of oxygen at grain boundary and grain
The calculated concentration of oxygen at grain boundary and grain
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Oxidation of benzylic alcohols to their corresponding carbonyl compounds...
Oxidation of benzylic alcohols to their corresponding carbonyl compounds using 3 wt%Ag-ZnO under microwave condition (1 mmol alcohols, 30 mg catalyst, 0.4 mL TBHP and 10 mL acetonitrile).
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Reusability of 3 wt% Ag-ZnO for oxidation of benzhydrol and benzyl alcohol...
Reusability of 3 wt% Ag-ZnO for oxidation of benzhydrol and benzyl alcohol (reflux, 1 mmol alcohols, 30 mg catalyst, 0.4 mL TBHP and 10 mL acetonitrile).
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Oxidation of benzhydrol and benzyl alcohol in presence t-BHP and H2 O 2 (3...
Oxidation of benzhydrol and benzyl alcohol in presence t-BHP and H2 O 2 (3 wt% Ag-ZnO, reflux, 1 mmol alcohols, 30 mg catalyst, 0.4 mL TBHP and H2 O 2 and 10 mL acetonitrile).
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Oxidation of benzhydrol and benzyl alcohol in presence different solvents (3...
Oxidation of benzhydrol and benzyl alcohol in presence different solvents (3 wt% Ag-ZnO, reflux, (1 mmol alcohols, 30 mg catalyst, 0.4 mL TBHP and 10 mL acetonitrile, 15 min).
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Oxidation of benzylic alcohols to their corresponding carbonyl compounds...
Oxidation of benzylic alcohols to their corresponding carbonyl compounds using 3 wt% Ag-ZnO under reflux condition (1 mmol alcohols, 30 mg catalyst, 0.4 mL TBHP and 10 mL acetonitrile).
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Oxidation of benzhydrol and benzyl alcohol in presence 3 wt% Ag-ZnO at room...
Oxidation of benzhydrol and benzyl alcohol in presence 3 wt% Ag-ZnO at room temperature (1 mmol alcohols, 30 mg catalyst, 0.4 mL TBHP and 10 mL acetonitrile).
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Oxidation of benzhydrol in presence of different amount of 3 wt% Ag-ZnO (1...
Oxidation of benzhydrol in presence of different amount of 3 wt% Ag-ZnO (1 mmol benzhydrol, 30 mg catalyst, 0.4 mL TBHP and 10 mL acetonitrile).
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Oxidation of benzhydrol in presence of ZnO and Ag-ZnO with different Ag...
Oxidation of benzhydrol in presence of ZnO and Ag-ZnO with different Ag doping concentration under reflux condition (1 mmol benzhydrol, 30 mg catalyst, 0.4 mL TBHP and 10 mL acetonitrile).
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