Phenomenological Studies for Optimizing Subsonic Underwater Discharges

Two phenomenological studies of place

We introduce our initial investigations into the phenomenology of place as part of the BENOGO project. BENOGO is concerned with giving people the experience of ‘being there without going there’. Employing a state-of-the-art mixture of photorealistic, real time rendered images, three-dimensional soundscapes and augmented reality to create a sense of place. The work reported in this paper we desc...

Experimental Studies of Iter Demonstration Discharges

Key parts of the ITER scenario are determined by the capability of the proposed poloidal field coil set. They include the plasma initiation at low voltage, the current rise phase, the performance during the flat top phase, and a ramp down of the plasma. The ITER discharge evolution has been verified in dedicated experiments. New data are obtained from C-Mod, AUG, DIII-D, JT-60U and JET. Results...

Analytical and Phenomenological Studies of Rotating Turbulence

Analytical and Phenomenological Studies of Rotating Turbulence

A framework, which combines mathematical analysis, closure theory, and phenomenological treatment, is developed to study the spectral transfer process and reduction of dimensionality in turbulent ows that are subject to rotation. First, we outline a mathematical procedure that is particularly appropriate for problems with two disparate time scales. The approach which is based on the Green's met...

Subsonic Regions