Príklady rippled

• Reworking of debris flow deposits by marine currents produced the rippled bed tops.

• A weak electron plasma wave is nonlinearly coupled to a rippled laser beam via a modified background electron/ion density.

• Relativistic interaction of rippled laser beams with plasmas.

• The differential equation for beamwidth parameter of rippled laser beam is evaluated.

• In places the bedding is distorted, convoluted or rippled.

• The coarse-grained lower part is chiefly composed of cross-bedded sandstone and the finer-grained upper part includes rippled silty sandstone and bioturbated sandy siltstone.

• Occasionally 1-1.5 m thick, rippled fine-grained sandy units are seen overlying this interbedded assemblage with a sharp contact.

• We have performed the simulation on the propagation of a rippled shock launched by uniform laser irradiation of a corrugated target surface.

• The wave shape with just some of the waves showing a sharp crest indicative of a separated flow was called a 'partially rippled' interface.

• The trackways are preserved on bedding planes of finely laminated planar and rippled siltstones.

• The viscous region near the rippled bed then lies beneath a large depth of inviscid fluid.

• This leads to an additional coupling between the rippled laser beam and electrostatic mode of the plasma, viz., the upper hybrid mode.

• Nonlinear interaction of rippled laser beam with unmagnetized plasma.

• Nonlinear interaction of a rippled laser beam with an electrostatic upper hybrid wave in collisional plasma.

• This is due to reduced nonlinear coupling of the electron plasma wave to the rippled laser beam with an increasing magnetic field.