Observed and Numerically Simulated Kinetic Energies for MODE Eddies

Observed deep energetic eddies by seamount wake

Despite numerous surface eddies are observed in the ocean, deep eddies (a type of eddies which have no footprints at the sea surface) are much less reported in the literature due to the scarcity of their observation. In this letter, from recently collected current and temperature data by mooring arrays, a deep energetic and baroclinic eddy is detected in the northwestern South China Sea (SCS) w...

Glottal area patterns in numerically simulated diplophonia

The presentation explores diplophonia via numerical simulations of glottal vibrations. The aim of the study is to improve the understanding of glottal wall vibration and area waveform patterns of nonmodal phonation as observed via laryngeal highspeed videos. Diplophonia has been described as the simultaneous perception of two pitches during voicing. A broader definition is the vibration of diff...

Modelling observed California Current mesoscale eddies and the ecosystem response

Satellite and in situ observations are used to test model dynamics for the California Current System (CCS). The model and data are combined to reconstruct the mesoscale ocean structure during a given three-week period. The resulting physical flow field is used to drive a 3D ecosystem model to interpret SeaWiFS and in situ chlorophyll-a (chl-a) variations. With this approach a more complete and ...

Dimensional enhancement of kinetic energies

The intensity of light radiated from independent dipoles is the number, N , of dipoles times the intensity of a single one. However, when the dipoles are located within a wavelength of the radiation the total intensity is N times the intensity of a single dipole [1]. This superradiance effect is due to constructive interference between the individual dipoles. In the present article, we propose ...

Kinetic energies in quantum solids.