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Anthony D. Putorti Jr., Jay A. McElroy, Daniel M. Madrzykowski
Discussions with fire investigators indicate that it would be beneficial to have the ability to predict the quantity of liquid fuel necessary to create a burn
The history and technical highlights leading up to and following the publication of a classic NIST publication on the theory and experiments involving optical
NIST recently acquired a commercially available, state-of-the-art droplet diagnostic system that determines the size, velocity, and temperature of in-flight
The purpose of the guide is to provide information that will help members of the law enforcement and corrections community, who are present or potential users
The control and elimination of gas-phase-generated microcontaminants in thermal chemical vapor deposition (CVD) reactors is an increasingly important issue as
Angela Davies, Charles S. Tarrio, Christopher J. Evans
Science, commerce, and defense continuously drive the optical community to provide less expensive, more perfect products. High performance optical systems
QMC studies of the propargyl radical, C 3H 3, peroxynitrite ion, ONOO-, nitrogen atom excited state transition energy, and chromium dimer, each of which proved
The use of mass spectrometry as a tool for solving biochemical problems is growing. Specifically, matrix assisted laser desorption ionization coupled with time
We have fabricated a tethered phospholipid bilayer sensor platform for detecting the function of spontaneously inserting transmembrane peptides and proteins. A
Thermal barrier coatings (TBC s) are used to protect metallic components from extreme conditions like those encountered in turbine engines. TBC s serve two
Incoherent elastic neutron scattering measurements are performed on hydrogenous polycarbonate films spun coat onto Si wafer. The drop of the elastic scattering
A Sehgal, Jack F. Douglas, Francis W. Wang, Carl G. Simon Jr., Alamgir Karim, Eric J. Amis
Novel high-throughput gradient methods have been developed to generate a range of surface structures by dewetting and phase separation on chemically patterned
E J. Nelson, Joseph C. Woicik, Z Hasan, Z -. Shen, D Heskett, L E. Berman
In the vicinity of an x-ray Bragg reflection, the incident and reflected x-rays coherently superpose to form an x-ray standing wave, with a periodicity equal to
Kathryn L. Beers, Jack F. Douglas, Eric J. Amis, Alamgir Karim
Very thin films of semi-crystalline polymers are increasingly being employed in coatings applications and there is a need to better understand how film
The nature of chemisorbed CF3I and C2Cl4 on silicon surfaces has been studied using a variety of ultra-high vacuum surface-science techniques, including
S Kulin, Rani B. Kishore, Kristian Helmerson, Joseph B. Hubbard
Multivalent molecular adhesion processes play a key role in a wide variety of biological phenomena, such as immune response, infections, as well as cellular
H Haeffner, N Hermanspahn, H -. Kluge, G Marx, W Quint, S Stahl, T Valenzuela, G Verdu, G Werth
The experimental determination of the magnetic moment of the bound electron in hydrogen-like ions is an important test of the theory of quantum electrodynamics
The oxidation of Si(100) covered with deuterium, ethylene and acetylene by oxygen atoms was studied using Auger electron spectroscopy. Oxygen atoms were
T H. Huang, Richard E. Cavicchi, S L. Barker, Stephen Semancik, Michael J. Tarlov
The use of silicon machined microhotplate devices to study DNA hybridization andmelting reactions is demonstrated. The microhotplates serve both as the