The unsteady RANS equations for a two-dimensional hydrofoil were solved using ANSYS Fluent to model and simulate the at constant Reynolds number, Re, of 2 × 105 fixed reduced frequency, f*, 0.14. simulations performed by varying parameters, such as number deflectors N, tilt angle β, vertical spacing J* = J/c, determine effect upstream deflector’s position on hydrofoil’s performance. results dem...

The radiant cooling combined with attached jet air supply system is a temperature and humidity independent control system. Radiant panels are used to bear the indoor sensible heat load, load. Numerical simulation method study changes of relative dehumidification efficiency installed on ceiling wall, as well advantages disadvantages all three systems taking into consideration coupled wall deflec...

Abstract In-pipe hydroelectric power generation is a relatively new clean energy technology. This technology has been identified to be feasible after successful commercial installation in different parts of the world. Several researchers worldwide have studied optimal turbine type, number blades turbine, introduction suitable deflector, etc. for this However, effect turbine’s position relative ...

Roorda, Robert D., Tobias M. Hohl, Ricardo Toledo-Crow, and Gero Miesenböck. Video-rate nonlinear microscopy of neuronal membrane dynamics with genetically encoded probes. J Neurophysiol 92: 609–621, 2004. First published March 3, 2004; 10.1152/ jn.00087.2004. Biological membranes decorated with suitable contrast agents give rise to nonlinear optical signals such as two-photon fluorescence and ...

Frequency domain fluorescence lifetime imaging is a powerful technique that enables the observation of subtle changes in the molecular environment of a fluorescent probe. This technique works by measuring the phase delay between the optical emission and excitation of fluorophores as a function of modulation frequency. However, high-resolution measurements are time consuming, as the excitation m...

SCENT300 is a superconducting cyclotron able to deliver proton and carbon beam at 260 and 300 AMeV respectively. The simulations of the beam injection through the central region, the beam extraction through the electrostatic deflector for Carbon beam and by stripper foil for the proton beam are here presented.

The paper illustrates some considerations concerning the design of RF Deflectors for TESLA Damping Ring. Scaling laws are applied to investigate the RF Deflector properties in term of length, filling time and dissipated power as a function of the iris diameter. Two optimized cells operating on the 3 / π and 2 / π modes are finally shown.

Gravitational lensing by spinning stars, approximated as homogeneous spheres, is discussed in the weak field limit. Dragging of inertial frames, induced by angular momentum of the deflector, breaks spherical symmetry. I examine how the gravito-magnetic field affects image positions, caustics and critical curves. Distortion in microlensinginduced light curves is also considered.