368
Bibliography
Whitham B.B., 1965: A general approach to linear dispersive waves using a Langangian, J. Fluid Mech., 22, 273-283
Whitnam G.B., 1974: Linear and Non-linear Waves New York, Wiley
WMO Wave Programme. WMO(TD -N 35), 1991, Report for 1989 to 1990 on Wave
Measuring Techniques, Numerical Wave Models and Intercomparisons, Marine
Meteorology and Related Oceanographic Activities, 12, Supplement N 3
Yefimov V.V., 1981: Wave Process Dynamics in Boundary Layers of Atmosphere
and Ocean (N aukova Dumka, Kiev), in Russian
Yefimov V.V., V.G. Polnikov, 1985: Numerical experiments in simulating a wind
sea, Oceanology, 25, 5, 725-732, in Russian
Yefimov V.V., V.G. Polnikov, 1991: Numerical Simulation of Wind Sea (Naukova
Dumka, Kiev), in Russian
Yefimov V.V., Yu.P. Soloviev, 1979: Frequency-angular spectra and dispersion relation in wind waves, Proc. Acad. Sc. USSR, FAO, 15, 11, 1181-1196, in Russian
Yefimov V.V., Yu.P. Soloviev, 1984: Low frequency sea level oscillations and wind
wave group structure. Izv. Acad. Sci. USSR. Atmos. and Oceanic Phys., 20,
10, 985-994, in Russian
Yefimov V.V., B.B. Krivitskiy, Yu.P. Solovyev, 1986: Research of sea wind wave
energy in dependence on fetch, Meteorology and Hydrology, 11, 68-75, in Russian
Yefimov V.V., V.G. Polnikov, Ye.N. Sychev, 1986: Spectral Model and Numerical
Realization of Experiment on its basis(Marine Hydrophysical Institute, Sevastopol), in Russian
Young 1., 1999: Wind Generated Ocean Waves, Elsevier
Young I.R., S. Hasselmann, K. Hasselmann, 1987: Computations of the response of
wave spectrum to a sudden change in the wind direction, J. Phys. Oceanogr.,
17, 1317-1358
Yuen G., B. Lake, 1987: Non-linear Dynamics of Gravitational Waves in Deep
Water (Mir, Moscow), in Russian
Zakharov V.Ye., 1968: Stability of finite amplitude periodic waves on deep liquid
surface, Applied Mechanics and Technical Physics, 2, 86-91, in Russian
Zakharov V.Ye., 1969: Stability of periodic waves of final amplitude on a deep liquid
surface. PMTF, 2, 86-94
Zakharov V.Ye., N.N. Filonenko, 1966: The energy spectrum for stochastic oscillation of a fluid surface, Doklady Akademii Nauk, 170, 1292-1295, in Russian
Zakharov V.Ye., V.I. Shrira, 1990: On forming the angular spectrum of wind waves,
ZhETF, 98, 6(12), 1941-1958,
Zakharov V.Ye., A.V. Smilga, 1981: On the quasi-one-dimensional spectra of weak
turbulence, ZhETF, 4, 1318-1326, in Russian
Zakharov V.Ye., M.M. Zaslavskii, 1982: Kinetic equation and Kolmogorov's spectra
in week turbulent theory of wind waves, Proc. Acad. Sc. USSR, FAO, 18, 9,
97G-980, in Russian
Zakharov V.Ye., M.M. Zaslavskii, 1983a: Form of energy spectral components, Proc.
Acad. Sc. USSR, FAO, 19, 3, 282-290, in Russian
Zakharov V.Ye., M.M. Zaslavskii, 1983b: Wave parameter dependence on wind
velocity, duration and fetch in week turbulent theory of wind waves, Proc. Acad.
Sc. USSR, FAO, 19, 4, 406-415, in Russian
Zakharov V.Ye., A.N.Pushkarev, 1999: Diffusion model of interacting gravity waves
on the surface of deep water fluid, Nonlinear Processes in Geophys., 6, 1-10.
Bibliography
Whitham B.B., 1965: A general approach to linear dispersive waves using a Langangian, J. Fluid Mech., 22, 273-283
Whitnam G.B., 1974: Linear and Non-linear Waves New York, Wiley
WMO Wave Programme. WMO(TD -N 35), 1991, Report for 1989 to 1990 on Wave
Measuring Techniques, Numerical Wave Models and Intercomparisons, Marine
Meteorology and Related Oceanographic Activities, 12, Supplement N 3
Yefimov V.V., 1981: Wave Process Dynamics in Boundary Layers of Atmosphere
and Ocean (N aukova Dumka, Kiev), in Russian
Yefimov V.V., V.G. Polnikov, 1985: Numerical experiments in simulating a wind
sea, Oceanology, 25, 5, 725-732, in Russian
Yefimov V.V., V.G. Polnikov, 1991: Numerical Simulation of Wind Sea (Naukova
Dumka, Kiev), in Russian
Yefimov V.V., Yu.P. Soloviev, 1979: Frequency-angular spectra and dispersion relation in wind waves, Proc. Acad. Sc. USSR, FAO, 15, 11, 1181-1196, in Russian
Yefimov V.V., Yu.P. Soloviev, 1984: Low frequency sea level oscillations and wind
wave group structure. Izv. Acad. Sci. USSR. Atmos. and Oceanic Phys., 20,
10, 985-994, in Russian
Yefimov V.V., B.B. Krivitskiy, Yu.P. Solovyev, 1986: Research of sea wind wave
energy in dependence on fetch, Meteorology and Hydrology, 11, 68-75, in Russian
Yefimov V.V., V.G. Polnikov, Ye.N. Sychev, 1986: Spectral Model and Numerical
Realization of Experiment on its basis(Marine Hydrophysical Institute, Sevastopol), in Russian
Young 1., 1999: Wind Generated Ocean Waves, Elsevier
Young I.R., S. Hasselmann, K. Hasselmann, 1987: Computations of the response of
wave spectrum to a sudden change in the wind direction, J. Phys. Oceanogr.,
17, 1317-1358
Yuen G., B. Lake, 1987: Non-linear Dynamics of Gravitational Waves in Deep
Water (Mir, Moscow), in Russian
Zakharov V.Ye., 1968: Stability of finite amplitude periodic waves on deep liquid
surface, Applied Mechanics and Technical Physics, 2, 86-91, in Russian
Zakharov V.Ye., 1969: Stability of periodic waves of final amplitude on a deep liquid
surface. PMTF, 2, 86-94
Zakharov V.Ye., N.N. Filonenko, 1966: The energy spectrum for stochastic oscillation of a fluid surface, Doklady Akademii Nauk, 170, 1292-1295, in Russian
Zakharov V.Ye., V.I. Shrira, 1990: On forming the angular spectrum of wind waves,
ZhETF, 98, 6(12), 1941-1958,
Zakharov V.Ye., A.V. Smilga, 1981: On the quasi-one-dimensional spectra of weak
turbulence, ZhETF, 4, 1318-1326, in Russian
Zakharov V.Ye., M.M. Zaslavskii, 1982: Kinetic equation and Kolmogorov's spectra
in week turbulent theory of wind waves, Proc. Acad. Sc. USSR, FAO, 18, 9,
97G-980, in Russian
Zakharov V.Ye., M.M. Zaslavskii, 1983a: Form of energy spectral components, Proc.
Acad. Sc. USSR, FAO, 19, 3, 282-290, in Russian
Zakharov V.Ye., M.M. Zaslavskii, 1983b: Wave parameter dependence on wind
velocity, duration and fetch in week turbulent theory of wind waves, Proc. Acad.
Sc. USSR, FAO, 19, 4, 406-415, in Russian
Zakharov V.Ye., A.N.Pushkarev, 1999: Diffusion model of interacting gravity waves
on the surface of deep water fluid, Nonlinear Processes in Geophys., 6, 1-10.