Home » Science and Research Articles » McPherson, Inc. receives multiple Spectrometer Contracts from U.S. Department of Energy Major Fusion Projects: Princeton Plasma Physics Lab (NSTX) and General Atomics (DIII-D)
McPherson, Inc. receives multiple Spectrometer Contracts from U.S. Department of Energy Major Fusion Projects: Princeton Plasma Physics Lab (NSTX) and General Atomics (DIII-D)
McPherson, Inc. received contracts from major US fusion facilities during 4th QTR 2008. The contracts call for spectrometers for the NSTX experiment at Princeton Plasma Physics Lab (PPPL) in New Jersey, and additional unit(s) for DIII-D at General Atomics in San Diego, California.
CHELMSFORD, MA, March 23, 2009 /Science and Research PR News/ -- The McPherson Spectrometer Model 207 has 0.67 meter focal length and f/4.7 aperture ratio. For given applications, the instrument can accommodate various gratings with different groove densities and blaze wavelengths. Used with a 1200 groove per millimeter grating and a wavelength setting at 529 nm, the reciprocal linear dispersion at the exit focal plane is 1.2 nanometers per millimeter. It means that 1.2 nanometers of spectral energy are dispersed onto 1 mm of focal plane. With an aperture or exit slit set to 10 micron width, one hundredth or 0.012 nanometers equaling 0.12 angstroms are resolved.
Similar opto-mechanical McPherson spectrometers are used for Visible-light diagnostic applications. At research facilities all around the world, McPherson instruments disperse emitted light to monitor the charge exchange recombination region of the magnetically confined plasma in experimental fusion reactors. Spectral light from high temperature plasmas helps scientists to discern the composition and temperature of occurring reactions. The principal investigators work with McPherson to equip spectrometers with special detector systems and input fiber-optic arrays best suited for their respective investigations and facilities.
Fusion power may one day provide abundant energy. It will not produce long-lived nuclear waste or air pollution. Similar to the process occurring in the Sun and other stars, the high temperature fusion plasmas will be harnessed to yield energy convertible into electricity. Fusion is a technically challenging task, involving large, elaborate experiments, confined high temperature plasmas, and neat spectral and other analysis.
McPherson, Inc. (Chelmsford, MA USA) manufactures a variety of instruments that measure and tune specific wavelengths of light for many disciplines of spectroscopy. The company is proud of its ongoing role in building and delivering research instrumentation to domestic and international leading laboratories for research in plasma physics, magnetic and inertial confinement fusion. For more information about our instruments and custom manufacturing capabilities to suit your specific needs visit McPhersonInc.com or call 1-978-256-4512 today.
About McPherson, Inc.
McPherson, Inc. (Chelmsford, MA USA) is a manufacturer of spectrometers and systems used to measure and tune specific wavelengths of light. For more information visit www.McPhersonInc.com or call 1-978-256-4512 today.
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Press Release Contact Information:
Erik Schoeffel
McPherson, Inc.
Marketing & Sales
7A Stuart Road
Chelmsford, MA
USA 01824
Voice: 978 256 4512
Fax: 978 250 8625
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