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Results for “laboratory capabilities”

Search indexed NASA NTRS and DOE OSTI research on propulsion, heat transfer, battery materials and energy systems. Follow report and document links to the original sources.

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At least 19 records
All sourcesNASA NTRSDOE OSTI
NASA NTRS2009

Calibration Laboratory Capabilities Listing as of April 2009

This document reviews the Calibration Laboratory capabilities for various NASA centers (i.e., Glenn Research Center and Plum Brook Test Facility Kennedy Space Center Marshall Space Flight Center Stennis Space Center and White Sands Test Facility.) Some of the parameters reported are: Alternating current, direct current, dimensional, mass, force, torque, pressure and vacuum, safety, and thermodynamics parameters. Some centers reported other parameters.

Kennedy, Gary W.↗
NASA NTRS1993

The JPL Microdevices Laboratory: Capabilities and Access

The Microdevices Laboratory (MDL) at JPL is a world-class microdevice and microinstrument research and advanced development center. It houses processing facilities for end-to-end device fabrication based on Si, GaAs, and superconductors down to 0.1 (micro)m feature size. MDL's charter is to develop and demonstrate new microdevice technologies, and to transfer these technologies to NASA users and to industry. In full operation since 1990, MDL has demonstrated rapid prototyping of several new microdevices and technologies.

microdevices microtechnology fabrication prototypi↗
NASA NTRS2008

Core Technical Capability Laboratory Management System

The Core Technical Capability Lab - oratory Management System (CTCLMS) consists of dynamically generated Web pages used to access a database containing detailed CTC lab data with the software hosted on a server that allows users to have remote access.

Shaykhian, Linda↗
NASA NTRS1972

EOD Facilities Manual. Camera Calibration Laboratory Capabilities

The tests and equipment are described for measuring the exact performance characteristics of camera systems for earth resources, space, and other applications. The tests discussed include: modulation transfer function, field irradiance, veiling glare, T-number tests, shutter speed, spectral transmission, and focal length.

Source record↗
NASA NTRS1974

KSC maintenance capability (laboratories and shops)

A summary of laboratory and shop facilities at Kennedy Space Center that are available to provide a baseline to the offline maintenance requirements for the space shuttle program is provided.

Source record↗
DOE OSTI2015

Special Technology Laboratory (STL) Capabilities

Special Technologies Laboratory (STL), located in Santa Barbara, California, was formed in 1986 to provide specialized solutions to national security problems. This highly diverse science and engineering laboratory includes a team dedicated to supporting the programmatic mission of the NNSA in collaboration with key National Laboratories. STL’s workforce is highly leveraged across a variety of other national security activities. Our culture is one of sponsor focus, collaboration, quick response, and technical achievement. Key staff have training and experience in radiation physics, shock physics, optical spectroscopy, mechanical and electrical engineering, and are supported by seasoned prototype engineers and fabricators. This background has enabled us to develop and advance critical diagnostics for NNSA science experiments.

DiBenedetto, John A.↗
NASA NTRS1977

The role of light microscopy in aerospace analytical laboratories

Light microscopy has greatly reduced analytical flow time and added new dimensions to laboratory capability. Aerospace analytical laboratories are often confronted with problems involving contamination, wear, or material inhomogeneity. The detection of potential problems and the solution of those that develop necessitate the most sensitive and selective applications of sophisticated analytical techniques and instrumentation. This inevitably involves light microscopy. The microscope can characterize and often identify the cause of a problem in 5-15 minutes with confirmatory tests generally less than one hour. Light microscopy has and will make a very significant contribution to the analytical capabilities of aerospace laboratories.

Crutcher, E. R.↗