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Jun-Feng Song, Samuel R. Low III, David J. Pitchure, Theodore V. Vorburger
Recent developments in standard hardness machines and microform calibration techniques have made it possible to establish a worldwide unified Rockwell hardness
Jun-Feng Song, Samuel R. Low III, Walter S. Liggett Jr, David J. Pitchure, Theodore V. Vorburger
A metrology-based Rockwell hardness scale is established by a standard machine and a standard diamond indenter. Both must be established through force and
Much software is written in industry standard programming languages, but these these languages often have complex semantics making them hard to formalize. For
The evolution of the void microstructure of yttria-stabilized zirconia [YSZ] plasma-sprayed deposits [PSD] was studied as a function of heating in air from room
Jack A. Stone Jr., Martin Schroeck, Michael T. Stocker
We have made a study of one method for testing displacement-measuring interferometer systems, a modified back-to-back comparison, that automatically compensates
Joseph P. Rice, Raju V. Datla, Leila R. Vale, David A. Rudman, M L. Sing, D Robbes
To implement the detector-based radiometric scale in the new Medium Background infrared [MBIR] facility at the National Institute of Standards and Technology
Planar laser-induced fluorescence (PLIF) measurements were made to determine 2-D spatial maps of CF 2 density as an indicatior of chemical uniformity in 92% CF
Steven Shooter, Walid Keirouz, Peter F. Hart, Kevin W. Lyons
The Open Assembly Design Environment (OpenADE)project is an initiative at the National Institute of Standards and Technology (NIST) to provide an integrated and
John A. Dagata, T Inoue, J Itoh, K Matsumoto, H Yokoyama
This talk describes methods for enhancing the growth rate and electrical characteristics of nanostructures produced on silicon and titanium substrates by