Studies from Princeton Laboratory: Memory for Square size.

Princeton Architecture Laboratory for Multimedia and Security

Microprocessor instruction set architectures currently offer support for operations on full processor words and, more recently, on subwords of 8, 16, 32 or 64 bits. However, there is little support for bit-oriented operations beyond the bitwise logical operators and shift operators. Some ISAs, such as PA-RISC and Itanium, offer more advanced instructions such as extract and deposit that combine...

PV3 at the Princeton CFD Laboratory

The scientific activity in the CFD laboratory in the Department of Mechanical and Aerospace Engineering at Princeton is centered on the development of advanced computational simulation techniques in the aerodynamic design of modern aircraft, and the prediction hydrodynamic performance of ships. Computer codes based on on both structured body-fitted meshes and unstructured tetrahedral meshes hav...

Prepared for the U.s. Department of Energy, under Contract De-ac02-76ch03073 Princeton Plasma Physics Laboratory Princeton University, Princeton, New Jersey

Prepared for the U.s. Department of Energy, under Contract De-ac02-76ch03073 Princeton Plasma Physics Laboratory Princeton University, Princeton, New Jersey

Prepared for the U.s. Department of Energy, under Contract De-ac02-76ch03073 Princeton Plasma Physics Laboratory Princeton University, Princeton, New Jersey

Equilibrium considerations infer that large localized radial electric fields are associated with internal transport barrier structures in tokamaks and other toroidal magnetic confinement configurations. In this paper, the effects of an equilibrium electric field on fast magnetosonic wave propagation are considered in the context of a cold plasma model.