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We demonstrate a method of compensation for the effect of substrate permittivity on coplanar waveguide probe-tip scattering parameter calibrations, modeling the
Photomask linewidth measurements are needed for vendor/buyer communication, for developing specifications and ensuring that products meet specifications, and
One methodology for modeling fire induced flow fields is based upon a Lagrangian view of the fire. Large scale processes are modeled using a Large Eddy
Combined buoyancy- and pressure-driven (i.e., forced) flow through a horizontal vent is considered where the vent-connected spaces are filled with fluids of
Glenn P. Forney, Richard W. Bukowski, William D. Davis
This paper documents a portion of the work performed during the first year of the International Fire Detection Research Project sponsored by the National Fire
Both the chemical kinetic and thermal channels of inhibition must be simultaneously characterized in order to understand the effectiveness of chemical agents on
This paper discusses two issues concerning the accuracy or electrical characterizations of Interconnect transmission lines, particularly in regard to a recently
An adaptive error correction method using a feature-based analysis technique for improving the accuracy of CNC machine tools is presented. The method described
The development and derivation of an adaptive error correction method using an interactive inspection system and feature-based analysis technique for machine
M. N. Deeter, S. Milianbon, Gordon W. Day, G. Diercks, S. Samuelson
We report measurements of the magneto-optic response function and frequency response for three bulk iron garnet crystals grown by a flux technique. The samples
It has recently been argued in the fire research community that the ability to quantitatively describe flame spread over combustible solids has reached the
The NIST Annual Conference on Fire Research has long been the prime forum for presentation and discussion of the latest advances in the science of fire and the
U O. Koylu, G M. Faeth, T L. Farias, M G. Carvalho
The absorption and scattering (optical) properties of soot are needed both to predict the continuum radiation properties of soot and to interpret nonintrusive