... and minutely by controlling the chamber pressure. Stability and satellite can be partly adjusted by controlling the initial gap distance and the chamber pressure, respectively. The working temperature is improved by locating the piezoelectric actuator at the outside of the furnace and by inserting...

...Hakan Ertu¨rk; Ofodike A. Ezekoye; John R. Howell The boundary condition design of a three-dimensional furnace that heats an object moving along a conveyor belt of an assembly line is considered. A furnace of this type can be used by the manufacturing industry for applications such as industrial...

... of 0.2 g ∕ h . The average diameter and length of nanotubes were 1.3 nm and 1.5 μ m , respectively. The major benefits of this technique are absence of vacuum and high-temperature furnace that are associated with the traditional pulsed laser method, and scalability to meet the industrial production...

..., and furnace design. Existing laser-gage technology appears to be quite adequate provided suitable digital filtering is used, but it is unlikely that any controller would be able to eliminate the high-frequency diameter variability. The most likely source of these high-frequency variations are flow...

... at designing an efficient, low- NO x burner for industrial furnaces. Critical insights are obtained by interactively adjusted color maps, data culling, and data manipulation. New paradigms for scaling small values in the data comparison technique are described. The display device used for this application...