An explicit determination of the space-times on which the conformally invariant scalar wave equation satisfies Huygens' principle. — Part II : Petrov type D space-times

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1. J. Carminati, R. G. McLenaghan, An explicit determination of the space-times on which the conformally invariant scalar wave equation satisfies Huygens' principle. Part III : Petrov type III space-times
2. R. G. McLenaghan, G. C. Williams, An explicit determination of the Petrov type D spacetimes on which Weyl's neutrino equation and Maxwell's equations satisfy Huygens' principle
3. R. G. McLenaghan, F. D. Sasse, Nonexistence of Petrov type III space-times on which Weyl's neutrino equation or Maxwell's equations satisfy Huygens' principle
4. J. Carminati, S. R. Czapor, R. G. McLenaghan, G. C. Williams, Consequences of the validity of Huygens' principle for the conformally invariant scalar wave equation, Weyl's neutrino equation and Maxwell's equations on Petrov type II space-times
5. R. G. McLenaghan, T. F. Walton, An explicit determination of the non-self-adjoint wave equations on curved space-time that satisfy Huygens' principle. Part I : Petrov type N background space-times
6. S. R. Czapor, R. G. McLenaghan, F. D. Sasse, Complete solution of Hadamard's problem for the scalar wave equation on Petrov type III space-times
7. W. G. Anderson, R. G. McLenaghan, On the validity of Huygens' principle for second order partial differential equations with four independent variables. II. A sixth necessary condition