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Silicon Monoxide: Detection of Maser Emission from the Second Vibrationally Excited State
The Astrophysical Journal, 1974 David Buhl +3 more
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Automatic controls and regulators: A compilation [PDF]
Devices, methods, and techniques for control and regulation of the mechanical/physical functions involved in implementing the space program are discussed.
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Multidisciplinary research in the space sciences [PDF]
Research activities were carried out in the following areas during this reporting period: (1) astrophysics; (2) climate and atmospheric modeling; and (3) climate applications of earth observations & geological studies. An ultra-low-noise 115 GHz receiver
Broecker, W. S., Flynn, G. W.
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Silicon-monoxide masers show up in infrared stars
Physics Today, 1974Radio telescopes, scanning the heavens at millimeter wavelengths, have detected maser emissions on several lines from vibrationally excited states of silicon monoxide. Until now, the only maser emissions from space have come from OH and H2O molecules, at centimeter wavelengths.
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Water and silicon-monoxide masers monitored towards the “water fountain” sources
Proceedings of the International Astronomical Union, 2021AbstractWe have investigated the evolution of 12 “water fountain” sources in real time in the accompanying H2O 2o and SiO masers through our FLASHING (Finest Legacy Acquisitions of SiO-/ H2O 2o-maser Ignitions by Nobeyama Generation) project. It has been confirmed that these masers are excellent probes of new jet blob ejections, acceleration of the ...
H. Imai +9 more
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Vibrationally Excited Silicon Monoxide Masers
Symposium - International Astronomical Union, 1980Published data on a select group of SiO maser sources have been analyzed for velocity variations as a function of phase. No apparent correlation was found to a level of about 2 km/s. This places constraints on the location of the maser molecules. Such a correlation should be present at some level.
D. Buhl +6 more
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A Silicon Monoxide Lithium-Ion Battery Anode with Ultrahigh Areal Capacity
Nano-Micro Letters, 2022Tao Wang, Lele Peng, Xiang Xu Ph D
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