Design of a Low Loss and Large-Tolerance Optical Interface for Large-Area Optical Waveguides
circuit board using a step-out fabrication technique is proposed. In this paper, we simulated and compared our proposed structure to a typical straight core structure in order to investigate the misalignment tolerances and coupling excess losses.
Development of a low-cost low-loss polymer waveguide technology for parallel optical interconnect applications
We report on the material evaluation, design, fabrication, and characterization of low-loss multimode polymer waveguides that are compatible with standard PCB manufacturing processes for use in large-area high-density high speed optical backplane interconnects.
Laminar heat or mass transfer in rectangular channels and in cylindrical tubes for fully developed flow: comparison of solutions obtained for various boundary conditions
Abstract A comparison is made of results obtained with various boundary conditions at the wall of the channels. By comparing blood Sherwood numbers for finite wall resistance with those for constant concentration boundary condition only a small variation is found for various points along the blood channel.