Each station / Station Beams / Boston University / Massachusetts Institute of Technology / Haystack Observatory / Joseph C. Carter Haystack Observatory / Massachusetts Institute of Technology Haystack Observatory / MIT Haystack Observatory / /
IndustryTerm
consumer electronics / radio telescope site / particular intermodulation product / certain consumer products / internal electronics / intermodulation products / consumer products / analog electronics / data processing techniques / particular devices / home electronics / deuterium array site / electronics / nearby equipment / intermodulation product / beam-forming software / weaker intermodulation products / interstellar gas / weighted least squares solution / nearby site / /
MusicGroup
Frequency / MHz / I.F. / /
NaturalFeature
Hz channel / /
Organization
American Geophysical Union / Department of Electrical and Computer Engineering / National Science Foundation / Institute of Technology Haystack Observatory / Cambridge Univ. / Boston University / Boston / Massachusetts Institute of Technology / USA Marcos A. Diaz Department of Electrical and Computer Engineering / /
Person
P. Blair / Marcos A. Diaz / Joseph C. Carter / Alan E. E. Rogers / /
Position
player / /
ProvinceOrState
New York / Massachusetts / /
RadioStation
Radio Sci / /
Technology
Ethernet / analog-to-digital conversion / Radio frequency / paging / fiber optic / /
RADIO SCIENCE, VOL. 40, RS5S17, doi:[removed]2004RS003157, 2005 Radio frequency interference shielding and mitigation techniques for a sensitive search for the 327 MHz line of deuterium Alan E. E. Rogers, Preethi Pratap,