The Role of Vanadia-Alumina Catalyst Acidity in Benzene Oxidation to Maleic Anhydride

Articles in the same Issue

1. A Simplified Additivity Scheme for the Estimation of the Thermodynamic Properties of Non-Electrolytes in Water
2. Coefficient Matrix for Interpolation of Ternary Molar Functions
3. Experimental and CNDO/S Calculated Electronic Spectra of 2′-, 3′- and 4′-Azachalcones
4. Molecular Dynamics Investigations of Reorientational Motions in Polysubstituted Benzene and Pyridine Derivatives
5. Synthesis of Organic Acids by Electron Beam Irradiation of CH₄/CO Mixtures
6. Electron Beam Radiolysis of CH₄/N₂O Mixtures
7. Electron Beam Radiolysis of CH₄/CO₂ Mixtures
8. Concurrent Measurement of Surface Layer Thickness and Surface Diffusion Coefficient of Oxides by ¹⁸O-Exchange Reaction
9. Einfluß von Lithiumkationen auf die Reduktion von Nitrobenzol und p-Benzochinon an Kohlenstoff-Faser-Elektroden in Acetonitril und Dimethylformamid
10. The Role of Vanadia-Alumina Catalyst Acidity in Benzene Oxidation to Maleic Anhydride
11. Acid-Base Properties of Al₂O₃/MgO Oxides
12. Reaction Rate, Activities and Affinity—Comments
13. Reaction Rate, Activities, and Affinity: A Reply