With
our precise measurement technology, there are fewer problems in upscaling the volumes, which means switching from small test reactors in the laboratory to large ones in the production hall.»
Not exact matches
Dr Joseph Hodges, from the National Institute of Science and
Technology in Gaithersberg, USA who led the team measuring the spectrum of CO2 in the laboratory, said: «These
measurements are very challenging so we could only make
precise lab
measurements at a few wavelengths.
Using this imaging
technology, we may be able to capture more
precise and objective
measurements of olfactory dysfunction and better understand how changes in these sensory neurons relate to overall health and neurodegeneration in the brain.»
One might think these two instruments have nothing in common, but they do: both
technologies are based on
precise measurement the spin of the atom, the gyroscope - like motion of the electrons and the nucleus.
While few of us routinely encounter 3 - D body scanners in our daily lives, some anticipate that the
technology's ability to provide
precise measurements and imaging will soon lead to its integration into retail and exercise environments.
Physicists at the University of Washington have conducted the most
precise and controlled
measurements yet of the interaction between the atoms and molecules that comprise air and the type of carbon surface used in battery electrodes and air filters — key information for improving those
technologies.
This work, he said, resulted in the most
precise and controlled
measurements of these interactions ever made, «and will allow scientists to learn new things about the interplay of atoms and molecules with a carbon surface,» important for improving
technologies including batteries, electrodes and air filters.
NICER will take the most
precise measurements yet of neutron stars, and test
technology to use these dense stellar corpses as beacons for interstellar navigation.
«By combining satellite
technology with on - the - ground hydraulic
measurements and modeling, we're able to develop much more
precise information over a wider area than ever before possible,» Hill said.
The mission of the Proteomics and Metabolomics Core Facility is to provide the research community with cutting - edge expertise and services for sensitive,
precise, and accurate
measurement of proteins and metabolites using mass spectrometry - based
technologies.
Initial data came from the TRENDS (TaRgetting bENchmark - objects with Doppler Spectroscopy) high - contrast imaging survey that uses adaptive optics and related
technologies to target older, faint objects orbiting nearby stars, and
precise measurements were made at the W. M. Keck Observatory on the summit of Mauna Kea, Hawaii.
While this has been wonderfully sufficient for what we've used the
technology for so far, self - driving cars will require even more
precise location
measurements.