Reference
- BOOLE, G., 1844: On a general method in analysis. Phil. Trans. 1844, II, PP. 225-282.
- COLSON, DE VER, 1952: Result of Double Theodolite Ob-servations at Bishop, Cal., in connection with the “Bishop Wave” Phenomena. Bull. Amer. Met, Soc., 33, No. 3, pp. 107-116.
- COULOMB, M J., 1936: Sur les zéroes des fonctions de Bessel considérés comme fonction de l'ordre. Bull. Sci. Math., 2 :e Ser., 60: I, Paris pp. 297-302.
- Döös, B. R., 1958: The effect of the vertical variation of wind and stability on mountain waves. Technical Report No. 13, Contract No. Nonr-i6o0(oo). Office Naval Re-search.
- ELIASSEN, A. and PALM, E., 1954: Energy flux for combined gravitational sound waves. Institute for Weather and Climate Research, Publication No.'.
- FOLDVIK, A. and PALM, E., 1959: On two-dimensional waves with special emphasis on longer waves. Institute for weath-er and climate research, Oslo, Report No. 4.
- FöRCHTGOTT, J., 1949: Wave streaming in the lee of moun-tain ridges. Bull. Met. Czech., Prague, 3, p. 49
- HöILAND, E., 1951: Fluid flow over a corrugated bed. Appen-dix A, Fifth Progress Report, Contract No. AF 19(122)-263. Air Force Cambridge Research Center, Cam-bridge, Massachusetts.
- JAHNKE, E. and EMDE, F., 1948: Tables offunctions with for-mulae and curves. Fourth edition, Dover Publications, New York.
- KELVIN, LORD, 1886: On stationary waves in flowing water. Phil. Mag. 5:22, PP. 353-357, 517-530.
- LARSSON, L., 1954: Observations of lee wave clouds in the Jämtland mountains, Sweden. Tellus 6, pp. 124–138.
- LARSSON, 1958: A method to study the structure of standing lee waves and rotors. 7th OSTIV congress, Leszno, Poland.
- LYRA, G., 1943: Theorie der stationdren Leewellenstro-mung in freier Atmosphire. Z. angew. Math. Mech. 26, pp. 1-28.
- PALM, E., 1953: On the formation of surface waves in a fluid flowing over a corrugated bed and on the devel-opment of mountain waves. Astrophy. Norveg., 5:3, 130 pp.
- PALM, E. and FOLDVIK, A., 1960: Contribution to the theory of twodimensional mountain waves. Geof Publ 21. No. 6.
- QUENEY, P., 1947: Theory of perturbations in stratified cur-rents with application to airflow over mountain bariers. Dept. of Meteor., Univ. of Chicago, Misc. Rep. No. 23.
- QUENEY, 1948: The problem of air flow over mountains: A summary of theoretical studies. Bull. Amer. Met. Soc., 29, pp. 16–26.
- RAYLEIGH, Lora), 1883: The form of standing waves on the surface of running water. Prod. Land. Math. Soc., 15, pp. 69–78.
- SAWYER, J. S., 1960: Numerical calculation of the dis-placements of a stratified airstream crossing a ridge of small height. Quart. J. R. Met. Soc., 86, pp. 326–345.
- SCORER, R. S., 1949: Theory of waves in the lee of moun-tains. Quart j. R. Met. Soc., 75, pp. 45–56.
- WURTELE, M. G., 1953: The initial value lee wave problem in an isothermal atmosphere. Scientific Report No. 3, Sierra Wave Project, Contract No. AF (122)-263, Air Force Cambridge Research Center, Cambridge, Mass.
- WURTELE, 1955: The transient development of a lee wave. J. of Marine Res., 14:1, pp. 1–13.
- ZIEREP, J., 1957: Neue Forschungsergebnisse aus dem Gebiet der atmosphirischen Hinderniswellen. Beitr. Phys. Atmos. 29:3, pp. 143–153