Sentence examples for instrumentation capabilities from inspiring English sources
Existing instrumentation capabilities and modal identification techniques allow structures to be tested under free vibration, forced vibration (known input) or ambient vibration (unknown broadband loading).
Our mission is to provide research instrumentation capability to the MIT community.
With advanced materials, hopes of introducing "molecule-sensitive" methods with in-situ scientific instrumentation capability increase.
It provides an introduction to MC-ICPMS instrumentation, analytical capabilities and measurement techniques.
The proposed device not only meets an urgent unmet need for biodefense but also provides revolutionary instrumentation and capabilities for the public health community.
This work used instrumentation and capabilities developed under support from the NIH National Center for Research Resources (Grant RR 018522) and the U. S. Department of Energy Office of Biological and Environmental Research (DOE/BER).
The facility offers a diverse array of instrumentation and technical capabilities in molecular genetics and protein analytics with the goal of enhancing research projects and the quality of their publications.
It is our observation that industrial and academic users are asking questions which require the fundamentals of the instrumentation and its capabilities and limits to be better communicated and understood, and this has resulted in a doubling of the number of publications featuring LDE to ~ 1300 over the last several years.
As a result of the quick and vast development of instrumentation and software capabilities, the optimization and control of complex energy systems can presently take advantage of highly sophisticated engineering techniques, such as CFD calculations and correlation algorithms based on artificial intelligence concepts.
This technology began with quite modest instrumentation, with limited capabilities to answer biological questions.
Shared research facilities located at our four core universities (Duke, Howard, Virginia Tech and Carnegie Mellon) and academic partners, include unique visualization facilities, controlled field sites (mesocosms), microcosm facilities and extensive analytical instrumentation and nanofabrication capabilities.
