... the development of open standards for design of optimal systems, especially for emergency responders.
NIST researchers were surprised by how much farther signals at the optimal frequency traveled in ...
... of toxicity to whole organisms—also raise concerns about their long-term impact on the environment. NIST researchers wanted to determine if nanoparticles could be passed up a model food chain and if ...
... Tom Bruno.
But a job's a job, so the NIST team has developed the first detailed chemical ... each boiling fraction using a variety of advanced methods.
NIST researchers analyzed the graphite-like char ...
... been blamed for some major data breaches recently.
NIST researchers evaluate each route and assign ... attack paths. For each path in the graph, the NIST researchers assign an attack probability based ...
... 9 percent of the overall demand for electric power, according to the Department of Energy.
NIST researcher Mark Kedzierski has found that dispersing “sufficient” amounts of copper oxide particles ( ...
... drugs during the manufacturing phase. To address the problem, NIST researchers hit upon the idea of adapting ... ES-DMA is tricky to get right, but the NIST team was able to define the conditions needed ...
... . The NIST software also provides advice on placement to improve the robustness of signals. The NIST researchers evaluated their adaptive breadcrumb deployment strategy in computer simulations of a ...
... probe three times the object’s size. NIST researcher Ravikiran Attota gets around ... another quality control application. Medical researchers are studying the use of gold nanoparticles to deliver advanced ...
... parts in a quintillion (one followed by 18 zeros).
NIST researchers Joseph Tan and colleagues hope ... electron in a high-flying orbit. Then the researchers would use a sensitive measurement device known ...
... tube because of a relationship between chirality and buoyancy. In this new work, a team of NIST researchers demonstrated that a variation of the same technique can separate nanotubes by length. They ...
... . “Relaxors are roughly 10 times more sensitive than any other known piezoelectric,” explains NIST researcher Peter Gehring. They are extremely useful for device applications because they can convert ...
... De la Cruz, the study's lead author and a postdoctoral researcher in Dai's lab and ORNL, was at the campus of the National Institute of Standards and Technology (NIST) in less than 12 hours, using an ...
... 0 and 1.
In the new method, the researchers, led by NIST’s Xiao Tang, designed an optical ... work performed since their new paper, the researchers further developed their approach so that the popular ...
... the stress, but no tests had ever been performed to determine whether or not that actually happens. NIST researchers devised an elegant, highly sensitive experiment to measure the phenomenon using a 6 ...
On Monday afternoon, June 9, researchers in a laboratory room at the Commerce Department's National Institute of Standards and Technology (NIST) campus in Boulder, Colorado discovered that a vial ...