Reference
- Bryan, K. 1966. A scheme for numerical integration of the equation of motion on an irregular grid free of nonlinear instability. Monthly Weather Review, 94, No. 1, 39–40.
- Edelmann, W. 1963. On the behaviour of disturb-ances in a baroclinic channel. Technical Note, German Weather Service, Research Division, Offenbach.
- Eliassen, A. 1956. A procedure for numerical inte-gration of the primitive equations of the two-parameter model of the atmosphere. Scientific Report No. 4, University of California at Los Angeles.
- Eliassen, A. 1966. The Cload-Forming Circulations in Fronts. Lecture held at the Nato Advanced Study Institute on the dynamics of bonds and cloud systems. University of Oslo, 1966.
- Eliassen, A. & Raustein, E. 1967. A numerical inte-gration experiment with a model atmosphere based on isentropic surfaces. Meteorologiske An-naler, Det Norske Meteorologiske Institutt, Oslo, 5, No. 2, 45-63.
- Gustafson, A. F. 1965. Objective Analysis of the Tropopause. National Meteorological Center, Weather Bureau, ESSA, Washington D.C.
- Newton, C. W. & Person, A. V. 1962. Structural characteristics of the subtropical jet stream and certain lower-stratospheric wind systems. Tellus, 14, 221–241.
- Nordo, J. 1965. The vertical structure of the atmosphere. Geophysica Norvegica, XXVI, No. 5.
- Shuman, F. G. & Hovermale, J. B. 1968. An Opera-tional Six-Layer Primitive Equation Model. Jour-nal of Applied Meteorology, 7, No. 4, 525–547.