Inflight hydrogen detection by mass spectrometer
Inflight hydrogen detection by mass spectrometer
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Inflight hydrogen detection by mass spectrometer
Monte Carlo method of analyzing gamma radiation and fast neutron spectrometer characteristics
Monte Carlo method of analyzing characteristics of spectrometer with boron-hydrogen scintillator
Single crystal fast neutron spectrometer for measuring continuous spectra
Permissible gamma background radiation when measuring fast neutrons with single sensor spectrometer
Gamma scintillation spectrometer design based on electron-positron pair formation
Single crystal gamma spectrometer for reactor measurements
Vibration and thermal radiation effects on filter wedge infrared spectrometer used in spacecraft studies of planetary atmospheres
Fourier transform spectrometer for measurement of atmospheric thermal radiation
Intensity and energy distribution of solar plasma determined by mass spectrometers which can separate hydrogen and helium components of plasma stream
Spectrometers, utilizing interference filter wedges, for field use, especially in hostile environments
Superconducting magnet spectrometer using lithium drifted silicon detectors for measurement of electron spectra
D-region mobility and constituents abundance spectrometer device based on continuum concepts
Ionospheric ion-neutral reactions studied by photoionization mass spectrometer, noting temperature independent reactions
Cold cathode ion source /CCIS/ quadrupole mass spectrometer for ultrahigh residual gas analysis
Least squares deconvolution technique for reducing Fabry-Perot spectrometer data to Voigt profiles
The performance, development and testing of the prototype spectrometer are discussed as well as potential applications for future missions.
New spaceborne and airborne imaging spectrometers are being proposed and developed to derive properties of the Earth's surface from measurements of the upwelling radiance in the solar reflected spectrum.